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Powerware Series

Eaton FERRUPS FE/QFE UPS User's Guide

®

®

Class A EMC Statements
FCC Part 15
NOTE This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

ICES-003
This Class A Interference Causing Equipment meets all requirements of the Canadian Interference Causing Equipment Regulations ICES‐003. Cet appareil numérique de la classe A respecte toutes les exigences du Reglement sur le matériel brouilleur du Canada.

For Users in Germany
We hereby certify that the uninterruptible power system (QFE 500 VA, 700 VA, 850 VA, 1.15 kVA, 1.4 kVA, 1.8 kVA, 2.1 kVA, 3.1 kVA, 4.3 kVA, 5.3 kVA, 7 kVA, 10 kVA, 12.5 kVA, and 18 kVA) complies with the RFI suppression requirements of Vfg. 243/1991 and Vfg. 46/1992. The German Postal Service was notified that the equipment is being marketed. The German Postal Service has the right to retest the equipment and verify compliance. Hiermit wird bescheinigt, daß die unterbrechungsfreie Stromversorgung (QFE 500 VA, 700 VA, 850 VA, 1.15 kVA, 1.4 kVA, 1.8 kVA, 2.1 kVA, 3.1 kVA, 4.3 kVA, 5.3 kVA, 7 kVA, 10 kVA, 12.5 kVA, and 18 kVA) in Übereinstimmung mit den Bestimmungen der Vfg. 243/1991 und Vfg. 46/1992 funkentstört ist. Der Deutschen Bundespost wurde das Inverkehrbringen dieses Gerätes angezeigt und die Berechtigung zur Überprüfung der Serie auf Einhaltung der Bestimmung eingeräumt.

Eaton reserves the right to change specifications without prior notice. Eaton, Powerware, and FERRUPS are registered trademarks and EnviroCom is a trademark of Eaton Corporation or its subsidiaries and affiliates. Microsoft and Windows are registered trademarks of Microsoft Corporation. HyperTerminal is a registered trademark of Hilgraeve. TeleVideo is a registered trademark of TeleVideo, Inc. WYSE is a registered trademark of WYSE Technology Inc. All other trademarks are property of their respective companies. ECopyright 2000–2011 Eaton Corporation, Raleigh, NC, USA. All rights reserved. No part of this document may be reproduced in any way without the express written approval of Eaton Corporation.

Table of Contents
1 2 3 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Safety Warnings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . UPS Startup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Identifying Your UPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Startup for the FE/QFE 500 VA–3.1 kVA UPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Startup for the FE/QFE 4.3–18 kVA UPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1 3 17
17 18 22

4

Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Front Panel Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Using the Control Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Changing Operating Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Entering Passwords . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Displaying and Changing Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Locking and Unlocking the Control Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Using the Configuration Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Automatic System Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Logic Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Inverter Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Battery Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . UPS Shutdown . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Extended Power Outages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

27
27 28 29 30 30 31 31 32 32 32 33 33 61 63

5

Communication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Power Management and Protection Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Communication Port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Using the Communication Port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Setting Up RS-232 Communication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Connecting a Terminal or Computer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Terminal Emulation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Enabling Hardware Handshaking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Using a Modem . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Communicating with the FERRUPS UPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Passwords . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Help Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

65
65 65 66 70 70 72 74 75 76 76 80 i TABLE OF CONTENTS

Status Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Parameter Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Format Command . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Remote Emergency Power-off . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Changing the Emergency Power-off Mode (Parameter 106) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Changing the Length of the Emergency Power-Off Signal (Parameter 107) . . . . . . . . . . . . . . . . . . . . . . . . . . Changing the Delay Before Shutdown (Parameter 108) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Using the RelayMask Parameters to Control the Alarm Contacts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Connecting External Signal Relays . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Remote Monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Remote Shutdown . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

81 82 85 87 88 89 89 90 93 94 95

6

Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Bypass Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Control Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Environmental Monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Extended Run Times . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Warranties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

97
97 97 97 97 97

7 8 9

Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

99

Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107
Alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Alarm and Inverter Logs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Reading the Alarm Log from a Control Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Reading the Inverter Log from a Control Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Reading the Alarm Log from a Terminal or Computer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Reading the Inverter Log from a Terminal or Computer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Service and Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107 110 111 111 113 113 114

10 Warranty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115
Two-Year Limited Warranty (US and Canada) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Two-Year Limited Warranty (US and Canada) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Load Protection Guarantee (US and Canada) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115 117 120

ii

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

Chapter 1

Introduction

The Eaton® FERRUPS® uninterruptible power system (UPS) series provides unmatched reliability in configurable power protection for computers and telecommunications equipment. Patented ferroresonant technology delivers “bulletproof” power protection against spikes, sags, surges, noise, and lightning. This UPS represents a breakthrough in the design of advanced, online UPSs. Providing outstanding performance and reliability, the FERRUPS's unique benefits include the following:

S Active voltage regulation converts power from almost any AC source into computer-grade power.

S Eliminates harmful harmonic currents from entering a building's wiring where they can disrupt computer operations.

S Enhanced diagnostics initiates automatic startup and scheduled tests on the logic board, battery, and other critical systems.

S Provides regulated output voltage without drawing power from batteries, keeping the batteries fully charged from unexpected blackouts.

S Complete offering of power management software included to ensure data integrity.

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

1

INTRODUCTION

2

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

Chapter 2

Safety Warnings

Read the following precautions before you install the UPS.

IMPORTANT SAFETY INSTRUCTIONS SAVE THESE INSTRUCTIONS
This manual contains important instructions that you should follow during installation and maintenance of the UPS and batteries. Please read all instructions before operating the equipment and save this manual for future reference.

DANGER
This UPS contains LETHAL VOLTAGES. All repairs and service should be performed by AUTHORIZED SERVICE PERSONNEL ONLY. There are NO USER SERVICEABLE PARTS inside the UPS.

WARNING
S This UPS contains its own energy source (batteries). The output receptacles may carry live voltage even when the UPS is not connected to an AC supply.

S Do not remove or unplug the input cord when the UPS is turned on. This removes the safety ground from the UPS and the equipment connected to the UPS.

S To reduce the risk of fire or electric shock, install this UPS in a temperature and humidity controlled, indoor environment, free of conductive contaminants. Ambient temperature must not exceed 40°C (104°F). Do not operate near water or excessive humidity (95% max).

S To comply with international standards and wiring regulations, the total equipment connected to the output of this UPS must not have an earth leakage current greater than 1.5 milliamperes.

CAUTION
S Batteries can present a risk of electrical shock or burn from high short-circuit current.
Observe proper precautions. Servicing should be performed by qualified service personnel knowledgeable of batteries and required precautions. Keep unauthorized personnel away from batteries.

S Proper disposal of batteries is required. Refer to your local codes for disposal requirements. S Never dispose of batteries in a fire. Batteries may explode when exposed to flame.
Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C 3

SAFETY WARNINGS

Sikkerhedsanvisninger
VIGTIGE SIKKERHEDSANVISNINGER GEM DISSE ANVISNINGER DENNE BRUGERVEJLEDNING INDEHOLDER VIGTIGE SIKKERHEDSANVISNINGER

FARE
Denne UPS indeholder LIVSFARLIG HØJSPÆNDING. Alle reparationer og vedligeholdelse bør kun udføres af en AUTORISERET SERVICETEKNIKER. Ingen af UPS'ens indvendige dele kan repareres af brugeren.

ADVARSEL!
S Denne UPS indeholder egen energiforsyning (batterier). Udgangsnetstikkene kan lede strøm, selv når UPS'en ikke er tilsat en AC-energikilde.

S Netledningen må ikke fjernes og stikket må ikke trækkes ud, mens UPS'en er tændt.
Dette fjerner sikkerhedsjorden fra UPS'en og fra det udstyr, der er sat til.

S Installér denne UPS i et temperatur- og fugtighedskontrolleret indendørsmiljø, frit for ledende forureningsstoffer for at formindske risikoen for brand og elektrisk stød. Rumtemperaturen må ikke overstige 40°C. UPS'en bør ikke betjenes nær vand eller høj fugtighed (maksimalt 95%).

S I overensstemmelse med internationale normer og bestemmelser for el-installation må det udstyr, der er forbundet til udgangen af denne UPS, tilsammen ikke overskride en jordafdelingsspænding på mere end 1,5 milliampere.

ADVARSEL
S Batterier kan udgøre en fare for elektrisk stød eller forbrændinger forårsaget af høj kortslutningsspænding. De korrekte forholdsregler bør overholdes.

S Korrekt bortskaffelse af batterier er påkrævet. Overhold gældende lokale regler for bortskaffelsesprocedurer. S Skaf dig aldrig af med batterierne ved at brænde dem. Batterierne kan eksplodere ved åben ild.

4

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

SAFETY WARNINGS

Belangrijke Veiligheidsinstructies
BELANGRIJKE VEILIGHEIDSINSTRUCTIES BEWAAR DEZE INSTRUCTIES DEZE HANDLEIDING BEVAT BELANGRIJKE VEILIGHEIDSINSTRUCTIES

GEVAAR
Deze UPS bevat LEVENSGEVAARLIJKE ELEKTRISCHE SPANNING. Alle reparaties en onderhoud dienen UITSLUITEND DOOR ERKEND SERVICEPERSONEEL te worden uitgevoerd. Er bevinden zich GEEN ONDERDELEN in de UPS die DOOR DE GEBRUIKER kunnen worden GEREPAREERD.

WAARSCHUWING
S Deze UPS bevat zijn eigen energiebron (batterijen). De uitgangsaansluitingen kunnen onder spanning staan wanneer de UPS niet op een wisselstroom voeding is aangesloten.

S Verwijder de ingangsnoer niet of haal de stekker van de ingangsnoer er niet uit terwijl de
UPS aan staat. Hierdoor zou de UPS en uw aangesloten apparatuur geen aardebeveiliging meer hebben.

S Teneinde de kans op brand of elektrische schok te verminderen dient deze UPS in een gebouw met temperatuur‐ en vochtigheidregeling te worden geïnstalleerd, waar geen geleidende verontreinigingen aanwezig zijn. De omgevingstemperatuur mag 40°C niet overschrijden. Niet gebruiken in de buurt van water of bij zeer hoge vochtigheid (max. 95%).

S Om aan de internationale normen en bedradingsvoorschriften te voldoen mag de gehele apparatuur die op de uitgang van deze UPS is aangesloten, geen aardlekstroom van meer dan 1,5 milliampère hebben.

OPGELET
S Batterijen kunnen gevaar voor elektrische schok of brandwonden veroorzaken als gevolg van un hoge kortsluitstroom. Volg de desbetreffende aanwijzingen op.

S De batterijen moeten op de juiste wijze worden opgeruimd. Raadpleeg hiervoor uw plaatselijke voorschriften.

S Nooit batterijen in het vuur gooien. De batterijen kunnen ontploffen.

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

5

SAFETY WARNINGS

Tarkeita Turvaohjeita
TÄRKEITÄ TURVAOHJEITA - SUOMI SÄILYTÄ NÄMÄ OHJEET TÄMÄ OPAS SISÄLTÄÄ TÄRKEITÄ TURVAOHJEITA

VAARA
Tämä UPS sisältää HENGENVAARALLISIA JÄNNITTEITÄ. Kaikki korjaukset ja huollot on jätettävä VAIN VALTUUTETUN HUOLTOHENKILÖN TOIMEKSI. UPS ei sisällä MITÄÄN KÄYTTÄJÄN HUOLLETTAVIA OSIA.

VAROITUS
S Tämä UPS sisältää oman energialähteen (akuston). Ulostuloliittimissä voi olla jännite, kun UPS ei ole liitettynä verkkojännitteeseen.

S Älä poista tai irrota sisääntulojohtoa, kun UPS on kytkettynä. Tämä poistaa turvamaadoituksen UPS-laitteesta ja siihen liitetystä laitteistosta.

S Vähentääksesi tulipalon ja sähköiskun vaaraa asenna tämä UPS sisätiloihin, joissa lämpötila ja kosteus on säädettävissä ja joissa ei ole virtaa johtavia epäpuhtauksia. Ympäristön lämpötila ei saa ylittää 40 °C. Älä käytä lähellä vettä ja vältä kosteita tiloja (95 % maksimi).

S Kansainväliset normit ja johdotusmääräykset vaativat, että kaikkien tämän UPS-laitteen ulostulokytkentöjen yhteinen maavuotovirta ei ylitä 1,5 milliampeeria (mA).

VARO
S Akusto saattaa aiheuttaa sähköiskun tai syttyä tuleen, jos akusto kytketään oikosulkuun.
Noudata asianmukaisia ohjeita.

S Akusto täytyy hävittää säädösten mukaisella tavalla. Noudata paikallisia määräyksiä. S Älä koskaan heitä akkuja tuleen. Ne voivat räjähtää.

6

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

SAFETY WARNINGS

Consignes de sécurité
CONSIGNES DE SÉCURITÉ IMPORTANTES CONSERVER CES INSTRUCTIONS CE MANUEL CONTIENT DES CONSIGNES DE SÉCURITÉ IMPORTANTES

DANGER!
Cet onduleur contient des TENSIONS MORTELLES. Toute opération d'entretien et de réparation doit être EXCLUSIVEMENT CONFIÉE A UN PERSONNEL QUALIFIÉ AGRÉÉ. AUCUNE PIÈCE RÉPARABLE PAR L'UTILISATEUR ne se trouve dans l'onduleur.

AVERTISSEMENT!
S Cet onduleur renferme sa propre source d'énergie (batteries). Les prises de sortie peuvent être sous tension même lorsque l'onduleur n'est pas branché sur le secteur.

S Ne pas retirer le cordon d'alimentation lorsque l'onduleur est sous tension sous peine de supprimer la mise à la terre de l'onduleur et du matériel connecté.

S Pour réduire les risques d'incendie et de décharge électrique, installer l'onduleur uniquement à l'intérieur, dans un lieu dépourvu de matériaux conducteurs, où la température et l'humidité ambiantes sont contrôlées. La température ambiante ne doit pas dépasser 40 °C. Ne pas utiliser à proximité d'eau ou dans une atmosphère excessivement humide (95 % maximum).

S Afin d'être conforme aux normes et règlements internationaux de câblage, le courant de fuite à la terre de la totalité du matériel branché sur la sortie de l'onduleur ne doit pas dépasser 1,5 mA.

ATTENTION!
S Les batteries peuvent présenter un risque de décharge électrique ou de brûlure par des courts-circuits de haute intensité. Prendre les précautions nécessaires.

S Une mise au rebut réglementaire des batteries est obligatoire. Consulter les règlements en vigueur dans votre localité.

S Ne jamais jeter les batteries au feu. L'exposition aux flammes risque de les faire exploser. Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

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Sicherheitswarnungen
WICHTIGE SICHERHEITSANWEISUNGEN AUFBEWAHREN. DIESES HANDBUCH ENTHÄLT WICHTIGE SICHERHEITSANWEISUNGEN.

WARNUNG
Die USV führt lebensgefährliche Spannungen. Alle Reparatur- und Wartungsarbeiten sollten nur von Kundendienstfachleuten durchgeführt werden. Die USV enthält keine vom Benutzer zu wartenden Komponente.

ACHTUNG
S Diese USV ist mit einer eigenen Energiequelle (Batterie) ausgestattet. An den
Ausgangssteckdosen kann auch dann Spannung anliegen, wenn die USV nicht an einer Wechselspannungsquelle angeschlossen ist.

S Das Eingangskabel nicht entfernen oder abziehen, während die USV eingeschaltet ist, weil hierdurch die Sicherheitserdung von der USV und den daran angeschlossenen Geräten entfernt wird.

S Um die Brand‐ oder Elektroschockgefahr zu verringern, diese USV nur in Gebäuden mit kontrollierter Temperatur und Luftfeuchtigkeit installieren, in denen keine leitenden Schmutzstoffen vorhanden sind. Die Umgebungstemperatur darf 40°C nicht übersteigen. Die USV nicht in der Nähe von Wasser oder in extrem hoher Luftfeuchtigkeit (max. 95 %) betreiben.

S Um internationale Normen und Verdrahtungsvorschriften zu erfüllen, dürfen die an den
Ausgang dieser USV angeschlossenen Geräte zusammen einen Erdschlußstrom von insgesamt 1,5 Milliampere nicht überschreiten.

VORSICHT!
S Batterien können aufgrund des hohen Kurzschlußstroms Elektroschocks oder
Verbrennungen verursachen. Die entsprechenden Vorsichtsmaßnahmen sind unbedingt zu beachten.

S Die Batterien müssen ordnungsgemäß entsorgt werden. Hierbei sind die örtlichen
Bestimmungen zu beachten.

S Batterien niemals verbrennen, da sie explodieren können.

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ÐñïåéäïðïéÞóåéò ÁóöÜëåéáò

ÓÇÌÁÍÔÉÊÅÓ ÏÄÇÃÉÅÓ ÁÓÖÁËÅÉÁÓ ÖÕËÁÎÔÅ ÁÕÔÅÓ ÔÉÓ ÏÄÇÃÉÅÓ ÔÏ ÐÁÑÏÍ ÅÃ×ÅÉÑÉÄÉÏ ÐÅÑÉÅ×ÅÉ ÓÇÌÁÍÔÉÊÅÓ ÏÄÇÃÉÅÓ ÁÓÖÁËÅÉÁÓ

ÊÉÍÄÕÍÏÓ
Áõôü ôï UPS ðåñéÝ÷åé ÈÁÍÁÔÇÖÏÑÁ ÔÁÓÇ. ¼ëåò ïé åðéóêåõÝò êáé ïé óõíôçñÞóåéò ðñÝðåé íá ãßíïíôáé ÌÏÍÏ ÁÐÏ ÅÎÏÕÓÉÏÄÏÔÇÌÅÍÏ ÃÉÁ ÔÇ ÓÕÍÔÇÑÇÓÇ ÐÑÏÓÙÐÉÊÏ. Ôï UPS ÄÅÍ ÐÅÑÉÅ×ÅÉ ÊÁÍÅÍÁ ÅÎÁÑÔÇÌÁ ÐÏÕ ÍÁ ÌÐÏÑÅÉ ÍÁ ÅÐÉÓÊÅÕÁÓÔÅÉ ÁÐÏ ÔÏ ×ÑÇÓÔÇ.

S Ôï óõãêåêñéìÝíï UPS ðåñéÝ÷åé ôç äéêÞ ôïõ ðçãÞ åíÝñãåéáò (óõóóùñåõôÝò).
Ïé ñåõìáôïäüôåò åîüäïõ ìðïñåß íá Ý÷ïõí åíåñãü ôÜóç áêüìç êáé üôáí ôï UPS äåí åßíáé óõíäåäåìÝíï óå ðçãÞ åíáëëáóóüìåíïõ ñåýìáôïò (AC).

ÐÑÏÅÉÄÏÐÏÉÇÓÇÊ

S Ìçí âãÜæåôå áðü ôçí ðñßæá ôï êáëþäéï ôñïöïäïóßáò üôáí ôï UPS åßíáé

áíïé÷ôü. ̒ áõôü ôïí ôñüðï áöáéñåßôå ôç ãåßùóç áóöáëåßáò áðü ôï UPS êáé áðü ôïí åîïðëéóìü ðïõ åßíáé óõíäåäåìÝíïò ìå ôï UPS.

S Ãéá íá ìåéþóåôå ôïí êßíäõíï ðõñêáãéÜò Þ çëåêôñïðëçîßáò, åãêáôáóôÞóôå ôï óõãêåêñéìÝíï UPS óå åóùôåñéêü ÷þñï ìå åëåã÷üìåíç èåñìïêñáóßá êáé õãñáóßá, ï ïðïßïò íá ìçí ðåñéÝ÷åé áãþãéìá õëéêÜ. Ç èåñìïêñáóßá ðåñéâÜëëïíôïò äåí ðñÝðåé íá îåðåñíÜåé ôïõò 40° C. Ìç ÷ñçóéìïðïéåßôå ôï UPS êïíôÜ óå íåñü Þ õðåñâïëéêÞ õãñáóßá (ìÝãéóôç ôéìÞ: 95%).

S Ãéá íá óõìöùíåß ìå ôá äéåèíÞ ðñüôõðá êáé ôïõò êáíïíéóìïýò êáëùäßùóçò, ôï ñåýìá äéáññïÞò ðñïò ôç ãç ïëüêëçñïõ ôïõ åîïðëéóìïý, ðïõ åßíáé óõíäåäåìÝíïò ìå ôçí Ýîïäï ôïõ óõãêåêñéìÝíïõ UPS, äåí ðñÝðåé íá åßíáé ìåãáëýôåñï áðü 1,5 mA.

S Ïé óõóóùñåõôÝò ìðïñåß íá ðñïêáëÝóïõí çëåêôñïðëçîßá Þ Ýãêáõìá áðü S Áðáéôåßôáé óùóôÞ äéÜèåóç ôùí óõóóùñåõôþí. Äåßôå ôïõò ôïðéêïýò êáíïíéóìïýò ðïõ áöïñïýí ôéò áðáéôÞóåéò äéÜèåóÞò ôïõò.

ÐÑÏÓÏ×Ç

õøçëü ñåýìá âñá÷õêõêëþìáôïò. ËáìâÜíåôå ôéò êáôÜëëçëåò ðñïöõëÜîåéò.

S ÐïôÝ ìçí ðåôÜôå ôïõò óõóóùñåõôÝò óôç öùôéÜ, ãéáôß ìðïñåß íá åêñáãïýí.

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SAFETY WARNINGS

Avvisi di sicurezza
IMPORTANTI ISTRUZIONI DI SICUREZZA CONSERVARE QUESTE ISTRUZIONI QUESTO MANUALE CONTIENE IMPORTANTI ISTRUZIONI DI SICUREZZA

PERICOLO la TENSIONE contenuta in questo gruppo statico di continuità è LETALE. Tutte le operazioni di riparazione e di manutenzione devono essere effettuate ESCLUSIVAMENTE DA PERSONALE TECNICO AUTORIZZATO. All'interno del gruppo statico di continuità NON vi sono PARTI RIPARABILI DALL'UTENTE.

AVVERTENZA
S Questo gruppo statico di continuità contiene una fonte di energia autonoma (le batterie).
Le prese di uscita possono condurre tensione energizzata quando il gruppo statico di continuità non è collegato con una fonte di alimentazione a corrente alternata.

S Non rimuovere nè scollegare il cavo di ingresso quando il gruppo statico di continuità è acceso poichè in tal modo si disattiverebbe il collegamento a terra di sicurezza del gruppo statico di continuità e dell'apparecchiatura ad esso collegata.

S Per ridurre il rischio di incendio o di scossa elettrica, installare il gruppo statico di continuità in un ambiente interno a temperatura ed umidità controllata, privo di agenti contaminanti conduttivi. La temperatura ambiente non deve superare i 40°C. Non utilizzare l'unità in prossimità di acqua o in presenza di umidità eccessiva (95% max).

S Per conformità con gli standard internazionali e con le norme in merito al cablaggio, tutta l'apparecchiatura collegata con l'uscita del gruppo statico di continuità non deve avere una corrente di dispersione di terra superiore a 1,5 milliampere.

ATTENZIONE
S Le batterie possono presentare rischio di scossa elettrica o di ustioni provocate da alta corrente dovuta a corto circuito. Osservare le apposite istruzioni.

S Le batterie devono essere smaltite in modo corretto. Per i requisiti di smaltimento fare riferimento alle disposizioni locali.

S Non gettare mai le batterie nel fuoco poichè potrebbero esplodere se esposte alle fiamme. 10

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SAFETY WARNINGS

Viktig Sikkerhetsinformasion FARLIG
Denne UPS'en inneholder LIVSFARLIGE SPENNINGER. All reparasjon og service må kun utføres av AUTORISERT SERVICEPERSONALE. BRUKERE KAN IKKE UTFØRE SERVICE PÅ NOEN AV DELENE i UPS'en.

FARLIG
S Denne UPS'en har en egen energikilde (batterier). Stikkontaktene kan være strømførende selv om UPS'en ikke er tilsluttet en vekselstrømforsyning.

S Strømforsyningskabelen må ikke fjernes eller trekkes ut når UPS'en er på, slik at ikke sikkerhetsjordingen fjernes fra UPS'en og det utstyret som er forbundet med den.

S For å redusere fare for brann eller elektriske støt, bør denne UPS'en installeres i et innendørs miljø med kontrollert temperatur og luftfuktighet som er fritt for ledende, forurensende stoffer. Romtemperaturen må ikke overskride 40°C. Den må ikke brukes i nærheten av vann eller ved meget høy luftfuktighet (95% maks.).

S Alt utstyr som er forbundet med utgangen av denne UPS'en må ikke ha en sterkere total lekkasjestrøm enn 1,5 milliampere for å være i overensstemmelse med internasjonale standarder og forkablingsbestemmelser.

FORSIKTIG
S Batterier kan forårsake elektriske støt eller forbrenning på grunn av høy kortslutningsstrøm. Følg instruksene.

S Batterier må fjernes på korrekt måte. Se lokale forskrifter vedrørende krav om fjerning av batterier. S Kast aldri batterier i flammer, da de kan eksplodere, hvis de utsettes for åpen ild.

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SAFETY WARNINGS

Regulamentos de Segurança
INSTRUÇÕES DE SEGURANÇA IMPORTANTES GUARDE ESTAS INSTRUÇÕES ESTE MANUAL CONTÉM INSTRUÇÕES DE SEGURANÇA IMPORTANTES

CUIDADO
A UPS contém VOLTAGEM MORTAL. Todos os reparos e assistência técnica devem ser executados SOMENTE POR PESSOAL DA ASSISTÊNCIA TÉCNICA AUTORIZADO. Não há nenhuma PEÇA QUE POSSA SER REPARADA PELO USUÁRIO dentro da UPS.

ADVERTÊNCIA
S Esta UPS contém sua própria fonte de energia (baterias). Os receptáculos de saída podem conter voltagem ativa quando a UPS não se encontra conectada a uma fonte de alimentação de corrente alternada.

S Não remova ou desconecte o cabo de entrada quando a UPS estiver ligada. Isto removerá o aterramento de segurança da UPS e do equipamento conectado.

S Para reduzir o risco de incêndios ou choques elétricos, instale a UPS em ambiente interno com temperatura e umidade controladas e livres de contaminadores condutíveis. A temperatura ambiente não deve exceder 40°C. Não opere próximo a água ou em umidade excessiva (máx: 95%).

S Para estar de acordo com os padrões internacionais e os regulamentos de fiação, o equipamento total conectado à saída desta UPS não deve ter uma corrente de fuga à terra maior que 1,5 miliampères.

PERIGO
S As baterias podem apresentar o risco de choque elétrico, ou queimaduras provenientes de alta corrente de curto‐circuito. Observe as instruções adequadas.

S Siga as instruções apropriadas ao desfazer‐se das baterias. Consulte os códigos do local para maiores informações sobre os regulamentos de descarte de produtos.

S Nunca jogue as baterias no fogo, porque há risco de explosão.

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Ïðåäóïðåæäåíèÿ ïî ìåðàì áåçîïàñíîñòè

ÂÀÆÍÛÅ ÓÊÀÇÀÍÈß ÏÎ ÌÅÐÀÌ ÁÅÇÎÏÀÑÍÎÑÒÈ ÑÎÕÐÀÍÈÒÅ ÝÒÈ ÓÊÀÇÀÍÈß ÄÀÍÍÎÅ ÐÓÊÎÂÎÄÑÒÂÎ ÑÎÄÅÐÆÈÒ ÂÀÆÍÛÅ ÓÊÀÇÀÍÈß ÏÎ ÌÅÐÀÌ ÁÅÇÎÏÀÑÍÎÑÒÈ

ÎÏÀÑÍÎ
 äàííîì ÈÁÏ èìåþòñÿ ÑÌÅÐÒÅËÜÍÎ ÎÏÀÑÍÛÅ ÍÀÏÐßÆÅÍÈß. Âñå ðàáîòû ïî ðåìîíòó è îáñëóæèâàíèþ äîëæíû âûïîëíÿòüñÿ ÒÎËÜÊÎ ÓÏÎËÍÎÌÎ×ÅÍÍÛÌ ÎÁÑËÓÆÈÂÀÞÙÈÌ ÏÅÐÑÎÍÀËÎÌ. Âíóòðè ÈÁÏ íåò óçëîâ, ÎÁÑËÓÆÈÂÀÅÌÛÕ ÏÎËÜÇÎÂÀÒÅËÅÌ.

S Äàííûé ÈÁÏ ñîäåðæèò ñîáñòâåííûå èñòî÷íèêè ýíåðãèè (àêêóìóëÿòîðû).
Íà âûõîäíûõ ðîçåòêàõ ìîæåò èìåòüñÿ íàïðÿæåíèå, äàæå êîãäà ÈÁÏ íå ïîäêëþ÷åí ê ñåòè ïåðåìåííîãî òîêà.

ÏÐÅÄÓÏÐÅÆÄÅÍÈÅ

S Íå îòñîåäèíÿéòå ñåòåâîé øíóð è íå èçâëåêàéòå åãî âèëêó èç ðîçåòêè ïðè S Äëÿ ñíèæåíèÿ îïàñíîñòè ïîæàðà èëè ïîðàæåíèÿ ýëåêòðè÷åñêèì òîêîì

âêëþ÷åííîì ÈÁÏ. Ïðè ýòîì çàùèòíîå çàçåìëåíèå îòêëþ÷àåòñÿ îò ÈÁÏ è îò îáîðóäîâàíèÿ, ïîäêëþ÷åííîãî ê ÈÏÁ.

óñòàíàâëèâàéòå ÈÁÏ â çàêðûòîì ïîìåùåíèè ñ êîíòðîëèðóåìûìè òåìïåðàòóðîé è âëàæíîñòüþ, â êîòîðîì îòñóòñòâóþò ïðîâîäÿùèå çàãðÿçíÿþùèå âåùåñòâà. Òåìïåðàòóðà îêðóæàþùåãî âîçäóõà íå äîëæíà ïðåâûøàòü 40°Ñ. Íå ýêñïëóàòèðóéòå óñòðîéñòâî îêîëî âîäû èëè â ìåñòàõ ñ ïîâûøåííîé âëàæíîñòüþ (ìàêñ. 95%). òðåáîâàíèé ê ðàçâîäêå ýëåêòðè÷åñêèõ öåïåé, ñóììàðíàÿ âåëè÷èíà òîêà óòå÷êè íà çåìëþ âñåãî îáîðóäîâàíèÿ, ïîäêëþ÷åííîãî ê âûõîäó ÈÁÏ, íå äîëæíà ïðåâûøàòü 1,5 ìèëëèàìïåðà.

S Äëÿ îáåñïå÷åíèÿ ñîáëþäåíèÿ òðåáîâàíèé ìåæäóíàðîäíûõ ñòàíäàðòîâ è

S Àêêóìóëÿòîðû ìîãóò âûçâàòü îïàñíîñòü ïîðàæåíèÿ ýëåêòðè÷åñêèì òîêîì èëè îæîãà îò òîêà êîðîòêîãî çàìûêàíèÿ. Ñîáëþäàéòå ñîîòâåòñòâóþùèå ìåðû ïðåäîñòîðîæíîñòè. ìåñòíûì íîðìàòèâíûì àêòàì çà èíôîðìàöèåé î òðåáîâàíèÿõ ê óòèëèçàöèè. âçîðâàòüñÿ ïîä âîçäåéñòâèåì îãíÿ.

ÎÑÒÎÐÎÆÍÎ

S Íåîáõîäèìî ñîáëþäàòü ïðàâèëà óòèëèçàöèè àêêóìóëÿòîðîâ. Îáðàòèòåñü ê S Íèêîãäà íå áðîñàéòå àêêóìóëÿòîðû â îãîíü. Àêêóìóëÿòîðû ìîãóò

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SAFETY WARNINGS

Advertencias de Seguridad
INSTRUCCIONES DE SEGURIDAD IMPORTANTES GUARDE ESTAS INSTRUCCIONES ESTE MANUAL CONTIENE INSTRUCCIONES DE SEGURIDAD IMPORTANTES

PELIGRO
Este SIE contiene VOLTAJES MORTALES. Todas las reparaciones y el servicio técnico deben ser efectuados SOLAMENTE POR PERSONAL DE SERVICIO TÉCNICO AUTORIZADO. No hay NINGUNA PARTE QUE EL USUARIO PUEDA REPARAR dentro del SIE.

ADVERTENCIA
S Este SIE contiene su propia fuente de energía (las baterías). Los receptáculos de salida pueden transmitir corriente eléctrica aun cuando el SIE no esté conectado a un suministro de corriente alterna (c.a.).

S No retire o desenchufe el cable de entrada mientras el SIE se encuentre encendido. Esto suprime la descarga a tierra de seguridad del SIE y de los equipos conectados al SIE.

S Para reducir el riesgo de incendio o de choque eléctrico, instale este SIE en un lugar cubierto, con temperatura y humedad controladas, libre de contaminantes conductores. La temperatura ambiente no debe exceder los 40°C. No trabaje cerca del agua o con humedad excesiva (95% máximo).

S Para cumplir con los estándares internacionales y las normas de instalación, la totalidad de los equipos conectados a la salida de este SIE no debe tener una intensidad de pérdida a tierra superior a los 1,5 miliamperios.

PRECAUCIÓN
S Las baterías pueden presentar un riesgo de descargas eléctricas o de quemaduras debido a la alta corriente de cortocircuito. Preste atención a las instrucciones correspondientes.

S Es necesario desechar las baterías de un modo adecuado. Consulte las normas locales para conocer los requisitos pertinentes.

S Nunca deseche las baterías en el fuego. Las baterías pueden explotar si se las expone a la llama.

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Säkerhetsföreskrifter
VIKTIGA SÄKERHETSFÖRESKRIFTER SPARA DESSA FÖRESKRIFTER DENNA BRUKSANVISNING INNEHÅLLER VIKTIGA SÄKERHETSFÖRESKRIFTER

FARA
Denna UPS-enhet innehåller LIVSFARLIG SPÄNNING. ENDAST AUKTORISERAD SERVICEPERSONAL får utföra reparationer eller service. Det finns inga delar som ANVÄNDAREN KAN UTFÖRA SERVICE PÅ inuti UPS-enheten.

VARNING
S Denna UPS-enhet har en egen energikälla (batterier). De utgående kontakterna kan vara strömförande när UPS-enheten inte är ansluten till en växelströmkälla.

S Ta aldrig bort nätsladden när UPS-enheten är påslagen. Detta tar bort skyddsjordningen från både UPS-enheten och den anslutna utrustningen.

S Minska risken för brand eller elektriska stötar genom att installera denna UPS-enhet inomhus, där temperatur och luftfuktighet är kontrollerade och där inga ledande föroreningar förekommer. Omgivande temperatur får ej överstiga 40°C. Använd inte utrustningen nära vatten eller vid hög luftfuktighet (max 95 %).

S För att överensstämma med internationell standard och installationsföreskrifter får inte den totala utrustning som anslutits till uttagen på denna UPS-enhet ha läcksström som överstiger 1,5 milliampere.

VIKTIGT
S Batterierna kan ge elektriska stötar eller brännskador från hög kortslutningsström. Följ tillämpliga anvisningar.

S Batterierna måste avyttras enligt anvisningarna i lokal lagstiftning. S Använda batterier får aldrig brännas upp. De kan explodera.

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SAFETY WARNINGS

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Chapter 3

UPS Startup

This section provides step-by-step instructions for starting the Eaton FERRUPS UPS. Follow these procedures closely to avoid potential damage to your equipment or the UPS and to protect yourself and others from hazardous operating conditions.

Identifying Your UPS
NOTE Before starting up the UPS, verify that it has been installed according to the Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) Installation Guide.

FERRUPS UPSs come in different sizes (see Figure 1). Identify your UPS model and continue to the appropriate startup section.
4.3–18 kVA Models See page 22.

500 VA–3.1 kVA Models See page 18.

Figure 1. Identifying the FERRUPS UPS

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UPS STARTUP

Startup for the FE/QFE 500 VA–3.1 kVA UPS
Before starting up the UPS, review the rear panel for your UPS model.
RS-232 Communication Port Alarm Silence Switch ON/OFF Switch

Output Receptacles

Figure 2. FERRUPS 500–850 VA UPS Rear Panel
RS-232 Communication Port ON/OFF Switch Alarm Silence Switch

Output Receptacles

Figure 3. FERRUPS 1.15–1.4 kVA Rear Panel

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UPS STARTUP

ON/OFF Switch RS-232 Communication Port Alarm Silence Switch Output Receptacles

Figure 4. FERRUPS 1.8–3.1 kVA Rear Panel

To start the FE/QFE 500 VA–3.1 kVA UPS, use the following steps: 1. 2. Confirm the equipment to be protected by the UPS is powered off. For FE Plug-Receptacle UPSs: Plug the UPS power cord into a power outlet.

NOTE If the plug does not match your receptacle outlet, ask your electrician to install the proper outlet.

For QFE Plug-Receptacle UPSs: Disconnect the power cord from the computer or other equipment to be protected by the UPS and plug it into the UPS. Plug the other end of the power cord into a power outlet.
NOTE Do not use the cord supplied with the UPS; this cord is for plugging the equipment into the UPS output receptacles. NOTE If the plug does not match your receptacle outlet, ask your electrician to install the proper outlet.

For Hardwired UPSs: Confirm that an electrician has completed and tested the connection to the proper power source and connected your protected equipment according to the Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) Installation Guide. Turn the AC line disconnect switch to the ON position.

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UPS STARTUP

3.

The AC LINE indicator illuminates (see Figure 5).

NOTE The AC LINE indicator does not illuminate for FE 500 VA–3.1 kVA models with serial numbers 25000 and greater until the UPS ON/OFF switch is turned to the ON position.

AC LINE

READY

CHARGING

BATTERY POWER

ALARM

Figure 5. Front Panel Indicators

4. 5.

If you have an external battery cabinet with a DC switch, turn the switch to the ON position. Turn the UPS ON/OFF switch to the ON position. After a short startup test, the READY indicator flashes for a few seconds and then remains illuminated. The UPS is ready to supply output power.

NOTE The UPS and external battery cabinets are shipped with the batteries charged. However, batteries may lose some of the charge during shipping and storage. You can use the UPS immediately after unpacking, but it may not provide the full‐rated backup time during a power failure. Upon initial startup, the UPS may need to operate for 24 hours before the battery is fully charged and full battery‐backup time is available. If the CHARGING indicator is illuminated, operate the UPS for 24 hours to fully charge the battery.

6.

For Plug-Receptacle UPSs: Plug the equipment to be protected into the UPS output receptacles.

NOTE For QFE models, use the supplied UPS cord to connect your equipment to the UPS output receptacles.

For Hardwired UPSs: Turn the bypass switch to the UPS position. 7. Turn on the equipment that is connected to the UPS. If the ALARM indicator illuminates, see “Alarms” on page 107.

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UPS STARTUP

8.

If your FERRUPS UPS is configured to use an external battery cabinet, you must program the battery capacity in ampere-hour (Ah) for the total number of battery packs used in the UPS. If you purchased one of the FERRUPS battery pack options available from Eaton, select the Ah value from Table 1.

NOTE A Remote Control Panel (part number RCK-0007), PC, or terminal is required to communicate with the UPS.

Before programming the battery Ah, enter the user-level password following the instructions in “Entering Passwords” on page 30. To change the battery Ah, parameter 69 (Batt Ah), follow these steps:

Press this key: [DISPLAY] [6] [9] [ENTER] [PROGRAM] [Ah Value from Table 2] [ENTER]

Display shows: 69 Batt AH [Default] 69 Pgm: 69 Pgm: [xxx] 69 Pgm: [new value]

where xxx is the Battery Ah value from Table 1.

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UPS STARTUP

Table 1. External Battery Pack Ah Values
Battery Pack 1ME 2ME 3ME 4ME 5ME 6ME 7ME 8ME 9ME Battery Ah 100 150 200 225 300 400 600 75 100 Battery Pack 10ME 11ME 12ME 13ME 14ME 15ME 21ME 24ME 25ME Battery Ah 150 200 225 300 400 600 75 150 200

Startup for the FE/QFE 4.3–18 kVA UPS
Before starting up the UPS, review the rear panel for your UPS model.

Receptacle Panel (Optional for 7 kVA) RS-232 Communication Port RS-232 Communication Port

Optional Receptacle Panel

4.3–5.3 kVA Models

7–18 kVA Models

Figure 6. FERRUPS 4.3–18 kVA Rear Panels

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UPS STARTUP

To start the FE/QFE 4.3–18 kVA UPS, use the following steps: 1. 2. Confirm the equipment to be protected by the UPS is powered off. For Plug-Receptacle UPSs: Verify that the AC input power is off at the service panel. Plug the UPS power cord into a power outlet.

NOTE If the plug does not match your receptacle outlet, ask your electrician to install the proper outlet.

For Hardwired UPSs: Confirm that an electrician has completed and tested the connection to the proper power source and connected your protected equipment according to the Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) Installation Guide. Confirm that your AC line disconnect switch and the UPS ON/OFF switch are both in the OFF position. 3. If your UPS has a DC switch, turn on the switch according to the UPS model: 4.3–7 kVA: If you have an external battery cabinet(s) with a DC switch, turn the switch to the ON position. If you do not have an external battery cabinet(s): unlock the UPS front cover panel using the FERRUPS key and remove the front cover panel. Locate the DC switch behind the UPS front cover panel. If there is a precharge button next to the switch, press it for a few seconds. Turn the DC switch to the ON position and reinstall the UPS front cover panel. 10–18 kVA: If you have an external battery cabinet(s) with a DC switch, turn the switch to the ON position. 4. Start the UPS on battery power: Use the FERRUPS key to turn the UPS ON/OFF switch to the ON position. After a brief self-check, the BATTERY POWER and READY indicators illuminate. The UPS beeps every 20 seconds, indicating the UPS is running on battery power. The control panel scrolls this display:

FERRUPS Mode: Auto Charger: Off Beeper: Enabled
NOTE If the ALARM indicator is on, see “Troubleshooting” on page 107
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UPS STARTUP

5.

For Plug-Receptacle UPSs: Turn the AC input power on at the service panel. The AC LINE indicator illuminates. After a few seconds, the UPS switches from battery power to AC input power. The BATTERY POWER indicator turns off. For Hardwired UPSs: Turn the AC line disconnect switch to the ON position. The AC LINE indicator illuminates. After a few seconds, the UPS switches from battery power to AC input power. The BATTERY POWER indicator turns off. Now, turn the UPS bypass switch (either on the back of the UPS or mounted nearby) to the UPS position.

AC LINE

READY

CHARGING

BATTERY POWER

ALARM

Figure 7. Front Panel Indicators NOTE The UPS and external battery cabinets are shipped with the batteries charged. However, batteries may lose some of the charge during shipping and storage. You can use the UPS immediately after unpacking, but it may not provide the full‐rated backup time during a power failure. Upon initial startup, the UPS may need to operate for 24 hours before the battery is fully charged and full battery‐backup time is available. If the CHARGING indicator is illuminated, operate the UPS for 24 hours to fully charge the battery.

6.

For Plug-Receptacle UPSs: Plug the equipment you want to protect into the UPS receptacles and turn on the equipment. If the ALARM indicator illuminates, see “Alarms” on page 107. For Hardwired UPSs: Turn on the equipment connected to the UPS. If the ALARM indicator illuminates, see “Alarms” on page 107.

7.

Set the time and date using the control panel.

NOTE The correct time and date for is needed for the UPS alarm and inverter logs. Reset the time and date whenever the UPS has been shut down.

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Time is parameter 0; see “Parameters” on page 33 for more information. To set the time (in 24-hour format), follow these steps:

Press this key: [DISPLAY] [0] [ENTER] [PROGRAM]

Display shows: Display: Display: 0 00 Time: 11:30:20 00 Pgm:

Enter the correct time (in 24-hour format). For example, if the time is 9:30 a.m.:

Press this key: [9][3][0] [ENTER]

Display shows: 00 Pgm: 930 00 Time 09:30:00

The date is parameter 10. To set the date, follow these steps:

Press this key: [DISPLAY] [1][0] [ENTER] [PROGRAM]

Display shows: Display: Display: 10 10 Date: 01/01/96 10 Pgm:

Enter the correct date (in MMDDYY format). For example, to enter June 4, 1993:

Press this key: [0][6][0][4][9][3] [ENTER]
8.

Display shows: 10 Pgm: 060493 10 Date 06/04/93

If your FERRUPS UPS is configured to use an external battery cabinet, you must program the battery capacity in ampere-hour (Ah) for the total number of battery packs used in the UPS. If you purchased one of the FERRUPS battery pack options available from Eaton, select the Ah value from Table 2.

NOTE A Remote Control Panel (part number RCK-0007), PC, or terminal is required to communicate with the UPS.

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UPS STARTUP

Before programming the battery Ah, enter the user-level password following the instructions in “Entering Passwords” on page 30. To change the battery Ah, parameter 69 (Batt Ah), follow these steps:

Press this key: [DISPLAY] [6] [9] [ENTER] [PROGRAM] [Ah Value from Table 2] [ENTER]

Display shows: 69 Batt AH [Default] 69 Pgm: 69 Pgm: [xxx] 69 Pgm: [new value]

where xxx is the Battery Ah value from Table 2.
Table 2. External Battery Pack Ah Values
Battery Pack EBPS10 EBPS12.5 EBPS18 1FE 2FE 3FE 4FE 5FE 6FE 7FE 8FE 9FE 10FE Battery Ah 33 75 75 100 150 200 225 300 400 600 75 100 150 Battery Pack 11FE 12FE 13FE 14FE 15FE 16FE 17FE 18FE 19FE 20FE 21FE 22FE Battery Ah 200 225 300 400 600 100 150 200 225 300 400 600

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Chapter 4

Operation

This section describes:

S The UPS front panel indicators S Using the control panel S Automatic system testing S Parameters S Shutting down the UPS

Front Panel Indicators
The UPS front panel indicators indicate how the UPS is operating and also alert you of potential power problems. Figure 8 shows the UPS front panel indicators. Table 3 explains the status of each indicator.

AC LINE

READY

CHARGING

BATTERY POWER

ALARM

Figure 8. Front Panel Indicators Table 3. Indicator Status
Indicator AC LINE Status On Explanation The UPS is getting power from the AC input power source. NOTE The AC LINE indicator does not illuminate for FE 500 VA–3.1 kVA models with serial numbers 25000 and greater until the UPS ON/OFF switch is turned to the ON position. S S S S S The UPS is not getting input power. There is a power outage. The AC input breaker is tripped. The UPS is unplugged. For FE 500 VA–3.1 kVA models with serial numbers 25000 and greater, the UPS ON/OFF switch is not in the ON position.

Off

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OPERATION

Indicator READY

Status On Off

Explanation The UPS is ready to provide battery backup power when needed. The UPS cannot provide battery backup power because: S It is in the Line Condition mode or the Off mode (see the following section, “Using the Control Panel”). S The batteries may be discharged. S It may be running on battery power (Inverter On mode). The UPS is testing the batteries as part of the automatic system test (see “Automatic System Test” on page 32); or, you have started a timed shutdown (see page 78). The UPS is charging its batteries. The battery charger is off; batteries are at full charge. The UPS is providing power from its batteries; it is in the Inverter On mode. The UPS is providing conditioned power from the AC input power source, or the UPS is off. The UPS is testing the inverter as part of the automatic system test (see “Automatic System Test” on page 32). The UPS is warning you that an alarm exists. If you have not silenced the alarm, the beep sequence identifies the problem (see “Alarms” on page 107). If you have a control panel, an alarm message appears on its display. No alarm exists.

Flashing

CHARGING

On Off

BATTERY POWER

On Off Flashing

ALARM

On

Off

Using the Control Panel
The control panel comes with all FE/QFE 4.3–18 kVA models. If you have an FE/QFE 500 VA–3.1 kVA, you may have ordered the remote control panel as an option (refer to the Eaton Remote Control Panel User's Guide). The control panel is attached to the front of the UPS with a 6-ft (1.8m) cable, providing hand-held operation. The control panel's READY, BATTERY POWER, and ALARM indicators work like the READY, BATTERY POWER, and ALARM indicators on the front of the UPS (see “Front Panel Indicators” on page 27).

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You can use the control panel to change UPS system modes and display and change parameters. You can also lock the control panel and change some of its features. If you press the wrong key at any time, press [CLEAR] and then the correct key.

Changing Operating Modes
There are four UPS operating modes:

S Off S Auto S Line Condition S Inverter On (on battery)
The FERRUPS UPS selects the appropriate operating mode automatically; however, there may be times when you need to set the operating mode manually from the control panel. Notice that names of the operating modes appear in red on the bottom of keys 1–4.
Table 4. Operating Modes
Operating Mode Off Auto How to Select It Press [CTRL]-[1] [ENTER] [ENTER]. Press [CTRL]-[2] [ENTER] [ENTER]. What It Means The UPS does not provide power to your equipment, but you can still use the control panel if battery power is present. The READY indicator is off. This is the normal operating mode. The UPS conditions AC input power and provides the conditioned power to your equipment. The UPS is ready to switch to battery power if necessary. The AC LINE and READY indicators should be illuminated. The UPS is conditioning AC input power and providing the conditioned power to your equipment, but if there is a brownout or power outage, the UPS does not switch to battery power. Instead, the UPS shuts down its output until AC input power is available again. The READY indicator is off when the UPS is in this mode. The UPS converts battery power to AC power for your equipment. It does not charge the batteries. The BATTERY POWER indicator is on. The UPS calculates the run time remaining and sounds an alarm when run time starts to get low. The READY indicator is off.

Line Condition

Press [CTRL]-[3] [ENTER] [ENTER].

Inverter On (on battery)

Press [CTRL]-[4] [ENTER] [ENTER].

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Entering Passwords
Before you can change some parameter values, you must enter a password. You must also enter a password before you enter some of the commands listed on page 76.
NOTE Some parameters, such as Time, Date, and Unit ID, are not password-protected initially. If you change parameter 39 to “Yes,” a user-level password is required to change these parameters, to use [CTRL] keys, or to use some commands. See “Parameters” on page 33 and “Entering Commands from a Terminal or Computer” on page 76 for more information.

The user-level password is 377 and the service-level password is 2639. To enter the user-level password, follow these steps:

Press this key: [CLEAR] [PROGRAM] [3] [7] [7] [ENTER]

Display shows: FERRUPS Password: Password: Level:

377 User

To clear the password, press [CLEAR] until Password Cleared appears on the control panel display.

Displaying and Changing Parameters
The names of the first 11 parameters appear in green on the top of the number keys. To display a parameter, press [DISPLAY], the parameter number, and [ENTER]. For example, to display parameter 0 (Time), follow these steps:

Press this key: [DISPLAY] [0] [ENTER]

Display shows: Display: Display: 0 00 Time 07:04:08

To change a parameter, display it first. Then, press [PROGRAM], enter the new value for the parameter, and press [ENTER]. For example, to change parameter 0 (Time), follow these steps:

Press this key: [DISPLAY] [0] [ENTER] [PROGRAM] [9] [3] [0] [ENTER]
30

Display shows: 00 Time 07:04:08 00 Pgm: 00 Pgm: 930 00 Time 09:30:00

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OPERATION

Locking and Unlocking the Control Panel
You may need to lock the control panel if you want to limit its use. When disabled, the control panel does not respond to the key functions until it is enabled again. To disable the panel, press the keys shown in the following example (verify that you have the necessary code to unlock the control panel).

Press this key: [CLEAR] and [ENTER] together

Display shows: −Keypad Locked−

When you lock the control panel, it beeps and displays −Keypad Locked− for approximately two seconds. The control panel beeps and shows this display whenever you try to use the keys. The front panel indicators continue to show the UPS status, and the control panel shows UPS alarms. To enable the control panel again,

Press this key: [CLEAR] and [ENTER] together [8] [2] [0] [4] [9] [ENTER]

Display shows: Unlock #: Unlock #: 82049 Keypad Unlocked

After approximately two seconds, the control panel shows the same display it showed before you unlocked it. If you enter the wrong unlock number, the control panel displays −Keypad Locked− for two seconds, and the control panel remains locked.

Using the Configuration Menu
The control panel includes a Configuration Menu that lets you adjust its baud rate and brightness, turn the beeper on or off, turn on and off the click you hear when you press keys, and control other features. The label on the back of your control panel includes more information on this menu (see Figure 9).

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OPERATION

Remote Control Panel (RCP)
Access Instructions for Configuration Menu Simultaneously press [CONTROL] and [PROGRAM] to enter RCP Configuration menu At any time: Press [ENTER] to display/edit next menu item Press [PROGRAM] to exit menu and save changes Press [CLEAR] to exit menu without saving changes

Menu Item
Baud Rate Brightness Beeper Keyclick Repeat Connect

Range
0 0 0 0 0 0 −5 −7 −1 −1 −1 −1

Notes
0=300, 1=1200, 2=2400, 3=4800, 4=9600, 5=19200 Display brightness: 0=Min, 7=Max Beeper enabled? 0=No, 1=Yes Keyclick enabled? 0=No, 1=Yes Autorepeat of depressed key? 0=No, 1=Yes Send “123DCP” at startup? 0=No, 1=Yes

Figure 9. Remote Control Panel

Automatic System Test
The UPS performs an automatic system test every seven days to test the memory, batteries, and inverter. During the system test, the BATTERY POWER and READY indicators flash. For the results of the last system test, you can display parameter 26 (see page 38).

Logic Test
First, the UPS checks its memory. If it finds a problem, the UPS sounds alarm O, Memory Check (– – –). See page 110.

Inverter Test
The inverter converts DC battery power into the AC power your equipment uses. During the inverter test, the UPS pulses its inverter to see if it delivers the proper amount of current. If not, the UPS sounds alarm N, Check Inverter (– S). See page 109. Although it is testing the inverter, the UPS is not in Inverter On mode. The UPS continues to condition input power and is ready to provide battery power if there is a power outage. The BATTERY POWER indicator flashes during this part of the test.
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OPERATION

NOTE FE 500 VA–3.1 kVA models with serial numbers 25000 and greater do not perform an individual inverter test.

Battery Test
The UPS also checks its batteries to verify that they can support your equipment for the minimum specified run time. If not, the UPS sounds alarm M, Check Battery (– –). See page 109. The READY indicator flashes during this part of the test.

Parameters
Table 5 shows the FERRUPS setup and operation parameters. You can view or reset the parameters using the control panel or a terminal or computer. If you plan to view or change parameters from the control panel, see “Using the Control Panel” on page 28 for instructions. If you plan to view or change parameters from a terminal or computer that you have connected to the RS-232 port, see “Entering Commands from a Terminal or Computer” on page 76. When you use commands to display or change parameters, identify the parameter with either its number or name (see Table 5). If you use the name, you can enter the entire parameter name or just the short form; you can also abbreviate the parameter name as long as your abbreviation includes the letters in the short form. Although you do not need a password to view any of the first 26 parameters, all of them require a password to change (see the password column in Table 5). See “Entering Passwords” on page 30 or “Entering Commands from a Terminal or Computer” on page 76 for password information.
NOTE All changeable parameters except 0 (Time), 10 (Date), and 15 (Unit ID) are set at the factory. Only qualified technicians using the proper metering equipment should change other parameters. Improper calibration may cause the FERRUPS UPS to malfunction. Call your service representative before you attempt to change any parameters except 0, 10, and 15.

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OPERATION

Table 5. Parameters
Parameter Number 0 Parameter Name (Short Form) time (t) Sample Display 00 Time 12:00:00 Password Level User Possible Values 00:00:00– 23:59:59 Explanation The system time (HH:MM:SS) shown in 24 hour military time. The UPS uses this time to time stamp events in the alarm history and total run time on inverter. When the DC power has been turned off or the UPS restarted, the time shown is the last recorded time before the unit was shutdown. The system time should be reset when the UPS has been turned back on. The measured AC input voltage being supplied into the UPS. When this value drops below the brownout voltage, the UPS switches to inverter. The measured AC load voltage being supplied to the connected loads at the output of the UPS. Parameter reserved for future use. Service 0.0–220.0 The measured AC load current being supplied to connected loads at the output of the UPS. Calculated Volt Amps (VA) or Apparent Power the connected load equipment is drawing from the output of the UPS. This parameter uses the measured values from parameters 2 and 4 in determining this value and should be less than the value shown by parameter 19 (Maximum VA or output load). The measured current flowing either into the battery (charge) or from the battery (discharge).

1

acvoltsin (vi)

01 V In 120.0

Service

0.0–500.0

2

acvoltsout (vo) Reserved acampsiout (o) vaout (va)

02 V Out 120.0

Service

0.0–500.0

3 4

03 --Reserved-04 I Out 3.1

5

05 VA Out 374

Change Not Allowed

0–27000

6

ibatt (ib)

06 I Batt 0.0

Service

0.0–200.0

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Table 5. Parameters (continued)
Parameter Number 7 8 Parameter Name (Short Form) vbatt (vb) frequency (f) Sample Display 07 V Batt 12.57 08 Freq 60.01 Hz Password Level Service Change Not Allowed Possible Values 0.00–175.00 47.00–63.00 Explanation The measured DC battery voltage. The measured AC input frequency being supplied into the UPS (measured in Hz) during normal operation. During a utility or input power outage, this parameter will display the inverter output frequency (also measured in Hz) while the connected loads are supported by the inverter from battery. A calculated value that predicts the expected support time from battery power during a utility or input power outage. The System Date (MM:DD:YY). The UPS uses this date to time stamp events in the alarm history and total run time on inverter. When the DC power has been turned off or the UPS restarted, the date shown is the last recorded date before shutdown. The system date will need to be reset once the UPS has been turned back on. The temperature (measured in Celsius) inside the UPS. The UPS sounds an alarm and may shut down if this value becomes too high.

9

runtime (rt)

09 RunTime 12m

Change Not Allowed

0–9999

10

date (d)

10 Date 06/01/93

User

01/01/1998– 12/31/2167

11 or [DISPLAY] [1] [1] [ENTER]

ambtemp (at)

11 Amb Temp 23c

Change Not Allowed

-63–193

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OPERATION

Table 5. Parameters (continued)
Parameter Number 12 Parameter Name (Short Form) heatsinktemp (st) Sample Display 12 SinkTemp 26c Password Level Change Not Allowed Possible Values -63–193 Explanation The temperature (in Celsius) of the heatsink inside the UPS. The UPS sounds an alarm and may shut down if this value becomes is too high. This parameter is only for models that monitor heatsink temperature. NOTE The display always shows -63c on models that do not use a heatsink temperature probe. Parameter reserved for future use. Change Not Allowed -63–193 The temperature (in Celsius) of the heatsink inside the UPS. The UPS sounds an alarm and may shut down if this value becomes is too high. This parameter is only for models that monitor transformer temperature. NOTE The display always shows -63c on models that do not use a transformer temperature probe. A user configurable unit identification string commonly used to identify the type or location of a product connected to a network. The percentage of output load applied to the UPS output. This value is determined by the value provided by Measured VA (parameter 5) divided by Max VA (parameter 19).

13 14

Reserved xfmrtemp (xt)

13 --Reserved-14 XfmrTemp 28c

15

unitident (id)

15 Unit ID Network #1 UPS

User

0–20 Characters

16

fullload (l)

16 FullLoad% 075

Change Not Allowed

0–150

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Table 5. Parameters (continued)
Parameter Number 17 Parameter Name (Short Form) watts (w) Sample Display 17 Watts 374 Password Level Change Not Allowed Possible Values 0–15000 Explanation Calculated wattage (W) or Real Power the connected load equipment is drawing from the output of the UPS (a calculation absent of any reactive or apparent energy). Power factor is a relationship difference between voltage and current created by the way connected loads draw energy from the UPS output. Power factor is calculated by Watts Out (parameter 17) divided by VA Out (parameter 5). This parameter also displays whether the power factor (or ration of current to voltage) is leading (Lead), lagging (Lag), or distortion (Dist). The maximum Voltage Amps (Apparent Power) the UPS can supply to your equipment at the present power factor. The UPS sounds an overload alarm when VA Out (parameter 5) is higher than this value. The number of times there has been a loss of input power since the UPS was started. The number of times the UPS has sensed an output overload or the number of times VA Out (parameter 5) has been greater than VA Limit (parameter 19). The total number of hours the UPS has been operating, regardless of mode. This number does not increase when the UPS ON/OFF switch is in the OFF position.

18

powerfact (pf)

18 PF 0.73 Lead, or 18 PF 0.82 Lag, or 18 PF 1.00 Dist

Change Not Allowed

0.00–1.00

19

valimit (val)

19 VALimit 500

Change Not Allowed

350–18000

20

powerouts (po) overloads (ol)

20 #PwrOut 1

Change Not Allowed Change Not Allowed

0–65535

21

21 #OvrLds 0

0–65535

22

syshours (sh)

22 SysHrs 00000

Change Not Allowed

0–65535

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OPERATION

Table 5. Parameters (continued)
Parameter Number 23 Parameter Name (Short Form) invmin (im) inverterlog (il) Sample Display 23 InvMin 0000.0 Password Level Possible Values Explanation

Change Not 0000.0–6553.5 The total number of minutes the Allowed inverter has run since the UPS was started. Change Not Allowed A log listing of the date, time, duration and reason code for the last 20 inverter runs (support time from battery). See "Alarm and Inverter Logs” on page 110 for more details and Table 21 on page 112 for specific inverter codes (reasons for going to inverter operation). A log listing of the date, time, duration and reason code for the last 20 unit alarms. See “Alarm and Inverter Logs” on page 110 for more details and Table 20 on page 108 for specific Alarm codes and their definitions. This parameter records the results of the last system test. The parameter display includes the time and date of the test and the results of each part of the system test (see “Automatic System Test” page 32).

24

24 Inverter Log + L 0319 2127 1215

25

alarmlog (al)

25 Alarm Log + L 0319 2127 1215

Change Not Allowed

26

testresults (tr)

26 Test Results (+ 7 more displays)

Change Not Allowed

NOTE Parameters greater than 26 are alarm and operation set points, calibration factors and other settings. You

usually do not need access to these parameters for normal operation of the UPS. 27 crestfact (cf) 27 Crest 1.41 Change Not Allowed 0.00–5.00 The crest factor is a calculation between the measured peak output current divided by the RMS or average output current and is used in determining the type and amount of harmonic noise created by loads on the UPS output.

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Table 5. Parameters (continued)
Parameter Number 28 Parameter Name (Short Form) brownlevel (bl) Sample Display 28 BrnLvl 79.8 Password Level Change Not Allowed Possible Values 74.4–192.0 Explanation The value shown by this field represents the level of AC input voltage where the output loads will be switched over and supported by inverter power. This value (and unit operation) are dependant on the settings of parameter 63 and 64 for Extended Brownout operations. This setting determines the tone of the audio alarm. A higher number provides a lower pitch tone while a lower number provides a higher pitch. This parameter records the lowest measured battery voltage since the UPS was turned on or since the Extended History command was issued. This parameter records the highest measured battery voltage since the UPS was turned on or since the Extended History command was issued. This parameter records the lowest measured AC input voltage since the UPS was turned on or since the Extended History command was issued. This parameter records the highest measured AC input voltage since the UPS was turned on or since the Extended History command was issued. This parameter records the lowest measured AC output voltage since the UPS was turned on or since the Extended History command was issued.

29

beepfreq (bf)

29 BeepFrq 1320

Service

0–9999

30

mindcv (mind)

30 MinDCV 11.36

Service

0.00–200.00

31

maxdcv (maxd)

31 MaxDCV 13.59

Service

0.00–200.00

32

minacvi (minvi)

32 MinACVI 0.0

Service

0.0–500.0

33

maxacvi (maxvi)

33 MaxACVI 124.2

Service

0.0–500.0

34

minacvo (minvo)

34 MinACVO 119.1

Service

0.0–500.0

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OPERATION

Table 5. Parameters (continued)
Parameter Number 35 Parameter Name (Short Form) maxacvo (maxvo) Sample Display 35 MaxACVO 122.5 Password Level Service Possible Values 0.0–500.0 Explanation This parameter records the highest measured AC output voltage since the UPS was turned on or since the Extended History command was issued. This parameter records the lowest measured VA output power since the UPS was turned on or since the Extended History command was issued. This parameter records the highest measured VA output power since the UPS was turned on or since the Extended History command was issued. Number of invalid password entries attempted. If set to "1)Yes", a password level of "User" or higher is required to use the red control key functions on the remote control panel and to set time and date. If set to "0)No" no password is required. The units factory assigned serial number. The units factory assigned power rating. This parameter also effects Rated VA, Rated Watts, Battery Amp Hours, Runtime Constant, Low Runtime Alarm, Residual Charge, Float charge volts, and equalize charge volts.

36

minva (minva)

36 Min VA 115

Service

0–20000

37

maxva (maxva)

37 Max VA 385

Service

0–30000

38 39

badpassword (bp) ctrlpw (cp)

38 #Bad PW

0

Service User

0–65535 0)No 1)Yes

39 Ctrl PW 1)Yes

40 41

serialnumber (si) modelindex (mi)

40 Serial Number FE4.3k25000 41 ModelIndex 9 + 09: FE4.3kVA

Change Not Allowed Change Not Allowed

0–20 Characters 1: FE500– 14: FE18KVA

40

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Table 5. Parameters (continued)
Parameter Number 42 Parameter Name (Short Form) nomfreq (nf) Sample Display 42 NomFrq 1)60Hz Password Level Change Not Allowed Possible Values 0)50 Hz– 1)60 Hz Explanation The units factory assigned operating frequency (this parameter is not adjustable on models with serial numbers 25000 and greater or on models with serial numbers starting with an "E" or "Y,” the default setting is 60 Hz). The units factory assigned nominal input voltage. This parameter also effects Brown Out Voltage, Brown Out Level, and the AC Volts Input at the Charger enable set point. The units factory assigned nominal output voltage. This parameter also effects Low AC Voltage Output Alarm, unit Shutdown and High AC Voltage Output Alarm set point. The units factory assigned maximum VA rating. The units factory assigned maximum KW rating. For models with serial numbers less than 25000, this setting determines the maximum amount of output current the UPS would support. For models with serial numbers 25000 and greater or with serial numbers starting with an "E" or "Y," this parameter is Unused - Reserved for future use.

43

nomvin (nvi)

43 NomVIn 120.0

Change Not Allowed

60.0–500.0

44

nomvout (nvo)

44 NomVOut 120.0

Change Not Allowed

60.0–500.0

45 46 47

ratedva (rva) ratedwatts (rw) ilimitlevel (ill)

45 RatedVA 500 46 RatedW 350 47 ILimitLvl 123

Change Not Allowed Change Not Allowed Change Not Allowed

100–30000 100–30000 10–253

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Table 5. Parameters (continued)
Parameter Number 48 Parameter Name (Short Form) ilimitamps (ila) Sample Display 48 ILimitAmp 229 Password Level Change Not Allowed Possible Values 0–600 Explanation For models with serial numbers less than 25000, this setting determines the maximum amount of output current the UPS would support. For models with serial numbers 25000 and greater or with serial numbers starting with an "E" or "Y," this parameter is Unused - Reserved for future use. For models with serial numbers less than 25000, this setting identifies whether the unit is configured as a rack mount or stand alone configuration. For models with serial numbers 25000 and greater or with serial numbers starting with an "E" or "Y," this parameter is Unused Reserved for future use. Determines if the UPS will deliver power to the users load when the UPS is first turned on. When set to "0)Off" the UPS will not close the static switch or run on inverter. If the AC input frequency being fed to the UPS falls below this parameter, the loads will be supported by the inverter until the AC input frequency rises above this parameter. If the AC input frequency being fed to the UPS rises above this parameter, the loads will be supported by the inverter until the AC input frequency falls below this parameter.

49

rackmount (rm)

49 Rackmnt 0)No

Change Not Allowed

0)No–1)Yes

50

startup (sta)

50 Startup 1)On

Service

1)On 0)Off

51

lowfreq (lf)

51 LowFreq 57.00

Service

45.00–65.00

52

highfreq (hf)

52 HiFreq 63.00

Service

45.00–65.00

42

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Table 5. Parameters (continued)
Parameter Number 53 Parameter Name (Short Form) slewrate (sr) Sample Display 53 SlewRate 100 Password Level Service Possible Values 5–500 Explanation This parameter determines the maximum rate of change (measured in cycles per sec or Hz/Sec) the UPS will follow before breaking sync with the AC input and supporting the UPS output loads from the inverter. This parameter determines the maximum frequency window the UPS will allow before breaking sync with the AC input and supporting the UPS output loads from the inverter. A counter that determines how may cycles the AC input is outside the High/Low frequency parameters before supporting the UPS output loads from the inverter. A counter that determines how many voltage glitches in a row must occur before the UPS supports output loads from the inverter. Sets a voltage acceptance window for the Line Glitch counter in parameter 56. Sets the number of seconds the inverter will support the UPS output loads if set by either a frequency or voltage glitch as determined by setup parameters 55, 56, and 57. Alarm parameter indicating the AC output voltage has exceeded (lower than) the value set by this parameter (normally set to 90% of the nominal output voltage setting).

54

phaselock (pl)

54 PhaseLk 500

Service

50–5000

55

freqglitchcnt (fgc)

55 FreqGlCnt 3

Service

1–60

56

lineglitchcnt (lgc)

56 LineGlCnt 3

Service

1–20

57

linedelta (lid) xferdelay (xd)

57 LineDelta 80

Service

1–512

58

58 XferDly 1.0

Service

0.0–999.9

59

lowvoutalarm (lvoa)

59 LVOAlrm 108.0

Service

0.0–500.0

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Table 5. Parameters (continued)
Parameter Number 60 Parameter Name (Short Form) lowvoutshutdn (lvos) Sample Display 60 LVOShdn 102.0 Password Level Service Possible Values 0.0–500.0 Explanation The output voltage level that the UPS will shutdown the connected loads because of low output voltage (requires “Low AC Volts Out Shutdown” (parameter __ to be enabled). Alarm parameter indicating the AC output voltage has exceeded (higher than) the value set by this parameter (normally set to +8% of the nominal output voltage setting). Alarm parameter indicating the AC input voltage has exceeded (higher than) the value set by this parameter (normally set to +15% of the nominal input voltage setting). Enables/Disables Extended Brownout operation. When enabled, this parameter operates in response to the amount of load on the inverter output, varying from 80% of nominal AC input voltage at full load to 62% of nominal AC input voltage at no load. When disabled, the UPS uses the value set in parameter 64. When parameter 63 is set to “0)No”, parameter 64 determines at what level of nominal AC input voltage the output loads will be support by inverter.

61

hivoutalarm (hvoa)

61 HVOAlrm 129.6

Service

0.0–500.0

62

hivinalarm (hvia)

62 HVIAlrm 138.0

Service

0.0–500.0

63

extbrnout (ebo)

63 ExBrOut 1)Yes

User

0)No 1)Yes

64

brownoutv (bv)

64 BrnOutV 96.0

Service

50.0–500.0

44

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Table 5. Parameters (continued)
Parameter Number 65 Parameter Name (Short Form) lowbattv (lb) Sample Display 65 LoBatV 41.00 Password Level Service Possible Values 6.00–175.00 Explanation During a loss of nominal AC input voltage, the inverter supports the connected output loads from battery power. When the battery voltage reaches the value set by this parameter, the UPS will shutdown and remain off until normal AC input power is restored. During a loss of nominal AC input voltage, the inverter supports the connected output loads from battery power. When the battery voltage reaches the value set by this parameter, an alarm condition is set indicating that battery voltage is getting low and unless input power is restored soon, the connected loads will be shutdown. Alarm parameter indicating the battery DC voltage has exceeded (higher than) the value set by this parameter and the battery charger is turned off until the battery voltage drops below this setup parameter (normally set to 15v per battery). During a loss of nominal AC input voltage, the inverter supports the connected output loads from battery power. When the battery run time in minutes reaches the value set by this parameter, an alarm condition is set indicating that the battery run time is getting low and unless input power is restored soon, the connected loads will be shutdown.

66

nearlowbattv (nlb)

66 NLBatV 44.00

Service

6.00–175.00

67

highbattv (hb)

67 HiBatV 59.60

Service

6.00–200.00

68

lowruntime (lr)

68 LowRunTm 5

User

0–999

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Table 5. Parameters (continued)
Parameter Number 69 Parameter Name (Short Form) battamphours (bah) Sample Display 69 Batt AH 55 Password Level Service Possible Values 5–20000 Explanation The Amp Hour (AH) rating or power size of the battery being used in the UPS to support the connected loads during a loss of AC input voltage is stored in this location. An engineering value used in calculations that predict how much battery support time is remaining in the system. Increasing this value increases the displayed run time. Decreasing this value decreases the displayed run time. Changing this value only effects the time remaining value shown on the front panel and has no effect on the actual support time of the system. This setting determines which parts of the Automatic System Test the product will conduct. 0: Testing disabled 1: Logic board test 2: Logic & inverter tests 3: Logic, inverter, and battery tests The number of days between each Automatic System Test. Using 24 hour military time, this parameter determines when the Automatic System Test will be run. The maximum current the UPS can draw from its batteries when it runs on battery power (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y").

70

runtimeK (k)

70 RuntimeK 62

Service

1–200

71

testlevel (tl)

71 TestLevel 3

User

0–3

72 73

testint (tei) testtime (tt)

72 TestInt 7dy 73 Test@ 1:00:00

User User

0 (Off) 366 00:00:00– 23:59:59

74

nomilimit (nil)

74 NomILimit 360

Service

10–999

46

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Table 5. Parameters (continued)
Parameter Number 75 Parameter Name (Short Form) batttesttime (btt) Sample Display 75 BT Time 60s Password Level Service Possible Values 0–999 Explanation Number of seconds that must elapse while running on inverter before comparing calculated run time to low run time alarm set point. (Used during battery test only to check for bad batteries.) Temperature (measured in Celsius) of the power factor module load resistor. This parameter is only for models that monitor power factor module temperature; for other models, this parameter will always show -63° C. The number of seconds the UPS will remain off after being shutdown by an "OFF" command, a "Shutdown" command, or after detecting a recoverable alarm condition. Once this time delay has expired, the UPS will attempt to restart and resume normal operations. Setting this value to "0" disables the Auto Restart feature. This parameter enables or disables the products ability to sense any alarm condition.

76

pfmtemp (pt)

76 PFM Temp 28c

Change Not Allowed

-63–193

77

autorestart (ar)

77 AutoRst 60s

Service

0–9999

78

alarmsenable (ae)

78 AlmEnbl 1)Yes

Service

0)No 1)Yes

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Table 5. Parameters (continued)
Parameter Number 79 Parameter Name (Short Form) consolemode (cm) Sample Display 79 Console Mode Password Level User Possible Values 1–4 Explanation This parameter enhances the UPS compatibility with the power monitoring/management software. These setting also affects the operation of parameter 97. 1 = UPS sends inverter/alarm messages. 2 = UPS suppresses inverter/alarm messages. 3 = UPS does not echo back commands. 4 = UPS sends the “F” string every 15 seconds. This parameter sets the high temperature alarm level for the ambient temperature probe whose value is monitored by parameter 11. Setting this parameter to 0 will disable the temperature probe. This parameter sets the temperature level where the unit will shutdown due to high ambient temperature. This parameter sets the high temperature alarm level for the heatsink temperature probe whose value is monitored by parameter 12. Setting this parameter to 0 will disable the temperature probe. This parameter sets the temperature level where the unit will shutdown due to high heatsink temperature.

80

ambtempalarm (ata)

80 AT Alarm 60c

Service

0–200

81

ambtemp-shutdn (ats)

81 AT Shdn 70c

Service

0–200

82

hstempalarm (hta)

82 HT Alarm 75c

Service

0–200

83

hstempshutdn (hts)

83 HT Shdn 85c

Service

0–200

48

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Table 5. Parameters (continued)
Parameter Number 84 Parameter Name (Short Form) xtempalarm (xta) Sample Display 84 XT Alarm 0c Password Level Service Possible Values 0–200 Explanation This parameter sets the high temperature alarm level for the transformer temperature probe whose value is monitored by parameter 13. Setting this parameter to 0 will disable the temperature probe. This parameter sets the temperature level where the unit will shutdown due to high transformer temperature. This parameter sets the high temperature alarm level for the Power Factor Module temperature probe whose value is monitored by parameter 76. Setting this parameter to 0 will disable the temperature probe. This parameter sets the temperature level where the unit will shutdown due to high power factor module temperature. A set point at which the UPS shuts down because of output power problems. When the UPS starts running on inverter from battery power, this parameter represents the number of seconds the UPS will delay before activating the inverter relay.

85

XtempShutdn (xts)

85 XT Shdn 0c

Service

0–200

86

pfmtempalarm (pta)

86 PF Alarm 85c

Service

0–200

87

pfmtempshtdn (pts)

87 PF Shdn 95c

Service

0–200

88

acvofault (vof) invrelaydelay (ird)

88 VOutFlt 24.0

Service

0.0–500.0

89

89 IRlyDly 0

Service

0–9999

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Table 5. Parameters (continued)
Parameter Number 90 Parameter Name (Short Form) remotebaudrate (rb) Sample Display 90 Rem Baud 7 + [07]: 1200 baud Password Level Service Possible Values [0] : 50 [15] : 38400 Explanation The baud rate of the remote RS232 control panel’s RJ-45 (phone jack) connector. If you have a device connected to the port, changing the baud rate could cause communication problems. Baud rate settings are as follows: [0]:50, [1]:75, [2]:110, [3]:135, [4]:150, [5]:300, [6]:600, [7]:1200, [8]:1800, [9]:2400, [10]:3600, [11]:4800, [12]:7200, [13]:9600, [14]:19200, [15]:38400. Sets the word format of the remote RS-232 (RJ-45) connector. (0–7: 8N1, 8N2, 7N1, 7N2, 7E1, 7E2, 7O1, 7O2). May inhibit communications to any connected device if changed. This parameter enables or disables hardware and software handshaking of the control panel’s RJ-45 (phone jack) connection on 4.3–18 kVA models (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). When set to "1)Yes", the remote RS-232 (RJ-45) port can communicate with the handheld remote. When set to "2)No" the port acts as a RS-232 port. This parameter enables or disables messaging and echo back on the remote RS232 RJ-45 connector.

91

remotewrdfmt (rwf)

91 RemWordFmt 0 + [00]: 8N1

Service

0–7

92

remotehandshake (rh)

92 Rem HndShk 15 SRx*STx*CTS*RTS

Service

0–15

93

remotercp (rrcp)

93 Rem RCP 1)Yes

Service

0)No 1)Yes

94

remotectrl (rc)

94 Rem Ctrl 15 + Eco|Err|Msg|P=>

Service

0–15

50

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Table 5. Parameters (continued)
Parameter Number 95 Parameter Name (Short Form) consolebaudrate (cb) Sample Display 95 Con Baud 7 + [07]: 1200 baud Password Level Service Possible Values [0]: 50 [15]: 38400 Explanation The baud rate of the UPS’ communications port. If you have a device connected to the port, changing the baud rate could cause communication problems. Baud rate settings are as follows: [0]:50, [1]:75, [2]:110, [3]:135, [4]:150, [5]:300, [6]:600, [7]:1200, [8]:1800, [9]:2400, [10]:3600, [11]:4800, [12]:7200, [13]:9600, [14]:19200, [15]:38400. Sets the word format of the UPS' communications port. (0–7: 8N1, 8N2, 7N1, 7N2, 7E1, 7E2, 7O1, 7O2). May inhibit communications to any connected device if changed. This parameter enables and disables hardware and software handshaking at the RS-232 communication port (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). When set to "1)Yes" the console DB-25 port can communicate with the handheld remote. When set to no the port acts as an RS-232 port. This parameter enables or disables messaging and echo back on the console RS232 RJ-45 connector.

96

consolewrdfmt (cw)

96 ConWordFmt 0 + [00]: 8N1

Service

0–7

97

consolehandshake (ch)

97 Con HndShk 12 SRx*STx* *

Service

0–15

98

consolercp (crcp)

98 Con RCP 0)No

Service

0)No 1)Yes

99

consolectrl (cc)

99 Con Ctrl 15 + Eco|Err|Msg|P=>

Service

0–31

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Table 5. Parameters (continued)
Parameter Number 100 Parameter Name (Short Form) search1 (s1) Sample Display 100 Search #1 + Network UPS 1 Password Level Service Possible Values 0–20 Characters Explanation To enable the UPS to automatically log onto the host system that it is connected to, this parameter is used to enter the string the host system uses to search for a UPS. When the UPS receives this search string, it will respond with the string entered in parameter 102. When the UPS receives this search string, it will execute the command entered in parameter 103. When the UPS receives the search string entered in parameter 100, it will respond to the host system with the string entered here. When the UPS receives the search string entered in parameter 101, it will execute the command entered here. This parameter determines which of the alarms A-P will activate the alarm relay contact at the RS232 port (on the back panel). This parameter determines which of alarms Q-T will activate the alarm relay contact at the UPS’ RS232 port (on the back panel). (See ”Using the RelayMask Parameters to Control the Alarm Contacts,” on page 90, to program this parameter). This parameter allows the enabling of the Remote Emergency Power-off Mode and the setting of the edge/level sensitivity trigger and the active high/low level of the trigger input.

101

search2 (s2)

101 Search #2 + Network UPS 1

Service

0–20 Characters

102

response1 (r1)

102 Response #1 + UPS #1 active

Service

0–40 Characters

103

response2 (r2)

103 Response #2 + Identify _____

Service

0–40 Characters

104

relaymask1 (rm1)

104 RMask1 65535 + PONMLKJIHGFEDC BA 105 RMask2 65535 + 543210ZYXWVUTS RQ

Service

0–65535

105

relaymask2 (rm2)

Service

0–65535

106

epomode (em)

106 EPO Mode 0 | | |

Service

0–16

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Table 5. Parameters (continued)
Parameter Number 107 Parameter Name (Short Form) epodebounce (edb) Sample Display 107 EPODbc 0.3s Password Level Service Possible Values 0.0–999.9 Explanation This parameter determines the amount of time (in tenths of a second) that the shutdown signal needs to be active before being considered a valid request for shutdown. In electrically noisy environments, this function is especially helpful in preventing false activation of this remote shutdown capability. This parameter sets the length of delay (in tenths of a second) after receiving a valid remote shutdown. This parameter affects how the product will transfer to and from inverter power (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). A stored software calculation value used in the calibration of the AC input voltage. A stored software calculation value used in the calibration of the AC input voltage (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). A stored software calculation value used in the calibration of the AC output voltage.

108

epodeLay (edl)

108 EPODly 0.1s

Service

0.0–999.9

109

pabase (pab)

109 PABase 3560

Change Not Allowed

0–20000

110

cfacvin (cfvin) cfacvid (cvid)

110 CFACVIN 1203

Change Not Allowed Change Not Allowed

0–32767

111

111 CFACVID 554

1–1023

112

cfacvon (cvon)

112 CFACVON 1186

Change Not Allowed

0–32767

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Table 5. Parameters (continued)
Parameter Number 113 Parameter Name (Short Form) cfacvod (cvod) Sample Display 113 CFACVOD 554 Password Level Change Not Allowed Possible Values 1–1023 Explanation A stored software calculation value used in the calibration of the AC output voltage (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). A stored software calculation value used in the calibration of the AC output current. A stored software calculation value used in the calibration of the AC output current (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). A stored software calculation value used in the calibration of the DC battery voltage. A stored software calculation value used in the calibration of the DC battery voltage (this parameter is not used on models with serial numbers 25000 and greater). A stored software calculation value used in the calibration of the DC battery current. A stored software calculation value used in the calibration of the DC battery current (this parameter is not used on models with serial numbers 25000 and greater).

114

cfacaon (caon) cfacaod (caod)

114 CFACAON 67

Change Not Allowed Change Not Allowed

0–32767

115

115 CFACAOD 44

1–1023

116

cfdcvn (cdvn) cfdcvd (cdvd)

116 CFDCVN 1385

Change Not Allowed Change Not Allowed

0–32767

117

117 CFDCVD 629

1–1023

118

cfdcan (cdan) cfdcad (cdad)

118 CFDCAN

Change Not Allowed Change Not Allowed

0–32767

119

119 CFDCAD 512

1–1023

54

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Table 5. Parameters (continued)
Parameter Number 120 Parameter Name (Short Form) softwver (sv) Sample Display 120 SW Ver 8.02 Password Level Change Not Allowed Possible Values 00.00–99.99 Explanation For software versions 8.01 to 8.05, this parameter identifies the product software version number. See parameter 137 for software versions 8.06 and higher. For software versions 8.06 and higher, this parameter is used as the calibration factor numerator for DC charging current. Displayed AC Amps Out = (A/D reading) * CFCHGNN / 65536 For software version 8.01 to 8.05, this parameter stores the Nonvolatile RAM Checksum value. See parameter 138 for software versions 8.06 and higher (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). For software versions 8.06 and higher, this parameter is used as the calibration factor denominator for DC amps (charging current) (this parameter is not used on models with serial numbers 25000 and greater). For software versions 8.01 to 8.05, this parameter stores the EPROM Checksum value. See parameter 139 for software versions 8.06 and higher (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y").

120

cfchgn (ccn)

120 CFCHGN

Change Not Allowed

0–32767

121

nvchecksum (c)

121 Chksum 1CF8h

Change Not Allowed

0000h–FFFFh

121

cfchgd (ccd)

121 CFCHGD 1023

Change Not Allowed

1–1023

122

romchecksum (rcs)

122 ROMChk 41B7h Change Not Allowed

0000h–FFFFh

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Table 5. Parameters (continued)
Parameter Number 122 Parameter Name (Short Form) chargertype (ct) Sample Display 122 Chgr Type 3 Password Level Service Possible Values 0–3 Explanation For software versions 8.06 and higher, this parameter specifies the type of charger operation available: 0 = Float Charger set by Hardware; 1 = Float Charger set by software parameter 123 and 125; 2 = Hysteresis Charger set by software parameters 124 and 125; 3 = Charger Disabled, assuming an external charger Units rated 500 VA to 3.1 kVA can only support options 0 and 3. Units rated 4.3 to 18 kVA can support all four options.

NOTE Parameters 123 through 153 are only available in software versions 8.06 and greater.

123

maxchargeamp (mc)

123 MaxChgA 20.0

Change Not Allowed

1.0–99.9

If parameter 122 is set to “1” or “2,” parameter 123 represents the the continuous rated charger current. This parameter is not used for parameter 122 settings of "0" or "3" (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). When parameter 122 is set to “2,” this parameter determines at what battery voltage the charger is turned on to begin recharging the battery (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y").

124

lowchargerv (lcv)

124 LoCV 13.00

Service

0.0–200.0

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Table 5. Parameters (continued)
Parameter Number 125 Parameter Name (Short Form) floatchargerv (fcv) Sample Display 125 FltCV 13.30 Password Level Service Possible Values 0.0–200.0 Explanation When a software controlled float charger is enabled by parameter 122 (1), this parameter determines the voltage level the charger will try to maintain depending on battery condition. When a software controlled hysteresis charger is enabled by parameter 122 (2), this parameter determines the voltage level the charger is turned OFF. When a software controlled hysteresis charger is enabled by parameter 122 (2), this parameter determines the voltage level the charger is turned ON. The amount of time (in seconds) that the UPS will delay before starting the charger after the unit is started or after an inverter run (this parameter is not used on models with serial numbers 25000 and greater or with serial numbers that start with an "E" or "Y"). Once the UPS senses a low AC output voltage, this parameter determines the number of seconds the unit waits before causing a Low AC Output alarm shutdown. This prevents false transfers or shutdowns caused by loads being applied on the output of the UPS.

126

highchargerv (hcv)

126 HiCV 57.60

Service

0.0–200.0

127

equalizechargerv (ecv)

127 EqlCV 50.40

Service

0–200.00

128

chargerondelay (cod)

128 ChOnDly 240s

Change Not Allowed

Feb–99

129

lowacdelay (lacd)

127 LoACD+C147ly 5s

Change Not Allowed

1–255

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Table 5. Parameters (continued)
Parameter Number 130 Parameter Name (Short Form) boostv Sample Display 130 BoostV 100 Password Level Service Possible Values 60–276 Explanation If the AC input voltage is below this level and above the brownout voltage, the UPS will switch to the boost tap. NOTE Parameter 133 is applied to this set point to provide hysteresis. This parameter is not used on models with serial numbers less than 25000. If the AC input voltage is above this level and below the inverter voltage (parameter 132), the UPS will switch to the boost tap. NOTE Parameter 133 is applied to this set point to provide hysteresis. This parameter is not used on models with serial numbers less than 25000. If the AC input voltage is above this level the UPS will transfer to battery power. NOTE Parameter 133 is applied to this set point to provide hysteresis. This parameter is not used on models with serial numbers less than 25000. This parameter is added or subtracted from the other tap switching parameters to provide hysteresis. This parameter is not used on models with serial numbers less than 25000. Parameter reserved for future use. Parameter reserved for future use. Parameter reserved for future use.

131

buckv

131 BucKV 120

Service

60–276

132

invrtrv

132 InvrtrV 138

Service

60–300

133

taphyst

133 TapHyst 8

Service

1–10

134 135 136

Reserved Reserved Reserved

134 --Reserved-135 --Reserved-136 --Reserved--

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Table 5. Parameters (continued)
Parameter Number 137 Parameter Name (Short Form) softwver (sv) Sample Display 137 SW Ver 9.56 Password Level Change Not Allowed Possible Values 00.00–99.99 Explanation Software version number. The UPS software version for units with 8.06 and higher. See parameter 120 for earlier software versions. A checksum value for non-volatile RAM memory in units with version 8.06 and higher software versions. See parameter 121 for earlier software versions. A checksum value for ROM (EPROM) memory in units with version 8.06 and higher software versions. See parameter 122 for earlier software versions. Address of any word location in memory. Used in conjunction with MemoryValue (parameter 141). Value of location pointed to by MemoryAddress (parameter 140). The maximum equalize time (in 10 second units) that the charger may remain in equalize mode before being forced OFF. Displays the time (in 1 second units) that the charger will remain in equalize mode after charging current drops below the full-charge threshold. Displays the time (in seconds) remaining before the charger will turn on after being turned off. Parameter reserved for future use.

138

nvchecksum (c)

138 Chksum 1CF8h

Change Not Allowed

0000h–FFFFh

139

romchecksum (rsc)

139 ROMChk 41B7h Change Not Allowed

0000h–FFFFh

140

memaddr (ma)

140 MemAdr 016Ch Change Not Allowed

0000h–FFFFh

141 142

memval (mv) equalmax-count (emc)

141 MemVal 0000h 142 EqMaxC 8640

Change Not Allowed Change Not Allowed

0000h–FFFFh 0–65535

143

equalholdcount (ehc)

143 EQHold 3599

Change Not Allowed

0–65535

144

chargeron-count (coc) Reserved

144 ChgOnCnt 240

Change Not Allowed

0–65535

145

145 --Reserved--

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Table 5. Parameters (continued)
Parameter Number 146 Parameter Name (Short Form) chargervoltage (cv) Sample Display 146 ChgrV 13.6 Password Level Change Not Allowed Possible Values 0.0–160.0 Explanation Target voltage for software charger. the charger will always attempt to maintain the battery voltage to this level unless current-limited. This value changes depending on mode. Parameter reserved for future use. Change Not Allowed Change Not Allowed Change Not Allowed 0000h–FFFFh 0000h–FFFFh 00000000b 11111111b A hexadecimal weighted value of alarms A-S. Hexadecimal weighted value of alarms Q–5. Status bits that correspond to the following line status states: Line Fault, Brownout, Freq detect, unused, unused, Phase Overflow, Freq locked, PLL locked. Absolute value of the phase difference between AC volts in and the PLL phase of the system. Measured AC Volts input/output phase measured in time ticks (362 nSec/tick) Delay in timer ticks between AC volts in voltage waveform and corresponding AC volts out voltage waveform. Used for conducting smooth transfers on and off inverter.

147 148 149 150

Reserved alarms1 (a1) alarms2 (a2) linestat (ls)

147 --Reserved-148 Alarm1:0010h 149 Alarm2:0010h 150 LS:01000110b

151

absphase (ap) inoutphase (Iop) phasedly (pd)

151 APhase 0000h

Change Not Allowed Change Not Allowed Change Not Allowed

00000–65535

152

152 IOPhse 08256

00000–65535

153

153 PhDly 25500

00000–65535

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UPS Shutdown
The FERRUPS UPS is designed for many years of round-the-clock operation. Usually, you do not need to shut down the UPS, even if your equipment is shut down for several days. Even when it's not powering your equipment, the UPS monitors its internal condition and keeps the Time and Date parameters current. The following situations may require a UPS shutdown: 1. 2. 3. 4. 5. When you do not expect to use it for an extended period of time. When it is being serviced. Before you move it. When it has gone into the Off mode because the batteries have been discharged during an extended outage. When a system malfunction requires a UPS shutdown.

CAUTION
When AC input voltage is present, the UPS system can provide output voltage even though its batteries are disconnected. To confirm that there is no UPS output voltage, always disconnect the AC input source; if the UPS has one or more separate external battery cabinets, open the DC disconnect switch on each external battery cabinet or disconnect the external battery cabinet from the UPS.

1.

UPSs with no bypass switch: Turn off the protected equipment. Continue to Step 2. If you need to use the equipment while the UPS is off, plug the equipment into standard wall outlets and restart the equipment. UPSs with a Break-Before-Make (BBM) bypass switch (see the label on the side of the switch): Shut down the protected equipment. Turn the bypass switch to the LINE position. Continue to Step 2. If you need to use the equipment while the UPS is off, restart the equipment. The equipment receives direct AC line instead of conditioned power from the UPS.

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UPSs with a Make-Before-Break (MBB) bypass switch (see the label on the side of the switch): Verify that the AC LINE indicator is on, the BATTERY POWER indicator is off, and the UPS is providing output. If all three of these conditions are present, turn the bypass switch to the LINE position. Your equipment receives direct AC line instead of conditioned power from the UPS. Continue to Step 2. If all three of these conditions are not present, follow Steps 2–4 before you turn the bypass switch to the LINE position. This causes a break in power to your equipment between shutting down the UPS and turning the bypass switch to the LINE position.

CAUTION
Equipment can be damaged if you change the switch position when line is applied and the UPS is off or on battery! Refer to the Eaton Make-Before-Break (MBB) Maintenance Bypass Switch User's Guide.

2. 3. 4.

Turn the UPS ON/OFF switch to the OFF position. If the UPS is plugged in, unplug it. For hardwired models, turn the AC line disconnect switch to the OFF position. 500 VA–3.1 kVA: If you have an external battery cabinet with a DC switch, turn the switch to the OFF position. If your external battery cabinet does not have a DC switch, unplug the connector between the external battery cabinet(s) and the UPS; be sure to reconnect this connector before you start the UPS again. 4.3–18 kVA: Unlock the UPS front cover panel using the FERRUPS key and remove the front cover panel. Locate the DC switch behind the front cover panel. Turn the DC switch to the OFF position and reinstall the UPS front cover panel. If you have an external battery cabinet with a DC switch, turn the switch to the OFF position.

5.

If the UPS is turned off for an extended period of time, recharge the batteries every 90–120 days to prevent battery damage.

To restart the UPS, see “UPS Startup” on page 17.

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Extended Power Outages
If the power is out for an extended time, the UPS continues to provide power for your equipment until it gets near the end of its run time. You can check the remaining battery run time by reading parameter 9 (see page 35). At a preset number of minutes before the end of the run time (factory-default setting is five minutes), the UPS sounds a Low Run Time alarm (– S S). Shut down your equipment and turn off the UPS to conserve the remaining battery power (see “UPS Shutdown” on page 61). When AC input power returns, turn on the UPS to recharge the batteries. If the UPS automatically shuts down because its battery voltage is too low, turn off the UPS until the AC input power returns (see “UPS Shutdown” on page 61).

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Communication

The FERRUPS UPS is capable of full-duplex communication and can communicate with a computer, a Local Area Network (LAN), or a multi-user computer system. If your system comes with UPS monitoring and automatic shutdown software, the FERRUPS UPS can communicate with that software. If your system does not have software, you can use the power monitoring/management and protection software on the software CD included with your UPS. If you do not plan to use the power monitoring/management and protection software, you can still set up RS-232 communication with the UPS and use commands and parameters to control UPS operation.

Power Management and Protection Software
Eaton provides several comprehensive power monitoring/management software products and UPS load protection software products. Each FERRUPS UPS ships with a CD containing several of the software products. Visit www.eaton.com/pq/software for the latest updates to the products on the CD as well as any new power monitoring/management and protection software products.

Communication Port
This section explains how to use the FERRUPS communication port. This information applies to all FERRUPS FE, FES, FER, QFE, QFES, and QFER UPS models. The communication port lets you set up full duplex RS-232 communication with the FERRUPS UPS so you can send commands and receive messages from the UPS. You can also display the information that the FERRUPS UPS gathers and stores about power conditions and its own operation. The communication port also includes relay contacts, a +12 Vdc level, a remote emergency power-off connection, and pins for special options.

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The following section, “Using the Communication Port”, describes the many ways you can use the RS-232 port. “Setting UP RS-232 Communication,” on page 70, and “Communicating with the FERRUPS UPS,” on page 76, describe RS-232 communication. “Remote Emergency Power-off,” on page 87, describes the Remote Emergency Power-off (REPO) feature and how you can adjust the FERRUPS UPS settings to work with your REPO system. “Using the RelayMask Parameters to Control the Alarm Contacts,” on page 90, describes how to control the operation of the alarm contacts. “Connecting an External Relay to Monitor the Dry Contacts,” on page 93, describes how to connect an external relay to monitor the FERRUPS UPS contacts.

Using the Communication Port
This section describes the ways that you can use the FERRUPS communication port. You can use more than one feature at a time as long as you connect each device to the correct pins on the FERRUPS communication port. To use a combination of features, you must have a cable that is made specifically for your applications. Figure 10 shows the many ways you can use the communication port.

UPS

Microprocessor

Relays FERRUPS Communication Port

Voltage

Remote Control Panel

Video Terminal Modem

PC Computer CheckUPS

Inverter/ Alarm Relays LAN Interface

EnviroCom Security System

REPO

Figure 10. Communication Port Uses

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The communication port cable pins are identified in Figure 11 and the pin functions are described in Table 6.

Figure 11. Communication Port Table 6. Communication Port Pin Functions
Pin 2 3 4 Function Transmit Data (in) Receive Data (out) Request to Send Hardware handshake signals are not supported on models with serial numbers 25000 and greater. For models with serial numbers below 25000, see the following section, “Connecting a Terminal or Computer to the RS-232 Port,” to enable hardware (console) handshake functionality. Function

5

Clear to Send

6 7 11

Remote Shutdown Supply Voltage [+12V Level (0.01A)] Signal Ground (N.C. Contact) opens after a 15-second delay after going On Inverter (N.O. Contact) closes after a 15-second delay after going On Inverter (C) On Inverter, Signal Common Unregulated Relay Supply Voltage (+12V, 0.5A for 500 VA–3.1 kVA) (+12V 0.3A for 4.3 kVA–18 kVA) Remote Shutdown Supply Voltage [+12V Level (0.01A)] AS/400 Option

12

These relay contacts are rated at 25 Vac/Vdc and 250 mA (see “Remote Monitoring” on page 94). NOTE FE 500 VA–3.1 kVA models with serial numbers 25000 and greater have equivalently rated DC solid state switches (Open Collector).

13 14

18 20

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Table 6. Communication Port Pin Functions (continued)
Pin 21 23 24 25 Function Remote Shutdown Input (N.O. Contact) closes on ALARM (C) ALARM, Signal Common (N.C. Contact) opens on ALARM These relay contacts are rated at 25 Vac/Vdc and 250 mA (see “Remote Monitoring” on page 94). NOTE FE 500 VA–3.1 kVA models with serial numbers 25000 and greater have equivalently rated DC solid state switches (Open Collector). Function

NOTE Pins 2–5 and 7 are for RS-232 communication, Pins 11–13 and 23–25 are for

remote monitoring, and Pin 21 (used with 6 or 18) is for remote shutdown. The following sections describe how to take advantage of these features. Pin 20 is for option use only.

RS-232 Communication: Pins 2, 3, 4, 5, and 7 The FERRUPS UPS can be connected to a terminal, computer, or modem for full duplex communication. This allows the user to send the UPS commands, change the UPS operating mode, view and change parameters, receive messages from the UPS, and read the alarm and inverter logs. Relay Contacts: Pins 11–13 and 23–25 The FERRUPS UPS alarm and inverter contacts can be used for remote monitoring or for your own alarm system or indicator. With the right interface cable, you can also use the relay contacts to control the shutdown of computer networks. To control the operation of the alarm contacts; see “Using the RelayMask Parameters to Control the Alarm Contacts” on page 90. To connect an external relay to monitor the contacts, see “Connecting an External Relay to Monitor the Dry Contacts” on page 93. REPO: Pin 21 (with 6 or 18) The REPO feature lets you connect your computer room's emergency shutdown switch to the FERRUPS UPS. By doing this, you can make sure your emergency shutdown system will shut off the power that goes from the UPS to your protected equipment. You can determine what type of shutdown signal the UPS responds to and how long it waits before shutting down. See “Remote Emergency Power-off,” on page 87, for more information.

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+12 Level: Pins 6, 14, and 18 You can use the +12 Vdc Level on Pins 6 and 18 for setting an external logic level 1. You can use this to set a fixed input logic level in an external device. The voltage is present any time the FERRUPS UPS is operating.
Pin 14 has +12 Vdc at 0.5 amperes (or 0.3 amperes for FE500VA to FE3.1KVA models). You can use this pin to connect an external relay to monitor the contacts at the port; see “Connecting an External Relay to Monitor the Dry Contacts” on page 93.

Options Remote Control Panel (RCP). You can connect an optional control panel to the RS-232 port to communicate with the FERRUPS UPS. Optional RCPs work like the control panel that is standard on 4.3 kVA–18 kVA models; if you have4 one of these models, you can use a standard and optional control panel to communicate with the UPS at the same time. The RCP provides quick, easy communication with the UPS.
CheckUPS Software. CheckUPS runs on your computer. During a long power outage, this optional software automatically shuts down the computer and the FERRUPS UPS before the UPS batteries run down. It also lets you communicate with the UPS. CheckUPS is available for most kinds of computers and operating systems. Interface Kits. If your computer or local area network has its own UPS monitoring or shutdown software, you can use an Eaton interface kit. These kits include cables, cards, adapters, and instructions for interfacing between the UPS and your computer system. EnviroCom. EnviroCom I and II monitor the FERRUPS UPS alarm and inverter contacts. These devices use a telephone line to let you know when there is an alarm or when the UPS is running on battery power. EnviroCom II includes a modem so you can communicate with the UPS from a remote location.

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Setting Up RS-232 Communication
Connecting a Terminal or Computer
NOTE When you connect your computer or terminal to the FERRUPS UPS RS-232 communication port, signal ground and chassis ground must not be connected within the terminal or computer. These two signals may or may not be common in your computer or terminal. If they are common, you must remove any jumper connection between signal ground and chassis ground. When you connect the computer or terminal to the FERRUPS UPS RS-232 communication port, signal ground from your computer or terminal is connected to Pin 7 (signal ground) on the UPS. This signal ground is a reference ground for the other RS-232 signals. NOTE Before you connect a computer or terminal to the FERRUPS UPS RS-232 communication port, make sure it receives its power from the UPS. NOTE The battery bank must not be positive ground.

CAUTION
Do not make connections to the RS-232 communication port if the UPS is connected to a positive ground battery system. The RS-232 ground must be isolated or equipment damage will result.

To connect a terminal or computer to the FERRUPS UPS communication port: 1. Obtain a cable designed specifically for this purpose (see Figure 12 and Figure 13). Eaton offers cables for computers or terminals using 25-pin or 9-pin serial ports; call your service representative to order one of these cables. If you would like to build your own cable, follow these requirements:

S Use a high-quality, shielded cable. S Do not use a standard 25-conductor straight-through cable; only include straight-through connections for the pins shown in Figure 12 and Figure 13. For RS-232 communication, use Pins 2 (transmit data), 3 (receive data), and 7 (signal ground). For hardware handshaking (request to send on Pin 4 and clear to send on Pin 5), contact your service representative. No other pins should be connected from the UPS RS-232 port to your terminal or computer.
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For more information on pin connections and the function of the non-serial pins on the RS-232 port, see Table 6 on page 67, “Remote Monitoring” on page 94, and “Remote Shutdown” on page 95.
NOTE To connect a modem, refer to Eaton RS-232 Communication Port User's Guide.

Figure 12. DB-9 to UPS Pinout

Figure 13. DB-25 to UPS Pinout

2. 3.

Connect the cable from the RS-232 port on the UPS rear panel to the serial port on your terminal or computer. Your terminal or computer should be set to: 1200 baud, 8 bits, No parity, 1 stop bit, and full duplex. The terminal or terminal emulation software should also be set to full duplex. If you are using a terminal, note that the FERRUPS UPS supports the TeleVideoR 900 series, ADM3A and WYSER 50 emulation. Table 7 shows the standard settings at the UPS DB-25S port and the settings that can be adjusted.

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Table 7. DB-25 Port Settings
Specification Connector Format Baud Rate Parity Duplex Standard Setting 25 pin D (female) wired as DCE ASCII, 8 bits, 1 stop bit Most significant bit set to 0 1200 None Full Standard setting or 7/8 bits, 1/2 stop 50–38400 Odd, Even, or None Full or Half Adjustable to

4.

Turn your terminal on or run your terminal emulation software. Then press [ENTER] on your keyboard; a prompt appears on the screen. The prompt varies depending on your current password level:

=> User=>
5. 6.

Normal prompt User-level password has been entered

Press [ENTER] on your keyboard a few times to verify that the UPS responds. To control or monitor the UPS, simply type the desired command and press [ENTER]. Table 8 shows what keystrokes to use as you type commands or view displays. See Table 9 for more information on UPS commands.

Table 8. Keystroke Commands
Action Delete last character typed. Delete line. Pause displays that take more than one screen. Resume scrolling. (Turn Pause off.) Key Sequence [BACKSPACE] or [CTRL]-[H] [CTRL]-[X] [CTRL]-[S] [CTRL]-[Q]

Terminal Emulation
If you are connecting a terminal to the RS-232 port, the terminal must be capable of serial communication.
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If you are connecting a computer, the computer must be running terminal emulation software (such as HyperTerminalR). Most modem software packages can emulate a terminal. If you do not have an emulation program, you can use the BASIC program shown in Figure 14. Before you use an emulation program, you must often set the baud rate and data format. On some computers, you can do this with switches, and on others, you can make the changes with software. For example, MS-DOS users would use MODE COM1:1200 N, 8, 1. The BASIC program lets a computer emulate a dumb terminal. It should work on any IBM PC or compatible. To use the program, simply connect the proper cable from your computer's COM1: serial port to the FERRUPS UPS communication port. After you have made the connection, run the BASIC program shown in Figure 14. Emulation Program
10 REM program to communicate with the FERRUPS 20 REM 30 SCREEN 0,0: WIDTH 80: CLS 40 KEY OFF:LOCATE 25,1 50 PRINT “FERRUPS COMMUNICATIONS PROGRAM−hit ESC to exit” 60 LOCATE 1,1,1 : PRINT “Enter the command HELP for a menu” 70 OPEN “COM1:1200,N,8,1,CS,DS” AS #1 80 PRINT #1,”” 100 A$=INKEY$: IF A$=”” THEN 120 110 IF A$=CHR$(27) THEN 990 ELSE PRINT #1,A$ 120 IF EOF(1) THEN 100 130 A$=INPUT$(LOC(1),#1) 140 B$−CHR$(10):C$=” “:GOSUB 200: REM Replace line feeds by spaces 150 B$CHR$(8):C$=CHR$(29):GOSUB 200: REM Replace backspaces by cursor lefts 160 PRINT A$; 180 GOTO 100 200 P%=0 210 P%=INSTR(P%+1,A$,B$) 220 IF P%>0 THEN MID$(A$,P%,1)=C$:GOTO 210 230 RETURN 990 CLOSE: KEY ON

Figure 14. BASIC Program for Terminal Emulation

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NOTE If you are using hardware handshake, omit the “CS” option in the OPEN statement of line 70. NOTE If you are using MS-DOS QBASIC (which comes with DOS 6.0) or MICROSOFT QUICKBASIC, change the OPEN statement in line 70 to:
OPEN “COM1:1200,N,8,1,DS,RB1024,TB64” AS #1

NOTE Notice the use of the “DS” option in the OPEN statement of line 70. This inhibits testing of the DSR line from the FERRUPS UPS. This is necessary because FERRUPS does not use this line. NOTE Because of the way the BASIC PRINT statement works, the program must strip out or make substitutions for the line-feeds and backspaces sent from FERRUPS to preserve the screen display. Hence lines 140 and 150, and the subroutine at line 200.

Enabling Hardware Handshaking
NOTE Hardware handshaking is not available on models with serial numbers 25000 and greater or with serial numbers starting with an “E” or “Y.”

To enable hardware handshaking with your computer or terminal, change the setting for parameter 97 (console handshake) to 15. You can do this either through a control panel or through a computer or terminal that you have connected to the communication port. Control Panel: Display parameter 97; then press [PROGRAM] [1] [5] [ENTER] Computer or Terminal: Type the command program 97, and enter 15 as the new value.

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Using a Modem
To use a modem with the FERRUPS UPS, you must configure both the modem and the UPS properly. To configure the UPS, set parameter 97 (console handshake) to 15 (see “Enabling Hardware Handshaking” if you need instructions for changing parameter values. Set up the modem to ignore the DTR signal and to support the RTS and CTS signals. You should also disable the modem's ability to send result codes. In most modern modems, you can make these changes using modem “AT” commands. In these modems, you can use a computer or terminal to send the following string to your modem. The following string sets your modem to work optimally with the UPS:

AT &F &DO &K3 QO &W AT is a required command prefix &F resets the modem to factory defaults &DO sets the modem to ignore the state of DTR &K3 enables RTS/CTS handshaking QO puts the modem in quiet mode, suppressing result codes &W makes the changes permanent is a required terminating carriage return
Since modem commands vary for different brands of modems, the above string may not work as shown. In many older modems, you must set DIP switches to make the required changes in your modem. See the documentation that came with your modem to configure its response to RS-232 control signals. The FERRUPS UPS communication port is wired as a DCE (data communication equipment) device. Since most modems are also wired DCE, you must use a “null modem” cable to connect the modem to the UPS. See Figure 12 and Figure 13 to build a cable to connect the UPS to a modem. If you want to use handshaking, see Figure 15.

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Figure 15. DB-25 to UPS Pinout (with handshaking)

Communicating with the FERRUPS UPS
To monitor or control the FERRUPS UPS from a terminal or computer, simply type in one of the commands and press [ENTER] (see Table 9 on page 76). Use the following command syntax:

S type the command in uppercase or lowercase S use the entire command or the short form (you can also abbreviate the command as long as you include the letters in the short form)

S use a semicolon to separate more than one command on a line

Passwords
Some of the commands require a password. To enter a password follow the instructions in “Entering Passwords” on page 30.
NOTE The user-level password is 377 and the service-level password is 2639. Table 9. Commands
Command alarmshelp alarmlog alarmtest alarmtest cancel Short Form ah al at at c Password None None None None Function Shows a list of all possible alarm messages, the audio code and letter for each alarm and whether the alarm is active. Displays Alarm Log. See “Alarm and Inverter Logs” on page 110. Allows you to test the alarm function. Alarmtest sounds the User Test alarm (J). See page 109. Turns the User Test alarm off.

*If you change parameter 39 to “Yes,” this command requires a user-level password.

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Table 9. Commands (continued)
Command chargermode Short Form chm Password None* Function Shows the UPS battery charger mode. By entering a mode after the chargermode command, you can change the charger mode: S chargermode off (chm f) or chargermode disable (chm d) = charger off S chargermode on (chm o) or chargermode enable (chm e) = charger on S chargermode auto (chm a) = charger enabled if AC input voltage and battery voltage are acceptable Clears all active alarms. Clears the minimum and maximum parameter values shown when you use the extendedhistory or history commands. Clears the current password. Displays a list of all valid commands. Continuously displays the parameter that you are currently displaying. You can specify other parameters for the continuous display by entering the name or number of each parameter after the contdisplay command. Continuously displays the Status information (see the status command). Displays system time and date. To set the date, enter date
[month]/[day]/[year].

clearalarms clearhistory clearpassword commands contdisplay

ca ch cp cm cd

None None None None Depends on parameter password None None* None

contstatus date delay

cs da dl

Delays next command when you enter a number after delay. Each unit represents 2.5 milliseconds, so delay 1 would cause a 2.5-millisecond delay. For a 1-second delay, enter delay 400. Displays the values of one or more parameters (see Table 5 on page 34). Format: display [parameter # or name] [parameter # or name] Example: d 1 fullload ol displays the values of parameters 1, 16, and 21. Displays the minimum and maximum values of parameters 1 (Vac In), 2 (Vac Out), 7 (Vdc), and 5 (VA Out); the command then clears the minimum and maximum values (see Table 5 on page 34).

display

d

Depends on parameter password

extendedhistory

xh

None

*If you change parameter 39 to “Yes,” this command requires a user-level password.

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Table 9. Commands (continued)
Command format Short Form f Password None Function Displays an 80-character line containing information on the FERRUPS status. The power monitoring/management and protection software uses this data. Shows a list of terminal/computer commands. Displays the minimum and maximum values of parameter 1 (Vac In); the command then clears the minimum and maximum values. Shows Eaton's address and telephone number and the software version. Displays the Inverter Log. See “Alarm and Inverter Logs” on page 110. Displays both the Alarm and Inverter Logs. See “Alarm and Inverter Logs” on page 110. Shuts down the UPS a given number of seconds. The READY indicator flashes until the UPS shuts down, and the UPS beeps 5 seconds before shutdown. Example: OFF 60 shuts down the UPS in 60 seconds. Shuts down the UPS in a given number of seconds (see above), and restarts the UPS shortly after power returns. Cancels timed shutdown. Shows a list of system parameters. See “Parameters” on page 33. You can also display a range of parameters by entering the starting and ending parameter number or name after the command. Example: Parameters 1 10 displays parameters 1 through 10. Displays all parameters and their keywords (the names you can use with commands). You can also display a range of parameters by entering the names or numbers of the starting and ending parameters. Allows you to enter the user-level password. Typing password alone clears the current password. Example: password 377 enters the user-level password. Lets you set the value of any parameter. You must enter the appropriate password before you reset the value. See the Password command above. Format: PR [parameter # or name] [newvalue] Example: PR 0 815 resets the time (parameter 0) to 8:15 a.m.

help history identify inverterlog logs off [time]

? or he h I il l o [time]

None None None None None None*

off [time] autostart off cancel parameters

o [time] a oc p

None* None* Depends on parameter password Depends on parameter password None

paramkeywords

pk

password

pw

program

pr

Depends on parameter password

*If you change parameter 39 to “Yes,” this command requires a user-level password.
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Table 9. Commands (continued)
Command remote shutdown or shutdown autostart shutdown cancel shutup status systemmode _ Short Form rm sd sd a sd c sh s sm None* None None None* Password None None* Function Configures the RS-232 port so the connected terminal works like a control panel. Shuts down the UPS output in 60 seconds (if you enter shutdown alone) or the number of seconds you specify after the command. The READY indicator flashes until the UPS shuts down. If you specify autostart, the UPS restarts shortly after power returns. Cancels a shutdown started with the shutdown command. Turns off audible alarm. Shows date, time, system status, present system mode, active alarms, and the value of various system parameters. Typing systemmode alone displays which system mode is now active. You can use systemmode with a, f, i, or l to enter one of the modes below. Enters the Auto mode. This is the normal FERRUPS UPS mode. In this mode, the UPS provides conditioned AC power to your equipment; if there is a power outage, the UPS is ready to switch to battery power. Enters the Off mode. In this mode, the UPS is not providing power to your equipment, but you can still use the UPS control panel. Enters the Inverter On mode. In this mode, the UPS is converting DC battery power to AC power for your equipment. Enters the Line Condition mode. In this mode, the UPS provides conditioned AC power to your equipment, but it does not switch to battery power if there is a power outage. Instead, the UPS sounds a Low AC Out alarm. Starts a system test of the logic, inverter and battery. Shows the current UPS time. To set the time, enter [hour]:[minutes] after the command. Turns audible alarm back on.

systemmode auto

sm a

None*

systemmode off systemmode inverter systemmode linecondition

sm f sm i sm l

None* None* None*

systemtest time unshutup

stst t u

None* None None

*If you change parameter 39 to “Yes,” this command requires a user-level password.

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Help Commands
To learn more about FERRUPS communication, use one of the following commands:

S Help. When you enter help or ?, the terminal displays each command and a brief explanation.

S AlarmsHelp. When you enter alarmshelp, the terminal displays a list of alarms with their letters and codes, the current status of the alarm (active or off), and the relay setting. See Figure 16.
Active Alarm Name Ltr Code Relay −−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−− No No No No No No No No No No No No No No No No No No No No Low Battery Near Low Battery High Battery Low Runtime Low AC Output High AC Output Output Overload Hi Ambient Temp Hi Heatsink Temp User Test Alarm Hi Transfmr Temp Check Charger Check Battery Check Inverter Memory Check Emergency PwrOff Hi PFM Res Temp Probe Missing High AC Input Call Service A B C D E F G H I J K L M N O P Q R S T

S SS–S ––S SSSS SS S––– –S– S–SS
–– –S ––– S––S ––S– S–S

S– –SSS –S–S –SS

SSS



Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes

Figure 16. Sample List of Alarms

S Commands. When you enter commands, the terminal displays all valid FERRUPS commands. The capitalized letters in each command are the short form for that command.

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Status Commands
The status and contstatus commands display several FERRUPS parameter values, active alarms, and other status information. See Figure 17 for an example of a status display. The contstatus command displays the same information as the status command, but it continuously updates the information until another key is pressed.
Status report for FE500VA [Unit ID Number from parameter 15] [Serial Number] Thursday, November 19, 2009 − 14:51:31 Parameters −−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−− V In 120.4 Freq Watts VA Out PF 1.00 Load Runtime AmbTemp BrnLvl 60.20 347 345 −−−− 99% 6m 20c 95.8 System −−−−−−−−−−−−−−−−−−− Mode: Ready: Inverter: Charger:: Beeper: Level: Auto Yes Off On Enabled (None)

−−−−−−−−−−−−−−−−−−− V Out I Out 118.8 2.9

−−−−−−−−−−−−−−−−−−− V Batt I Batt 12.45 0.9

Figure 17. Sample List of Alarms

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Parameter Commands
The section describes the commands used to display and program parameters. When the following commands are used, you must often specify a parameter. You can enter the parameter name or number. See Table 5 on page 34 for a list of parameters. The display, contdisplay, parameters, and paramkeywords commands display parameters. The program command changes parameter values.

S Display. The display (or d) command displays specific parameters on your computer or terminal. If you enter display 0, display time, or d t, the computer or terminal displays parameter 0.
NOTE You must type a space between the command and the parameter name or number.
00 Time 14:42:21

If more than one parameter name or number is entered after the display command, those parameters are also displayed. If you enter d time 45 10, parameters 0, 45, and 10 are displayed.
00 Time 14:42:21 45 RatedVA 500 10 Date 05/14/09

You can mix parameter names and numbers after a command and you can list the parameters in any order. After displaying a parameter, the next parameter can be displayed by entering display alone.

S Contdisplay. The contdispaly (or cd) command
The contdisplay (or cd) command displays the same parameter values as the display command, but it continuously updates the parameter values until another key is pressed.

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S Parameters. The parameters (or p) command displays a parameter if you enter a parameter name or number after the command. If you enter parameter 0, parameter time, or p t, the computer or terminal displays parameter 0.
00 Time 14:42:21

Enter parameters (or p) to display all the user-level and service-level parameters (see Table 5 on page 34). To display a range of parameters, enter the starting and ending parameters after the command. For example, enter parameter 0 5, parameter time vaout, or p t va, and parameters 0 through 5 are displayed.
00 01 02 03 04 05 Time 14:42:21 V In 118.2 V Out 118.2 −−Reserved−− I Out 2.9 VA Out 345

S Paramkeywords. The paramkeywords (or pk) command displays the keyword or name of each parameter you display.
NOTE The capitalized letters in the keywords to the right are the short form of the parameter name (or keyword). NOTE Reserved parameters do not have keywords.

Enter paramkeywords (or pk) to display all the user-level and service-level parameters and their keywords (see Table 5 on page 34). If you enter paramkeywords time vaout (or pk t va), parameters 0 through 5 are displayed along with their keywords.
00 01 02 03 04 05 Time 14:43:59 V In 118.2 V Out 118.2 −−Reserved−− I Out 2.9 VA Out 345 Time acVoltsIn acVOltsout * acampsiOut VAout

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S Program. The program (or pr) command allows you to program parameters. NOTE Before you can program or change some parameters, you must enter the User or Service password. To enter a password follow the instructions in “Entering Passwords” on page 30. NOTE Some parameters cannot be changed.

- If a parameter is currently displayed, enter program to program the parameter. The parameter's old value is displayed and you are asked to enter a new value. Example 1: If parameter 0 is displayed (00 Time 14:59:43), and you want to change the time, enter program to change the parameter. You may need to enter the User password before you can change the parameter (see “Parameters” on page 33).
User=>program time Old value: 00 Time 14:59:50 >>>New value for parameter 00−>

After you enter the new value, the display shows the new parameter value.
>>>New value for parameter 00−>09:30:00 New value: 00 Time 09:30:00 User=>

- If a parameter is not currently displayed, enter program and the parameter's name or number. Example 2: If you enter parameter time, the old value is displayed and you are asked to enter a new value.
User=>program time Old value: 00 Time 14:59:50 >>>New value for parameter 00−>

Enter the new value at the prompt (see Example 1). - If you want to enter a new parameter value without seeing the old value first, enter program, the parameter name or number, and the new value at the same time. Example 3: Enter program time 09:30:00 to change the time. The computer or terminal displays:
User=>program time 09:30:00 Old value: 00 Time 14:59:50 New value 00 Time 09:30:00 User=>
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Format Command
The format command tells the FERRUPS UPS to send system status and metering information in a fixed format. This information can be incorporated into your host system software without any text or punctuation. The data string is made up of: 1. For 8.01–8.04 software, , or a carriage return, a line feed, and another carriage return. For 8.05 and higher software, , or two carriage returns and a line feed. 80 ASCII characters that represent 40 hexadecimal bytes of information. , or two carriage returns and a line feed.

2. 3.

See Table 10 for the data format.
Table 10. Format Command Data Format
Characters Header 0–1 2–3 4–5 6–7 8–9 10–11 12–13 14–15 16–17 18–19 Number of Bytes Description

Not For 8.01–8.04 software, a or sequence. Applicable For 8.05 and higher software, a or sequence. 1 1 1 1 1 1 1 1 1 1 Month (BCD) Range: 01–12 Day (BCD) Range: 01–31 Hours (BCD) Range: 00–23 Minutes (BCD) Range: 00–59 Seconds (BCD) Range: 00–59 System Mode (BCD) Range: 00–03 Reserved. Alarm Status (BCD) Range: 00–01 00 = Alarms disabled 01 = Alarms enabled 01 = Inverter is on 01 = Charger is on 00 = Off 02 = Line Conditioning 01 = Auto 03 = Inverter (Battery Power)

Inverter Status (BCD) Range: 00–01 00 = Inverter is off Charger Status (BCD) Range: 00–01 00 = Charger is off

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Characters 20–21

Number of Bytes 1

Description Alarm Status Register #1, alarms A–H (bit-mapped, 1=true). See the following information: Bit Position 7
Alarm High Ambient Temp

6
Output Overload

5
High AC Out

4
Low AC Out

3
Low Runtime Left

2
High Battery

1
Near Low Battery

0
Low Battery

22–23

1

Alarm Status Register #2, alarms I–P (bit-mapped, 1=true). See the following information: Bit Position 7
Alarm Emergency Power Off

6
Check Memory

5
Check Inverter

4
Check Battery

3
Check Charger

2
High Transformer Temp

1
User Test Alarm

0
High Heatsink Temp

24–27 28–31 32–35 36–39 40–45 46–49 50–53 54–57 58–61 62–65 66–67 66–67

2 2 2 2 3 2 2 2 2 2 2 2

AC Volts In (BCD) Range: 0000–9999 AC Volts Out (BCD) Range: 0000–9999 Reserved. AC Current Out in Amps (BCD) Range: 0000–9999. A decimal point is implied after the third digit (xxx.x). Volt-Amperes (VA) Out (BCD) Range: 000000–999999 DC Current in Amps (BCD) Range: 0000–9999. A decimal point is implied after the third digit (xxx.x). DC Volts (BCD) Range: 0000–9999. A decimal point is implied after the third digit (xxx.x). Frequency in Hz (BCD) Range: 0000–9999. A decimal point is implied after the second digit (xx.xx). Runtime Minutes Remaining (BCD) Range. 0000–9999 Ambient Temperature in Degrees Celsius (BCD) Range: 0000–9999

Alarm Status Register #3, alarms Q–X (bit-mapped, 1=true). See the following information: Bit Position 7
Alarm Reserved

6
Reserved

5
Reserved

4
Reserved

3
Call Service

2
High AC Input

1
Probe Missing

0
Check PFM Temp

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Characters 68–69

Number of Bytes 2

Description Alarm Status Register #4, alarms Y–Z and 0–5 (bit-mapped, 1=true). See the following information: Bit Position 7
Alarm Reserved

6
Reserved

5
Reserved

4
Reserved

3
Reserved

2
Reserved

1
Reserved

0
Reserved

70–71

1

Console Error Codes: 00 = No error 08 = Too many parameters 01 = Unrecognized command 09 = Value out of range 02 = Not implemented 0A = Bad password 03 = Number expected 0B = Password required 04 = Bad/missing keyword 0C = Parameter not programmable 05 = String expected 0D = Cannot change system mode 06 = Keyword or number expected 0E = Unrecognized error code 07 = Additional parameters expected ADR5. Range: 00–FF. A/D conversion value of aux board input. Software version number. Checksum Byte (Hexadecimal, 00–FF is valid). Equal to the 2's complement hex sum, without carry, of the preceding 39 two-digit hexadecimal numbers.

72–73 74–77 78–79 trailer

1 2 1

Not or sequence. Applicable

Remote Emergency Power-off
The Remote Emergency Power-off (REPO) feature on Pin 21 allows you to shut down the UPS output power through your computer room's emergency shutdown switch. The emergency shutdown switch normally shuts down AC input power to all of the equipment connected to the switch. This kind of switch can shut down the UPS input power if the UPS receives its input power through the emergency shutdown switch. However, this setup does not shut down the output power that the UPS provides to the protected equipment; instead, the UPS will continue to provide output power until the batteries run down. To set up the emergency shutdown switch to shut off the UPS output power, use the emergency power-off feature. To shut down the UPS output power, the emergency shutdown switch must have a set of contacts that apply the +12 Vdc level on Pin 6 (or on Pin 18) to Pin` 21. Use a shielded, single twisted pair cable to connect your switch to these Pins. Do not use Pin`14.
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A brief connection between Pins 6 and 21 (or Pins 18 and 21) shuts down the UPS output and starts the emergency power-off alarm. As long as Pin 6 or Pin 18 is connected to Pin 21, you cannot restart the UPS to provide output power. To restart the UPS, break the connection between Pins 6 and 21 (or between Pins 18 and 21). Then, turn the FERRUPS UPS On/Off switch off and on again.
NOTE You can put the UPS in Auto Mode instead of turning the On/Off switch off and on again. NOTE The +12 Vdc level on Pin 6 or Pin 18 is only available when the UPS is operating. NOTE You can change the way the emergency power-off feature operates by using parameters 106, 107, and 108.

Changing the Emergency Power-off Mode (Parameter 106)
Parameter 106, Emergency Power-off Mode, allows you to choose from four available emergency power-off features. The features are turned off by default. To turn on one or more features, add the values of the features you want to use and use the total as the new parameter setting. If you don't want to use any of the features, leave the setting at 0. You can completely disable the emergency power-off feature by setting parameter 106 to 16. See Table 11 and Table 12.
Table 11. Emergency Power-off Features
Name Rst (Restart) Inv (Inverter) Value 8 When the Feature is Selected The UPS automatically restarts when the emergency power-off signal from your emergency shutdown switch stops. The UPS only shuts down if it receives the emergency power-off signal when it is running on battery power. Level-sensitive. The UPS responds to a level emergency power-off signal (not a rising or falling signal). See Table 12. The UPS responds to 0V on Pin 21 as an emergency power-off signal. When the Feature is Not Selected The UPS does not restart until you break the connection between Pins 6 and 21 (or 18 and 21) and turn the UPS on manually. The UPS shuts down when it receives the emergency power-off signal regardless of whether it is running on AC input or battery power. Edge-sensitive. The UPS responds to an emergency power-off signal made up of rising or falling voltage. See Table 12. The UPS responds to 12V on Pin 21 as an emergency power-off signal.

4

Lvl (Level) Neg (Negate)

3

2

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Table 12. Emergency Power-off Level and Negative Features
Level On Negative Off Action Pin 6 or 18 is usually not applied to Pin 21, so the UPS usually receives no signal (0V). When Pin 6 or 18 is applied to Pin 21 and the UPS receives a steady or level 12V signal, the UPS shuts down output power and starts the emergency power-off alarm. Pin 6 or 18 is usually applied to Pin 21, so the UPS usually receives a 12V signal. After Pin 6 or 18 is removed from Pin 21 and the UPS is not receiving a signal (0V), the UPS shuts down output power and starts the emergency power-off alarm. Pin 6 or 18 is usually not applied to Pin 21, so the UPS usually receives no signal (0V). When Pin 6 or 18 is applied to Pin 21 and the voltage is rising to 12V, the UPS shuts down output power and starts the emergency power-off alarm. Pin 6 or 18 is usually applied to Pin 21, so the UPS usually receives a 12V signal. After Pin 6 or 18 is removed from Pin 21 and the voltage is falling to 0V, the UPS shuts down output power and starts the emergency power-off alarm.

On

On

Off

Off

Off

On

Changing the Length of the Emergency Power-Off Signal (Parameter 107)
Parameter 107 tells the FERRUPS UPS how long an emergency power-off signal should be.
NOTE This delay only works if Level is set to On in Parameter 106. See “Changing the Emergency Power-off Mode.”

In some environments with a lot of electrical noise, the noise could act like an emergency power-off signal. To make sure that the UPS recognizes a true emergency power-off signal, you can change the value of parameter 107. As shipped, parameter 107 is set to 0.3s (0.3 seconds). This means that the UPS waits for an emergency power-off signal on Pin 21 that is at least 0.3 seconds long. If you want the UPS to wait for a longer signal, you can change the setting of parameter 107.

Changing the Delay Before Shutdown (Parameter 108)
As shipped, the UPS waits 0.1 seconds after it recognizes an emergency shutdown signal before it shuts down. You can adjust this delay by changing the value of parameter 108.

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Using the RelayMask Parameters to Control the Alarm Contacts
The RelayMask parameters (104 and 105) let you choose which alarms operate the alarm signal contacts at the UPS communication port. As shipped, the alarm signal contacts change status whenever the UPS alarms. By programming the RelayMask parameters, you can set up the alarm contacts so they only change status during certain alarms. RelayMask1 (parameter 104) is for alarms A–P, and RelayMask2 (parameter 105) is for alarms Q–T. No matter how you program these parameters, when the On/Off switch is off, the alarm contacts act as if an alarm is present. To program parameters 104 and 105: 1. Enter the Service password (2639). If you are using a FERRUPS UPS control panel, use the [PROGRAM] key to enter the password. If you are using a terminal or computer, use the password (or pw) command. Display parameter 104 (RelayMask1). If you have a control panel, press [DISPLAY][1][0][4][ENTER]. If not, enter display 104 on your computer or terminal. Parameter 104 determines whether alarms A–P activate the contacts. At the factory, it is set to 65535; this setting means all of the alarms (A–P) activate the alarm relay contacts. If you do not want any of the alarms to activate the contacts, write 0 for the total in Table 13. If you want some of the alarms to activate the contacts, find the Alarm Value for each of those alarms and write it in the third column in Table 13. Write 0 for each alarm that you do not want to activate the contacts. Then, add the numbers in the third column. Example: To enable alarms A (Low Battery), B (Near Low Battery), and C (High Battery), write 1 for alarm A, 2 for alarm B, 4 for alarm C, and 0 for the rest of the alarms. The total is 7.
NOTE For the AS/400, you should only enable the alarm signal contacts for the Low Battery and Near Low Battery alarms. In the blanks in Table 13, A=1, B=2, C through P=0, and total=3.

2.

3.

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Table 13. Alarms A–P
Alarm Low Battery (A) Near Low Battery (B) High Battery (C) Low Runtime (D) Low AC Output (E) High AC Output (F) Output Overload (G) High Ambient Temperature (H) High Heatsink Temperature (I) User Test Alarm (J) High Transformer Temperature (K) Check Charger (L) Check Battery (M) Check Inverter (N) Memory Check (O) Emergency Power-off (P) Alarm Value 1 2 4 8 16 32 64 128 256 512 1024 2048 4096 8192 16384 32768
Total:

Enter 0 to Disable Contacts or the Alarm Value to Enable Contacts

4.

Change the parameter 104 setting to the total you found in Step 3. If you have a control panel, use the [PROGRAM] key to change the setting; if not, use the program (or pr) command at your terminal or computer. Next, display parameter 105 (RelayMask2); this parameter is for alarms Q–T. If you have never changed the setting, it should be 65535 now, which means alarms Q–T activate the alarm signal contacts.

5.

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6.

If you do not want any of these alarms (Q–T) to operate the alarm contacts, write 0 for the Total in Table 14.

NOTE For the AS/400, the contacts should be disabled for all of these alarms. Write 0 for the total.

If you want some of the alarms to operate the contacts, write the Alarm Value for each of those alarms in the blanks in Table 14; write “0” for any alarm that you do not want to operate the contacts. (Notice that several alarms are “Reserved;” this means no alarm has been assigned to these letters, and the alarms will not appear on your UPS.) Now, add the numbers in the third column.
Table 14. Alarms Q–T
Alarm High PDF Temperature (Q) Probe Missing (R) High AC Input (S) Call Service (T) Reserved (U) Reserved (V) Reserved (W) Reserved (X) Reserved (Y) Reserved (Z) Reserved (0) Reserved (1) Reserved (2) Reserved (3) Reserved (4) Reserved (5) Alarm Value 1 2 4 8 16 32 64 128 256 512 1024 2048 4096 8192 16384 32768
Total:

Enter 0 to Disable Contacts or the Alarm Value to Enable Contacts

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7.

Change the parameter 105 setting to the total you found in Step 6. If you have a control panel, use the [PROGRAM] key to change the setting; if not, use the program (or pr) command at your terminal or computer. Display parameter 104 and 105 to verify the settings.

8.

Connecting External Signal Relays
Status output signals from the FERRUPS products are rated 250 mA at 25 volts AC or DC. Depending on the users application, external signal relays may be required if isolated dry status contacts are required. Models FE 500 VA to 3.1 kVA (with serial numbers 25000 and greater) utilize equivalently rated DC solid state switches (Open Collector). An unregulated supply voltage of 12 VDC is provided on pin 14 of the DB­25 connector to power the external signal relays. The maximum supply current is 0.5 amps for models 500 VA to 3.1 kVA, and 0.3 amps for models 4.3 kVA to 18 kVA. When connecting external signal relays, a 1N4148 (or equivalent) diode must be placed in parallel with the relay coil to clamp fly­back voltage (a voltage impulse or spike) that is produced when the relay is de­energized or turned off.

CAUTION
If a fly­back diode is not applied to each relay, the resulting voltage impulse produced when the relay is turned off may damage the FERRUPS logic control board or cause the board to reset its operating parameters to firmware default values. Critical operating parameters required for normal unit operation may need to be reprogrammed including any customized settings that may have been set after installation.

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FERRUPS DB 25 Communication Connector +12 Vdc Supply Pin 14

Customer Supplied Relays 12 Vdc Relay
(+)

(N.O.) Relay 1 (C) Isolated Dry Contacts

1N4148 Diode

Pin 23 “Alarm” Signal Pin 24

( −)

(N.C.)

12 Vdc Relay
(+)

(N.O.) Relay 2 (C) Isolated Dry Contacts

Signal outputs are rated 250 mA at 25 volts AC or DC
1N4148 Diode

Pin 12 “Inverter On” Signal Pin 13

( −)

(N.C.)

Signal Ground

Pin 7

Figure 18. Connecting External Signal Relays

Remote Monitoring
Alarm Signal Contacts: These are relay contacts (rated at 25 Vac/Vdc and 250 mA) that change status on any alarm condition or when the UPS is turned off. Contacts that close on an alarm are available between Pins 23 and 24. Contacts that open on an alarm are available between Pins 24 and 25. Inverter On Signal Contacts: These are relay contacts (rated at 25 Vac/Vdc and 250 mA) that change status when the inverter turns on. Contacts that close on inverter operation are available between Pins 12 and 13. Contacts that open on inverter operation are available between Pins 11 and 13.
NOTE FE 500 VA–3.1 kVA models with serial numbers 25000 and greater have equivalently rated DC solid state switches.

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Remote Shutdown
The FERRUPS UPS can be connected to a remote shutdown switch to shut off output from the UPS to your protected equipment. The shutdown switch must have a set of contacts that can apply the UPS's +12 Vdc on Pin 6 to the UPS's Pin 21. (You can use Pin 18 instead of Pin 6; do not use Pin 14). Use a single twisted-pair shielded cable to connect the switch to the UPS pins. A connection between Pins 6 and 21 (or 18 and 21) shuts down UPS output power to the protected equipment. When the UPS Remote Shutdown feature has been activated, the UPS is in the Off mode and the Emergency Power Off alarm sounds. A control panel or a terminal connected to the UPS displays Emergency PwrOff. To restart the UPS, break the connection between Pins 6 and 21 (or 18 and 21) at the UPS's RS-232 port. Then, follow the steps for your model in “UPS Startup” on page 17. Note that the 12V level on Pin 6 or Pin 18 is only available when the UPS is operating.

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Chapter 6

Options

Eaton offers many options for your FERRUPS UPS. If you would like more information, contact Eaton or your local distributor.

Bypass Switches
If your UPS does not have a plug, a bypass switch can transfer the protected equipment to direct AC input power conveniently when it is time to service the UPS. Contact Eaton or your local distributor for recommendations and additional information on the different bypass switches.

Control Panel
Control panels are available that provide UPS monitoring and operation from a remote location.

Environmental Monitoring
Eaton's EnviroComt monitors office and UPS conditions and phones you when there is a problem. EnviroCom II also lets you:

S call the UPS for an update on its status and environment S control and communicate with the UPS through a modem

Extended Run Times
If you want extended run times, contact Eaton or your local distributor for information on adding additional battery capacity or an optional battery charger.

Warranties
Besides our standard two-year warranty, Eaton offers several warranty enhancement plans to meet your service and maintenance needs. Contact Eaton or your local distributor for more information.

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Chapter 7

Maintenance

NOTE Technicians must observe important safety precautions while performing these checks.

The FERRUPS UPS is designed to provide years of trouble-free operation. Its internal control system checks the batteries and inverter periodically to ensure reliable operation. In fact, you'll probably find that your FERRUPS system requires less maintenance than any of your other computer peripherals. Nevertheless, the FERRUPS UPS and optional external battery cabinets do require some attention to assure continued reliable service. Eaton recommends that you schedule preventive maintenance checks at least every six months. At these checks, the service technician should follow Eaton's recommended maintenance schedule, which includes the following items:

S Check operating environment for clean, cool, dry conditions. S Inspect and clean the unit. S View and record the alarm and inverter logs. S Check the batteries. S Check the AC and DC meter functions and recalibrate if necessary. S Perform an outage test. S Check and record the values of the first 19 parameters while the UPS is online and on battery.

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Specifications

Table 15. FE/QFE 500 VA–3.1 kVA
Model 500 VA/ 350W 700 VA/ 500W 850 VA/ 600W 1.15 kVA/ 800W 1.4 kVA/ 1 kW 1.8 kVA/ 1.25 kW 2.1 kVA/ 1.5 kW 3.1 kVA/ 2.2 kW

AC Input Voltage and Current, Standard Charger FE: 120 Vac 208 Vac1 220 Vac 240 Vac1 QFE: 120 Vac 220 Vac 230 Vac 240 Vac Recommended AC Input Service: 60 Hz with 120 Vac1 4.6A 2.4A 2.3A 2.1A 4.4A 2.6A 2.5A 2.4A 10A 5.6A 2.8A 2.7A 2.5A 5.8A 3.9A 3.8A 3.5A 10A 6.6A 3.7A 2.5A 3.2A 7.0A 4.4A 4.2A 4.0A 10A 8.9A 5.0A 4.6A 4.2A 8.4A 4.9A 4.6A 4.4A 15A 11A 6.0A 5.8A 5.3A 11A 5.7A 5.4A 5.2A 15A 16A 9.2A 7.8A 8.2A 15A 7.9A 7.5A 7.2A 20A 19A 11A 9.4A 9.2A 16A 8.2A 7.8A 7.4A 20A 25A 14A 12A 12A 24A 13A 12A 12A 30A

Output Voltage and Maximum Output Current2 FE: 120 Vac 208 Vac 220 Vac 240 Vac QFE: 120 Vac 220 Vac 230 Vac 240 Vac Efficiency on AC Line On Line BTU/hour: kW/hour: Audible Noise (dB) 4.1A 2.3A — 2.1A 4.1A 2.2A 2.2A 2.1A 85% 5.9A 3.3A — 2.8A 5.7A 3.2A 3.1A 2.9A 86% 7.0A 4.0A — 3.4A 7.1A 3.8A 3.6A 3.5A 85% 9.3A 5.3A 5.0A 4.7A 9.4A 5.0A 4.8A 4.6A 88% 12A 6.5A 6.1A 5.6A 12A 6.4A 6.2A 5.9A 88% 15A 8.4A 8.0A 7.3A 14A 7.9A 7.6A 7.2A 90% 17A 9.9A 9.0A 8.6A 17A 9.3A 8.9A 8.5A 90% 26A 15A 14A 13A 25A 14A 13A 13A 91%

210 0.062 41

277 0.081 41

361 0.106 47

372 0.109 49

465 0.136 49

474 0.139 51

568 0.166 51

742 0.217 51

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

101

SPECIFICATIONS

Model Run time (minutes) QFE Full Load: Half Load: FE Full Load: Weight: Without Battery: 60 Hz Models: 50 Hz Models: With Battery: 60 Hz Models: 50 Hz Models: Dimensions (H x W x D)

500 VA/ 350W

700 VA/ 500W

850 VA/ 600W

1.15 kVA/ 800W

1.4 kVA/ 1 kW

1.8 kVA/ 1.25 kW

2.1 kVA/ 1.5 kW

3.1 kVA/ 2.2 kW

9 25 9

14 35 11

11 28 9

18 48 8

14 37 11

11 30 11

9 25 9

14 35 14

44 lb 22.2 kg 54 lb 28 kg

46 lb 25 kg 62 lb 36.3 kg

51 lb 27.7 kg 67 lb 39 kg

92 lb 41.7 kg 102 lb 59.9 kg

106 lb 45.4 kg 122 lb 69.9 kg

120 lb 58.1 kg 176 lb 83 kg

132 kg 63.5 kg 188 lb 89 kg

144 lb 69 kg 248 lb 116.1 kg

12I x 10I x 21.25I 30.5 x 25.5 x 54.0 cm

15.1I x 15.2I x 20.2I 38.5 x 39.0 x 51.5 cm

21.2I x 15.25I x 22.9I 54.0 x 39.0 x 58.5 cm

1Size input protection according to all applicable local or national codes. Fuse and circuit breaker sizes vary. Sizes

shown are for the U.S. and Canada.
2At 0.7 leading power factor.

Table 16. FE/QFE 4.3–18 kVA
Model 4.3 kVA/ 3 kW 5.3 kVA/ 3.7 kW 7 kVA/ 5 kW 10 kVA/ 7.5 kW 12.5 kVA/ 10 kW 18 kVA/ 15 kW

AC Input Voltage and Current, Standard Charger FE: 120 Vac 208 Vac 220 Vac 240 Vac QFE: 220 Vac 230 Vac 240 Vac Recommended Input Service for 60 Hz Models2 32A1 18A 17A 16A 19A 18A 17A 120 = 40A1 208 = 25A 240 = 20A 38A1 22A 21A 19A 21A 20A 19A 120 = 50A1 208 = 30A 240 = 25A 51A1 30A 27A 26A 27A 26A 24A 120 = 65A1 208 = 40A 240 = 35A — 45A 41A 39A 43A 41A 39A 208 = 60A 240 = 50A — 58A 53A 50A 55A 53A 51A 208 = 75A 240 = 65A — 86A 81A 76A 81A 78A 75A 208 = 115A 240 = 100A

102

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

SPECIFICATIONS

Model

4.3 kVA/ 3 kW

5.3 kVA/ 3.7 kW

7 kVA/ 5 kW

10 kVA/ 7.5 kW

12.5 kVA/ 10 kW

18 kVA/ 15 kW

Output Voltage and Maximum Output Current3 FE: 120 Vac 208 Vac 220 Vac 240 Vac QFE: 220 Vac 230 Vac 240 Vac Efficiency On AC Line On Line BTU/hour: kW/hour: Audible Noise (dB) Run time (minutes) Full Load: Half Load: Weight: Without Battery: 60 Hz Models: 50 Hz Models: With Battery4: 60 Hz Models: 50 Hz Models: N Cabinet with Standard Batteries Dimensions (H x W x D)5 34A 20A 19A 17A 19A 18A 17A 90% 1138 .333 50 8 20 44A 26A 24A 22A 23A 22A 21A 90% 1403 .411 51 20 50 58A 34A 31A 29A 31A 30A 28A 90% 1896 .556 54 12 33 82A 48A 46A 41A 45A 43A 41A 90% 2844 .833 55 11 26 103A 58A 55A 51A 56A 52A 51A 91% 3375 .989 56 18 48 149A 84A 82A 73A 84A 76A 73A 92% 4452 1.3 57 10 26

243 lb 115.7 kg 348 lb 163.3 kg —

268 lb 131.1 kg 484 lb 229.1 kg —

362 lb 176.5 kg 578 lb 274.4 kg —

442 lb 217.7 kg — — 395 lb (179.2 kg)

505 lb 251.3 kg — — 535 lb (242.7 kg)

625 lb 312.1 kg — — 675 lb (306.2 kg)

29.5I x 15.5I x 25I 75.0 x 39.5 x 63.5 cm

36.5I x 19I x 32I 93.0 x 48.5 x 81.5 cm

1FE 4.3 kVA,5.3 kVA, and 7 kVA models have optional 120 Vac input voltage. 2Size input protection according to all applicable local or national codes. Fuse and circuit breaker sizes vary. Sizes shown are for the U.S. and Canada. 3At 0.7 to 0.83 leading power factor. 4FE and QFE 10 kVA, 12.5 kVA, and 18 kVA models do not have internal batteries. Batteries are in a separate external battery cabinet or rack. 5If your model has an internal bypass switch, add 8I (20.0 cm) to the depth.

Eaton FERRUPS FE/QFE UPS (500 VA–18 kVA) User's Guide S 164201404 Rev C

103

SPECIFICATIONS

Table 17. Electrical Input and Output
Nominal Frequency Online: 60 Hz (FE) or 50 Hz (QFE) Output frequency tracks input line frequency up to limit, which is adjustable from ±0.01 Hz to ±3.00 Hz. Inverter turns on if line frequency exceeds the selected limit. On inverter: 60 Hz (FE) or 50 Hz (QFE) ±0.03 Hz. ±3% load regulation (under any line, load, or battery condition to within -8.3% and +5% of nominal) Sine wave;

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