Studer Innotec C 1600-12 Summary, General Information, Introduction, Assembly, Operating

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STUDER INNOTEC

COMPACT

Summary

1

GENERAL INFORMATION

4

 

1.1

OPERATING INSTRUCTIONS

4

 

1.2

QUALITY AND WARRANTY

4

 

1.3

WARRANTY DISCLAIMER

4

 

1.4

LIABILITY DISCLAIMER

4

 

1.5

PRECAUTIONS….......................................................................................................................................4

 

1.6

SPECIAL PRECAUTIONS

5

2

INTRODUCTION

6

 

2.1

PRINCIPLE SCHEMATIC

6

 

2.2

DESCRIPTION OF MAIN FUNCTIONS

6

 

2.2.1

THE INVERTER

6

 

2.2.2 THE TRANSFER SYSTEM

6

 

2.2.3 THE BATTERY CHARGER

6

 

2.2.4 THE SOLAR CHARGE CONTROLLER (OPTIONAL)

7

 

2.2.5

REMOTE CONTROL

7

 

2.3

BATTERY CONNECTIONS

7

 

2.3.1 PARALLEL CONNECTION

7

 

2.3.2 SERIES CONNECTION

7

 

2.3.3 PARALLEL- SERIES CONNECTION

8

3

ASSEMBLY

8

 

3.1

PLACE OF ASSEMBLY

8

 

3.2

FIXING………….. .....................................................................................................................................8

 

3.2.1

COMPACT

8

 

3.2.2

PROTECTION COVER IP23

8

 

3.3

CONNECTION .…………………………………………………………………………………………………….8

 

3.3.1 GENERAL INSTRUCTIONS ON CONNECTING

8

 

3.3.2 PROTECTION COVER FOR THE TERMINALS CONNECTIONS

9

 

3.4

CONNECTING PLAN / FRONT SIDE

9

 

3.5

CABLING/WIRING

10

 

3.5.1

PRE-INSTALLATION SETTINGS

10

 

3.5.2

CONNECTION TO BATTERY

10

 

3.5.3 CONNECTION THE 230VAC-CONSUMERDEVICE (AC OUTPUT)

10

 

3.5.4 CONNECTION THE 230VAC INPUT (AC INPUT)

11

 

3.5.5 CONNECT THE SOLARMODULES: SOLAR +/- (ONLY FOR SOLAR OPTION)

11

 

3.5.6 CONNECTION TO AUXILIARY CONTACT

11

 

3.5.7 CONNECTION TO REMOTE CONTROL

11

 

3.5.8 CONNECTION TO TEMPERATURE SENSOR (TEMP.)

11

4

OPERATING

12

 

4.1

DISPLAY AND OPERATING CONTROL ELEMENTS .......…………………………………….…………………….12

 

4.2

LIGHT EMITTING DIODES

12

 

4.3

PUSH BUTTONS

13

 

4.4

TURNING KNOBS

13

 

4.5

THE INVERTER…. ...................................................................................................................................14

 

4.5.1 CHARGE DETECTION SYSTEM „STANDBY

14

 

4.5.2

OVERLOAD

14

 

4.5.3

OVERHEATING (OVER TEMP)

14

 

4.5.4

BATTERY CONDITION

14

 

4.6

THE BATTERY CHARGER

15

 

4.6.1 CYCLE OF CHARGE

15

 

4.6.2

EQUALIZATION CHARGING

15

 

4.6.3 INPUT CURRENT REPARTITION (POWER SHARING)

15

 

4.6.4

CHARGING CURRENT

16

 

4.6.5

BATTERY CONDITION

16

 

4.7

THE TRANSFER SYSTEM

16

 

4.7.1 SET THE TRANSFER VOLTAGE THRESHOLD

17

 

4.7.2 FAST (UPS)- MODE FOR THE TRANSFER SWITCH

17

User manual

COMPACT V4.0 E

2

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Contents Studer Innotec Compact V4.0 EGeneral Information AssemblySummary IntroductionMaintenance EC Compliance Technical Data Compact V4.0 E ProgrammingGeneral Information Special Precautions Description of main functions Principle schematicIntroduction Battery connections Fixing AssemblyPlace of assembly ConnectionSolar + Connecting Plan / Front sideProtection cover for the terminals Connections Connection to battery Cabling/wiringPre-installation settings Connection the 230Vac-Consumer Device AC OutputConnection the 230Vac Input AC Input Connection to Remote controlConnection to Temperature Sensor Temp Connect the solar modules Solar +/- Only for solar optionOperating Display and operating control elementsTurning Knobs Light Emitting DiodesPush buttons Charge detection system „Standby Battery ConditionInverter OverloadCycle of charge Battery chargerInput current repartition Power sharing Equalization chargingTransfer system Charging currentSolar charge controller option Fast UPS- Mode for the Transfer SwitchDelayed mode of the Transfer System Set the transfer voltage thresholdRemote Control Multifunctional ContactReset value Temperature sensorStandard setting Battery voltages and absorption timeLED11 Programming the auxiliary contactSet the voltage and timing Threshold PrincipleExamples As per the battery capacityDisabling some of the Compact functions Manual operating of Auxiliary ContactMaintenance Diagram of the different modesTechnical Data Model