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7.2  SELECT OUTPUT VOLTAGE (ONLY SIZE4 CBI280) 

No.17:  Caution:  Switch  off  the  system  before  Setting  the  Jumper.  The  Jumper  is  Read  at  the  device 
power-up only. 

 
Output Voltage Selection 

 

Jumper 
24 Output Voltage 

 
Output Voltage Selection 

 

No Jumper 
12 Output Voltage 

8  DRIVE AND MONITORING 
8.1  FAULT - STATUS CONDITIONS (ISOLATED RELAY): 

8.1.1  STATUS:  Mains or Backup: Input Mains On/Off.  

  No.5 Relay Contact: 5, 6, 7 

  No.6: Led  

8.1.2  FAULT:  Low Battery, Battery Replacement, Faulty Battery or Faulty System  

  No.4 Relay Contact: 8,9,10 

  No.8:  Led  DIAGNOSIS:  Battery  charger  mode,  or,  Diagnosis  of  the  system  through  “blinking  code” 

Light signal  

8.1.3  Back Up and Fault: Relay and LED Conditions 

 

Port N°5 - Led N°6 Mains/Back-Up 

Port N°4 - Led N°7 Fault Battery 

Relay: 

 

5-6 Closed 

5-7 Closed 

8-9 Closed OK 

8-10 Closed 

Mains Input 

Vac 

ON 

■ - led off 

 

■ - led off 

 

OFF 

 

■ - led On (1) 

■ - led off 

 

Battery SOC 

less than 30%  

YES 

 

■ - led On 

 

■ - led On (2) 

NO 

 

■ - led On 

■ - led off 

 

Battery or 

system Fault? 

YES 

■ - led off 

 

 

■ - led On  

NO 

■ - led off 

 

■ - led off 

 

 
Note: 
(1) Contact relay Mains/Back switch at least 5 seconds after disconnection of Power. 
(2) See Diagnosis Led 

8.1.4  Relay Contact Rating:  

Max.DC1:  30  Vdc  1  A;  AC1:  60  Vac  1A:  Resistive  load  (EN  60947-4-1).Min.1mA  at  5  Vdc:  Min. 
permissive load 

8.1.5   Charging Mode STATUS 

 

Status (Led) 

Diagnosis (No.8) 

Fault 
Battery 
(No.7) 

Charging 

Type 

Float 

1 Blink/2 sec 

OFF 

Absorption 

1 Blink/sec 

OFF 

Boost 

2 Blink/sec 

OFF 

Recovery 

5 Blink/sec 

OFF 

8.1.6  Faulty Battery / Faulty System 

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Reverse polarity or high battery Voltage  
(over 32.5Vdc for CBI 24xxA) 

1 Blink/pause 

 

ON 

Battery No connected 

2 Blink/pause 

 

ON 

Element in Short Circuit 

3 Blink/pause 

 

ON 

Over Load or short circuit on the load 

4 Blink/pause 

 

ON 

Bad battery; Internal impedance Bad or Bad battery wire 
connection 

5 Blink/pause 

 

ON 

Life test not possible 

6 Blink/pause 

 

ON  

Boost condition; battery discharge after 4 min. of overload. 

8 Blink/pause 

 

ON 

Internal fault  

9 Blink/pause 

 

ON 

Low battery (under 18.5Vdc for CBI 24xxA) Only if started from 
battery, no Mains input, from Jumper N°5 or Push Bottom 

10 Blink/pause 

 

ON 

Master-Slave connection lost between the master and slave on 
parallel configuration, (AP device only) 

11 Blink/pause 

 

ON 

Bad battery wire connection; Parallel mode on Slave Device 

13 Blink/pause 

 

ON 

Boost condition; battery discharge after 4 min. of overload; 
Parallel mode on Slave Device 

15 Blink/pause 

 

ON 

Summary of Contents for ALL IN ONE CBI Series

Page 1: ...y efficiency reduces risk of battery damage and allows a safe operation in permanent connection Predefined curves can be selected by jumpers or DIP switch to optimize the charge of different battery t...

Page 2: ...or Load DC Bus one Input Output for connection to the battery N 1 battery 12 Vdc for CBI 12xx N 2 battery 12 Vdc connected in Series for CBI 24xx N 4 battery 12 Vdc connected in Series for CBI 48xx 5...

Page 3: ...installation clearance of 10 mm left right between two power supplies and avoid installing the power supplies on top of each other Note Avoid return voltage e g from a decelerating motor or battery w...

Page 4: ...45 min 20 h Load 12 A No 3 min 12 min 30 min 600 min Load 15 A No No 9 min 20 min 400 min Load 20 A No No 7 min 13 min 240 min 6 LAY OUT AND CONNECTIONS 7 INPUT AND OUTPUT LOAD AND BATTERY CONNECTION...

Page 5: ...wer 2 See Diagnosis Led 8 1 4 Relay Contact Rating Max DC1 30 Vdc 1 A AC1 60 Vac 1A Resistive load EN 60947 4 1 Min 1mA at 5 Vdc Min permissive load 8 1 5 Charging Mode STATUS Status Led Diagnosis No...

Page 6: ...Acid Gel Ni Cd option They guarantee battery reliability in time by continuously testing the internal impedance status avoids any possible risk of damages and grants a permanent reliable and safe conn...

Page 7: ...er Position Size 1 Jumper Position Size 2 Jumper Position Size 3 Dip Switch Position Size 4 Float charge Volt Cell Fast charge Volt Cell Open Lead 2 23 2 40 AGM Low 2 25 2 40 Gel Battery 2 30 2 40 NiC...

Page 8: ...he quality resistance on the battery connection is checked every 60 sec This to detect if the cable connection has been properly made Battery in Open Circuit or Sulphated In Float charging mode the Al...

Page 9: ...STICS The unit is a SLAVE in a MODBUS network The slave units are compliant to the following specifications Transmission mode MODBUS RTU Electrical Interface RS485 half duplex serial line Baud rate 48...

Page 10: ...onnection Diagram Size3 CBI500 DPYCONN500 is a special cable for the connection of CBI Size3 and the other device max leght 0 5m RJ45COUPLER is e T connection RJ45 for daisy Chain with CBI Size3 RJCON...

Page 11: ...ections to the external device like RTU PC DPY351 For the connection to RTU PLC or similar devices refer to the instruction manuals Modbus specifications_R14 Web Site www adelsystem com For configurat...

Page 12: ...ity to EN60950 UL60950 1 and CSA C22 2 No 60950 1 07 Information Technology Equipment Safety Part1 General Requirement Device is intended to be installed in a cabinet protected from external shocks or...

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