background image

 

-2- 

Start-up: 

 

If the control lever is blocked (manual blocking, dirt, dust) the electronic system will fail! Now, there is the risk 
of total discharge of the battery. On the other hand, the battery charge can be utilized completely in an 
extreme case of emergency (positioning light, lighting etc.). 

 

1.  Application as pure protection against total discharge: 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Disconnection:

   

a.)  Automatically in case of total discharge (low voltage) e. g. below 10.7 V after 10 seconds.  

 

b.)  Automatically in case of overvoltage e. g. above 15.5 V after 10 seconds. 

 

c.)  Manual disconnection is possible by means of the control lever (main switch function).  In this 

case, restart is also to be effected manually. 

 

 

Restart:

 

d.)  Automatically after total discharge and battery recovery / battery charging e. g. over 12.5 V 

 

e.) Automatically after overvoltage and decreasing voltage e. g.below 15 V 

 

f.)  Manually by actuation of the change lever „EMERGENCY“. If the battery voltage will again be 

decreasing due to consumer load, the unit will be disconnected again! This procedure should not 
be repeated unnecessarily often to maintain the longevity of the battery. 

 

2.  Additional application as main switch, 
   Remote control by means of switch ON / OFF in the living area: 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
This type of switching allows an effective remote control of the unit by means of a switch being located in the living area. 
Since the load of the switch is very low (0.002 A), an execution as microswitch is sufficient. 

 

If the switch is in position "OFF", the entire electronic system will be completely disconnected. The own electricity 
consumption being anyhow very low is ceased. 

 

Summary of Contents for Battery Protector 40

Page 1: ...for low battery voltage Display of the switching state being visible from outside Compensation of the voltage loss in the battery cable by separate sensor cable The electronic delay avoids premature reaction such as in case of voltage drop or if powerful consumers have been connected Suitable for continuous operation extremely low own consumption 0 002 A in conformity with EN13796 No own electrici...

Page 2: ...y after total discharge and battery recovery battery charging e g over 12 5 V e Automatically after overvoltage and decreasing voltage e g below 15 V f Manually by actuation of the change lever EMERGENCY If the battery voltage will again be decreasing due to consumer load the unit will be disconnected again This procedure should not be repeated unnecessarily often to maintain the longevity of the ...

Page 3: ...isk of gas or dust explosion exists Open air operation of the unit is not allowed Cables are always to be laid in such a way that damage is excluded Observe to fasten them tightly Never lay 12 V 24 V cables and 230 V mains supply cables into the same cable conduit empty conduit Live cables or leads being connected to the unit are periodically to be checked for insulation faults points of break or ...

Page 4: ... short time 10 sec 60 A 1 sec Low voltage Disconnection Disconnection Point 10 7 V 11 8 V 21 4 V 23 6 V Cutoff Delay 10 Sek 10 Sek 10 Sek 10 Sek Cut in Point Automatic Return 12 5 V 12 8 V 25 V 25 6 V Cut in Delay 2 Sec 2 Sec 2 Sec 2 Sec Overvoltage Disconnection Cutoff Point 15 5 V 15 5 V 31 V 31 V Cutoff Delay 2 Sec 2 Sec 2 Sec 2 Sec Overvoltage Return 15 0 V 15 0 V 30 V 30 V Cut in Delay 10 Sec...

Reviews: