background image

 - 

5 -

 

Unit 

Key

 on the Front Panel  " 

1s Silent Run / 4s Li Storage

 ", Functions: 

Short

 keystroke 

1 sec.

 „

Silent Run"

 noise-optimised operation (night operation) 

 

The internal cooling fan of the unit will be set to constant lowest noise, steady speed. 

 

All light-emitting diodes will be switched off, only the current display "Current" will still be lighting weakly.  

 

Of course, all charging and control functions continue working internally to the full extent. 

 

The lower cooling capacity might effect a slightly reduced charging capacity. ** 

Reactivation of the display and thus of the full charging capacity: 

 

is possible at any time by pressing the key again. 

 

Automatic reactivation after 10 hours by integrated timer (end of nighttimes) 

**

  With the most powerful unit type Pb 1230 SMT 2B the charging capacity will be limited to approx. 80 % (AC limit). 

Operation of the unit is also possible, if the local 230 V mains only offers smaller capacity rates (weak protection of the 
parking lot with only 2 amperes, shore power supply or Marina, generator operation). 

 

5)

   

Longer 

keystroke 

4 sec.

Special charging program

 "Li  Storage" 

for

 

 

LiFePO4 maintenance (

seasonal

 operation) 

This charging mode can only be activated, if the "charging program LiFePO4" had been set. It cannot be activated for lead 
charging programs! 

Press the key > 4 sec. until the light-emitting diodes "Battery Full" and "Main Charging" will be flashing quickly. Then, 

release the key: 

After that, 

"Battery Full" and "Main Charging" are flashing slowly and alternately, 

the charger had switched, ready. 

This special charging program automatically maintains an advantageous charging state of 50-80 % of the LiFePO4 battery 
when the vehicle is stopped. This charging state is advantageous for the battery lifetime and simultaneously supplies the 12 
V consumer loads of body and systems, such as alarm systems, WLAN etc., as well as the vehicle's starter battery and the 
consumer loads in idle mode. 

Note: For reasons of safety, the charger always remains in this operating mode, even in case (inadvertently) of power 
failure, engine start, higher charging of the battery (batteries) by the solar system, high 12 V consumer current rates etc., in 
the meantime. Of course, the temperature control for the LiFePO4 battery and the internal monitoring functions of the 
equipment continue working. 

 

The lighting intensity of the LED "Current" will be reduced or increased depending on the supplied current intensity. It will 
turn off, if the charging current rates are approx. < 0.2 A.  

At the beginning of this charging mode there are two possibilities in practice: 

1.

 

Low charging state of the battery:  The LED "Current" is lighting: 

The unit charges the battery to the desired charging state of 50-80 % and keeps it constant. 

 

Further action is not required. 

2.

 

High charging state of the battery:  The LED "Current" is turned off:  

The charger cannot discharge the battery by itself. This is effected by the 12 V consumer loads being continuously 
connected.

 

The battery will be discharged until the charger automatically "catches" it and the consumer loads. From this moment, the 
desired charging state of 50-80 % is kept. Further action is not required.

 

Depending on the consumer loads and the battery size, this can take long, possibly days. However, the process is executed 
automatically. 

 

Users in a hurry can drop the battery with strong consumer loads, until the LED "

Current

" is lighting 

intensively

 for an 

extended period or an existing battery computer indicates approx. 60-70 % charging state. The system levels off 
automatically over the coming weeks. 

Return 

to the standard LiFePO4 charging program:  

This is solely and

 only

 possible by a 

longer keystroke

 of min. 

4 sec.

 until the LEDs "Battery Full" and 

 

"Main Charging" will be flashing quickly. Then release the key. Ready.  Actions, such as withdrawal of the mains plug, do not 
have any effect (see above). 
It follows the automatic full charging process with the charging program LiFePO4. End of season break. 
 

Option:  Remote Control 

(Plug "Remote Control")

  

If the charger has been installed in a difficult to access location, the 

Remote Control S for 

Automatic Charger (Order No.  2075)

 can be used for remote control of the charging process 

(plug-and-go connection cable of 5 m length is included in the delivery scope).  

Connection: 

Just insert the plug of the remote control into the tip jack "Remote Control" of the charger. 

Function: 

The remote control is equipped with the same pilot lamps (light-emitting diodes) 

 

as the charger.  

Switch Function: 

Position "ON":  Charger works with full charging capacity. 
Position "OFF":  Ensures silent operation on board by means of the function "silent run", 

 

noise-optimised operation (night operation), see above. 

Содержание Pb 1215 SMT 2B

Страница 1: ...oads such as alarm systems WLAN etc as well as the vehicle s starter battery see page 5 2 Charging Port II Separate auxiliary charging port 12 V 2 A 3 A for support charging and trickle charging of th...

Страница 2: ...the charger will reduce its charging capacity Solid and vibration reducing installation by means of the rubber feet Never remove these rubber feet Battery Connection and Battery Settings for Start up...

Страница 3: ...15 Pb 1220 Pb 1225 Pb 1230 2 5 mm 2 2x 0 6 1 7 m 2x 0 5 1 3 m 4 mm 2 2x 1 0 2 7 m 2x 0 8 2 0 m 2x 0 6 1 6 m 2x 0 5 1 3 m 6 mm 2 2x 1 5 4 0 m 2x 1 1 3 0 m 2x 0 9 2 4 m 2x 0 8 2 0 m 10 mm 2 2x 2 5 6 7 m...

Страница 4: ...e weak battery Sensitive consumers are protected by a voltage limitation in case of very low outside temperatures In case of summery temperatures the charging voltage is reduced to minimize the load g...

Страница 5: ...the internal monitoring functions of the equipment continue working The lighting intensity of the LED Current will be reduced or increased depending on the supplied current intensity It will turn off...

Страница 6: ...harging program IU1oU2oU3 for acid lead acid batteries acc to DIN 57 510 VDE 0510 for charging and trickle charging of supply board batteries Ensures short charging times high charging factor and acid...

Страница 7: ...battery without BMS Battery Management System and without equalization charging of the cells balancing as well as safety circuit is not admissible The battery temperature sensor must be installed at t...

Страница 8: ...d turns off shortly approx every 1 5 sec only with charging program LiFePO4 Li battery protection battery temperature below 0 C the charging current might be reduced for protection of the Li battery i...

Страница 9: ...ull charge point of the battery for automatic switching to U2 In case of slightly discharged batteries the duration of phase U1 will be kept short for relief of the battery and low maintenance expendi...

Страница 10: ...ith a fault current breaker FI with a nominal residual current of 30 mA 3 Connection in consideration of the indicated cable cross sections at the charging ports 4 Fuses of the indicated capacity are...

Страница 11: ...5 0 A Reverse Current from Battery Power Failure 0 5 mA 0 5 mA 0 5 mA 0 5 mA Reset Voltage 30 sec depending on Battery Type 12 75 V 13 25 V 12 75 V 13 25 V 12 75 V 13 25 V 12 75 V 13 25 V Limit of Cha...

Страница 12: ...s Declaration of Conformity In accordance with the provisions of Directives 2014 35 EU 2014 30 EU 2009 19 EC this product complies with the following standards or normative documents EN55014 1 EN55022...

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