SOLLICH 1961 MBT&PVCS
Multichannel Battery Tester & Programmable Voltage-Current Supply

Possibility to test up to 8 independent circuits,

Programmable 2 power supply channels with efficiency up to 50V and 20A

Programmable 4 load channels with capacity up to 50V and 20A

Programmable load channel with capacity up to 300V and 0.2A

Constant resistance discharge

Constant current discharge.

Possibility of creating any sequence of discharge processes and measurements over time.

Independent voltage measurement of all channels.

Independent current measurement of all channels.

Possibility of recording the results during the implementation of the research program.

Possibility to generate and print a battery test report.

TO QUOTE THE PRODUCT, CONTACT THE MANUFACTURER.

Category:

Documentation

and technical data

Description

SOLLICH 1961 Multichannel Battery Tester & Programmable Voltage-Current Supply is a multi-channel device destinied for testing and measuring the load parameters of cells and batteries.

The device includes the following channels:

  • CH 1 -: STARTER
  • CH 2 – SOURCE 1
  • CH 3 – SOURCE 2
  • CH 4 – MEASUREMENT
  • CH 5 – LOAD 1
  • CH 6 – LOAD 2
  • CH 7 – LOAD 3
  • CH 8 – LOAD 4
  • CH 9 – LOAD 300

Three types of load are programmable in the LOAD channels:

  • CONSTANT-CURRENT – the load is set in such a way as to force the cell to force the value of the loading current set by the Operator.
  • CONSTANT-RESISTANCE – the load is a resistance value defined by the Operator.
  • CONSTANT-POWER – the load is the value of the consumed power defined by the Operator.

Two power supply modes can be programmed in the SOURCE and START channels:

  • CONSTANT VOLTAGE – the power supply is set in such a way as to work as a voltage source with the possibility of limiting the output current.
  • CONSTANS-CURRENT – the power supply is set in such a way as to work as a current source with the possibility of limiting the output voltage.

The MEASUREMENT channel works as a current and voltage meter with the possibility of programming the measuring ranges of both quantities.

Control and adjustment of settings in cell and battery testing applications is provided by the SOLLICH-TBR control program. In addition, the program enables the analysis of the received results and generation of a test report.

The standard equipment of the device is a laboratory table with a control panel and a safety switch.

Technical Data

1. ICDU Channels
1.1. CH 1 – STARTER channel Channel triggering the measurement process 24V-2A  
1.2. CH 2 – SOURCE 1 50V-20A programmable power supply channel  
1.3 CH 3 – SOURCE 2 50V-20A programmable power supply channel  
1.4 CH 4 – MEASUREMENT Measurement Channel  
1.5 CH 5 – LOAD 1 Programmable load channel 50V-20A  
1.6 CH 6 – LOAD 2 Programmable load channel 50V-20A  
1.7 CH 7 – LOAD 3 Programmable load channel 50V-20A  
1.8 CH 8 – LOAD 4 Programmable load channel 50V-20A  
1.9 CH 9 – LOAD 300 Programmable load channel 300V-0.2A  
2. CH 1 – STARTER channel
2.1 Mode of operation: CV & CC
  Parameter Min value Max value Unit
2.2 U_out output voltage setting range 0.1 24 V
2.3 Resolution of U_out setting 16 bit
2.4 U_out voltage value setting inaccuracy < +/- 10 mV
2.5 U_out measurement range 25 V
2.6 U_out voltage value measurement resolution 16 bits
2.7 U_out voltage value measurement inaccuracy < 10 mV
2.8 I_out current setting range 0.001 2 A
2.9 Programming inaccuracy of the current I_out < +/- 1 mA
2.10 Resolution of the I_out setting 16 bit
2.11 I_out measurement ranges 2.5 A
2.12 I_out current value measurement resolution 16 bits
2.13 I_out current value measurement inaccuracy < 10 mV
2.14 Resolution for setting U_out and I_out values ​​ 1 10 ms
2.15 Frequency of U_out and I_out measurements 1 – ms
2.16 Voltage measurement input impedance 100 – kOhm
2.17 Channel protection on the connection panel 2 x WTAT 3.15A  
       
3. CH 2 and CH 3 – SOURCE channels
3.1 Mode of operation: CV & CC
  Parameter Min value Max value Unit
3.2 U_out output voltage setting range 0.1 50 V
3.3 Resolution of U_out setting 16 bit
3.4 U_out voltage value setting inaccuracy < +/- 10 mV
3.5 U_out measurement ranges 3; 6; 12; 25; 50 V
3.6 U_out voltage value measurement resolution 16 bits
3.7 U_out voltage value measurement inaccuracy < 10 mV
3.8 I_out current setting range 0.001 20 A
3.9 Programming inaccuracy of the current I_out < +/- 10 mA
3.10 Resolution of the I_out setting 16 bit
3.11 I_out measurement ranges 1.25; 2.5; 5; 10; 20 A
3.12 I_out current value measurement resolution 16 bits
3.13 I_out current value measurement inaccuracy < 10 mV
3.14 Resolution for setting U_out and I_out values ​​ 1 10 ms
3.15 Frequency of U_out and I_out measurements 1 – ms
3.16 Voltage measurement input impedance 100 – kOhm
3.17 Channel protection on the connection panel 2 x T 20 A  
4. CH 4 – MEASUREMENT channel
4.1 Mode of operation: Measure U & And
  Parameter Min value Max value Unit
4.2 Voltage U ranges 3; 6; 12; 25; 50 V
4.3 Resolution of voltage U measurement 16 bits
4.4 Inaccuracy of voltage U measurement < 10 mV
4.5 Ranges of current I measurement 1.25; 2.5; 5; 10; 20 A
4.6 Resolution of current I measurement 16 bits
4.7 Inaccuracy of current I measurement < 10 mV
4.8 Frequency of U and I measurements 1 – ms
4.9 Voltage measurement input impedance 100 – kOhm
4.10 Channel protection on the connection panel 2 x WTAT 1A  
5. CH 5, CH 6, CH 7, CH 8 – LOAD 50V channels
5.1 Mode of operation: I = const; R = const; P = const
5 Parameter Min value Max value Unit
5.2 Load current setting range I 0.001 20 A
5.3 Programming inaccuracy of current I < +/- 10 mA
5.4 Resolution for setting I 16 bit
5.5 Measurement ranges I 1.25; 2.5; 5; 10; 20 A
5.6 Resolution of current I measurement 16 bits
5.7 Inaccuracy of current I measurement < 10 mV
5.8 Load resistance R range 0.25 50 k Ω
5.9 Resolution for setting the load resistance R 16 bit
5.10 Inaccuracy of load resistance R setting < +/- 0.1%
5.11 Load power setting range P 0.25 200 W
5.12 Resolution of load power setting P 16 bit
5.13 Inaccuracy of load power P setting < +/- 0.1%
5.14 Resolution for setting I, R, P values ​​ 1 10 ms
5.15 Frequency of measuring I, R, P values ​​ 1 – ms
5.16 Channel protection on the connection panel 2 x T 20 A  
5.17      
6. CH 9 – LOAD 300V channel
6.1 Mode of operation: I = const; R = const; P = const
  Parameter Min value Max value Unit
6.2 Load current setting range I 0.001 0.2 A
6.3 Programming inaccuracy of current I < +/- 1 mA
6.4 Resolution for setting I 16 bit
6.5 Measurement ranges I 1 A
6.6 Resolution of current I measurement 16 bits
6.7 Inaccuracy of current I measurement < 20 mV
6.8 Load resistance R range 1 1000 kΩ
6.9 Resolution for setting the load resistance R 16 bit
6.10 Inaccuracy of load resistance R setting < +/- 0.2%
6.11 Load power setting range P 0.1 20 W
6.12 Resolution of load power setting P 16 bit
6.13 Inaccuracy of load power P setting < +/- 0.2%
6.14 Resolution for setting I, R, P values ​​ 1 10 ms
6.15 Frequency of measuring I, R, P values ​​ 1 – ms
6.16 Channel protection on the connection panel 2 x T 1 A  
7 General
7.1. Power 230 +/- 10% 48 – 60 V Hz
7.2. Max power consumption 2400 VA
7.3. 230 V line protection 16 A
7.4. Metal enclosure – W x D x H 600 x 600 x 1600 mm
7.5. Weight ok. 160 kg
7.6. Lab bench – S x D x H 1200 x 800 x 1400 mm
7.7 Weight ok. 33 kg

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