HEIDEN power GmbH

Contact us

 

+49-8196-9988-0

info@heidenpower.com


Office hours:
Monday – Thursday: 08.00 – 17.00 Uhr
Friday: 08.00 – 14.30 Uhr

Address:
HEIDEN power GmbH
Am Wiesengrund 1
86932 Pürgen / Germany


QL-Serie

DC BIDIRECTIONAL

QL-Series

Source-Sink uni- and bipolar

QL series devices are sources and sinks or, respectively, power supply and electronic load in one device. They are used in testing a wide variety of energy storage devices, as well as other DUTs such as motors, chargers or coils. The standard portfolio offers 2- or 4-quadrant devices up to 3,600 W. In addition to DC operation, 4-quadrant devices also provide the function of an AC source.

2-/4-Quadrant Models

Devices for 2-quadrant operation can supply current or consume reverse current when the output voltage is positive. To ensure that the desired function is provided at settings close to 0 V and longer connection lines, the 2-quadrant devices already operate at negative voltages from -1 V. In principle, 2-quadrant devices are also 4-quadrant devices, but with a reduced negative voltage

4-quadrant devices can set negative values of the same magnitude as positive values.

  • 2- or 4-quadrant models
  • DC source-sink
  • Additionally AC source with 4-quadrant models
  • Basic operating modes CC, CV, CP, CR
  • Combined operating modes CC+CV, CV+CC
  • Adjustable upper and lower protections for V and I
  • Adjustable internal resistance in CC and CV mode
  • Functions for test of energy storage devices
  • Internal resistance measurement
  • List function with synchronized DAQ
  • Rectangular, PWM and modulation function
  • Master-slave operation for power enhancement

Unipolar (2-Quadranten)

DescriptionPowerVoltageCurrentDimensions
QL1V10C20±200 W-1 ... 10 V±20 A19“ x 2 U
QL1V20C10±200 W-1 ... 20 V±10 A19“ x 2 U
QL1V30C8±240 W-1 … 30 V±8 A19“ x 2 U
QL1V42C6±252 W-1 … 42 V±6 A19“ x 2 U
QL1V80C3±240 W-1 … 80 V±3 A19“ x 2 U
QL1V100C2±200 W-1 ... 100 V±2 A19“ x 2 U
QL1V8C80±640 W-1 … 8 V±80 A19“ x 2 U
QL1V10C60±600 W-1 … 10 V±60 A19“ x 2 U
QL1V20C40±800 W-1 … 20 V±40 A19“ x 2 U
QL1V26C32±832 W-1 … 26 V±32 A19“ x 2 U
QL1V44C22±968 W-1 … 44 V±22 A19“ x 2 U
QL1V60C16±960 W-1 … 60 V±16 A19“ x 2 U
QL1V80C11±880 W-1 … 80 V±11 A19“ x 2 U
QL1V8C160±1.280 W-1 … 8 V±160 A19“ x 2 U
QL1V10C120±1.200 W-1 … 10 V±120 A19“ x 2 U
QL1V20C80±1.600 W-1 … 20 V±80 A19“ x 2 U
QL1V26C60±1.560 W-1 … 26 V±60 A19“ x 2 U
QL1V44C40±1.760 W-1 … 44 V±40 A19“ x 2 U
QL1V60C30±1.800 W-1 … 60 V±30 A19“ x 2 U
QL1V80C20±1.600 W-1 … 80 V±20 A19“ x 2 U
QL1V8C240±1.920 W-1 … 8 V±240 A19“ x 2 U
QL1V10C180±1.800 W-1 … 10 V±180 A19“ x 2 U
QL1V20C120±2.400 W-1 … 20 V±120 A19“ x 2 U
QL1V26C90±2.340 W-1 … 26 V±90 A19“ x 2 U
QL1V44C60±2.640 W-1 … 44 V±60 A19“ x 2 U
QL1V60C45±2.700 W-1 … 60 V±45 A19“ x 2 U
QL1V80C30±2.400 W-1 … 80 V±30 A19“ x 2 U
QL1V8C320±2.560 W-1 … 8 V±320 A19“ x 2 U
QL1V10C240±2.400 W-1 … 10 V±240 A19“ x 2 U
QL1V20C160±3.200 W-1 … 20 V±160 A19“ x 2 U
QL1V26C120±3.120 W-1 … 26 V±120 A19“ x 2 U
QL1V44C80±3.520 W-1 … 44 V±80 A19“ x 2 U
QL1V60C60±3.600 W-1 … 60 V±60 A19“ x 2 U
QL1V80C40±3.200 W-1 … 80 V±40 A19“ x 2 U



Bipolar (4-Quadranten)

DescriptionPowerVoltageCurrentDimensions
QL10V10C10±100 W±10 V±10 A19“ x 2 U
QL20V20C5±100 W±20 V±5 A19“ x 2 U
QL30V30C3.5±105 W±30 V±3,5 A19“ x 2 U
QL50V50C2±100 W±50 V±2 A19“ x 2 U
QL8V8C46±368 W±8 V±46 A19“ x 2 U
QL10V10C38±380 W±10 V±38 A19“ x 2 U
QL20V20C24±480 W±20 V±24 A19“ x 2 U
QL30V30C16±480 W±30 V±16 A19“ x 2 U
QL44V44C11±484 W±44 V±11 A19“ x 2 U
QL8V8C80±640 W±8 V±80 A19“ x 2 U
QL10V10C60±600 W±10 V±60 A19“ x 2 U
QL20V20C40±800 W±20 V±40 A19“ x 2 U
QL30V30C32±960 W±30 V±32 A19“ x 2 U
QL44V44C20±880 W±44 V±20 A19“ x 2 U
QL8V8C120±960 W±8 V±120 A19“ x 2 U
QL10V10C90±900 W±10 V±90 A19“ x 2 U
QL20V20C60±1.200 W±20 V±60 A19“ x 2 U
QL30V30C48±1.440 W±30 V±48 A19“ x 2 U
QL44V44C30±1.320 W±44 V±30 A19“ x 2 U
QL8V8C160±1.280 W±8 V±160 A19“ x 2 U
QL10V10C120±1.200 W±10 V±120 A19“ x 2 U
QL20V20C80±1.600 W±20 V±80 A19“ x 2 U
QL30V30C64±1.920 W±30 V±64 A19“ x 2 U
QL44V44C40±1.760 W±44 V±40 A19“ x 2 U


DC BIDIRECTIONAL

QL-Series

Source-Sink uni- and bipolar

Zellentest 2 Quadranten

QL series devices are sources and sinks or, respectively, power supply and electronic load in one device. They are used in testing a wide variety of energy storage devices, as well as other DUTs such as motors, chargers or coils. The standard portfolio offers 2- or 4-quadrant devices up to 3,600 W. In addition to DC operation, 4-quadrant devices also provide the function of an AC source.

2-/4-Quadrant Models

Devices for 2-quadrant operation can supply current or consume reverse current when the output voltage is positive. To ensure that the desired function is provided at settings close to 0 V and longer connection lines, the 2-quadrant devices already operate at negative voltages from -1 V. In principle, 2-quadrant devices are also 4-quadrant devices, but with a reduced negative voltage

4-quadrant devices can set negative values of the same magnitude as positive values.

  • 2- or 4-quadrant models
  • DC source-sink
  • Additionally AC source with 4-quadrant models
  • Basic operating modes CC, CV, CP, CR
  • Combined operating modes CC+CV, CV+CC
  • Adjustable upper and lower protections for V and I
  • Adjustable internal resistance in CC and CV mode
  • Functions for test of energy storage devices
  • Internal resistance measurement
  • List function with synchronized DAQ
  • Rectangular, PWM and modulation function
  • Master-slave operation for power enhancement

Unipolar (2-Quadranten)

DescriptionPowerVoltageCurrentDimensions
QL1V10C20±200 W-1 ... 10 V±20 A19“ x 2 U
QL1V20C10±200 W-1 ... 20 V±10 A19“ x 2 U
QL1V30C8±240 W-1 … 30 V±8 A19“ x 2 U
QL1V42C6±252 W-1 … 42 V±6 A19“ x 2 U
QL1V80C3±240 W-1 … 80 V±3 A19“ x 2 U
QL1V100C2±200 W-1 ... 100 V±2 A19“ x 2 U
QL1V8C80±640 W-1 … 8 V±80 A19“ x 2 U
QL1V10C60±600 W-1 … 10 V±60 A19“ x 2 U
QL1V20C40±800 W-1 … 20 V±40 A19“ x 2 U
QL1V26C32±832 W-1 … 26 V±32 A19“ x 2 U
QL1V44C22±968 W-1 … 44 V±22 A19“ x 2 U
QL1V60C16±960 W-1 … 60 V±16 A19“ x 2 U
QL1V80C11±880 W-1 … 80 V±11 A19“ x 2 U
QL1V8C160±1.280 W-1 … 8 V±160 A19“ x 2 U
QL1V10C120±1.200 W-1 … 10 V±120 A19“ x 2 U
QL1V20C80±1.600 W-1 … 20 V±80 A19“ x 2 U
QL1V26C60±1.560 W-1 … 26 V±60 A19“ x 2 U
QL1V44C40±1.760 W-1 … 44 V±40 A19“ x 2 U
QL1V60C30±1.800 W-1 … 60 V±30 A19“ x 2 U
QL1V80C20±1.600 W-1 … 80 V±20 A19“ x 2 U
QL1V8C240±1.920 W-1 … 8 V±240 A19“ x 2 U
QL1V10C180±1.800 W-1 … 10 V±180 A19“ x 2 U
QL1V20C120±2.400 W-1 … 20 V±120 A19“ x 2 U
QL1V26C90±2.340 W-1 … 26 V±90 A19“ x 2 U
QL1V44C60±2.640 W-1 … 44 V±60 A19“ x 2 U
QL1V60C45±2.700 W-1 … 60 V±45 A19“ x 2 U
QL1V80C30±2.400 W-1 … 80 V±30 A19“ x 2 U
QL1V8C320±2.560 W-1 … 8 V±320 A19“ x 2 U
QL1V10C240±2.400 W-1 … 10 V±240 A19“ x 2 U
QL1V20C160±3.200 W-1 … 20 V±160 A19“ x 2 U
QL1V26C120±3.120 W-1 … 26 V±120 A19“ x 2 U
QL1V44C80±3.520 W-1 … 44 V±80 A19“ x 2 U
QL1V60C60±3.600 W-1 … 60 V±60 A19“ x 2 U
QL1V80C40±3.200 W-1 … 80 V±40 A19“ x 2 U



Bipolar (4-Quadranten)

DescriptionPowerVoltageCurrentDimensions
QL10V10C10±100 W±10 V±10 A19“ x 2 U
QL20V20C5±100 W±20 V±5 A19“ x 2 U
QL30V30C3.5±105 W±30 V±3,5 A19“ x 2 U
QL50V50C2±100 W±50 V±2 A19“ x 2 U
QL8V8C46±368 W±8 V±46 A19“ x 2 U
QL10V10C38±380 W±10 V±38 A19“ x 2 U
QL20V20C24±480 W±20 V±24 A19“ x 2 U
QL30V30C16±480 W±30 V±16 A19“ x 2 U
QL44V44C11±484 W±44 V±11 A19“ x 2 U
QL8V8C80±640 W±8 V±80 A19“ x 2 U
QL10V10C60±600 W±10 V±60 A19“ x 2 U
QL20V20C40±800 W±20 V±40 A19“ x 2 U
QL30V30C32±960 W±30 V±32 A19“ x 2 U
QL44V44C20±880 W±44 V±20 A19“ x 2 U
QL8V8C120±960 W±8 V±120 A19“ x 2 U
QL10V10C90±900 W±10 V±90 A19“ x 2 U
QL20V20C60±1.200 W±20 V±60 A19“ x 2 U
QL30V30C48±1.440 W±30 V±48 A19“ x 2 U
QL44V44C30±1.320 W±44 V±30 A19“ x 2 U
QL8V8C160±1.280 W±8 V±160 A19“ x 2 U
QL10V10C120±1.200 W±10 V±120 A19“ x 2 U
QL20V20C80±1.600 W±20 V±80 A19“ x 2 U
QL30V30C64±1.920 W±30 V±64 A19“ x 2 U
QL44V44C40±1.760 W±44 V±40 A19“ x 2 U