EA Elektro-Automatik ELR10200-4204U | Regenerative DC load, 200 V, 420 A, 30 kW
Manufacturer number: ELR10200-4204U
On Request
EA Electric Automatic ELR10200-4204U | Electronic high-power load 200 V / 420 A, 30,000 watts with regenerative function.
- Power: 0 to 30,000 watts
- Voltage range: 0 to 200 volts
- Current range: 0 to 420 A.
- Resistance: 0.006… 10 Ω
- Efficiency: 93%
- 3-phase mains connection
- Feeding back the DC power consumed into the public power grid
- Galvanically isolated DC input
- FPGA / DSP-based digital control
- Real function generator with rectangular, sine, sawtooth or arbitrary curves, each applicable to one of the 4 setpoints U, I, P or R.
- A table of values embedded in real time in the control loop with 3276 points
- Multilingual touch panel control unit
- User profiles, data recording, function generator
- Analog interface, Ethernet and USB as standard
- Share bus for parallel connection
- Extra USB port on the front for USB sticks
- 1 slot for optional, digital, pluggable interface modules
- Dimensions: 19 inches wide / 4 U
Technical Data
AC input: | 208 V - 480 V |
---|---|
Article number: | 33200802 |
DC output reversible: | DC sink |
Dimensions (L x W x H) (mm): | 668 x 482,6 x 177,8 |
Interfaces: | USB, Ethernet, Analog |
Mains feedback: | Yes |
Model: | ELR10200-4204U |
Protective devices: | OVP, OCP, OPP, OTP |
Weight (kg): | 50 |
max. Power (A): | 420 |
max. Voltage (V): | 200 |
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Description
ELR10200-4204U | Regenerative DC load, 200 V, 420 A, 30 kW
The electronic DC loads of the ELR10000 series with regenerative power supply offer voltage, current and power levels for a wide range of applications. The DC load contains the four typical control types CC, CV, CP and CR. In addition, the FPGA-based control unit offers a function generator, a table control for simulating non-linear internal resistances.
The standard integrated regenerative power supply offers some interesting advantages compared to conventional DC loads, the DC energy absorbed is converted with approx. 95% efficiency and fed back into the power grid, so that energy costs can be saved and complex cooling or ventilation systems can be eliminated because there is hardly any waste heat left arises.
Of course, all common functions of a modern DC load are available. All models offer the four control modes constant voltage (CV), constant current (CC), constant power (CP) and constant resistance (CR). Operation and input of values as well as settings are simplified by the touch panel and the large graphic display provides an overview of setpoints, actual values and the condition of the device at a glance. Using two rotary knobs, setpoints are changed roughly or finely, as well as setting values in the setup.
For remote control via PC and integration into industrial networks such as CAN or Profibus, a range of plug-in interface modules for CANopen, Profibus, ProfiNet, RS232 / 485 or Ethernet / IP are available in addition to the standard integrated USB interface. Further interface types such as ModBus or DeviceNet can be offered on request. Subsequent implementation is simply done via firmware update of the device.
Another feature is the ability to load and save tables and user profiles from USB sticks with a USB host interface on the front of the device, and even to perform data logging without additional hardware. The log data tables in the familiar CSV format can be evaluated and edited on the PC using common tools. This enables the quick and uncomplicated change of test sequence sequences and parameter sets.
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