EA Elektro-Automatik BT20200-140 TRIPLE
| Atributo | Valor |
|---|---|
| Tensión de salida máxima | 140 V |
| Corriente de salida máxima | 200 A |
| Potencia máxima | 20200 W |
| Número de canales | Triple (3 canales independientes) |
| Tensión de entrada | 400 V AC trifásico |
| Interfaz de comunicación | USB, Ethernet, RS-232, GPIB (opcional) |
| Modo de operación | Fuente de alimentación y carga electrónica bidireccional |
| Resolución de programación de tensión | 1 mV |
| Resolución de programación de corriente | 1 mA |
| Factor de forma | Montaje en rack 19", 4U |
EA Elektro-Automatik BT20200-140 TRIPLE Options:
- BT20200-140 TRIPLE - 02133005 - Standard
- BT20200-140 TRIPLE - 02143005 - Standard + Water Cooling
| Model | BT20200-140 TRIPLE |
|---|
ELEKTRO-AUTOMATIK BT20200-140 Triple Battery Tester
The Elektro-Automatik BT20200-140 are two quadrant devices with 3 channels which can perform the function of a charger as well as that of an electronic load (discharging). In discharging mode the device is regenerative and feeds the energy back into the local grid with an efficiency of up to over 95%. The output per channel of the battery tester with regenerative energy recovery BT20200-140 Triple with a DC voltage of up to 200 V allows positive and negative currents of up to 140 A as a two quadrant device. The flexible output stages (autoranging) provide the user with a wide voltage, cur and power range and hence a wider field of working than traditional battery tester.
A typical application for the Elektro-Automatik BT20200-140 battery tester with regenerative energy recovery from Elektro-Automatik is the testing of the electrical characteristics of a battery. The wide application spectrum covers cell, module or pack tests, the determination of the SOH (State-of-Health) for a second life classification as well as the End-of-Line (EOL) test. These applications put many demands on power electronics which are fulfilled by the BT20200-140 range. The excellent features of this device range are: measurement of voltage and cur with the required accuracy and performance, reproducibility and reliability of these data and the flexible usability. Additional applications include the simulation of batteries as single cells, modules, or packs. These simulations aid in the optimal configuration of energy storage as well as the supplied components under test.
Specifications for the ELEKTRO-AUTOMATIK BT20200-140 Triple Battery Tester Include:
| Voltage Range | 0 - 200 V |
| Cur Range | ± 140 A (Per Ch.) |
| Max Power Range | ± 30kW |
| Efficiency Sink/Source (up to) | 95.3 % |
