LEM AKR Series Current Transformer, 200A Input, 200:1, 4 → 20 mA Output, 19mm Bore, 24 V dc, 150 V ac
Технически документи
Спецификации
Brand
LEMCurrent Ratio
200:1
Bore Size
19mm
Series
AKR
Supply Voltage
24 V dc, 150 V ac
Input Current
200A
Output Current
4 → 20 mA
Overall Height
55.4mm
Overall Width
88.9mm
Overall Depth
23.7mm
Minimum Temperature
-20°C
Maximum Temperature
+50°C
Mounting Type
Panel Mount
Страна на произход
United States
Детайли за продукта
AK/AKR Series Solid Core
Measurement of ac sinusoidal waveform currents
Large aperture
Easy to mount
AK - C10 Series
10 to 50A and 100 to 200A ac self powered current transducers with analogue output
Applications include remote monitoring of automation systems, data loggers and panel meter power consumption
AKR - C420L Series
High isolation between primary and secondary circuits
Use these products for non linear loads or in "noisy" power environments
AK - C420L Series
RMS voltage output signal
High isolation between primary and secondary circuits
€ 395,82
€ 395,82 Всеки (ex VAT)
1
€ 395,82
€ 395,82 Всеки (ex VAT)
1
Информацията за складовите наличности временно не е налична.
Моля, проверете отново по-късно.
Технически документи
Спецификации
Brand
LEMCurrent Ratio
200:1
Bore Size
19mm
Series
AKR
Supply Voltage
24 V dc, 150 V ac
Input Current
200A
Output Current
4 → 20 mA
Overall Height
55.4mm
Overall Width
88.9mm
Overall Depth
23.7mm
Minimum Temperature
-20°C
Maximum Temperature
+50°C
Mounting Type
Panel Mount
Страна на произход
United States
Детайли за продукта
AK/AKR Series Solid Core
Measurement of ac sinusoidal waveform currents
Large aperture
Easy to mount
AK - C10 Series
10 to 50A and 100 to 200A ac self powered current transducers with analogue output
Applications include remote monitoring of automation systems, data loggers and panel meter power consumption
AKR - C420L Series
High isolation between primary and secondary circuits
Use these products for non linear loads or in "noisy" power environments
AK - C420L Series
RMS voltage output signal
High isolation between primary and secondary circuits