Honeywell CSN Series Current Transformer, 60mA Input, 60 mA, -70 → +70 A Output, ±15 V

RS Stock No.: 169-7653Brand: HoneywellManufacturers Part No.: CSNA111
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Technical Document

Specifications

Current Ratio

60 mA

Series

CSN

Sensor Technology

Closed Loop

Supply Voltage

±15 V

Input Current

60mA

Output Current

-70 → +70 A

Overall Height

25.7mm

Overall Width

40.5mm

Overall Depth

18mm

Minimum Temperature

0°C

Maximum Temperature

+70°C

Mounting Type

PCB Mount

Country of Origin

China

Product details

Honeywell CSN Series Hall Effect Current Sensor

The Honeywell CNS series of closed loop Hall-effect current sensors utilise the null balance or zero magnetic flux feedback method to provide accurate and repeatable measurements. The devices produce an output current which can be converted to a voltage by using a suitable load resistor.

• Measures AC, DC and impulse currents
• Lowest cost/performance ratio
• Rapid response, no overshoot
• High overload capacity
• High level of electrical isolation between primary and secondary circuits
• Operating temperature range 0 to 70 °C
• Small size and weight

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P.O.A.

Honeywell CSN Series Current Transformer, 60mA Input, 60 mA, -70 → +70 A Output, ±15 V

P.O.A.

Honeywell CSN Series Current Transformer, 60mA Input, 60 mA, -70 → +70 A Output, ±15 V
Stock information temporarily unavailable.

Technical Document

Specifications

Current Ratio

60 mA

Series

CSN

Sensor Technology

Closed Loop

Supply Voltage

±15 V

Input Current

60mA

Output Current

-70 → +70 A

Overall Height

25.7mm

Overall Width

40.5mm

Overall Depth

18mm

Minimum Temperature

0°C

Maximum Temperature

+70°C

Mounting Type

PCB Mount

Country of Origin

China

Product details

Honeywell CSN Series Hall Effect Current Sensor

The Honeywell CNS series of closed loop Hall-effect current sensors utilise the null balance or zero magnetic flux feedback method to provide accurate and repeatable measurements. The devices produce an output current which can be converted to a voltage by using a suitable load resistor.

• Measures AC, DC and impulse currents
• Lowest cost/performance ratio
• Rapid response, no overshoot
• High overload capacity
• High level of electrical isolation between primary and secondary circuits
• Operating temperature range 0 to 70 °C
• Small size and weight