LEM CTSR Series Current Transformer, 21.6A Input, 21.6:1, 300 mA Output, 20.3mm Bore, 4.75 → 5.25 V

Name: LEM CTSR Series Current Transformer, 21.6A Input, 21.6:1, 300 mA Output, 20.3mm Bore, 4.75 → 5.25 V
Brand: LEM
SKU: 7934629
Availability: LimitedAvailability

RS Stock No.: 793-4629Brand: LEMManufacturers Part No.: CTSR 0.3-P

View all in Current Transformers

Technical Document

Specifications

Brand

LEM

Current Ratio

21.6:1

Series

CTSR

Bore Size

20.3mm

Supply Voltage

4.75 → 5.25 V

Input Current

21.6A

Output Current

300 mA

Overall Height

44.6mm

Overall Width

41.35mm

Overall Depth

17.9mm

Minimum Temperature

-40°C

Maximum Temperature

+105°C

Mounting Type

PCB Mount

Country of Origin

China

Product details

CTSR Series

A wide range of closed loop (compensated) current transducers for the electronic measurement of current dc, ac, pulsed... with galvanic separation between the primary and the secondary circuit.

Voltage output
Single supply voltage
PCB mounting
High accuracy
Very low offset drift over temperature
Wide aperture (20.1 mm)
High overload capability
High insulation capability
Degauss and test functions
Suitable for industrial applications
Suitable to fulfil VDE 0126-1-1 and UL 1741

You may be interested in

LEM CT Series Current Transformer, 800mA Input, 800:1, 11mm Bore, 15 VBrand: LEM

P.O.A.Each (Exc. VAT)

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

€ 61.53

Each (Exc. VAT)

€ 72.61

Each (inc. VAT)

LEM CTSR Series Current Transformer, 21.6A Input, 21.6:1, 300 mA Output, 20.3mm Bore, 4.75 → 5.25 V

€ 61.53

Each (Exc. VAT)

€ 72.61

Each (inc. VAT)

LEM CTSR Series Current Transformer, 21.6A Input, 21.6:1, 300 mA Output, 20.3mm Bore, 4.75 → 5.25 V

Stock information temporarily unavailable.

Buy in bulk

quantity	Unit price
1 - 4	€ 61.53
5 - 9	€ 60.61
10+	€ 58.85

CTSR Series

A wide range of closed loop (compensated) current transducers for the electronic measurement of current dc, ac, pulsed... with galvanic separation between the primary and the secondary circuit.