Milesight 4000A Rogowski coil for CTH01-868M

Milesight 4000A Rogowski coil for CTH01-868M

Name: Milesight 4000A Rogowski coil for CTH01-868M
SKU: 4000A Rogowski Clamp
Price: 210.0 EUR
Availability: InStock

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Milesight 4000A Rogowski coil for CTH01-868M Electricity meter

Secondary current according to CTH01
Enables a simple, non-intrusive installation.
Suitable for retrofit and energy monitoring.
Opening diameter 150 mm for currents up to 4000 A.

Use and selection of the right current transformer.

The choice depends on the type of application you are dealing with: a machine, a retrofit on an existing switchboard, or the need for a solution that can also work well without inspection.

Master Chips has various models of current transformers in stock to combine with your network analyzers or to be connected to the energy meters managed by us.

Often, the choice of the current transformer is underestimated when measuring electricity consumption. This can lead to discomfort during installation by the operator, as well as introducing measurement errors that can affect the energy measurement of our energy meter. Please see our catalogue for more technical information about this item.

Product features

Property	Rogowski coil 0–4000 A
Range	0–4000 A
Measurement accuracy	±2%
Operating temperature	-40 °C to 55 °C (-40 °F to 131 °F)
Isolation voltage	3 kVac (r.m.s.) (1 mA / 1 min)
Flame retardant	UL94 V0
Dimensions	/
Cable opening	Ø 150 mm (Ø 5.91 in)
Weight	115.1 g
Installation	Hanging on the conductor to be measured

Complete type list

Model	I PrIm	Precision in a range from 5 -120%	VA - CL0.5	Type No 5A
Split-core CT 0–100 A	100 A	≤0.5%	0.5	100A Clamp
Split-core CT 0–300 A	300 A	≤0.5%	0.5	300A Clamp
Split-core CT 0–500 A	500 A	≤0.5%	0.5	500A Clamp
Split-core CT 0–1000 A	1000 A	≤0.5%	0.5	1000A Clamp
Rogowski coil 0–4000 A	4000 A	≤2%	=±2%	4000A Rogowski Clamp

Accuracy

ACCURACY CLASSES FOR CURRENT TRANSFORMERS

According to the applicable standards the error limits of the current and the error limits of the phase angle of each transformer must lie within the data in the table: