RS Better World

ABB Residual Current Circuit Breaker with Overload Protection, 16A Current Rating, 2-Pole, 10 mA Trip Sensitivity, Type

RS Stock No.:: 201-6976
Mfr. Part No.:: 2CSR255180R0165
Manufacturer:: ABB

ABB Residual Current Circuit Breaker with Overload Protection, 16A Current Rating, 2-Pole, 10 mA Trip Sensitivity, Type

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MYR1,450.10

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RS Stock No.:: 201-6976
Mfr. Part No.:: 2CSR255180R0165
Manufacturer:: ABB

Specifications

Technical data sheets

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	ABB
	Product Type	Residual Current Circuit Breaker with Overload Protection
	Current Rating	16A
	Range	System Pro M Compact
	Series	DS201
	Number of Poles	2
	Trip Sensitivity	10mA
	Tripping Characteristics	Type B
	Mount Type	DIN Rail
	Rated AC Voltage	230V ac
	Terminal Type	Screw
	Earth Leakage Protection Type	Type A
	Depth	69mm
	Height	85mm
	Width	35mm
	Better World Product	Yes
	Better World Claim	Designed for Disassembly, Extended Product Life
	Tripping Mechanism	Thermal Magnetic
	Breaking Capacity	6kA
	Standards/Approvals	IEC, RoHS

	Select all
	Brand ABB
	Product Type Residual Current Circuit Breaker with Overload Protection
	Current Rating 16A
	Range System Pro M Compact
	Series DS201
	Number of Poles 2
	Trip Sensitivity 10mA
	Tripping Characteristics Type B
	Mount Type DIN Rail
	Rated AC Voltage 230V ac
	Terminal Type Screw
	Earth Leakage Protection Type Type A
	Depth 69mm
	Height 85mm
	Width 35mm
	Better World Product Yes
	Better World Claim Designed for Disassembly, Extended Product Life
	Tripping Mechanism Thermal Magnetic
	Breaking Capacity 6kA
	Standards/Approvals IEC, RoHS

ABB DS201 Series RCBO, 16A Current Rating, 2 Poles - 2CSR255180R0165

This RCBO is a sophisticated circuit protection device designed to safeguard against both overcurrent and earth fault currents. Compliant with IEC standards, it features a compact design, measuring 85mm in height, 69mm in depth, and 35mm in width. This device operates at a rated AC voltage of 240V and is suitable for mounting on a DIN rail.

Features & Benefits

• Offers efficient protection for circuits against risks of overload

• Boasts a breaking capacity of 10kA for enhanced security

• Trip sensitivity of 10 mA to detect earth faults accurately

• User-friendly toggle switch for convenient reset functions

• Dual terminal options allow flexible supply connections

• Designed to meet IEC standards for dependable performance

Applications

• Ideal for residential buildings requiring reliable circuit protection

• Suitable for commercial installations with strict safety compliance

• Used in electrical panels where space optimisation is essential

• Perfect for retrofitting within existing electrical systems

• Effective for use in automation and control systems

How does the breaking capacity contribute to the overall safety of installations?

The 10kA breaking capacity ensures that the device can handle high fault currents, minimising the risk of damage to connected equipment during a fault condition.

What advantages does the toggle switch design offer for maintenance?

The toggle switch provides easy manual resets and clear indications of the circuit’s status, streamlining troubleshooting and reducing downtime during repairs.

Can it be installed easily in existing systems?

Yes, the DIN rail mounting style and dual terminal connections facilitate straightforward integration into current electrical systems, accommodating precise installation requirements.

What makes the product suitable for both residential and commercial use?

Its combination of trip sensitivity, breaking capacity, and compliance with IEC standards ensures reliable performance across various settings, making it versatile for diverse applications.

What installation considerations should be taken into account for optimal performance?

To achieve optimal performance, ensure proper mounting on a DIN rail, follow the specified tightening torque for cable connections, and maintain the recommended ambient temperature during operation.