ABB NFZ40E-22 Contactor Relay, 130V, 48 V Coil, 4-Pole, 6 A, 140 W 130V dc, 4 NO, 690V

RS Stock No.:: 237-4865
Mfr. Part No.:: 1SBH136001R2240 NFZ40E-22
Manufacturer:: ABB

ABB NFZ40E-22 Contactor Relay, 130V, 48 V Coil, 4-Pole, 6 A, 140 W 130V dc, 4 NO, 690V

View all Contactors

Subtotal (1 unit)*

SGD161.66

(exc. GST)

SGD176.21

(inc. GST)

FREE delivery for orders over $75.00, or create a business account to enjoy free delivery from just $28

Stocked by manufacturer

Ready to ship from 11 January 2027

Need more? Click ‘Check delivery dates’ to find extra stock and lead times.

Units	Per unit
1 +	SGD161.66

*price indicative

RS Stock No.:: 237-4865
Mfr. Part No.:: 1SBH136001R2240 NFZ40E-22
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	Contactor Relay
	Coil Voltage	130V, 48V
	Number of Poles	4
	Contact Voltage	690V
	Contact Current	6A
	Series	NFZ40E-22
	Power Rating	140W
	Mount Type	DIN Rail
	Normal State Configuration	4 NO
	Number of Auxiliary Contacts	4
	Auxiliary Contact Configuration	4 NO
	Terminal Type	Screw
	Control Circuit Voltage Uc	130V dc
	Contactor Application	Auxiliary Contactor
	Minimum Operating Temperature	-40°C
	Operational Current Ie	16A
	Maximum Operating Temperature	70°C
	Standards/Approvals	IEC 60947-5:1/EN 60947-5-1
	Length	77mm
	Depth	77mm
	Width	45mm
	Pole and Throw Configuration	4P

	Select all
	Brand ABB
	Product Type Contactor Relay
	Coil Voltage 130V, 48V
	Number of Poles 4
	Contact Voltage 690V
	Contact Current 6A
	Series NFZ40E-22
	Power Rating 140W
	Mount Type DIN Rail
	Normal State Configuration 4 NO
	Number of Auxiliary Contacts 4
	Auxiliary Contact Configuration 4 NO
	Terminal Type Screw
	Control Circuit Voltage Uc 130V dc
	Contactor Application Auxiliary Contactor
	Minimum Operating Temperature -40°C
	Operational Current Ie 16A
	Maximum Operating Temperature 70°C
	Standards/Approvals IEC 60947-5:1/EN 60947-5-1
	Length 77mm
	Depth 77mm
	Width 45mm
	Pole and Throw Configuration 4P

COO (Country of Origin):: FR

ABB NFZ Series Contactor Relay, 130V Coil Voltage, 6A Contact Current Rating - 1SBH136001R2240 NFZ40E-22

This contactor relay is a vital component for switching auxiliary and control circuits. With dimensions of 77mm x 45mm x 77mm, it is specifically designed for DIN rail mounting, making installation straightforward in various electrical systems. This device operates efficiently within a coil voltage range of 48V to 130V for AC and DC applications, accommodating multiple voltage standards worldwide.

Features & Benefits

• Accepts varied control voltages, eliminating the need for coil changes

• Built-in surge protection enhances durability against voltage spikes

• 4NO auxiliary contact configuration allows for diverse control options

• High current contactor rated at 6A for robust performance

• Screw terminal relay design ensures secure and easy connections

• Compliant with SEMI F47-0706 for tolerance to voltage dips

Applications

• Used in industrial automation for controlling motors and control circuits

• Ideal for PLC control requiring high efficiency

• Utilised in complex electrical systems where voltage stability is crucial

• Suitable for environments that demand reliable switching in harsh conditions

How does the coil voltage range enhance usability?

The coil voltage range allows it to operate within various voltage standards, accommodating different global requirements without the need for additional components, thus simplifying setup and reducing costs.

What are the advantages of using this relay in automation systems?

Its ability to handle a wide range of control voltages and built-in surge protection reduces unexpected failures, ensuring consistent operation in automation systems, thereby increasing overall system reliability.

How does this relay handle electrical switching frequency?

It boasts a maximum electrical switching frequency of 1200 cycles per hour, enabling efficient operation in demanding applications while maintaining performance stability under frequent switching conditions.