SLD-N600AB MC-DC24V MT-DC24V 1A2B – 595002 Mitsubishi Contactor

Name: SLD-N600AB MC-DC24V MT-DC24V 1A2B - 595002 Mitsubishi Contactor | Industify
Brand: Mitsubishi Electric
SKU: SLD-N600AB MC-DC24V MT-DC24V 1A2B
Price: 1.00 USD
Availability: InStock

SKU: SLD-N600AB MC-DC24V MT-DC24V 1A2B

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Categories: Circuit Breakers and Electrical Protection, Contactors Tags: 595002, SLD-N600AB MC-DC24V MT-DC24V 1A2B

Product information

Series	MS-N SERIES MAGNETIC CONTACTOR
Type	MECHANIC. LATCHED DC, NON-REV.
Frame Size	600
Current Type	DC TYPE
Coil Voltage (V)	24
Rated Current (A)	3-PHASE AC690V: 420
Rated Capacity (kW)	3-PHASE AC220-240V: 190, 3-PHASE AC380-440V: 330, 3-PHASE AC690V: 330
Rated Voltage (V)	690
Number of Poles	3
No of Auxiliary Contacts NO	2
No of Auxiliary Contacts NC	2
Frequency Range (Hz)	50/60
Min. Ambient Temperature (°C)	-10
Max. Ambient Temperature (°C)	40
Wiring	SCREW-CLAMP
Design / Styling	STANDARD
Compliant with Standard(s)	EN60947-4-1, IEC60947-4-1, JIS C8201-4-1
Electrical Durability (Load)	500 000 OPERATIONS
Mech. Durability (at no Load)	5 000 000 OPERATIONS
Protection Class	IP00
CE	COMPLIANT
EAC	NON-COMPLIANT
RoHS Compliance	COMPLIANT
Dangerous Goods Class	NO
WEEE	B2B
Dangerous Goods Identifier	NO
Brand	Mitsubishi Electric

Description

Description

Mitsubishi Magnetic Contactor

The Mitsubishi Magnetic Contactor from the MS-N Series offers reliable non-reversible operation with a mechanical latched design, ensuring efficient performance for your electrical systems. With a wide voltage range and multiple poles, this contactor can handle various currents and voltages, providing versatility for your applications. The screw-clamp wiring design simplifies installation and maintenance, saving you time and effort.

Reliable Performance: Ensures smooth and efficient operation of your electrical systems.
Wide Voltage Range: Accommodates different current and voltage requirements for increased flexibility.
Easy Installation: Screw-clamp wiring design simplifies the setup process, saving you time and effort.