HomeShopCircuit Breakers and Electrical ProtectionContactorsS-T20 AC300V 2A – 279236 Mitsubishi Contactor

Mitsubishi S-T20 AC300V 2A FA-MC: Magnetic Contactor - industify.com

S-T20 AC300V 2A – 279236 Mitsubishi Contactor

Name: S-T20 AC300V 2A - 279236 Mitsubishi Contactor | Industify
Brand: Mitsubishi Electric
SKU: S-T20 AC300V 2A
Price: 1.00 USD
Availability: InStock

SKU: S-T20 AC300V 2A

Add to wishlist Add to compare

Categories: Circuit Breakers and Electrical Protection, Contactors Tags: 279236, S-T20 AC300V 2A

Product information

Series	MS-T SERIES MAGNETIC CONTACTOR
Type	AC OPERATED, NON-REVERSING
Frame Size	20
Coil Voltage (V)	260-300
Rated Current (A)	3-PHASE AC690V: 9
Rated Capacity (kW)	3-PHASE AC220-240V: 4.5, 3-PHASE AC380-440V: 7.5, 3-PHASE AC690V: 7.5
Number of Poles	3
No of Auxiliary Contacts NO	2
Depth (mm)	78
Weight (kg)	27
Width (mm)	43
Height (mm)	75
CE	COMPLIANT
EAC	COMPLIANT
UL/cUL	COMPLIANT
UKCA	COMPLIANT
Cardboard (g)	150
Other plastic (g)	1
REACH Limit Exceeded	NO
RoHS Compliance	COMPLIANT
Dangerous Goods Class	NO
WEEE	B2B
Brand	Mitsubishi Electric

Description

Description

Mitsubishi Magnetic Contactor

Enhance your electrical systems with the Mitsubishi Magnetic Contactor from the MS-T SERIES. This non-reversing contactor is designed to provide reliable operation and seamless integration into your 3-phase AC setup. With a wide range of rated current options and coil voltage settings, this contactor offers flexibility and efficiency for your electrical control needs.

Reliable Performance: The Mitsubishi Magnetic Contactor ensures stable and consistent operation, reducing the risk of interruptions or malfunctions in your electrical system.
Flexible Configuration: With multiple coil voltage and rated current options, this contactor can be customized to suit your specific requirements, offering versatility and adaptability.
Easy Integration: The compact design and compliant construction of this contactor simplify installation and maintenance, streamlining your workflow and enhancing overall efficiency.