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20, Lawyer Chamber, Mumbai, Maharashtra 400002
MO0 control contactors are fundamental 4-pole contactors available with both AC and DC control. These contactors can be utilised for constructing control logic. With add-on blocks, these contactors can provide up to 8 auxiliary contacts. They are suitable for both industrial and commercial installations.
Finger-proof terminations ensure safe and secure auxiliary and control connections, reducing the risk of accidental contact.
Accessories are shared with the MO family of power contactors, thereby minimising inventory requirements and simplifying parts management.
Four auxiliary contacts are provided within a compact 45mm width, optimising space utilisation in installations.
An inbuilt surge suppressor in the MO0 DC model protects against voltage spikes, enhancing the reliability and lifespan of the contactor.
A common coil suitable for both 50Hz and 60Hz applications offers flexibility and reduces the need for multiple coil variants.
RoHS Compliant - These contactors adhere to the Restriction of Hazardous Substances (RoHS) directive, ensuring they are free from harmful materials and environmentally friendly.
DIN Rail Mounting - Designed for easy installation, these contactors can be conveniently mounted on standard DIN rails, streamlining setup and maintenance.
Lug and Lugless Termination - Offering versatile connection options, these contactors support both lug and lugless terminations, accommodating various wiring preferences and requirements.
DC-13 Rating - Specifically designed to handle DC switching applications, these contactors meet the DC-13 rating standard, ensuring reliable performance in direct current circuits.
AC-15 Ratings at Higher Voltage - These contactors provide AC-15 ratings at an elevated operating voltage of 690 Vac, making them suitable for high-voltage switching tasks.
10A, AC-15 Rating at 240V - With a 10A, AC-15 rating at an operational voltage of 240V, these contactors deliver dependable switching performance for common voltage levels in numerous applications.