Why Choose the Lovato M2R0251012060 Direct-On-Line Starter?
The Lovato M2R0251012060 is an enclosed direct-on-line (DOL) motor starter designed for reliable switching and control of three-phase motors in industrial machinery and automation applications. Part of the Lovato M2R electromechanical starter range, it provides a compact enclosed motor control solution with a contactor and local reset functionality.
This starter is supplied without a thermal overload relay and includes a BF25/BF32 contactor with a front-mounted RESET pushbutton. The design allows suitable motor protection to be selected separately while providing dependable enclosed switching for industrial motor applications.
With a maximum operating current of 25 A at ≤440 V, a 120 V AC 60 Hz contactor coil and an IP65 protection rating, the Lovato M2R0251012060 is suitable for enclosed direct-on-line motor switching applications requiring reliable local reset control.
Key Advantages
- Compact enclosed direct-on-line motor starter solution.
- 25 A maximum operating current at ≤440 V for industrial motor switching applications.
- BF25/BF32 contactor supplied as standard.
- 120 V AC 60 Hz contactor coil for compatible control supplies.
- RESET pushbutton for convenient local operation.
- IP65 protection rating for enclosed industrial installations.
Key Features
- Lovato M2R series direct-on-line starter.
- 25 A maximum operating current at ≤440 V.
- BF25/BF32 contactor.
- 120 V AC 60 Hz contactor coil voltage.
- RESET pushbutton control.
- Supplied without thermal overload relay.
- IP65 enclosed construction.
- Wall mounting design with screw terminal connections.
Reliable Motor Control for Industrial Machinery
Direct-on-line starters provide a straightforward method of controlling electric motors by switching the motor supply through a contactor. They are widely used where simple motor switching and reliable operation are required.
The Lovato M2R0251012060 combines enclosed motor switching with local reset control while allowing thermal overload protection to be selected separately. This provides flexibility when designing motor control systems for industrial equipment.
Typical Applications
- Industrial machinery and production equipment.
- Pumps and motor-driven systems.
- Fans and ventilation equipment.
- Material handling systems.
- Automation control installations.
- General motor switching applications.