M0R009124002V3 - DOL STARTER M0R 400/50-60 1 4-2 3A

Why Choose the Lovato M0R009124002V3 Direct-On-Line Starter?

The Lovato M0R009124002V3 is a compact and reliable direct-on-line motor starter designed for switching and overload protection of three-phase electric motors in industrial and commercial control applications. Manufactured by Lovato Electric, this enclosed DOL starter combines a BG09/BG12 contactor with a thermal overload relay, providing a practical all-in-one solution for dependable motor starting.

This starter is supplied in an insulated enclosure and includes a reset pushbutton for restoring operation after overload trips. Its enclosed construction and IP65 protection rating make it suitable for demanding environments where resistance to dust and water ingress is important.

With a maximum operating current of 2.3 A, an overload setting range of 1.4-2.3 A and a motor power rating of 0.55-0.75 kW at 400 V, the Lovato M0R009124002V3 is ideal for low-power motor control duties. The contactor coil operates from a 400 V AC 50/60 Hz control supply, making it suitable for industrial control systems using 400 V AC coil circuits.

Key Advantages

• Enclosed direct-on-line motor starter for reliable small motor control.
• 1.4-2.3 A overload relay adjustment range for low-current motor applications.
• Suitable for motors up to 0.75 kW at 400 V.
• Integrated thermal overload relay helps protect motors from overload conditions.
• Supplied with reset pushbutton for convenient fault reset.
• IP65 enclosure supports installation in demanding industrial environments.

Key Features

• Lovato Electric enclosed DOL starter.
• BG09/BG12 contactor configuration.
• Thermal overload relay included.
• 1.4-2.3 A relay adjustment range.
• 2.3 A maximum operating current.
• 0.55-0.75 kW motor power range at 400 V.
• 400 V AC 50/60 Hz contactor coil voltage.
• Wall-mounted insulated enclosure with screw terminal connection.

Technical Specifications

• Manufacturer: Lovato Electric
• Series: M0R enclosed motor starters
• Model: M0R009124002V3
• Product type: Direct-on-line motor starter
• Starter type: Enclosed DOL starter with thermal overload relay
• Starter enclosure: M0RA
• Contactor type: BG09/BG12
• Contactor supplied: BG0910A
• Thermal relay supplied: RF92V3
• Rated operating current: 2.3 A max.
• Thermal overload setting range: 1.4-2.3 A
• Motor power rating: 0.55-0.75 kW at 400 V
• UL / CSA horsepower rating: 1 HP at 480 V
• Control voltage: 400 V AC
• Supply frequency: 50 / 60 Hz
• Protection rating: IP65
• UL degree of protection: Type 1, 12K, 4, 4X
• Mounting type: Wall mounting
• Electrical connection: Screw terminals
• Operating temperature: -25°C to +60°C
• Storage temperature: -40°C to +70°C
• Package dimensions: approx. 187 x 92 x 160 mm
• Weight: approx. 700 g
• EAN: 8013975158326
• Standards: IEC/EN 60947-1, IEC/EN 60947-4-1, UL508, CSA C22.2 No. 14

Reliable Motor Starting and Overload Protection

Direct-on-line starters such as the Lovato M0R009124002V3 connect a motor directly to the supply for simple full-voltage starting. This makes them a cost-effective choice for small motors where straightforward control, compact installation and dependable operation are required.

The integrated thermal overload relay monitors motor current and trips when overload conditions occur, helping protect the connected motor from damage. Combined with the reset pushbutton and enclosed contactor arrangement, this starter provides a neat and practical solution for machinery panels, plant equipment and standalone installations.

Typical Applications

• Small pumps and circulation systems.
• Fans and ventilation equipment.
• Compact conveyors and handling equipment.
• Small machinery and workshop equipment.
• Processing and packaging equipment.
• General low-power three-phase motor control installations.

Trusted by Industrial Control Engineers

Lovato enclosed motor starters are widely used by electrical engineers, machine builders and maintenance teams for dependable motor starting, overload protection and straightforward installation in industrial control systems.