M1P00912400A8 - DOL STARTER M1P 400/50-60 4-6.5A

Why Choose the M1P00912400A8?

Engineered for reliable motor control, the Lovato Direct-on-line Starter M1P00912400A8 delivers straightforward starting for AC motors within the 4–6.5A range (2.2–3kW at 400V). Housed in a durable IP65 non-metallic enclosure, it integrates a thermal overload relay and clear START and STOP/RESET buttons. A 400VAC 60Hz contactor coil ensures compatibility where that supply is available, simplifying installation and operation.

Built to recognised global standards, including IEC/EN 60947-1, IEC/EN 60947-4-1 and UL508 CSA C22.2 n° 14, this enclosed starter supports demanding environments from −25 to +60 °C. With an AC-3 rating of 6.5A/3kW at 400V and 3 HP at 480V (UL/CSA), it offers dependable performance in compact form, ideal for applications requiring robust, sealed control.

Key Benefits

• Direct-on-line starting for 4–6.5A motor loads, 2.2–3kW at 400V.
• Integrated thermal overload relay provides essential motor protection.
• IP65 non-metallic enclosure resists dust ingress and water jets.
• START and STOP/RESET pushbuttons enable clear, immediate local control.
• AC-3 rating 6.5A/3kW at 400V for dependable switching duty.
• UL/CSA 3 HP at 480V supports compliant installations.
• Operates from −25 to +60 °C for wider application range.
• 400VAC 60Hz coil suits compatible control supply systems.

Technical Specification

• Weight: 1040 g
• Operating temperature: -25 to +60 °C
• Storage temperature: -40 to +70 °C

What’s Included

• Enclosed direct-on-line starter with thermal overload relay
• 400VAC 60Hz contactor coil fitted
• Integrated START and STOP/RESET pushbuttons
• IP65 non-metallic enclosure

Applications

• Direct starting of AC motors rated up to 3kW at 400V
• Motor control where IP65 sealed enclosures are required
• Installations using a 400VAC 60Hz control coil supply
• Systems needing compliance with IEC/EN and UL/CSA standards

Safety note: Install and commission only by qualified personnel. Isolate power before work, set the thermal overload correctly for the motor, and follow applicable IEC/EN and UL/CSA standards and local regulations.