M1P01812400B1 - DOL STARTER M1P 400/50-60 13-18A

Why Choose the M1P01812400B1?

The Lovato M1P01812400B1 is a robust direct-on-line starter designed for reliable motor control in demanding environments. Rated 13–18A (7.5kW at 400V) with a 400VAC 50/60Hz coil, it combines an IP65 non‑metallic enclosure, integrated thermal overload relay, and dedicated START and STOP/RESET pushbuttons. Built to international standards, it offers straightforward installation and dependable performance for industrial motor starting applications.

Engineered for flexibility, this enclosed starter delivers 18A performance at 400V and carries a UL/CSA rating of 10 HP at 480V. It operates from −25 to +60 °C and is protected to IP65 for dusty or wet areas. Conformity with IEC/EN 60947-1 and 60947-4-1, plus UL508 and CSA C22.2 n° 14, underlines its suitability for compliant installations.

Key Benefits

• Adjustable 13…18A range suits 7.5kW at 400V motor loads.
• IP65 non-metallic enclosure resists dust and water ingress.
• Integrated thermal overload relay protects against overcurrent.
• 400VAC 50/60Hz contactor coil ensures reliable operation.
• Start and Stop/Reset pushbuttons enable clear local control.
• UL/CSA 10 HP at 480V for recognised ratings.
• Built to IEC/EN 60947 standards for compliant installations.

Technical Specification

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

What’s Included

• Lovato enclosed direct-on-line starter (IP65, non-metallic)
• Integrated thermal overload relay (13…18A range)
• Built-in START and STOP/RESET pushbuttons
• Contactor with 400VAC 50/60Hz coil

Applications

• Direct-on-line starting of motors up to 7.5kW at 400V
• Installations requiring IP65 enclosed motor control
• Panels needing local Start/Stop with overload protection
• Systems operating within −25 to +60 °C ambient
• Sites adhering to IEC/EN 60947 or UL508 CSA standards

Safety note: Installation and commissioning must be performed by a qualified electrician. Always isolate the supply before work and set the thermal overload to match the motor’s full-load current within the 13…18A range.