M1P00912400A9 - DOL STARTER M1P 400/50-60 6.3-10A

Why Choose the M1P00912400A9?

The Lovato Direct-on-line-starter M1P00912400A9 provides dependable motor control for 3–4kW applications at 400V, covering a 6.3...10A range. Its robust IP65 non‑metallic enclosure helps protect against dust and water. A 400VAC 50/60Hz AC coil and integrated thermal overload relay deliver straightforward, protective starting, while START and STOP/RESET pushbuttons give clear, local control for commissioning, maintenance and day‑to‑day operation.

Engineered for reliability, this enclosed unit conforms to IEC/EN 60947-1 and IEC/EN 60947-4-1, and meets UL508 CSA C22.2 n° 14. It operates from -25 to +60 °C and carries a 5 rating at 480V under UL/CSA horsepower. Ideal for general industrial machinery, it offers an IP65 direct-on-line solution with built-in thermal protection and simple pushbutton control for everyday motor starting.

Key Benefits

• IP65 non‑metallic enclosure resists dust and water ingress.
• Integrated thermal overload relay protects motors within 6.3...10A.
• Start and Stop/Reset pushbuttons enable simple, local control.
• 400VAC 50/60Hz AC coil suits common European supply systems.
• Conforms to IEC/EN 60947 and UL/CSA standards for broad acceptance.
• Operates reliably from -25 to +60 °C ambient temperatures.
• Supports 3–4kW at 400V, AC-3 10A motor starting.

Technical Specification

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

What’s Included

• Direct-on-line starter assembly in non-metallic IP65 enclosure
• Thermal overload relay, factory-fitted
• Contactor with 400VAC 50/60Hz AC coil
• START and STOP/RESET pushbuttons

Applications

• Starting 3–4kW, 400V AC motors within the 6.3–10A range
• Pumps, fans and conveyors requiring direct-on-line starting
• Local motor control where IP65 protection is required
• General industrial machinery with 400VAC control circuits

Safety note: Install and commission only by qualified personnel. Always isolate the supply before work, set the overload to the motor’s nameplate current, and observe applicable standards and local regulations.