Eaton
Eaton XTPRP40BC1 Manual Motor Protector 0.4A Rotary Frame B
Protects three-phase motors up to 600 V AC with a 0.25–0.4 A thermal overload range on a DIN-rail mountable frame
- TypeIndustrial Electrical Controls & Automation
- ColorTransparent
- Thermal overload protection safeguards motors from 0.25 to 0.4 A
- 600 V AC rating suits industrial three-phase power systems
- Three-pole design provides complete phase protection in one unit
- DIN-rail mounting enables quick installation in control cabinets
- Screw terminals deliver secure, maintenance-friendly wiring connections
Industrial motor protection
The Eaton XTPRP40BC1 is a manual motor protector rated for three-phase AC circuits up to 600V. It suits maintenance teams and panel builders who need adjustable overload protection for small motors in control cabinets.
DIN-rail mounting and wiring
The unit clips onto standard DIN rail and uses screw terminals for secure connections. Its rotary selector switch gives direct local control, while the thermal overload mechanism frees the panel from separate relay modules.
Adjustable thermal range
The protector covers a current setting range from .25 A to .4 A, letting installers match the device to the motor nameplate without stocking multiple frames. No enclosure is included, so the builder must provide a suitable cabinet.
Highlights
- Thermal overload protection safeguards motors from 0.25 to 0.4 A
- 600 V AC rating suits industrial three-phase power systems
- Three-pole design provides complete phase protection in one unit
- DIN-rail mounting enables quick installation in control cabinets
- Screw terminals deliver secure, maintenance-friendly wiring connections
Specifications
| Brand | Eaton |
|---|---|
| Type | Industrial Electrical Controls & Automation |
| Color | Transparent |
Questions about this item
What is the highest overload current the 0.4 A thermal unit can be set to before it trips?
The overload relay can be adjusted up to 0.4 A maximum setting.
How much heat does the three-pole protector dissipate when running continuously at 0.4 A on a DIN rail?
Continuous operation at 0.4 A produces only the normal thermal-unit warmth; no forced cooling is required.
Which supply voltage must the installation already provide for the 600 V AC rated protector to operate?
A three-phase AC supply up to 600 V is required for the protector to function.
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