Thermal Overload Relay
TH-P60ES
Rated current range: 11A-54A, adjustment range ±20%
Features
- Automatic temperature compensation design
- Single unit installation base can be added for independent use
- Safety terminal cover design for high safety level
- Auxiliary terminal of thermal overload relay is 1NO 1NC
Specification
- Standard: IEC-60947-5-1, EN 60947-5-1
- Standard contactor assembled type: TH-P60E
- Standard independently installed type: N/A
- Phase failure protection contactor assembled type: TH-P60PP
- Phase failure protection independently installed type: N/A
- Rated current range: 11A-54A, adjustment range ±20%
- Contacts: 1NO1NC
- Certification
- Files Download
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How can you ensure reliable motor protection across varying temperature conditions while maintaining compliance with international safety standards?
The TH-P60 thermal overload relay features automatic temperature compensation design that maintains consistent protection performance across temperature fluctuations, combined with IEC 60947-5-1 and EN 60947-5-1 certification. With flexible 11A-54A rated current range and ±20% adjustment capability, this relay delivers precise motor protection for your manufacturing applications. Contact Shihlin Electric's technical team to discover how our 60+ years of motor protection expertise can enhance your product line.
The TH-P60 thermal overload relay offers flexible installation options with both standard contactor-assembled configurations (TH-P60E) and phase failure protection variants (TH-P60PP), accommodating various system integration requirements. Its auxiliary terminal design featuring 1NO1NC contacts enables seamless integration into complex control circuits, while the single unit installation base option provides independent use capability for customized applications. With over 60 years of OEM/ODM technical cooperation experience, Shihlin Electric ensures superior product quality combining Japanese assembly techniques with high-stability components, delivering the precision and reliability your industrial operations demand for energy-efficient motor protection and maximum operational uptime.






