
Thermal Overload Relay 10-13A 3 Pole With NC Trip And NO Signal Contacts IP20 Industrial Motor Protection For Control Circuits And Motor Starters Built For Rugged Duty And Long Life
Thermal Overload Relay 10-13A 3 Pole With NC Trip And NO Signal Contacts IP20 Industrial Motor Protection For Control Circuits And Motor Starters Built For Rugged Duty And Long Life
Original: $51.54
-65%$51.54
$18.04The Story
✔️ 3-pole design with NC trip and NO signal contacts, rugged duty
Designed for industrial motor protection, this thermal overload relay sits in control cabinets and motor starters to guard three-phase equipment from overload and overheating. It provides reliable NC trip contact and NO signaling for feedback to control systems in manufacturing environments.
✅ 3-pole thermal overload relay design for three-phase motors
✅ Current rating 10-13 A for small to mid-size motors
✅ NC trip contact to cut power on overload
✅ NO signal contact for status feedback to controllers
✅ IP20 rugged enclosure for panel mounting in industrial settings
💡 What is a thermal overload relay used for in motor control circuits? It protects motors and control circuits from overheating and faults. - Handy for preventing burnout in three-phase setups - Easy integration with motor starters and control panels - Reduces downtime by early fault signaling
Description
✔️ 3-pole design with NC trip and NO signal contacts, rugged duty
Designed for industrial motor protection, this thermal overload relay sits in control cabinets and motor starters to guard three-phase equipment from overload and overheating. It provides reliable NC trip contact and NO signaling for feedback to control systems in manufacturing environments.
✅ 3-pole thermal overload relay design for three-phase motors
✅ Current rating 10-13 A for small to mid-size motors
✅ NC trip contact to cut power on overload
✅ NO signal contact for status feedback to controllers
✅ IP20 rugged enclosure for panel mounting in industrial settings
💡 What is a thermal overload relay used for in motor control circuits? It protects motors and control circuits from overheating and faults. - Handy for preventing burnout in three-phase setups - Easy integration with motor starters and control panels - Reduces downtime by early fault signaling























