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The EATON ELECTRIC ZB65-65 Overload Relay is a versatile and durable solution for motor protection. It features adjustable current settings, allowing for customization to match specific motor requirements. The overload relay provides accurate monitoring of motor current and quickly trips the circuit in the event of overloads or faults, preventing motor damage. With its compact design and user-friendly features, the ZB65-65 Overload Relay is easy to install and integrate into motor control systems. It offers reliable and long-lasting performance, ensuring optimal motor operation and minimizing downtime.
Overload relay, ZB65
Ir= 50 - 65 A.
1 N/O, 1 N/C,
Direct mounting.
IP00
Precise Motor Protection: The ZB65-65 Overload Relay accurately monitors motor current and protects against overloads and faults, preventing motor damage.
Versatile Application: Suitable for a wide range of motor sizes and loads, making it a versatile choice for various industrial applications.
Adjustable Current Settings: The overload relay allows for customized current settings, ensuring optimal motor protection for specific motor requirements.
Quick Response Time: The ZB65-65 Overload Relay has a fast response time, promptly tripping the circuit in the event of an overload or fault to prevent motor damage.
Easy Installation: With its compact design and user-friendly features, the overload relay is easy to install and integrate into motor control systems, saving time and effort.
The EATON ELECTRIC ZB65-65 Overload Relay is a versatile and durable solution for motor protection. It features adjustable current settings, allowing for customization to match specific motor requirements. The overload relay provides accurate monitoring of motor current and quickly trips the circuit in the event of overloads or faults, preventing motor damage. With its compact design and user-friendly features, the ZB65-65 Overload Relay is easy to install and integrate into motor control systems. It offers reliable and long-lasting performance, ensuring optimal motor operation and minimizing downtime.