Moeller Z1-24 Thermal Overload Relay
The Moeller Z1-24 Thermal Overload Relay provides reliable motor and circuit protection with a 16“24 A current range, 690 V AC rated voltage, and both normally open and normally closed auxiliary contacts.
Moeller Z1-24 Thermal Overload Relay
The Moeller Z1-24 Thermal Overload Relay is designed to provide reliable protection for electrical motors and circuits, helping prevent damage caused by overcurrent. With a rated operational voltage of 690 V AC and a rated impulse withstand voltage of 6000 V AC, this relay ensures stable performance even in harsh environments. The current range for this model is 16 “ 24 A, making it suitable for a variety of applications requiring thermal overload protection.
Equipped with both normally open and normally closed auxiliary contacts, this relay offers flexible connection options for your system. The Moeller Z1-24 is designed with short circuit protection, capable of handling fuses up to 600 V AC and circuit breakers up to 600 V AC, making it a versatile solution for various industrial settings. The tolerance range of ±20% ensures that it can accommodate variations in current, providing precise protection without overcompensating.
This thermal overload relay operates effectively in ambient temperatures of 20°C, offering both performance and reliability in controlling and protecting electrical motors and circuits. The Z1-24 model is built with durability and efficiency in mind, making it an essential component for safeguarding sensitive equipment in industrial applications.
- Manufacturer: Moeller
- Type: Thermal Overload Relay
- Model: Z1-24
Technical Specifications:
- Rated Operational Voltage: 690 V AC
- Rated Impulse Withstand Voltage: 6000 V AC
- Current Range: 16 “ 24 A
- Auxiliary Contacts: 1 Normally open, 1 Normally closed
- Short Circuit Protection: By fuses max. 600 V AC, By Circuit Breaker max. 600 V AC
- Tolerance Range: ±20%
- Ambient Temperature: 20°C
The Moeller Z1-24 Thermal Overload Relay is the ideal solution for protecting electrical systems and motors, ensuring safe operation and preventing damage due to overload conditions.
