The Shilin TH-P12E 2.1A Thermal Overload Relay is designed for precise current monitoring, safeguarding electrical systems against overheating, and ensuring optimal operational efficiency in industrial control applications.
Rated Operational Voltage:690 V AC
Rated Operational Current:2.1 A
Number of Poles:3
Power Loss per Pole:1.1 – 2.0 W
Product Net Weight:0.1 kg
The Shilin TH-P12E 2.1A Thermal Overload Relay is engineered to provide unparalleled protection against thermal overload, ensuring the safety and reliability of your industrial equipment. Its robust design withstands harsh environmental conditions, making it suitable for applications in manufacturing plants, power distribution systems, and any environment where electrical safety is paramount.
Equipped with a quick-release mechanism, this relay allows for easy installation and maintenance without interrupting production. The relay features a durable mechanical design that ensures consistent performance even under fluctuating electrical loads.
With a wide operating voltage range and a temperature tolerance from -40°C to +85°C, this relay is versatile enough to operate in various industrial settings, from freezing cold environments to hot climates. Its ability to handle a variety of electrical currents makes it an ideal choice for protecting motors, transformers, and other electrical components.
The Shilin TH-P12E 2.1A Thermal Overload Relay comes with 4 double-pole single-throw (SPDT) contacts, providing flexibility in circuit control and protection. These contacts are rated at 250V AC and 30V DC, offering a safe and reliable connection for your equipment.
Designed with long-term durability in mind, this relay is expected to perform reliably for up to 10,000 operational cycles. This feature ensures minimal downtime and reduced maintenance costs, contributing to a more cost-effective and efficient operation.
The Shilin TH-P12E 2.1A Thermal Overload Relay is designed for precise current monitoring, safeguarding electrical systems against overheating, and ensuring optimal operational efficiency in industrial control applications.