G320A Series 8-Channel SSR Temperature Control Unit feature of 3 in 1 Integration and Distributed Temperature Control
Highly Integrated & Space-Saving: It innovatively combines 8 channels of PID algorithms, 8 independent solid-state relays (SSRs), and 8 channels of current acquisition into a single unit. This eliminates the tedious wiring of traditional external transformers and SSRs, drastically freeing up space inside the electrical control cabinet.
Distributed Computing & Independent Precision: Featuring built-in PID algorithms, it receives temperature data from the PLC via RS485 to independently execute closed-loop calculations. This offloads the computational burden from the PLC and ensures real-time, stable temperature control.
Full-Time Current Monitoring & Smart Safety: Equipped with 8 channels of AC current monitoring, it reports real-time data to the PLC. This enables effortless smart diagnostics and alarms for faults such as heating element breakages or SSR short-circuit breakdowns.


Common Failure Modes of Thyristor Modules and Preventive Measures
By "Design-Application-Maintenance" approach, the failure rate of thyristor modules can be minimized, ensuring the stable and long-term operation of industrial equipment.
Read More
12KV Vacuum Contactor with Vacuum Circuit Breaker Integrated - Frequent Switching under Higher Breaking Capacity 31.5kA
12KV 630A to 1250A 31.5KA Vacuum Contactor + Vacuum Circuit Breaker, frequently switching under high breaking capacity
Read More
The Crucial Role of IGBT Modules in Power Electronics and Their Expanding Applications
The Key Role of IGBT Modules in Power Electronics and Modern Applications
Read MoreStud Semiconductors vs. Capsule Semiconductors
Stud and capsule semiconductors are high-power, industrial-grade components designed for heavy-duty applications, featuring robust packaging for superior thermal management and electrical performance.
Read MoreWe value your privacy
We use cookies to enhance your browsing experience, serve personalized ads or content, and analyze our traffic. By clicking "Accept All", you consent to our use of cookies.


