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.


Vacuum Contactor vs. AC Contactor, What is the Differences?
Vacuum contactors provide superior durability and low maintenance for high-voltage systems, while AC contactors are cost-effective and versatile for lower-voltage needs.
Read More
Fast Recovery Epitaxial Diode vs Fast Recovery Diode Module
Fast Recovery Epitaxial Diode vs Fast Recovery Diode Module, what's their difference from
Read More
Technical Comparison: GRH-12 High-Speed VCB vs. Standard VS1 Vacuum Circuit Breaker
Upgrade your VS1 without cabinet modifications or downtime: Replace standard 50ms+ response times with 5ms ultra-fast opening.
Read More
Guide to Heatsink Calculation and Selection
A heatsink is a device used for heat dissipation, commonly found in electronic devices to help dissipate heat and prevent overheating.
Read More


