NX-TS3101 High Precision 0.1°C Thermocouple Input Temperature Control Unit | Cabinet-Mounted | Factory Automation
SKU: NX-TS3101Omron NX-TS3101 high-precision temperature control unit with 0.1°C resolution for thermocouple inputs. Cabinet-mounted module for precise temperature regulation in factory automation and process control systems.
Key Features
- High 0.1°C resolution for precise temperature measurement and control
- Thermocouple input compatibility for direct sensor connection
- Cabinet-mounted design for integration into industrial control panels
- Fast control response for stable process temperature maintenance
- Industrial-grade construction for reliable operation in factory automation
High-Precision Cabinet-Mounted Temperature Control Unit for Factory Automation
The Omron NX-TS3101 is a high-precision temperature control unit designed for demanding factory automation applications requiring accurate thermal management. Engineered for cabinet mounting, this control unit accepts thermocouple inputs and delivers exceptional 0.1°C resolution for precise temperature monitoring and regulation in industrial processes. As part of Omron's advanced automation portfolio, the NX-TS3101 integrates seamlessly into control systems to maintain strict temperature setpoints in applications such as plastic molding, food processing, chemical production, and semiconductor manufacturing. The unit provides reliable, stable control with fast response to temperature deviations, ensuring product quality, process efficiency, and reduced waste. Its robust industrial design is built for continuous operation in control cabinet environments, making it an essential component for automated systems where temperature is a critical control parameter.
Technical Specifications
| Product Type | Temperature Control Unit |
|---|---|
| Input Type | Thermocouple |
| Resolution | 0.1°C |
| Mounting Type | Cabinet-mounted (DIN rail compatible) |
| Application | Factory Automation, Process Control |
| Primary Use | High-precision temperature regulation and monitoring |