The TX1HM Temperature Transmitter is a compact and reliable industrial transmitter designed for accurate temperature measurement and signal transmission in industrial automation, process automation, and factory automation applications. Compatible with Pt100 RTD sensors and conventional thermocouples, it converts temperature signals into stable outputs for seamless integration with PLCs, SCADA systems, DCS, and control panels. As one of the best automation companies in India, IPCS provides genuine temperature transmitters and complete industrial automation solutions for manufacturing and process industries
Compatible with Pt100 RTD and conventional thermocouples
Ideal for long-distance temperature signal transmission
Compact DIN Form B head-mounted design
Designed for harsh industrial environments
High accuracy with minimal drift and excellent noise immunity
Suitable for industrial process control, PLC automation, and SCADA systems
SCC641 is a reliable industrial temperature TRANSMITTER/controller designed for precise temperature monitoring and control in automation systems. Trusted by top industrial automation companies, it offers accurate performance for process control and ensures seamless integration with existing control panels.
Supports multiple sensor inputs
Variable output choices
Relay / SSR output options
PID and ON/OFF modes of operation
PV and SV dual digital displays
Operates on 85–265V AC
The RADIX SCC642 Temperature Transmitter is a compact, head-mounted 2-wire temperature transmitter designed for accurate temperature signal conversion in industrial automation, process automation, and factory automation applications. It converts RTD (Pt100) and thermocouple signals into a standard 4–20 mA analog output for seamless integration with PLC, SCADA, DCS, and industrial control systems. As one of the best automation companies in India, IPCS supplies genuine RADIX temperature transmitters and complete industrial automation solutions. RTD (Pt100) and input from a thermocouple
Compatible with Pt100 RTD and Thermocouple inputs
Converts temperature signals to 4–20 mA analogue output
Head-mounted, 2-wire compact design
High accuracy with excellent long-term stability
Suitable for PLC, SCADA, and DCS integration
Ideal for industrial automation and process control applications
Reliable performance in harsh industrial environments
Easy installation inside RTD/temperature probe terminal heads
SCC602 is a reliable industrial controller designed for precise process automation, featuring robust performance, flexible input/output options, and seamless integration with PLC and HMI systems. Trusted by top automation companies in India, it’s ideal for complex control applications in manufacturing and industrial environments.
Simple temperature controller that operates dependably
Relay output for simple ON/OFF control
Shows process temperature (PV)
Easy parameter setting via front keys
Wide input voltage – Typically 85–265V AC
SCC632 is a high-precision sensor/controller widely used in industrial automation for accurate process control and monitoring. Known for its robust design and reliable performance, it is trusted by leading automation companies and offered by the best automation company in India for advanced control solutions.
Control with a single output for heating or cooling
Auto-tuning to achieve the best PID results
Dual digital display
Operates on 85–265V AC power
PID / ON-OFF control modes
TX1DR is a reliable industrial temperature transmitter designed for accurate temperature measurement and signal conversion in process automation systems. Widely used in manufacturing and control applications, it is trusted by the best automation companies for seamless integration and robust performance.
Easy installation in control panels
Supports RTD (Pt100) or Thermocouple
Stable and noise-free signal
2-wire loop-powered system
High accuracy and long-term stability
Compact, space-saving design
Product Enquiry
FREQUENTLY ASKED QUESTIONS - FAQ'S
<p>Consider the <span data-start="1946" data-end="2075" style="">sensor type, temperature range, output signal, mounting style, accuracy, environmental conditions, and communication protocol</span> before selecting a temperature transmitter.</p>