Rail mount temperature transmitter

TT-600 is an input and output isolated din rail mounted temperature transmitter, it is 1 input and 1 output version, programmable via PC, software in English, the programming can be done via a standard USB to type C cable.

● Din rail mount temperature transmitter● Maxwell TT-313● DIN rail mount type● Universal input● 2 wires 4-20mA output● Two input two outputs

● Din rail mount temperature transmitter● Maxwell TT-312● DIN rail mount type● Universal input● 2 wires 4-20mA or 0-10Vdc output● One input two outputs● Range and input type programmable via PC software

TT-513 is a cost-effective din rail mounted temperature transmitter, it is 1 input and 1 output version, available with 4-20mA and 0-10Vdc output, works with TC/RTD input, such as type K, PT100, you can programmable the input and range via PC software and cell phone APP( cell phone app available on Android device)

PIDMaxwell TT-515 Din Rail Temperature Transmitter features universal input for RTD (PT100, Cu50, Cu100) and thermocouples (K, J, E, T, S, R, B, N), delivering a standard 2-wire 4-20mA output. It offers 0.1% F.S accuracy for RTD and 0.2% F.S for TC, with built-in cold junction compensation and surge protection. Configure via PC software or Android app—USB powered setup means no external 24VDC supply is needed. Compact DIN rail mounting, wide -40°C to +80°C operating range, ideal for industrial process control, HVAC, power generation, and more.  

The PT100-8 is a probe-type Platinum Resistance Thermometer (PT100 RTD) distinguished by its adjustable insertion depth — a key feature that sets it apart from fixed-length sensors. A stainless steel compression fitting is integrated into the assembly, forming a liquid-tight or pressure-tight seal against the process wall while allowing the operator to slide and lock the probe at any desired insertion depth before or after installation. This eliminates the need to specify a fixed immersion length at the time of ordering and greatly simplifies retrofitting into existing equipment. The probe is constructed from 304 stainless steel and is available in diameters of 4 mm, 5 mm, and 6 mm. The lead cable is shielded with a metal braid and covered with PTFE insulation, delivering low noise, high mechanical strength, and excellent resistance to elevated temperatures. The PT100-8 is compatible with a wide range of process fittings — including NPT, BSP, and metric threads — and is available in a waterproof configuration, making it suitable for measuring the temperature of both air and liquids across diverse industrial environments.

The KFY-002 is a compact, waterproof thermocouple and RTD connection head (terminal box) designed for reliable field installation in demanding industrial environments. Featuring an aesthetically pleasing die-cast body with a brilliant, durable paint finish available in grey and yellow, the KFY-002 combines robust protection with ease of use. The spacious internal cavity provides ample room for comfortable, tool-free wiring, significantly reducing installation time. The standardised internal height of H = 33 ± 0.1 mm ensures full compatibility with internationally sourced terminal blocks and signal converters, enabling seamless integration into global instrumentation systems. The KFY-002 is designed to accommodate virtually all common sensor configurations: standard thermocouples, PT100/PT1000 thermal resistors, armoured (mineral-insulated) thermocouples and RTDs, as well as sensors fitted with integrated temperature transmitters. A stainless steel safety chain secures the lid against accidental loss during maintenance.

Maxwell presents a robust and versatile Type K Thermocouple designed for precise and reliable temperature measurement in diverse industrial and commercial applications. This sensor features a durable stainless steel probe, a flexible silicon lead wire, and customizable process fittings, ensuring optimal performance and adaptability to various operational environments. Engineered for accuracy and longevity, our Type K Thermocouple provides consistent temperature readings, making it an ideal solution for critical thermal processes.