FT100-601/602 is a process indicator which accepts thermocouple, RTD and analog signals, the standard version works with TC/RTD inputs, and specify the analog inputs if the input is analog like 0-10VDC, 4-20mA etc, the display can be either in Celcius or Fahrenheit, maximum 3 alarms can be selected for large sizes, 24VDC auxiliary power supply is possible to power transduers like presure transmitters, process value can also be re-transmitted to feed to PLC or paperless recorders, RS-485 modbus communication available to be abled to connected with PLC and HMI

FTX00-B612 is a PID temperature controller with built-in timer, what it does is pretty straight forward, for application with time and temperature invovled, the timer will most likely to kick-in when temperature reach the setting value, for example, the setting value is SV, the process starts at the ambient temperature and temperature goes up to setting value, when temperature reach setting value, the timer start to counting down or up and hold the temperature at the SV for a preset time duration. this is very useful and widely being used in equipments like water bath, sterilizer, beer brewing, power oven coating machine etc. the maixmum time range 9999 minutes

TT-216 is an input and output galvanically isolated head mounted temperature transmitter, similar to other models we have, this model works with all thermocouple and RTD inputs, but to make sure your site are on the safe side, the isolation is incorporated in this transmitter, the input and range are also programmable via our computer and cell phone software.the input is configurable via PC and android cell phone.

- head mount Modbus RS-485 temperature transmitter
- TC/RTD inputs
- 12-35V DC source
- Modbus RTD RS-485 communication
- Electrical isolation between input/output and source
- PA66 housing

● 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

● Screw-in nozzle thermocouple type
● M6,M8, ¼ BSP, 1/4NPT etc
● Stainless steel ,silicon wire, Teflon wire etc
● Available with grounded and ungrounded configuration
● 304,316,310 Stainless steel, brass and Alumimun
● High temperature-resistant compensating cable, PVC cable, Silicone cable, PTFE cable, metal braiding cable with mica- fiber, metal braiding cable with glass-fiber.

● Screw-in nozzle thermocouple type
● M6,M8, ¼ BSP, 1/4NPT etc
● Stainless steel ,silicon wire, Teflon wire etc
● Available with grounded and ungrounded configuration
● 304,316,310 Stainless steel, brass and Alumimun
● High temperature-resistant compensating cable, PVC cable, Silicone cable, PTFE cable, metal braiding cable with mica- fiber, metal braiding cable with glass-fiber.

The TC-K1 / TC-J1 / TC-T1 Series Screw-In Nozzle Thermocouple is a compact, robust, and highly versatile temperature sensing solution engineered for direct installation into threaded ports on machinery, pipelines, and process equipment. By leveraging the well-established Seebeck effect — in which two dissimilar metal conductors joined at one end generate a measurable electromotive force (EMF) proportional to the temperature difference between the hot junction and the cold (reference) junction — this sensor delivers reliable, real-time temperature readings across a broad operating range.

Designed for demanding industrial environments, the TC-K1 / TC-J1 / TC-T1 series features a fully threaded stainless steel body that enables secure, leak-proof installation into standard metric (M6, M8) and pipe-thread (1/4 NPT, 1/4 BSP) fittings. The sensor is available in three internationally recognised thermocouple calibrations — Type K (Chromel/Alumel), Type J (Iron/Constantan), and Type T (Copper/Constantan) — to suit a wide spectrum of temperature measurement requirements. Lead wire material, length, and junction type are all fully customisable, making this series an ideal choice for OEM integrators and system designers seeking a drop-in thermal sensing component.

Maxwell introduces the high-performance TC-K7 and TC-J7 Series Bayonet Thermocouples, engineered for precise and secure temperature measurement in demanding industrial environments. These sensors feature a robust threaded spring-loaded bayonet cap for constant contact pressure and easy installation, making them ideal for applications requiring frequent sensor removal and reinstallation. Available in both Type K and Type J configurations with fully customizable options including probe diameter, length, lead wire material, and junction type, our TC-K7 / TC-J7 Series delivers accurate and consistent temperature readings for critical process control across plastics, packaging, chemical, and food processing industries.

The TC-K8 is a high-performance K-type thermocouple temperature sensor engineered for accuracy and durability in demanding high-temperature environments. Its defining feature is a robust ceramic sheath that provides exceptional resistance to thermal shock, chemical corrosion, and oxidation at elevated temperatures — making it the preferred choice for industrial processes such as kiln firing, furnace monitoring, and heat treatment operations.

The sensor consists of two distinct probe sections: a stainless steel section that connects to the connection box, and a ceramic section that extends into the high-temperature measurement zone. This dual-material construction combines the mechanical strength and machinability of stainless steel with the superior thermal stability and chemical inertness of advanced ceramic materials.

The integrated die-cast aluminum connection box provides a secure, weatherproof enclosure for the thermocouple terminals, protecting electrical connections from moisture, dust, and mechanical interference. Both the probe diameter and probe length of each section are fully customizable, enabling precise adaptation to virtually any industrial installation geometry. As part of the PIDMaxWell range of temperature measurement solutions, the TC-K8 is designed to integrate seamlessly with PID temperature controllers, temperature transmitters, and data acquisition systems.

The TC-K14B is a fast-response K-type thermocouple engineered for applications where rapid, accurate temperature measurement is essential. Unlike conventional sheathed thermocouples, the TC-K14B features an exposed welded-bead junction with minimal thermal mass, enabling it to detect temperature changes within fractions of a second. This makes it the preferred choice for dynamic temperature monitoring tasks in research, testing, and industrial quality control environments.

The sensor is constructed from a fine-gauge Chromel-Alumel (K-type) thermocouple wire pair, twisted together and insulated with a flexible fiberglass braid. The green-and-white color coding of the lead wire follows the international K-type thermocouple standard, providing clear polarity identification. The fiberglass insulation offers excellent thermal resistance and flexibility, allowing the sensor to be routed through confined spaces and around complex geometries without risk of insulation damage.

At the instrument end, the TC-K14B is fitted with a standard miniature K-type quick-disconnect connector (green housing, labeled 'K NiCr+ / NiAl−'), which is compatible with a wide range of handheld thermometers, data loggers, and temperature indicators that accept the IEC 60584 / ANSI miniature thermocouple connector standard. The plug-and-play design eliminates the need for field wiring, enabling rapid deployment and sensor replacement without tools or specialist knowledge.

The lead wire length is fully customizable, making the TC-K14B adaptable to installations where the measurement point is located at a significant distance from the instrument. As part of the PIDMaxWell range of temperature measurement solutions, the TC-K14B is designed to integrate seamlessly with PIDMaxWell PID temperature controllers, temperature transmitters, and compatible third-party instrumentation.

The NTC10K Series is a compact, high-precision Negative Temperature Coefficient (NTC) thermistor temperature sensor housed in a rugged stainless steel M8 screw-body probe. Designed for direct installation into threaded ports on pipework, tanks, heat exchangers, and machinery, this sensor delivers accurate, low-cost temperature measurement across a wide operating range without the need for signal conditioning or cold-junction compensation.

At the heart of the sensor is a precision NTC thermistor element with a nominal resistance of 10 kΩ at 25 °C and a B-value (B25/100) of 3950 K ± 1%. The thermistor element is encapsulated within a 4 mm diameter stainless steel probe, sealed with high-temperature epoxy resin to ensure moisture ingress protection. The M8 threaded body incorporates a high-temperature silicone gasket to provide a leak-proof seal when installed into a threaded port. A 150 mm flat silicone lead wire terminates in a standard 2-pin SMP (Micro-Fit style) connector for fast, tool-free connection to the host system.

The NTC10K series is fully compatible with Maxwell's range of temperature controllers, as well as third-party controllers, HVAC control boards, and microcontroller-based systems that accept a passive NTC thermistor input. The sensor's small probe diameter, short lead wire, and plug-and-play connector make it an ideal drop-in component for OEM equipment manufacturers and system integrators.

The TC-K4/TC-J4 series is a high-performance, versatile probe-type thermocouple temperature sensor designed for a wide range of industrial, scientific, and process-control applications. The sensor consists of a stainless-steel protective sheath enclosing a precision thermocouple element, terminated with a braided-shield extension lead wire and fork-type (spade) terminal connectors. Four thermocouple calibration types — K, J, T, and E — are available to cover measurement ranges from cryogenic temperatures down to -200 °C up to +1260 °C, accommodating virtually every industrial temperature-measurement requirement.

The probe sheath is manufactured from 304 stainless steel, offering excellent corrosion resistance and mechanical durability. The extension lead wire is protected by a metallic braided shield (aluminium foil + tinned-copper braid) that effectively suppresses electromagnetic interference and ensures signal integrity over long cable runs. Both probe diameter and insertion length are fully customisable, and the lead wire length can be specified to any required dimension. An optional waterproof (IP67) sealed construction is available for use in wet or immersion environments. All products comply with IEC 60584 international standards.