Nexthermal Mfg. (i) Pvt. Ltd.

Kumbalgodu, Bangalore, Karnataka

Popularly known as Resistance Temperature Detectors (RTDs), our range is manufactured as per the DIN EN60751 standards using 100 OHM class B platinum wire-wound element. Our RTD Sensor is suitable to be used in the electrical resistance of a wire-wound device with a positive temperature coefficient, which helps in signaling change in the temperature. Our RTD Sensor is not tip sensitive and offers accurate linear readings compared to thermocouple.

We offer the following RTD Sensors to our clients :

• Tube and Wire Construction : Suitable for providing low-construction for applications up to 900^oF (482^o C), our range is widely used for various heating activities. It is equipped with a metal tube which is used for protecting RTD elements that are located at the tip. Our range is manufactured using 304 stainless steel and can be obtained in sizes of 1/8”, 3/16”, and 1/4” diameters.

• Mineral Insulated Construction : Our range of Mineral Insulated Construction sensors is used in shock resistant construction for higher operating temperature. These products are capable of bending around the mandrel to a radius of twice the outside diameter of sheath. Magnesium oxide is used for insulating and protecting the wires located inside a metal sheath. Our range is highly acknowledged for its corrosion resistant features among the clients.

We provide Temperature Controller that facilitates the controlling of the entire application in an easy, repeatable and affordable manner. Furthermore, our Temperature Controller is available in variegated specifications and support various types of thermocouple like J, K, E, T, L, N, B, C, S & R; RTDs 100Ω Plt. NIST, 100Ω Plt. DIN, 120Ω Ni Industrial, 1000Ω Plt. DIN with differential input (-10 to +10 MV DC) and process input (0 to 20 MA DC, 0 to 10 VDC). The major advantages of Temperature Controller are fuzzy logic technology, din sizes and operator field selectable programming options.

Basic Features

• Fuzzy logic
• Auto tune
• Fully adjustable PID
• Auto and manual control

The Industrial Thermocouple that we provide is developed using two electrical conductors that are made using different metal alloys. Capable of generating small millivolt signal that changes with temperature, our Industrial Thermocouple is used for various heating applications. The signal generated is further sent to an electronic device that is used for displaying and controlling the temperature. We offer Industrial Thermocouple in various types like J, K and T calibrations. Further, our products are available in the following specifications :

• Soft Wire Construction : Our range of Soft Wire Construction sensors provides protection to the applications, where the insulation on the lead wire is used. These products are supplied with an exposed junction that facilitates in fast response time.
• Tube and Wire Construction : Capable of providing low-cost construction applications ranging upto 900°F (482° C), our range of Tube and Wire Construction sensors is used in various industries. Integrated with a metal tube, these products facilitate in providing protection to the thermocouple junction. Our range is available in 1/8”, 3/16”, and 1/4” diameters and is developed using 304 stainless steel.
• Mineral Insulated Construction : Our range of Mineral Insulated Construction sensors provides rugged and shock resistant construction for higher temperature operations. Suitable for various heating applications, our products are easy to bend around a mandrel to a radius of twice the outside diameter of the sheath. Compressed using magnesium oxide, these products are insulated and used for protection of wires that are integrated inside a metal sheath. Furthermore, our range is in huge demand owing to its corrosion resistant properties.

Basic Advantages

• Diameters available from .020" to .375"
• Smallest transition size in the industry
• Wide range of grounded, ungrounded, and exposed tips available
• The insulated mineral thermocouples are manufactured using a molded transition that endures intensive use
• Smallest transition size in the industry
• The molded transition’s low co-efficient of expansion and moisture-resistant is capable of offering an excellent exposure to liquids.