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Sensors

We offer a complete product range of Pressure Sensors, Force Sensors, Force Sensor, RTD Sensors and LVDT Sensors

Pressure Sensors

Specifications: A pressure sensor measures pressure, typically of gases or liquids. Pressure is an expression of the force required to stop a fluid from expanding, and is usually stated in terms of force per unit area. A pressure sensor usually acts as a transducer; it generates a signal as a function of the pressure imposed.

Force Sensors

Specifications:Force sensors weigh freight on manufacturing and transportation equipment. They also monitor loads on machines subject to stringent safety standards such as mine lifts, construction cranes, industrial tanks, grain silos, and locomotives to ensure equipment isnt overloaded.Features:ThinnessBetter linearityMeasurement of higher loadsStable output with respect to load area

Force Sensor

  • Type Force Sensor
  • Condition New
  • Type Flex Sensor
  • Application robotics, gaming
  • Color silver
  • length size 2.2 inch

RTD Sensors

Specifications:Features:High strengthEasy to useRigid designSpecifications:Probe size: 3 x 120 mmWire length:1mTemp: 0 - 400c

LVDT Sensors

Specifications: we offers a variety of dc-dc displacement transducers (lvdts) including long stroke, short stroke, and miniature sizes to meet many different types of scientific, industrial, and research applications including gaging and monitoring of assembly processes, valve position, resistance weld stroke, oil and well drilling equipment, mining equipment, and pavement studies.

T Thermocouple Sensors

Description: we are offering a comprehensive assortment of t type thermocouple. Owing to features like precise design and easy to fit, our offered range has been able to earn a lot of popularity in the market. This thermocouple can be used in either oxidizing or reducing atmospheres, thought for longer life, a protecting tube is recommended. Because of its stability at lower temperatures, this is a superior thermocouple for a wide variety of applications in low and cryogenic temperatures. Its recommended operating range is-330 to 66 f (-200 to 350c), but be used up to -452f (-269c) (boiling helium).

Torque Sensors

Specifications: A torque sensor or torque transducer is a device for measuring and recording the torque on a rotating system, such as an engine crankshaft or a bicycle crank. Types: Rotary torque sensorNon-contact torque sensor

J Thermocouple Sensors

Specifications: features: precisely designhigh tensile strengtheasy to fit specifications: max diaphragm temperature: 350 degreediameter: 100 mmflexible length: 0.5 - 5 mrange: 0 - 100 bar - 1500 bar.

S Thermocouple Sensors

Description: we feel immensely pleased to offer an exclusive gamut of type s thermocouple. In order to ensure quality, this thermocouple is rigorously tested on various parameters. Maximum recommended operating temperature for type s and r is 2640 f (1450 c). These thermocouple are easily contaminated, reducing atmospheres are particularly damaging to the calibration

K Thermocouple Sensors

Description: we bring you an extensive range of type k thermocouple. Owing to features like dimensional accuracy, durability and easy installation, the offered thermocouple is extensively demanded in the market. Type k thermocouple usually work in most applications as they are nickel based and exhibit good corrosion resistance, it is the most common sensor calibration type providing the widest operating temperature range. Due to its reliability and accuracy the type k thermocouple is used extensively at temperatures up to 2300 f (1260c). This type of thermocouple should be protected with a suitable metal or ceramic or ceramic protection tube, especially in reducing atmospheres.

N Thermocouple Sensors

Description: in line with clients' variegated requirements, we bring forth a distinguished collection of the n type thermocouple. Being a quality-oriented organization, we assure our clients that this thermocouple is excellent on counts of durability and quality. This nickel-based thermocouple alloy in used primarily at high temperatures up to 200 f (160c). While not a direct replacement for type k, type n provides better resistance to oxidation at high temperatures and longer life in applications where sulfur is present, it also outperforms type k in k's aging range.

E Thermocouple Sensors

Description: with the usage of leading-edge technology, we are able to present a comprehensive range of e type thermocouple. The type e thermocouple is suitable for use at temperature up to 1650f (900c) in a vacuum, inert, mildly oxidizing or reducing atmosphere. At cryogenic temperatures, thermocouple has the highest emf output per degree of all the commonly used thermocouple.
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