Temperature Sensor

Surface type temperature sensor non-adhesive material. RTD 3 wire configuration for up to 250 degrees.

• Delivery Time: 2-3 days

The Thermistor is a solid state temperature sensing device that acts a bit like an electrical resistor but is temperature sensitive. Thermistors can be used to produce an analogue output voltage with variations in ambient temperature and as such can be referred to as a transducer. This is because it creates a change in its electrical properties due to a physical change in heat.

A thermistor is basically a two-terminal solid state thermally sensitive transducer made from sensitive semiconductor

• Item Code: HTS
• Delivery Time: Ex-Stock to 1 Week
• Packaging Details: Box Packing

We are the leading manufacturer, exporter and supplier of Bayonet Type Thermocouple. The offered thermocouple is manufactured by our skilled professionals using the high quality of component and contemporary technology in compliance with the preset industry standards. The thermocouple provided by us is well tested against different parameters under the supervision of our quality experts. Additionally, it can be used by many industrial, scientific, and OEM applications for the measurement of high temperature.

Features:

• Easy to install
• Optimum functionality
• Corrosion resistant

The length of the tip, sheath, transition and lead wire are specified by the customer to suit the application. The lead wire can be supplied as bare wire, terminated with plugs, jacks, spade lugs, or junction boxes. For long cable runs, stainless steel over braid or flex armor can be added.

Fixed Immersion:

• Bayonet Straight
• Bayonet 45° Degree Bend
• Bayonet 90° Degree Bend

Bayonet Thermocouple Specifications:

• Thermocouple Type J, K, or N Standard Limits of Error ± 2.2°C or 0.75% (which ever is greater)
• Thermocouple Type T Standard Limits of Error ± 1.0°C or 0.75%; (which ever is greater)
• Thermocouple Type E Standard Limits of Error ± 1.7°C or 0.50% (which ever is greater)
• Thermocouple Type R or S Standard Limits of Error ± 1.5°C or 0.25% (which ever is greater)
• Thermocouple Type B Standard Limits of Error ± 0.50%

• Port of Dispatch: Rajkot
• Delivery Time: Ex-Stock to 1 Week

Application:

•  For measuring high temperatures in large ovens and channels for
• flue gases and air
•  Field of application: up to 1700°C (depending on thermo couple)
• Usually applied in: tile works, refuse disposal plants, processing
• plants

 

Properties:

•  Thermo couple thermometer type K, J, E, N, R, S or B.
•  Constructed in accordance with DIN 43733
•  Measuring inset: fixed
•  Process attachment: adjustable flange or coupling
•  Gas-proof ceramic internal tube protects thermo couple against
• pollution
•  Outer protective sheath: heat-proof steel
•  Modular construction and standard length minimizes the number of
• spare parts
•  Can be delivered with head mounted transmitter
•  Approved by: GOST and GOST Metrology

• Port of Dispatch: Rajkot
• Delivery Time: 5-6 Days

We are the leading manufacturer, exporter and supplier of Washer Type Thermocouple. The offered thermocouple is manufactured by our skilled professionals using the high quality of component and contemporary technology in compliance with the preset industry standards. The thermocouple provided by us is well tested against different parameters under the supervision of our quality experts. Additionally, it can be used by many industrial, scientific, and OEM applications for the measurement of high temperature.

Features:

• Easy to install
• Optimum functionality
• Corrosion resistant

The length of the tip, sheath, transition and lead wire are specified by the customer to suit the application. The lead wire can be supplied as bare wire, terminated with plugs, jacks, spade lugs, or junction boxes. For long cable runs, stainless steel over braid or flex armor can be added.

Washer Type Thermocouple Specifications:

• Thermocouple Type J, K, or N Standard Limits of Error ± 2.2°C or 0.75% (which ever is greater)
• Thermocouple Type T Standard Limits of Error ± 1.0°C or 0.75%; (which ever is greater)
• Thermocouple Type E Standard Limits of Error ± 1.7°C or 0.50% (which ever is greater)

• Port of Dispatch: Rajkot
• Delivery Time: Ex-Stock to 4 Days

We are the foremost manufacturer, exporter, and supplier of high-quality Head Type Sensor. Our offered sensor is broadly used for the measuring of high temperature. The sensor provided by us is highly demanded in the market due to its unique features such as sturdiness, flexibility, and high performance. While manufacturing this sensor, our skilled professionals used the superior quality of components and contemporary technology as per the industry laid norms. In addition to this, clients can get it from us at affordable prices.

The wide range of design is available to us. We are also able to design as per customer requirements.

Types of Junction available with us:
Grounded Thermocouples: This is the most common junction style. A thermocouple is grounded when both thermocouple wires and the sheath are all welded together to form one junction at the probe tip. Grounded thermocouples have a very good response time because the thermocouple is making direct contact with the sheath, allowing heat to transfer easily. A drawback of the grounded thermocouple is that the thermocouple is more susceptible to electrical interference. This is because the sheath often comes into contact with the surrounding area, providing a path for interference.

Ungrounded Thermocouples (Or Ungrounded Common Thermocouples): A thermocouple is ungrounded when the thermocouple wires are welded together but they are insulated from the sheath. The wires are often separated by mineral insulation.

Exposed Thermocouples (or “bare wire thermocouples”): A thermocouple is exposed when the thermocouple wires are welded together and directly inserted into the process. The response time is very quick, but exposed thermocouple wires are more prone to corrosion and degradation. Unless your application requires exposed junctions, this style is not recommended.

Ungrounded Uncommon: An ungrounded uncommon thermocouple consists of a dual thermocouple that is insulated from the sheath and each of the elements is insulated from one other.

Very High-Temperature Sheath Materials:

• Pay Mode Terms: D/P,T/T (Bank Transfer),Other
• Port of Dispatch: Rajkot
• Delivery Time: Ex-Stock to 1 Weeks

We are accepted as the notable manufacturer, exporter and supplier of a wide variety of RTD Sensor. This sensor is broadly used for measuring temperature by correlating the resistance of the RTD element with temperature. Offered sensor is thoroughly manufactured using the quality tested components and modernized technology in compliance with the preset industry standards. A team of our quality controllers test it against several parameters to ensure its flawlessness. In addition to this, it can be availed from us at competitive prices.

Features:

• Robustness
• Easy installation
• Light weight

Temperature Range: First, consider the difference in temperature ranges. Noble Metal Thermocouples can reach 3,100 F; while standard RTDs have a limit of 600 F and extended range RTDs have a limit of 1,100 F.

Cost: A plain stem thermocouple is 2 to 3 times less expensive than a plain stem RTD. A thermocouple head assembly is roughly 50% less expensive than an equivalent RTD head assembly.

Accuracy, Linearity, & Stability: As a general rule, RTDs are more accurate than thermocouples. This is especially true at lower temperature ranges. RTDs are also more stable and have better linearity than thermocouples. If accuracy, linearity, and stability are your primary concerns and your application is within an RTD’s temperature limits, go with the RTD.

Durability: In the sensors industry, RTDs are widely regarded as a less durable sensor when compared to thermocouples. However, Hi-Temp Solution has developed manufacturing techniques that have greatly improved the durability of our RTD sensors. These techniques make Hi-Temp Solution’s RTDs nearly equivalent to thermocouples in terms of durability.

Response Time: RTDs cannot be grounded. For this reason, they have a slower response time than grounded thermocouples. Also, thermocouples can be placed inside a smaller diameter sheath than RTDs. A smaller sheath diameter will increase response time. For example, a grounded thermocouple inside a 1/16” dia. sheath will have a faster response time than a RTD inside a ¼” dia. sheath.

A platinum resistance temperature detector (RTD) Pt100 is a device with a typical resistance of 100 Ω at 0°C (it is called Pt100). It changes resistance value as its temperature changes following a positive slope (resistance increases when temperature is increasing).They have been used for many years to measure temperature in laboratory and industrial processes, and have developed a reputation for accuracy,repeatability, and stability. A RTD can typically measure temperatures up to 850 °C. The relationship between resistance and temperature is relatively linear as shown below for a sample 100 Ω.

• Pay Mode Terms: D/P,T/T (Bank Transfer),Other
• Port of Dispatch: Rajkot
• Delivery Time: 5-6 Days

Teflon coated RTD probes are manufactured for  contact type temperature measurement in corrosive or chemical environments. The Teflon coating is applied directly to the outer sheath of the RTD, providing protection while minimizing effects to response giving more life to the sensor. 1/16" thick of Teflon protection to the surface of the temperature sensor probe is provided.

A bi-metal electromechanical device which actuates/deactuates system at a predetermined discrete temperature (set point) upon rising or falling temperature.