Tempsens Linn Thermal Solutions Pvt Ltd

Madri, Udaipur, Rajasthan

Precision pipe fittings are used to connect, seal, or support pipes in systems such as process control, and fluid handling. They are designed to provide a leak-free connection with high accuracy and reliability. They come in models like adapters, nipples, unions, and other specialized fittings to ensure a secure and efficient connection in piping systems.

Flanges are round connectors used to join pipes or equipment together, secured with bolts. They have surfaces where gaskets fit to create a seal and prevent leaks. Different types include Raised Face (RF), where the gasket surface is slightly raised, Ring-Type Joint (RTJ), which uses a metallic gasket for high pressure, and Flat Face (FF), where the gasket surface is flat. Each type provides a different method of sealing based on the application.

Bayonet caps are quick fittings that allow temperature sensors to be easily attached to adapters in a system. They are often used in plastics machinery for fast and secure installation.

Thermocouples have been the preferred temperature sensors in industries where precision is vital for operations. Thermocouples can detect temperatures ranging from -200C to 2320C across extreme industrial conditions. At Tempsens, our journey as one of the top thermocouple manufacturers has been about building trust through uncompromising performance.

Tempsens RTD resistance temperature detectors are trusted when you need accurate and repeatable temperature reading.Commonly known as resistance temperature devices, these sensors are used in industries where stable, reliable performance matters like power plants and pharma labs.Whether you need a platinum resistance temperature sensor for precise lab work or tough industrial jobs with vibration & heat, Tempsens RTD resistance temperature detectors are built to deliver reliable results every

Thermowell protects temperature sensors from extreme process conditionshigh pressure, corrosive chemicals, and physical damage to lower operational expenses and avoid unplanned maintenance, ensuring seamless operations.A thermo well is a closed-end reentrant tube that safeguards the temperature sensing component but still provides pressure-tight mounting within vessels or pipelines. Whether youre measuring fluid in a chemical reactor, steam in a boiler, or molten metals in a smelter, thermowells ensure your sensors remain accurate and perform better.Tempsens thermowells are relied upon by industries since we design them for reliability, interchangeability, and sensor replacement ease

Tempsens offers both Temperature and Pressure Gauges for various application areas. The models offered include Bi metallic Thermometer, Gas Expansion Thermometers, Bourdon Type Pressure Gauge, Diaphragm Type pressure gauges, etc.

Fiber optic sensors are a modern innovation in the field of sensing and monitoring. They are built on principles in which changes in properties of light are compared with the change in physical parameters, in contrast to conventional sensors, which use electrical signals for sensing. Fiber optics sensors have immunity to electromagnetic interference (EMI); they are non-conductive, non-corrosive, and have high resistance to most of the chemicals. They can be used in harsh environments where conventional sensors fail, like high-voltage zones, explosive atmospheres, and areas with high electromagnetic fields.

Tempsens wireless temperature transmitter & receiver used to measure the temperature of RTD & Thermocouple(Universal) sensors. It is battery operated, accurate temperature transreceiver based on wireless technology. Using this technology a single receiver can receive data from 50 transmitters upto a distance of 100 meters in line of sight or 40meters in indoors. Wiring expenses are eliminated with modern wireless technology.

The clamp sensor is equipped with an Inbuilt four-digit LCD and microcontrollers ICS which offers many signal processing features. The electronic box with an integrated Keypad helps in setting parameters like pipe material (Mild steel, Stainless steel, copper, and many more ), pipe diameter, pipe schedule, Analog Output, Unit of temp(C or F), Response Time, and many more. Our standard non invasive clamp sensor come with 4- 20mA analog output. Other analog outputs options available are 0-20mA, 0-10V. RS-232/RS-485 serial interface card is available as optional.

Non Contact Type temperature measurement involves determining temperature of object surface without direct contact with the surface. Tempsens offers both single point and area inspection model devices which are infrared thermometers and infrared camera and industrial furnace monitoring camera.

The measurement and control of temperature in Industrial processes are important from the point of energy management, productivity and product quality. Many temperatures measuring tasks can be attempted with contact-type sensors like Thermocouples and Resistance Temperature Detectors. However, if the measurement needs a fast response, no adverse effects on temperatures and materials, measurement of moving objects, objects which are difficult to access, electricity conducting objects, Small objects or aggressive materials like corrosive and molten metals Infrared non-contact Pyrometer is the right solution.

The furnace monitoring system provides an inside wide-angle view of the burner flames, material alignment and movement, and other processes in the furnace-like kiln, heating stove, or other combustion chamber.The normal view system TFV-750/1100 & thermal view system TE-750/1100 is mounted on furnace of the wall. It consists of auto retraction and insertion system which is regulated by control cabinet with PLC ; Pneumatic control system.

In thermal analysis, heat flux represents the amount of heat conducted or radiated per unit area per unit time across a surface. A heat flux sensor is also known as heat flux transducer that generates an electrical signal proportional to the total heat rate applied to the surface of the sensor. The measured heat rate is divided by the surface area of the sensor to determine the heat flux. Heat flux sensor gives linear output up to 10 mV with infinite resolution, when exposed to heat source. The face of the heat flux sensor will cover a 180 field of view angle

Tempsens is a leading industrial heaters manufacturer, trusted by global industries for delivering reliable, process-engineered thermal systems. Our industrial heating systems are developed to meet the exact demands of modern process controlwhere thermal accuracy, energy efficiency, and system integration are essential.

Process Heater as the name suggests are heaters that are in direct contact with the process.In these types of the heater the process fluid enters from one end and this, in turn, passes through the heater, and the heat generated by the heater is transferred to the process fluid through convection or radiant heat transfer and the process fluid leaves from the other end

In industrial thermal processing there can be no compromise, there must be precision, reliability, and repeatability in results. Tempsens products deliver exactly what todays industries demand no matter the challenge. For high requirement process situations like annealing, galvanizing, heat treatment, and ultra high temperature process situations, our heaters can produce temperatures of up to 1100C.

Nickel & Thermocouple Alloys are playing a vital role in the thermal industry due to its high melting point and excellent thermoelectric and mechanical properties.Nickel alloys are a group of metallic materials that primarily consist of nickel as the base element, often combined with other elements such as chromium, iron, molybdenum, and cobalt. These alloys are known for their excellent corrosion resistance, high temperature strength, and other specialized properties, making them suitable for various demanding applications, including in the field of thermocouples, extension alloys, and resistance heating alloys

Thermocouples alloys are classified into different types based on the combination of metals or alloys used to construct them. Common thermocouple types include Type K (Nickel-Chromium/Nickel-Aluminum), Type J (Iron/Constantan), and Type T (Copper/Constantan), among others. Each type has a specific temperature range and application suitability, with the choice of alloys dictated by factors such as temperature stability, corrosion resistance, and durability.

Laboratory Furnaces are designed with the needs of modern laboratories, research facilities and industrial environment in mind, Our Furnaces offer wide variety of application such as annealing, soldering, material, testing, ashing, pyrolysis and dental applications etc.

Tempsens Industrial offers wide variety of industrial application such as casting, tempering, calcination etc. Tempsens offers various customisation of enivronment and chamber size as per customer requirements.

The Tempsens Laboratory and Industrial ovens Series offered a range of precision electric ovens. They are designed for low temperature thermal treatment such as drying, heating and thermal testing in an air-flow assisted environment.Our ovens are available with optional NABL calibration of the temperature controller and thermocouple as a system or also with a 3-point or 5-point thermal survey of the chamber volume

Microwave furnaces represent a system that combines free radiating heating elements with a microwaves field. Key advantages include greater energy efficiency, faster sample heating, more uniform heating and improves material properties.

Tempsens provides a full spectrum of temperature calibration equipment for process-critical applications where accuracy is not a choice its mandatory. Regardless of whether you are calibrating RTDs, thermocouples, or pyrometers, our thermal calibrators guarantee each reading is traceable, repeatable, and trustworthy.

Thermal (Temperature) calibration is achieved by elevating (or depressing) the temperature sensor to a known, controlled temperature and measuring the corresponding change in its associated electrical parameter (voltage or resistance).The accurately measured parameters compared with that of a certified reference probe; the absolute difference represents the calibration error. If the sensor is connected to a measuring instrument, the sensor and the instrument combination can be effectively calibrated by this technique.

Tempsens make temperature readouts or precision thermometers are used for both field as well laboratory applications. These read outs are used for both Thermocouple and RTD calibration processes.