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Tempsens Instruments (I) Pvt. Ltd.

Tempsens Instruments (I) Pvt. Ltd.

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Our Product / Services

  1. Calibrators 18 Products available
  2. Industrial Ovens & Furnaces 17 Products available
  3. Industrial Heaters 10 Products available
  4. Measuring Instruments & Equipment 8 Products available
  5. Thermocouple 6 Products available
  6. Calibration Services 3 Services available
  7. Wires 3 Products available
  8. Insulated Cable 3 Products available
  9. Industrial Thermometer 3 Products available
  10. Others Products / Services 37 Products / Services available

Other Products / Services

Leading Manufacturer, Supplier & Retailer of Heating Skid Systems, CALsys -35/200 Autocal Automatic Liquid Calibration Bath, CALsys -40/50 High Stability Bath and FASTCAL 3000 High Temperature Black Body Source.

Thermal Profiling System

  • Weight 500 Gms
  • No. of Channel 10
  • Thermocouple Type Universal (K, E, J, T, N, R, S, B)
  • Memory Size 50000 readings per channel with date & Time
  • LED Indications Charging, Low Battery, Communication, Start, Stop, etc.
  • Sample Interval 100 msec to 1 hour
  • Reference Junction Compensation Internal
  • Communications USB (Wireless RF telemetry optional)
  • Max. Operating Temperature 70°C (Rechargeable), 100°C (Non-Rechargeable)
  • Parameterising Via Software Type Selection, No of Channel Selection, Sampling Interval, Date and Time Setting, Etc.

lt is impossible to have dependable production without quality management. The expectation is growing and customers requirements must be addressed. In most of the industries, proper monitoring of temperature with time plays an important role in the quality of products. Whether it can be painted/powder coating industries, oven manufactures, automobile industries, and many more.
At Tempsens, we have indigenously developed a thermal profiling system, consist of a Data Logger with a Thermal Barrier Box. The data is collected and stored in the data logger. While the Thermal barrier protects the electronics of the data logger from the prevailing temperature in the oven/furnace.

Key Features :

  • Maximum temperature can be reached upto 950°C.
  • Stainless steel casing provides resistance to oxidation at high temperatures.
  • Replaceable wear strips to minimize maintenance costs.
  • To avoid thermal stresses, rounded edge barriers are designed.


Accessories:

  • Software
  • Thermocouple
  • Operation Manual
View Complete Details

Wireless Temperature Sensor

  • Measurement Inputs RTD & Thermocouple (Universal)
  • Radio Frequency band 430/ 470/ 868/ 915 MHz(Optional)
  • Longer Battery Life More than 1 year
  • Head Mount (WTT 09H)
  • Wall Mount (WTT 09W)
  • Battery Options 3 V CR 123(Operating Temp. upto 70°C), 3.6V Lithium battery(Operating Temp. upto 60°C)
  • Battery Working Life 1 Year(if Transmission Interval is 1 Min. @ 25°c Ambient)
  • Accuracy 0.1 % of Full Scale
  • Resolution 0.1°C
  • Operating Temperature Range -30°C ~ +60°C with Lithium Battery(upto 70°C with CR 123 Battery)
  • Standby Current <5uA
  • Waterproof Level Ip67
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Immersion Heater

  • Certification Will be provided based on Requirement. ( U, U2, ATEX, IEC Ex, CCOE, etc)
  • Rating From 0.1 1kW to 5000kW (Max) in Single Bundle or combination
  • Design Temperature -40 deg C to 650 degrees C
  • Design Pressure Up to 350 bar(g)
  • Element Outer Sheath SS , Alloy 600 series, Alloy 800 series, Hastelloy, Titanium, copper etc
  • Terminal Enclosure As required (Weatherproof or Flameproof)
  • Control System Thermostat control / Contactor control / Thyristor control / combination
  • Installation Horizontal / Vertical / direct / indirect

For any Production/process facility, when a large volume of fluid to be heated before pumping out to process application, the Immersion Heaters are always the best-recommended solutions. A single bundle or multiple smaller units can be installed in the Tank for the uniform heat transfer and steady heating of the fluid with all safety precautions in built within the heater and control system.
Some of the precautions to be taken while designing and selecting an Immersion heater are

  • Selection of right material for the wet parts to avoid potential corrosion from the fluid to be heated.
  • Proper cold length & active length ratio to avoid hot spots & dry heating.
  • Element skin temperature within flash point limit of the fluid to avoid any hazard. A Proper thermal design is very much necessary whenever heating a flammable fluid or in hazardous area installation.
  • Fixing method & support for the bundle considering the turbulence during the in & outflow.
  • Control system for both element skin & fluid temperature.


ConstructionTerminal Enclosure: Marathon flameproof heaters are certified to install in hazardous area Zone 1 & 2 , Gas group IIC, IP66. The Terminal enclosure is designed to protect the terminals of the individual elements from external impacts, such as dust, moisture etc and to facilitate the connection of the Incoming power supply to the heater bundle.
Heater Bundle: Consist of No. of U Pin heating elements adequately supported by set of Baffles & Tie rods, designed to deliver the specified temperature at outlet by maintaining the element temperature & pressure drop within the safe limits. Heating elements can be fixed to heater flange by means of standoff sleeve pipes with brazing or by direct welding or by means of threaded couplings. Heat duty of a bundle can be divided in to many sub groups (banks) based on process conditions. This will help in better control as flexibility in the operation.
Temperature Sensors: The Heater bundle will have Element skin temperature sensor for monitoring and regulating the Element skin temperature within the limits. The Unit may also need additional sensors such as Tube sheet Temperature Sensor, Terminal Box Sensor, vessel Body temperature sensor and process fluid Temperature sensors based on case to case. The Sensors used for the system will be certified in accordance with the area of installation. The Temperature sensors are Typically RTD or Thermocouple. A simple heater bundle can also be controlled using Thermostat protection for skin & process temperature. If the Operation pressure is High, It is recommended to have a PSV (Pressure safety Valve) installed within the Heater Vessel as an additional safety measure.
Control Panel: Heater controls Panel are designed to monitor & control the operations of the heater bundle also to ensure the safety of the equipment and operations. The control logic can be either ON/OFF (contactor) or regulated (Thyristor) or combination of both in a single panel. The control panels can be installed in both safe area & hazardous area by following respective design guidelines & certification requirements. The Control Panels are provided with various indication systems such as Power ON, Heater ON OFF, Trip, High Temperature etc for comfortable handling of the process. The Temperatures of Elements, Process fluid & other areas (with sensors) are displayed on the Panel for better monitoring & awareness. Control Panel will also have safety interlocks such as high element temperature, Earth fault, process over temperature etc along with Emergency stop access for the safe operation and control.

Advantages

  • Heaters can be used for quick heating of small volume storages as well as for heating large volumes with longer operational hours
  • Widely used for heating high viscous fluids ( Bitumen, HFO etc) and reduce the viscosity before pumping out
  • Environment-friendly design. No hazardous gas/smoke/ emission from the system.
  • Precision Temperature control
  • Can be accommodated in small footprints.
  • Custom designed to meet specifications.
  • Highly energy efficient and provide maximum dielectric strength.
  • Compatible with standard industry piping and safety standards.
  • Reliable design.
  • Easy to operate and maintenance-friendly.
  • Energy Saving.
  • No need to drain the tank for any repair/replacements in case of indirect Immersion Heaters.
  • Heating Elements: Mineral filled insulated Heating Elements or Tubular heating Elements with Ni-Cr (80-20) as heating Coil and suitable outer sheaths.
  • Protections & control: Element Skin Temperature Control, Process Temperature Control, Earth Leakage Protection Overload Current Protection, Temperature Class Protection ( for Hazardous area only)


Application

  • At large Storage Tanks for preheating of thick fluids.
  • Oil Heating (crude, Thermic fluids, and other Process fluids etc in storage tanks).
  • Water heating applications & vaporizer System.
  • For reducing the viscosity of the fluid and make it suitable for pumping out.
  • Steam Boilers.
  • Oil cooling systems & compression packages
  • Edible oil heating for food industries.

Additional Information:

Payment Terms : T/T

Packaging Details : Wooden Box Case

Delivery Time : 6-8 Weeks

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Customer Training Services

Do you seek professional assistance for customer training requirements? Do you have some products that need professional help for explaining their operations and upkeep? If the answer is yes than it is good to contact us. Ours is a professionally managed firm, involved in providing customer training services to the clients as per their schedule and budget. We have a team of qualified professionals well-versed with the technicalities of different products. For getting professional assistance or any kind of discussion; feel free to contact us.

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Fiber Bragg Grating Sensor

  • Operating Temperature 0 to 50°C (Electronics)
  • Temperature Measuring Range -20°C -250°C /-20°C -450°C/ -20°C -650°C
  • Maximum No. of Channels 4
  • Power Supply 100-230 V AC, 50-60 Hz
  • Communication Interface USB 2.0, RJ45, RS485
  • Feature Intrinsically safe operation
  • No.of FBGs per channel 1(Min.), 20(Max.)
  • Length of grating 10-15 mm
  • Sensor Cable Length Upto 500 m
  • Fiber type SMF 28e
  • Fiber Connector FC/APC
  • Interrogator size :(LxWxH) 260x160x92 mm
  • Storage temperature -20 to 70°C

Fiber Bragg Grating (FBG) works as distributed Bragg reflector (DBR) build on an optical fiber with the help of periodic variation in the refractive index of the single-mode fiber core. When light is passed through the FBG it will reflect a certain wavelength of light and transmits all other. When temperature or strain around Grating changes, shift in reflected wavelength is observed.

Applications

  • Hydro Power Plant Monitoring.
  • Aerospace industries.
  • Medical Industry.
  • Petrol and Gas Exploration.
  • Structural Health Monitoring.
  • Tunnels and Pipelines Monitoring


Key Features:

  • Multiplexing capability.
  • Single and multipoint sensing.
  • Immunity to electromagnetic and RF interference.
  • Intrinsically safe operation.
  • Small and lightweight.
  • High sensitivity and long-term reliability.


Accessories:

  • Software : BRAGGVIS
  • Operation Manual
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Raman Optical Fiber Distributed Temperature Sensor

  • Power 3PIN (GND, NC, 12V)
  • Working Temperature -10 to +50°C
  • Maximum no. of channels 4
  • Power supply 100 - 230 V AC, 50 - 60 Hz
  • Sensing Fiber Multi mode fiber
  • Feature Intrinsically Safe Operation
  • Sensing Range 10 km
  • Measurement Time 1 Sec per Channel
  • Temperature Accuracy ±2°C @ 10 km, 6s
  • Temperature Resolution 0.1°C
  • Sampling Resolution 0.4 m
  • Spatial Resolution 2 m
  • Position Accuracy ±1 m
  • Sensing Temperature Range -20 to 120°C standard cable
  • Storage Temperature -40 to +70°C
  • Relative Humidity 5 to 90%
  • Power Consumption 15 w
  • Fiber Type 62.5 /125 /900 um MMF
  • Fiber Length 1000±10mm
  • Fiber Color White
  • Fiber Connector FC/APC
  • Outputs RS485 (Modbus) / RJ45(UDP/TCP-IP)

Optical fiber distributed temperature sensor enable to monitor of continuous temperature profile along the length of a fiber. Fiber itself is used as a sensing material. Distributed temperature sensing (DTS) can provide thousands of temperature measurements over a long distance, a few kilometers. Our DTS system works on the principle of Raman light scattering combined with OTDR (optical time domain reflectometry).

  • Applications
  • Linear temperature sensing along pipelines and tunnels.
  • Fire prevention.
  • Leakage detection in oil and gas pipelines.
  • Conveyor belt monitoring.
  • Power tranmission lines.
  • Transformer winding temperature measurement.
  • Reactor skin temperature monitoring.

Key Features :

  • Intrinsically Safe.
  • Fiber Sensor.
  • Linear Monitoring.
  • Chemically Stable.


Key Features :

  • Software: DTSVIS
  • Operation Manual
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Conveyor Mesh Belt Furnace

Electric Conveyor mesh belt type furnaces are used for continuous heating purpose of large quantities of goods. Conveyor belt continuously rotate through the furnace electrically which poses the temperature (250°C to 1200 ºC). Material to be heated is kept at one end on belt which passes through the furnace.

Key Features

  • Continuous heating purpose of large quantities of goods. Material to be heated is kept on Conveyor belt which continuously rotate through the furnace.
  • Maximum temperature (ambient to 1150°C). The furnace is designed to operate with hydrogen atmosphere, cracked ammonia atmosphere, nitrogen and argon atmosphere.
  • Specially designed corrugated muffles (metallic) are used to withstand thermal expansion for certain processes. Metallic muffles may be of stainless steel or high nickel and chromium based alloys.
  • Energy efficient, Improve productivity and excellent repeatable heat treatment.
  • A variable speed drive unit with widely adjustable belt speeds allows the treatment of different thicknesses of materials and grades with varying temperature-time requirements.
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Fluorescence Based Fiber Optic Temperature Sensor

  • Temperature Range -40°C to 260°C
  • Temperature Accuracy ±1°C
  • Temperature Resolution 0.1°C
  • No of Channels 1 to 16 Channels (Optional)
  • Temperature Unit °C/°F
  • Response Frequency 2 Second per channel (Depend on probes position)
  • Standards MODBUS (IEC 61850 Customizable)

Key Features :

  • Precise monitoring operation detecting temperature trends in the transformer.
  • Predict hazards.
  • Effectively regulate loads.
  • Prolong life expectancy of transformers.
  • Optimize design level and manufacturing quality.
  • Guarantee to safely transfer loads under
  • Unpredicted condition.
  • Cooling system automatically engage to ensure
  • No damage occurs to the transformers insulating properties.
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Thermocouple Extension And Compensating Cables

The assistance of our sophisticated packaging system and skilled personnel, we are able to meet the standard as well as customized packaging requirements of the clients with ease. Located at Udaipur(India), we are reckoned for providing excellent array of products throughout the country.

Features:

  • Excellent electrical conductivity
  • High grade PVC insulation
  • Superb heat bearing capacity
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SSPRT Semi Standard Platinum Resistance Thermometer

77,000 /Piece Get Latest Price
  • Temperature Range -200 °C to 670°C
  • Standard DIN 43760, IEC 60751
  • Resistance at 0°C 100 ±1Ω
  • Stability 0.01°C
  • Temperature Coefficient 0.00385 Ω/ Ω/°C
  • Sheath Material Inconel 600
  • Drift ±30m°C at 0°C after 100 hours at 660°C
  • Dimension (6.0 mm X 450 mm)
  • Extension Leads 1.5m Teflon Insulated Copper Cable
  • Short Term Stability 0.01°C
  • Handle Dimension 15 mm (OD) X 100 mm( L)
  • Calibration 5 Fixed Point Calibration

SSPRT provides an affordable alternative for precision temperature measurement and calibration in labs & fields. Metal Sheathed Semi Standard Platinum Resistance Thermometer is widely used as a reference to calibrate various temperature probes, particularly in secondary calibration laboratories. SSPRT is constructed with a 6 mm outer diameter metal sheath of high durability. Inside the sheath, the sensing element is protected to shield the sensor from contamination by free-floating metal ions found within the metal environment at high temperatures. The electrical configuration is a four-wire current potential hookup to eliminate the effect of lead wire resistance. A special powder mixture is filled into the sensor capsule to support the element wire to protect the element from mechanical shocks. The element is housed in a special protective Assembly to ensure minimum drift over long term use.

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Heating Skid Systems

Fuel Gas Heater Skids are sub-assembly of a complete fuel gas conditioning system or fuel gas filtration package skids. The heating systems are used to preheat the fuel gas to the desired temperature at a specified pressure and flow rate, prior to feeding to the actual process or further circulations.
The specially designed Fuel gas heating skids helps to monitor, regulate the gas flow with multiple safety features for the trouble-free and risk-free operation. The system is designed considering the incoming gas properties along environmental conditions to achieve the desired outlet flow conditions.
The skids are generally used for preheating the gas above its dew point, prior to feeding into the other equipment such as Gas operated turbines, generators or other process applications. The system can also be used for superheating the gas for other industrial applications.

ConstructionEach fuel gas heater skid is custom made design to suit respective process specifications. A typical Fuel gas heater skid system consists of:-

  • Electric Heater Bundle
  • Pressure Vessel or housing for the heater bundle
  • Control panel for the heater operation control
  • Temperature sensors such as RTDs, Thermocouples, Temperature transmitters
  • Pressure safety valve
  • Valves for flow control
  • Power & Instrument Wiring
  • Skid base for easy installation at site
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Heat Resistant Cables

  • Conductor Multistrand, Bare Copper , Nickel Plated Copper , Silver Plated Copper & T inned Plated Copper
  • Core Insulation Polymide T ape / Double Fiber Glass Insulation with High Temp Varnish
  • Construction Twisted
  • Outer Sheath Fiber Glass Insulation with High T emp. V arnish
  • Overall Braiding Stainless Steel Wire
  • Operating T emp. 400°C

With us, clients can stay assured for the premium quality of the offerings as we keep them in healthy conditions. For this, we have developed a large storage unit. Catering to the customers' needs with excellence, we are engaged in offering high quality lot of Heat Resistant Cables.

Features:

  • Excellent electrical conductivity
  • High grade PVC insulation
  • Superb heat bearing capacity

HF-101


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HF-201


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HF-301


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HF-401


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HS-101


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HS-201


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Laboratory And Industrial Ovens

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.

Standard Features

  • Capacity – 4 Liter to 14000 Liters
  • Temperature uniformity throughout the chamber with forced air convection
  • Temperature range up to 500ºC
  • Digital PID temperature controller
  • Safety controller for over-temperature protection
  • Tubular Heaters/Nichrome are used as a heating element inside the oven for better uniformity
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Bottom Loading Industrial Furnace

  • Maximum Temperature 1200 /1400°C/1600°C/1800°C
  • Insulation Multiple Layers of High Temperature Fiber Insulation Boards Ensure Minimum Heat Loss
  • Bottom Lifting Arrangement Bottom Lifting Plate Fitted with Dc Motor Ensures Smooth Lifting & Lowering

Industrial Bottom Loading Furnace is suitable for 1600°C as well as 1800°C application. The Industrial Bottom Loading Furnace is a kind of user friendly operating system that comes with smooth bottom lifting arrangement.
The Industrial Bottom Loading is widely used for firing and sintering of advanced ceramics and high temperature glass melting application. Industrial Bottom Loading Furnace offers high temperature accuracy in a range of ±1°C

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Control & Power Cables

All thanks to our smart inventory management owing to which safe and quick deliveries are furnished by us. As we promise to offer quality approved products to the clients, we make use of only high-grade raw materials selected from one of the best sources present in the market.

Features:

  • Excellent electrical conductivity
  • High grade PVC insulation
  • Superb heat bearing capacity
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Instrumentation Signal Cable

  • Conductor Solid, Multistrand, Electrolytic Grade Conductor, Bare Copper , NPC, SPC, TPC As per IS 8130:84
  • Insulation Extruded FEP Insulated
  • Construction Twisted / Flat
  • Outer Jacket Extruded FEP Insulated
  • Outer Braiding Stainless Steel Wire
  • Operating Temp 200°C

Using only quality raw materials, our entire range of products is manufactured. We make sure that the raw materials we use are thoroughly checked against varied quality parameters. All thanks to our smart inventory management owing to which safe and quick deliveries are furnished by us.

 

Features:

  • Excellent electrical conductivity
  • High grade PVC insulation
  • Superb heat bearing capacity

IP-101


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IP-201


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IPE-101


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ITF-101


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ITF-201


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ITF-301


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CALsys-80/50 High Stability Bath

2.99 Lakh /Piece Get Latest Price
  • Min. Order (MOQ) 1 Piece(s)
  • Volume 9 Ltr.
  • Operating Temperature 20 to 25°C
  • Power Requirement 230 VAC, 2.0 KW
  • Dimensions 630 (W) x 1200(H) x 500 (D)mm
  • Temperature Range -80 to 50°C
  • Stability ±0.04°C at -80°C, ±0.07°C at 0°C, ±0.05°C at 50°C
  • Uniformity ±0.05°C at -80°C, ±0.09°C at 0°C, ±0.07°C at 50°C
  • Temperature Resolution 0.1°C
  • Time to Reach Min. Temp 2 Hrs
  • Medium Methanol
  • Controlling Sensor PT100
  • Access Opening 105 x 105 mm
  • Depth 200 mm
  • Method of control Digital self tuned PID Controller
  • Emissivity 0.95 ±0.01
  • Computer Interface RS - 232
  • Instrument Weight 100 Kg

CALsys -80/50 is a Highly Stable Stirred Liquid Bath for Calibration RTD / Thermocouple and also for compensation of cold junction. CALsys -80/50 offers the temperature range of -80 to 50°C. It has large tank which is filled with liquid Methanol. The liquid is heated or cooled to the desired temperature. It has better stability & uniformity than dry block bath and as it uses of stirred liquid. This CALsys -80/50 is built using CFC free refrigerants.

Key Features:

  • Large Immersion Depths
  • High Accuracy
  • High Stability and Uniformity
  • Wide Temperature Range
  • PC Interface
  • Simple to use and Cost effective


Accessories:

  • Reference Standard PRT.Part No. TPRT-A-300
  • NABL accredited calibration certificate - 3 point.
  • Software - Cal Soft including for setting bath temperature and monitoring the PV. Graphical representations of PV/TIME with 2 hours data logging.
  • Operational Manual.

Additional Information:

Payment Terms : T/T

Delivery Time : 6-8 Weeks

Download


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Specification

Temp. Range -80 to 50oC
Stability ±0.04oC at -80oC (Methanol)
±0.07oC at 0oC (Methanol)
±0.05oC at 50oC (Water)
Uniformity ±0.05oC at -80oC
±0.09oC at 0oC
±0.07oC at 50oC
Temperature Resolution 0.1°C
Time to Reach Min. Temp. 2 Hrs
Medium Methanol
Controlling Sensor PT-100
Volume 9 Ltr.
Access Opening 100 x 130 mm
Depth 200 mm
`Method of control Digital self tuned PID Controller
Computer Interface RS - 232
Operating Temperature 20 to 25oC
Power Requirement 230 VAC, 2.0 KW
Dimensions 750 x 850 x 650 mm
Weight 80 Kgs.
(Large depth available on custom built model)





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CALsys-80/50-Autocal Automatic Liquid Calibration Bath

  • Volume 9 Ltr.
  • Operating Temperature 20 to 25°C
  • Power Requirement 230 VAC, 2.0 KW
  • Dimensions 630 (W) x 1200(H) x 500 (D)mm
  • Temp Range -80 to 50°C
  • Stability ±0.04°C at -80°C, ±0.07°C at 0°C, ±0.05°C at 50°C
  • Uniformity ±0.05°C at -80°C, ±0.09°C at 0°C, ±0.07°C at 50°C
  • Temperature Resolution 0.1°C
  • Time to Reach Min. Temp 2 Hrs
  • Medium Methanol
  • Controlling Sensor PT100
  • Access Opening 105 x 105 mm
  • Depth 200 mm
  • Method of control Digital self tuned PID Controller
  • Emissivity 0.95 ±0.01
  • Computer Interface RS - 232
  • Instrument Weight 100 Kg
  • Data Logging Data Logging facility with logged data export to the computer through LAN port (Optional USB)
  • Standard CE Certified

CALsys -80/50 Autocal is an automatic calibration system for  RTD / Thermocouple and also for compensation of cold junction. CALsys -80/50 offers a temperature range of -80 to 50°C. It has large tank which is filled with liquid Methanol. The liquid is heated or cooled to the desired temperature. It has better stability & uniformity than dry block bath and as it uses of stirred liquid.The system consist of a Temperature bath and PC Software, which together contribute to the whole cycle of the auto-calibration process.The system accepts 4 channels, 4 thermocouples or RTDs. The connection for these channels through special type off locking connectors. The channel configuration can be done with LCD display via touch screen keypad. The thermocouple microvolt & RTD ohm reading for each channel is monitored with CJC compensation. After the calibration PC software generates a report of actual calibrated values for the inputs.

Key Features:

  • Large Immersion Depths
  • High Accuracy
  • High Stability and Uniformity
  • Wide Temperature Range
  • PC Interface
  • Simple to use and Cost-effective
  • Four channels(one master and three test sensors ), high-quality universal LEMO connector suitable both for T/C (J, K, N T, R, S, B type) and Rtd.
  • Software for data recording Manual Mode and Test Certificate generation in Auto Mode


Accessories:

  • Reference Standard PRT.Part No. TPRT-A-300
  • NABL accredited calibration certificate - 3 point.
  • Software - Cal Soft including for setting bath temperature and monitoring the PV. Graphical representations of PV/TIME with 2 hours data logging.
  • Operational Manual.

 

Input: Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C and Rtd.

Software: The calibrator will be provided with software for data recording (Manual Mode) and report generation in Auto Mode.

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CALsys -35/200 Autocal Automatic Liquid Calibration Bath

  • Resolution 0.01°C
  • Volume 6 Ltr
  • Power Requirement 230 VAC, 2 KW (50 Hz)
  • Dimensions 540(H) x 220(W) x 620(D)mm
  • Weight 65 Kg
  • Temperature Range -35 to 200°C
  • Stability ±0.01°C at -35°C, ±0.03°C at 0°C, ±0.04°C at 200°C
  • Uniformity ±0.03°C at -35°C, ±0.05°C at 0°C, ±0.07°C at 200°C
  • Cooling Time 60 min (room temperature to -35°C )
  • Access Opening 105 (L) x 105 (W) mm
  • Immersion Depth 150 mm
  • Method of control Digital Self Tuned PID Controller
  • Computer Interface RS - 232
  • Calibration Accredited calibration certificate provided
  • Environmental operating conditions 0°C to 40°C, 0% to 90% RH (non-condensing)
  • Specifications valid in environmental conditions 13°C … 25°C

CALsys -35/200 Autocal is a Highly Stable Stirred Liquid Bath for Calibration RTD / Thermocouple and also for compensation of cold junction.
CALsys -35/200 Autocal offers a temperature range of -35 to 200°C. It has a large tank that is filled with liquid (Water+Methanol/Silicon Oil). The liquid is heated or cooled to the desired temperature, where Methanol+Water are used for Negative Temperature and Silicon Oil is for Heating purpose.It has better stability & uniformity than dry block bath and as it uses of stirred liquid. This CALsys -35/200 is built using CFC-free refrigerants.
The CALsys -35/200 Autocal is an automatic temperature of the calibration system for thermocouples and RTDs. The system consists of Temperature bath PC software, which together contributes to the whole cycle of the auto-calibration process. The system accepts 4 channels, 4 thermocouples, 4 RTDs.The channel configuration can be done with an LCD display via a touch screen keypad. The thermocouple microvolt & RTD ohm reading for each channel is monitored with CJC compensation. After the calibration process is complete the PC software generates a report of actual calibrated values for inputs.

Key Features:

  • High Accuracy
  • High Stability and Uniformity
  • Wide Temperature Range
  • PC Interfacing
  • Simple to Use and Cost-Effective


Accessories:

Standard Accessories

  • Reference Standard PRT…Part No.TPRT-A-300
  • NABL accredited calibration certificate - 3 point
  • Software - Including for setting bath temperature and monitoring the PV. Graphical representations of PV/TIME.
  • Operational Manual


Optional Accessories

  • Methanol.10 Ltr. No.(3050-M)
  • Silicon Oil.10L Part No.C200S-LB SO

Input (CaLsys -35/200 Autocal): Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C and Rtd.
Software (CaLsys -35/200 Autocal): The calibrator will be provided with software for data recording (Manual Mode) and report generation in Auto Mode.
Data Logging (CaLsys -35/200 Autocal): Data Logging facility with logged data export to the computer through  LAN port (Optional USB)

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CALsys -40/50 High Stability Bath

1.50 Lakh /Piece Get Latest Price
  • Min. Order (MOQ) 1 Piece(s)
  • Accuracy ±0.5 °C
  • Volume 9 Ltr
  • Operating Temperature 20 to 25°C
  • Power Requirement 230 VAC, 2.0 KW
  • Dimensions 410(W) x 702(H) x 603(D) mm
  • Standard CE Certified
  • Temperature Range -40 to 50°C
  • Stability ±0.04 at -40°C, ±0.07 at 0°C, ±0.05 at 50°C
  • Uniformity ±0.05 at -40°C, ±0.09 at 0°C, ±0.07 at 50°C In stock Part Code: CALsys -40/50 ₹150, 000.00
  • Temperature Resolution 0.1°C
  • Cooling Time 60 Min ( room temperature to -40°C )
  • Medium Methanol
  • Controlling Sensor PT-100
  • Access Opening 105 x 105 mm
  • Depth 150 mm
  • Method of control Digital Self Tuned PID Controller
  • Computer Interface RS - 232
  • Instrument Weight 41 Kg(without packing)

CALsys -40/50 is a Highly Stable Stirred Liquid Bath for Calibration RTD / Thermocouple and also for compensation of cold junction.
CALsys -40/50 offers the temperature range of -40 to 50°C. It has large tank which is filled with liquid Methanol. The liquid is heated or cooled to the desired temperature. It has better stability & uniformity than dry block bath and as it uses of stirred liquid.
This CALsys -40/50 is built using CFC-free refrigerants.

Key Features:

  • Large Immersion Depths
  • High Accuracy
  • High Stability and Uniformity
  • Wide Temperature Range
  • PC Interface
  • Simple to use and Cost-effective


Accessories:

  • Reference Standard PRT.Part No. TPRT-A-300 NABL accredited calibration certificate - 3 point.
  • Software - Cal Soft including for setting bath temperature and monitoring the PV. Graphical representations of PV/TIME with 2 hours data logging.
  • Operational Manual.

Additional Information:

Payment Terms : T/T

Delivery Time : 6-8 Weeks

Download


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Specification

Temp. Range 40 to 50oC
Stability ±0.04oC at -40oC (Methanol)
±0.07oC at 0oC (Methanol)
±0.05oC at 50oC (Water)
Uniformity ±0.05oC at -40oC
±0.09oC at 0oC
±0.07oC at 50oC
Temperature Resolution 0.1oC
Time to Reach Min. Temp. 1.5 Hrs
Medium Methanol
Controlling Sensor PT-100
Volume 3 Ltr.
Access Opening 90 x 90 mm
Depth 150 mm
Method of control Digital self tuned PID Controller
Computer Interface RS - 232
Operating Temperature 20 to 25oC
Power Requirement 230 VAC, 2.0 KW
Dimensions 500 x 350 x 450 mm(Approx.)
Weight 40 Kgs.
(Large depth available on custom built model)





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CALsys -35/200 High Stability Bath

2.25 Lakh /Piece Get Latest Price
  • Min. Order (MOQ) 1 Piece(s)
  • Resolution 0.01°C
  • Volume 6 Ltr
  • Power Requirement 230 VAC, 2 KW (50 Hz)
  • Dimensions 540(H) x 220(W) x 620(D)mm
  • Weight 65 Kg
  • Temperature Range -35 to 200°C
  • Stability ±0.01°C at -35°C, ±0.05°C at-0°C, ±0.04°C at 200°C
  • Uniformity ±0.03°C at -35°C, ±0.06°C at 0°C, ±0.07°C at 200°C
  • Cooling Time 60 min (room temperature to -35°C )
  • Access Opening 105 (L) x 105 (W) mm
  • Immersion Depth 150 mm
  • Method of control Digital Self Tuned PID Controller
  • Computer Interface RS - 232
  • Calibration Accredited calibration certificate provided
  • Environmental operating conditions 0°C to 40°C, 0% to 90% RH (non-condensing)
  • Specifications valid in environmental conditions 13°C … 25°C
  • Input (CaLsys -35/200 Autocal) Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C

CALsys -35/200 is a Highly Stable Stirred Liquid Bath for Calibration RTD / Thermocouple and also for compensation of cold junction.
CALsys -35/200 offers the temperature range of -35 to 200°C. It has large tank which is filled with liquid (Water+Methanol/Silicon Oil). The liquid is heated or cooled to the desired temperature, where Methanol+Water are used for Negative Temperature and Silicon Oil is for Heating purpose.
It has better stability & uniformity than dry block bath and as it uses of stirred liquid. This CALsys -35/200 is built using CFC-free refrigerants.

Key Features:

  • High Accuracy
  • High Stability and Uniformity
  • Wide Temperature Range
  • PC Interfacing
  • Simple to Use and Cost-Effective


Accessories
Standard Accessories

  • Reference Standard PRT…Part No.TPRT-A-300
  • NABL accredited calibration certificate - 3 point
  • Software - Including for setting bath temperature and monitoring the PV. Graphical representations of PV/TIME.
  • Operational Manual


Optional Accessories

  • Methanol.10 Ltr. No.(3050-M)
  • Silicon Oil.10L Part No.C200S-LB SO

 

Input (CaLsys -35/200 Autocal): Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C and Rtd.

Software (CaLsys -35/200 Autocal): The calibrator will be provided with software for data recording (Manual Mode) and report generation in Auto Mode.

Data Logging (CaLsys -35/200 Autocal): Data Logging facility with logged data export to the computer through  LAN port (Optional USB)

Additional Information:

Payment Terms : T/T

Delivery Time : 6-8 Weeks

Download


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Specification

Temp Range 35 to 200oC
Stability ±0.01oC at -35oC (Methanol)
±0.05oC at-0oC (Methanol)
±0.04oC at 200oC (Silicon Oil)
Uniformity ±0.03oC at -35oC
±0.07oC at 0oC
±0.07oC at 200oC
Temperature Resolution 0.01oC
Time to Reach Max Temp 1.5 Hrs
Medium Cooling Methanol + Water
Medium Heating Silicon Oil
Controlling Sensor PT-100
Volume 7 Ltr.
Access Opening 157(L) x 142(W)
Depth 127 mm
Method of Control Digital self tuned PID Controller
Computer Interface RS - 232
Operating Temperature 20 to 25oC
Wetted Part SS-304
Power Requirement 230 VAC, 2.0 KW
Dimensions 540(L) x 220(W) x 620(H)mm
Weight Approx 41 Kg




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CALsys -30/110 Low Temperature Dry Block Calibrator

1.95 Lakh /Piece Get Latest Price
  • Temperature Range -30 to 110 °C
  • Stability ±0.04°C at -30°C, ±0.06°C at 0°C, ±0.07°C at 110°C
  • Uniformity ±0.05°C at -30°C, ±0.07°C at 0°C, ±0.08°C at 110°C
  • Standard CE Standard construction
  • Temperature Resolution 0.1°C
  • Time to Reach Min. Temp 10/20 Mins
  • Controlling Sensor Precision PRT
  • Fixed Insert Construction 1 hole of 8mm and 2 hole of 6.5mm with 120mm length
  • Method of control Self Tuned PID Controller
  • Computer Interface RS - 232
  • Operating Temperature 20 to 25°C
  • Power Requirement 230 VAC, 500W
  • Dimensions 380(H) x 170(W) x 188(D) mm
  • Instrument Weight 11.70 Kg

The calibrator controller uses a precision RTD as a controlling sensor and controls the well temperature with thermoelectric cooler. To obtain and maintain a required temperature the controller varies the power to the heater via solid-state relay. There is one electricity driven fan which is situated under the heating chamber for cooling the heater. The dry block calibrator was designed for portability, moderate cost and ease of operation.
This dry block furnace is based on thermo electric cooling circuitry. This model provides an special design isothermal enclosure (Aluminium block) in which the thermocouple/RTD can be calibrated against the temperature of the calibrator.

Key Features:

  • Wide Operating Range (-30 to110°C)
  • High Stability
  • PC Interfacing
  • Simple to use and cost effective
  • Portability
  • Low temperature calibration facility upto -30°C
  • Conveniently handle and calibration
  • Light Weight


Accessories:

  • NABL accredited calibration certificate - 3 point
  • Software - cal soft including for setting bath temperature and monitoring the PV. graphical representations of PV/time with 2 hours data logging.
  • Operational manual
  • Carry case
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Panel Hopper Heater

  • Max. Operating Temperature 200°C
  • Maximum watt density 3 w/in2
  • Maximum supply voltages 415 V

The PH Hopper Heating Module is a rugged design, the high-performance heating surface of the hopper. The Marathon hopper heater are self-contained heaters whose designed provide heat outputs up to 3 watt/squire inch, with a maximum circuit size of 4500watts depending on the application, the design of the hopper heater is such that it distributes heat over its entire surface. The  PH module is according to customer requirements of surface heating area and application. The heater is offered in multiple designs, each one includes a heater element made of Inconel/Nichrome/SS. The heater element which provides multiple flow paths for electrical current to pass. This design eliminates the burnout chances common with series wire-based design.

Construction

  • Parallel circuit high-temperature alloy heating element.
  • Temperature-rated insulation- Mica and glass wool.
  • Aluminum/Aluminized steel protective enclosure and its cover with mounting channel attachment.
  • High temperature insulated lead wire for connection


Hopper Heating Modules for Power PlantsConveying coal/oil (other material) from stockpiles to boiler during winter months is a well-documented nightmare for plant operators. Identical conveying problems exist within the mining industry as coal is moved around the mine site.  Coal stored outdoors on the stockpile or delivered by unit train or barges picks up moisture from rain and snow. When this wet or frozen coal is conveyed, it inevitably comes into contact with the plate steel of the various hoppers and chutes within the coal handling system. During winter, this plate steel is below freezing for extended periods. When wet or frozen coal encounters steel at sub-freezing temperatures an instantaneous bond is formed. This bond causes immediate and often catastrophic blockage of the hopper and chutes. The bond and resultant blockage are so severe that often pneumatic drilling equipment and explosives are required to free up the system. This problem, known as  Flash Freezing, is extremely inconvenient and very costly. Several cases are documented where utility and industrial boilers have been shut down due to blocked conveying systems.

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Mineral Insulated Thermocouples

We can be contacted for customized packaging solutions. Besides the standard packs, we can sort items in desired quantity and pack them accordingly. Our packaging is premium. We understand that the use of finest grade raw material brings forth high quality product line. In addition to this, we make sure that the material is sourced from the reliable places only.

 

Details : High accurate Mineral Insulated Thermocouples for variety of application Type J, K, T, E, N Element size (MI) 3, 4.5, 6, 8, 10 (mm) Other Sizes on request Protection Sheath M SS321, SS316, SS310, INCONEL 600, 601, Platinum, Pyrosil, Nimonic, HRS 446 etc. Configuration Simplex / Duplex / Multipoints Special As per ASTM E235 for nuclear application

Specification

Type Names of Materials Application Range
J Iron (+)
Constantan (-)
-40 to 750oC
K Chromel (+)
Alumel (-)
-200 to 1200oC
T Copper (+)
Constantan (-)
-200 to 350oC
E Chromel (+)
Constant (-)
-200 to 900oC
N Nicorsil (+)
Nisil (-)
-200 to 1200oC





E Type Thermocouple


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J Type Thermocouple


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K Type Thermocouple


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N Type Thermocouple


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T Type Thermocouple


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CALsys 250 High Accuracy Liquid Bath

62,500 /Piece Get Latest Price
  • Min. Order (MOQ) 1 Piece(s)
  • Operating Temperature 20 to 25°C
  • Power Requirement 230 VAC, 1.0 KW
  • Dimensions 360(H) x 185(W) x 285(D) mm
  • Volume 900 ml
  • Standard CE Certified
  • Temperature Range 50 to 250°C
  • Temperature Resolution 0.1°C
  • Stability ±0.015°C at 50°C, ±0.025°C at 150°C, ±0.05°C at 250°C
  • Uniformity ±0.02°C at 50°C, ±0.04°C at 150°C, ±0.06°C at 250°C
  • Controlling Sensor Precision PRT (PT-100)
  • Method of Control Digital Self Tuned PID Controller
  • Time to Reach Min. Temp 2 Hrs
  • Medium of Heating Silicon Oil
  • Controlling Sensor PT-100
  • Time to Reach Max Temp 30 Mins
  • Computer Interface RS - 232
  • Access Opening 90 mm Dia
  • Depth 140 mm
  • Removable Insert Construction 6 holes of 15 mm Dia
  • Instrument Weight 12 Kg (without packing)
  • Wetted Parts Aluminium

Provide superior thermal environment for probe immersion as no air gap exist between the probe and the medium Thermal coupling is therefore much better than the alternatives described, and the stirring results in very even heat distribution throughout the medium. Methanol is used for temperature below 0°C, water from 0 to 80°C and silicon oil for upto 250°C. We have seven types of liquid baths given below.
CALsys 250 calibration bath is a highly stable standard stirred liquid bath for calibrating RTDs / Thermocouples and other temperature sensors in the laboratory. The temperature of the bath is set and controlled by a self-tuned PID controller with automatic super fine adjustment. The unique feature is portability with very high stability and uniformity.
The medium used in the bath is silicon oil.

Key Features:

  • Large Immersion Depths
  • Wide Operating Range (50 to 250°C)
  • High Stability and Uniformity
  • PC interfacing
  • Simple to use and cost-effective
  • Portability


Accessories:

  • Silicon Oil. Part No.C300S-LB-SO
  • NABL accredited calibration certificate - 3 point.
  • Software - Cal Soft including for setting bath temperature and monitoring the PV. Graphical representations of PV/TIME with 2 hours data logging.
  • Operational Manual.

Additional Information:

Payment Terms : T/T

Delivery Time : 4-6 Weeks

Download


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Specification

Temperature Range 50 to 250oC
Temperature Resolution 0.1oC
Stability ±0.015oC at 50oC
±0.025oC at 150oC
±0.05oC at 250oC
Uniformity ±0.02oC at 50oC
±0.04oC at 150oC
±0.08oC at 250o
Controlling Sensor Precision PRT (PT-100z)
Method of Control Digital self tuned PID Controlle
Medium of Heating Silicon Oil
Time to Reach Max Temp 30 Mins
Computer Interfac RS - 232
Operating Temperature 20 to 45oC
Power Requirement 230 VAC, 1.0 KW
Dimensions 360(H) x 185(W) x 285(D) mm
Access Opening 90 mm Dia
Depth 140 mm
Removable Insert Construction 6 holes of 15 mm Dia
Weight Approx 12 Kg
Volume 900 ml
Wetted Parts Aluminium
Large depth available on custom built model




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RTD’s With Thermowell/Protection Tubes

To maintain availability of products all year round and escape the issue of stock-out, we have established a state-of-the-art warehousing building and incorporated it with the latest inventory control system. High-quality and certified inputs are used for the production of our finished goods. We, as a trusted name, only select the certified vendors for procuring quality raw materials.

 

Type : Pt 100, 200, 500, 1000 etc.

 

Element size (MI) :  Wire wound ceramic encapsulated, Wire wound glass encapsulated Thin, film ceramic encapsulated

 

Connection : 2, 3, 4, wire

 

Accuracy :  Class A, B, ?, 1/3, 1/5, 1/10, DIN

 

Protection Sheath : SS304, SS321, SS316, SS310, Inconel 600/800, HRS 446, Hastalloy, Monel etc.

 

Configuration :  Simplex/Duplex/Others

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FASTCAL 3000 High Temperature Black Body Source

  • Ambient Temperature 0°C to 50°C
  • Power 230 VAC ±10°C 50Hz (Three phase/Two Phase/Single Phase)
  • Dimension 1700mm(H) x 900mm(W) x 1200mm(D)
  • Weight 300 Kg
  • Wavelength 1000 nm or 1600 nm (Pyrometer)
  • Cavity Temp. Accuracy ± 0.25 % of set temperature ±1°C
  • Temperature Stability ±1°C
  • Emissivity 0.995 ±0.005
  • Standard CE Certified
  • Cavity Closed end graphite tube Length -292mm Heated Length - 127mm
  • Heating Aperture/Cavity Diameter Graphite tube with argon gas purge diameter 25mm
  • Purge Gas Dry Argon gas flow with 7-10 LPM
  • Heating Time Approx 5 Minute from ambient to 3000°C
  • Controlling Sensor Pyrometer
  • Method of Control PID controller Eurotherm make(Option - HMI & Data Logging)
  • Remote Controller Set Point control and temperature monitoring by RS-232/Rs-485

FastCAL 3000 is a high-temperature blackbody source with a capacity to produce high temperature using high emissivity emitter(graphite tube) and at the same time stabilize at the required temperature within a few minutes.
It is mainly used to calibrate non-contact temperature sensors. Step change in temperature is achievable within seconds. The graphite tube has an emitter diameter of 25mm (1.00") and emissivity of +0.995 ±0.005. Target temperature is sensed by a noncontact temperature sensor/Pyrometer which gives feedback to PID controller to regulate the cavity temperature precisely to the desired set points. Remote set point is achieved via RS-232 C communication port.
All safety features to protect equipment and operator are easily accessible.

Key Features:

  • Water flow failure
  • Increase in water temperature
  • Argon gas flow failure
  • Over current
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Thermocouple Cable

  • Min. Order (MOQ) 300 Meter
  • Voltage Grade 300/500V
  • Conductor Solid, Multistranded Thermocouple Grade, Materials as per ASTM E230 / 77 & IEC5843
  • Insulation PTFE Insulation
  • Construction Twisted
  • Operating Temp. 260°C
  • Limits of Error According to ASTM E230 / 77
  • Color Code According to ANSI MC 96.1

Features :

  • Max. Temp. upto 260ºC
  • Excellent Heat Resistant
  • Outstanding Insulating Properties
  • Good Thermal Stability
  • Flame Retardant
  • Passes JSS 51034 Flame Test


Available Options :

  • Metal braiding 
  • Fibreglass braided
  • Polymide Insulated
  • Special Color Code
  • Calibration Test Repot

Additional Information:

Payment Terms : T/T

Packaging Details : Drums(wooden, plastic)

Delivery Time : 4-6 Weeks

Construction Details And Dimensions

Cable Size No. Of Strands Stranddiameter (mm) Area Of Conductor2(Mm) Bare Conductor Dia.(mm) Formation Cabledimension (mm)(max.) Cable Wt. (APPROX.) (gm/meter)
T101 7 0.122 0.08 0.36 Twisted 1.8 4
T102 7 0.152 0.12 0.45 Twisted 2.2 4.2
T103 7 0.2 0.22 0.57 Twisted 2.4 6.8
T104 7 0.274 0.42 0.81 Twisted 3.4 12.5
T105 3 0.711 1.2 1.39 Twisted 4.2 35
T106 7 0.16 0.14 0.48 Twisted 2.1 6
T107 1 0.51 0.2 0.51 Twisted 2.2 7
T108 7 0.274 0.45 0.82 Twisted 2.8 14
T109 1 0.81 0.5 0.81 Twisted 3 15
T110 7 0.3 0.5 0.9 Twisted 3.1 15
T111 1 1.02 0.81 1.02 Twisted 3.3 23
T112 14 0.3 1 1.26 Twisted 3.8 26
T113 1 1.29 1.3 1.29 Twisted 4.6 40
T114 19 0.3 1.3 1.52 Twisted 4.8 40
T115 40 0.2 1.25 1.42 Twisted 4.7 35
T116 21 0.3 1.5 1.55 Twisted 4.9 45
T117 1 1.788 2.5 1.788 Twisted 5.4 65
T118 56 0.3 4 2.53 Twisted 6.6 95

T-101


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T-201


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T-401


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T-501


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T-601


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T-701


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Insulated Sleeves

We are backed by a reliable team of packaging professionals and modern facility that aid us completely for furnishing standard as well as tailored packaging requirements of the patrons. Owing to our sound quality system, we are capable of carrying out strict quality analysis of the product basket.

Features:

  • Excellent electrical conductivity
  • High grade PVC insulation
  • Superb heat bearing capacity
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Protection Tubes

Make payment securely with a payment option you are comfortable with. We accept payment through offline as well as online modes. We make sure proper documentation is done. Based in Udaipur(India), our organization is involved for years in supplying the finest grade of Protection Tubes in the industry.

 

Details : Type KER 710(C-799) Open Ended, Close Ended Lenth 350, 530, 600, 650, 740, 900, 1030, 1200, 1430 mm etc. OD x ID 6x4, 8x5, 10x6, 12x8, 15x10, 20x15, 24x18mm etc. Insulating Tubes 2/4/6 Holes etc. OD 1.5, 2.8, 3.5, 5.5, 8.5 etc.

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Compression Fittings

  • Size 0-10cm, 10-20cm
  • Type Compression Fittings
  • Material Brass
  • Diameter 0-25mm
  • Application Gas Fittings, Oil Fittings
  • Thickness 0-20mm, 20-40mm

We allow our patrons to make payment through a variety of methods. We are comfortable with patrons making payment through online or offline mediums that are legal and trusted. Ours is the known organization deeply ingrained in the Udaipur(India) and make sure to reach any destination with ease.

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Precision Pipe Fittings

Owing to our reliable transportation amenities, we are capable to deliver the placed orders within the given timeframe and at the right place. We are supported by such storage facility that provides protection from diverse damaging factors such as dust, moisture, rain, sunlight, etc. Also, we maintain complete hygiene inside the unit.

 

Details : Material AISI SS316, SS304 , SS303, Carbon Steel, Brass Thread NPT, BS

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Metal Flanges

All thanks to our smart inventory management owing to which safe and quick deliveries are furnished by us. We have an association with respected vendors from whom we source the raw inputs at very affordable charges. Additionally, the inputs are stringently checked before procurement.

 

Details : Material AISI SS304, SS316, SS316L, Carbon Steel, Cast Iron etc Size 1/2" to 4" & Others Rating 150# to 2500# etc.

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Calibration Consultancy Services

With 40+ years of industry experience, we have been operating as a single window solution provider for all sorts of calibration needs. We are based in Udaipur (Rajasthan, India) and serving different industry verticals. The company has its own stable calibration furnaces, measuring instruments and master sensors traceable to international standards. Besides, our associates coordinate with clients and provide solutions as per their needs and budget. Our service charges are reasonable. Clients can contact us anytime for further discussion.

Unique Advantages :

  • One of the best Labs in India equipped with various type of calibration furnaces and measuring instruments.
  • Fixed point cells calibration.
  • One of the best B.M.C.
  • NABL Accreditation
  • Provide on-site calibration
  • Prompt and Fast Services
  • Covers wide range -196oC to 2700oC with NABL Certificate.
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