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THERMONIC SENSOR AND CONTROL
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Our Products

Our offered Product range includes Bayonet Thermocouple for Plastic Industry, Autoclave RTD Sensor, Butterfly Bolt Type Temperature Sensor, Temperature Transmitter and Skin Type Weldpad Temperature Sensor.

Bayonet Thermocouple For Plastic Industry

  • Temperature Range -50 To 600 °C
  • Tip Diameter 5 Mm
  • Tip Length 25 Mm
  • Slot Diameter 12.5 Mm
  • Slot Type Single Slot
Temperature Range -50 to 600 C Tip Dia : 5 mm & Length : 25 mm Slot 12.5 mm Id with singl slot Wire Length 0.5 mtr to 10 mtr Junction Grounded, Ungrounded
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Autoclave Rtd Sensor

  • Temperature Range -50 To 150 °C
  • Element Pt 100 (Simplex/Duplex)
  • Probe Diameter 6mm / 8mm (Optional)
  • Wire Insulation Silicon / Silicon
Element Pt 100 ( Simplex / Duplex ) Temperature Range -50 to 150 C Probe Dia 6 mm / 8 mmm (Optional) Wire Insulation Silicon / Silicon Wire Length 1 mtr to 10 mtr Sheath Material SS316L
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Butterfly Bolt Type Temperature Sensor

100 - 1,000 / Piece Get Latest Price
  • Brand Name THERMONIC
  • Material BRASS / SS
  • Number Of Flower Temperature Sensors
  • Country of Origin India
  • Accuracy A CLASS
  • Sensor Connection Wiring 2 Wire
  • Process Connection Type Adjustable Compression Fitting
  • Cable Length 2 M
  • Sensor Configuration Simplex
  • Butterfly Bolt thermocouplesare mostly available in a1/8 bsp and 1/4 bspbolt size,
  • Butterfly bolt thermocouples are a type of temperature sensor designed to measure the temperature ofmachinery, engines, and other equipment in which they are bolted directly onto a surface for contact temperature measurement.

Additional Information:

Delivery Time : 2 TO 3 DAYS

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Compression Spring Thermocouple

  • Temperature Range 35 To 600 °C
  • Tip Diameter 4 To 6 Mm
  • Tip Length 20 To 100 Mm
  • Slot Diameter 12.5 Mm
Temperature Range 35 to 600 C Tip Dia : 4 to 6 mm & Length : 20 to 100 mm Slot 12.5 mm Id with double slot Wire Length 0.5 mtr to 10 mtr
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Fusion Thermocouple

  • Temperature Range 0 To 400 °C
  • Wire Gauge 1/24, 1/22, 1/26, 7/36
  • Wire Insulation SS Braided, Teflon, Fiberglass
  • Wire Length 0.5 Mtr To 10 Mtr
Temperature Range 0 to 400 C Wire Gaug 1/24, 1/22, 1/26, 7/36 etc. Wire Insulation SS braided / Teflon / Fiberglass Wire Length 0.5 mtr to 10 mtr Junction Exposed
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Manifold Thermocouple

  • Temperature Range 35 To 600 °C
  • Tip Diameter 4 Mm
  • Tip Length 15 Mm
  • Wire Length 0.5 Mtr To 10 Mtr
  • Wire Insulation SS Braided, Teflon
Temperature Range 35 to 600 C Tip Dia : 4 mm & Length :15 mm Wire Length 0.5 mtr to 10 mtr Wire Insulation SS braded, Teflon, Fiberglass, Kapton Junction Grounded, Ungrounded
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Push-in Temperature Sensor

  • Usage Industrial Processes, Equipment Monitoring
  • Design Push-in
  • Installation Easy
  • Probe Shape Customizable
Push-in thermocouple sensors are a type of temperature sensor that can be pushed into a hole or opening in a material to measure its temperature using the thermocouple principle.Push-in thermocouple sensors are commonly used in industrial processes and equipment monitoring applications where direct contact with the material being measured is required.The push-in design allows for easy installation and removal of the sensor, and provides a secure and stable connection to the material being measured.The probe of the thermocouple sensor is typically made of a thermally conductive material such as stainless steel, Inconel, or other alloys to ensure accurate temperature measurement.The size and shape of the probe can be customized to fit the specific hole or opening in the material being measured.
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Skin Type Weldpad Temperature Sensor

  • Material Dissimilar Metal Wires
  • Accuracy Industry-standard
  • Usage Surface Temperature Measurement
  • Industry Manufacturing, Automotive, Aerospace
  • Design Small Size For Quick Response
Skin type thermocouple is a type of thermocouple probe that is designed to measure surface temperatures of a material. It is commonly used in industries such as manufacturing, automotive, and aerospace where surface temperature measurement is critical for quality control and safety purposes.The skin type thermocouple consists of two dissimilar metal wires joined together at the measuring end. When the measuring end is placed on a surface, it responds quickly to changes in temperature due to its small size and the materials used in its construction. The response time is typically faster than other types of thermocouples, making it ideal for applications where quick temperature measurement is required.
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Stick-On Magnetic Temperature Sensor

  • Temperature Range -70 To 260⁰C
  • Tape Material Kapton
  • Wire Length 0.5 Mtr To 10 Mtr
  • Junction Grounded, Ungrounded
Temperature Range (-70 to 260C ) Tape Material Kapton Wire Insulation Teflon & Kapton Wire Lenght 0.5 mtr to 10 mtr Junction Grounded, Ungrounded
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Bearing Temperature Sensor

  • Temperature Range 35 To 260 °C
  • Tip Length 5 To 15 Mm
  • Tip Diameter 3/4/5/6 Mm
  • Wire Length 0.5 Mtr To 10 Mtr
Temperature Range 35 to 260 C Tip Dia 3/4/5/6 mm Tip Length 5 to 15 mm Wire Length 0.5 mtr to 10 mtr Junction Grounded, Ungrounded
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Customize Pin Type Rtd Sensor

  • Temperature Range -50 To 500 °C
  • Element Pt 100 Simplex, Pt 100 Duplex
  • Tip Diameter 3 To 6 Mm
  • Tip Length 10 To 50 Mm
Element Pt 100 ( Simplex / Duplex ) Temperature Range -50 to 500 C Tip Dia : 3 to 6 mm, Length : 10 to 50 mm Connection Mounting Plate Wire Length 0.5 mtr to 10 mtr Material SS304, SS316
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Duplex Rtd Sensor With Transition Joint

  • Temperature Range -70 To 500 °C
  • Tip Diameter 4 To 12 Mm
  • Tip Length 20 To 500 Mm
  • Wire Insulation SS Braided, Teflon
Element Pt 100 ( Simplex / Duplex ) Temperature Range -70 to 500 C Tip Dia : 4 to 12 mm, Length : 20 to 500 mm Wire Insulation SS braided / Teflon / Fiberglass Wire Length 0.5 mtr to 10 mtr
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Flameproof Head Rtd Pt100 Temperature Sensor

  • Probe Diameter 5mm, 6mm
  • Probe Length 50mm To 5000mm
  • Thread Size 1/4 In BSP, 3/8 In BSP
  • Sheath Material SS304, SS316
Temperature Range -70 to 500C /0 to 600C /0 to 1200C Probe Dia 5, 6, 8, 10, 12 mm Probe Length 50 to 5000 mm Thread Size 1/4, 3/8, 1/2 & 3/4 In BSP and NPT Sheath Material SS304, SS316, S310, Inconel etc.
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Alternating Current Distribution Board Panel

  • Application AC Power Distribution
  • Feature Suitable For AC Power Management
  • Packaging Box
  • Size Standard Sizes Available
ACDB (Alternating Current Distribution Board) panel is an electrical distribution board used to control and distribute alternating current (AC) power in various applications. These panels have specific features that make them suitable for AC power management.
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APFC Panels

  • Rated Current 100 A, 3000 A
  • Frequency 50 HZ, 60 HZ
  • Power Factor Range 50 KVAR, 2000 KVAR
  • Capacitor Type Resin-filled, Gas-filled
Rated Operation Voltage 400 / 415 /475 / 440 V Frequency 50 60 HZ Rated Current 100 A To 3000 A Power Factore Range 50 To 2000 KVAR Capacitor Type Resinfilled / Gasfilled Number Of Capacitor Stages 1 To 76 Stages
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Auto Changeover Panels

  • Frequency 50 | 60 HZ
  • Rated Current Depending On Requirement
  • Protection Features Over Voltage, Under Voltage
  • Transfer Time Industry Standard
Rated Voltage 415 VAC, 3 -phase Frequency 50 60 HZ Busbar Material Aluminium / Copper Rated Current ( Depending On Requirement ) Protection Features Over Voltage, Under Voltage, Over-load, Short Circuit, Phase Reversal (Standard), Other Protection Features Available (Optional) Transfer Time
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Direct Current Distribution Board Panel

  • Application Industrial And Commercial Applications
  • Design Modular
  • Protection Features Prevents Overloads And Short Circuits
  • Durability Long-term
  • Maintenance Minimal
Our DCDB (Direct Current Distribution Board) Panel is designed to ensure safe, reliable, and efficient distribution of direct current in industrial and commercial applications. Engineered with precision, it provides superior protection for electrical systems, preventing overloads, short circuits, and potential equipment damage. The panel features a robust construction using high-quality materials to withstand demanding environments, ensuring long-term durability and minimal maintenance. Its modular design allows for easy installation, scalability, and seamless integration with existing power systems.
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Feeder Pillar

  • Frequency 50 | 60 HZ
  • Rated Current Depends On Requirement
  • Protection Features Over Voltage, Under Voltage
  • Metering Optional
Rated Voltage 415 VAC, 3 -phase Frequency 50 60 HZ Busbar Material Aluminium / Copper Rated Current ( Depending On Requirement ) Protection Features Over Voltage, Under Voltage, Over-load, Short Circuit, Phase Reversal (Standard), Other Protection Features Available (Optional) Metering Optional
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Flame Proof Motor Starter

  • Packaging Standard Packaging
  • Usage Control And Start Motors In Hazardous Environments
  • Design Specifically Designed For Hazardous Environments
  • Safety Features Incorporates Safety Features For Reliable Motor Control
Flameproof Motor Starter is specifically designed to provide safe and reliable motor control in hazardous environments. This motor starter combines the benefits of explosion-proof construction with efficient motor starting capabilities. Here are the key features and benefits of our Flameproof Motor Starter.
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Flame Proof VFD Variable Frequency Drive Control Panel

  • Application Efficient And Safe Control Of Electric Motors In Hazardous Environments
  • Packaging Standard Packaging
  • Technology Variable Frequency Drive (VFD)
  • Construction Explosion-proof Construction
Flameproof VFD (Variable Frequency Drive) Control Panel is specifically designed to provide efficient and safe control of electric motors in hazardous environments. This control panel combines the benefits of VFD technology with explosion-proof construction for enhanced performance and safety.
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Instrumentation Panel

  • Usage/Application Industrial Processes Monitoring And Control
  • Packaging Box
  • Size Standard Sizes Available
  • Power Consumption Varies Based On Model
An Instrumental Control Panel often referred to as an Instrumentation Control Panel or simply a Control Panel, is a centralized system designed to monitor, control, and manage industrial processes. It plays a critical role in various industries where precise control and monitoring of parameters such as pressure, temperature, flow, and levet are essential for efficient and safe operations.
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MCC Cum Manual Changeover Panels

  • Phase 3-phase
  • Frequency 50Hz, 60Hz
  • Rated Voltage 415 VAC
  • Busbar Material Aluminium, Copper
  • Rated Current Depends On Requirement
Rated Voltage 415 VAC, 3 -phase Frequency 50 60 HZ Busbar Material Aluminium / Copper Rated Current ( Depending On Requirement )
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PCC Panels

  • Frequency 50Hz, 60Hz
  • Number Of Feeder Depends On Requirement
  • Feeder Type Incoming Feeders
  • Protection Features Short Circuit, Over Voltage
Current Rating 100 A to 6300 A (Depending on the size of the panel ) Frequency 50 60 HZ Number Of Feeder ( Depending On Requirement ) Feeder Type Incoming Feeders, Outgoing Feeders Protection Features Short Circuit Protection, Over VOltage Protection, Undervoltage Protection, Ground Fault Protection (Optional) Enclouser Type Standard / Compartmental
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PLC Control Panels

  • Number Of 1/0 Points Varies Based On Model
  • Memory Varies Based On Model
  • Communication Ports Ethernet, RS-232, RS-485
  • Environmental Ratings Designed To Operate In Industrial Environments
Number Of 1/0 Points The Number Of Input And Out Put Signals That the PLC can handle. Scan Time The Amount Of Time It takes the PLC to readallofits inputs, execute its program, and up date all of its outputs. Memory The amount of memory that the PLC has for storing its program and data. Communication Ports The type and number of communication ports that the PLC has for connecting to other devices. Environmental Ratings The PLC's ability to with stand extreme temperatures, humidity, vibration, and other environmental hazards.
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Single Phase Submersible Digital Panel

  • Phase Single Phase
  • Color Black
  • Packaging Type Box
  • Control Type Digital
We offer a Single Phase Submersible Digital Panel in sleek black color, packaged securely in a box. Our digital control type ensures precise operation and easy monitoring. Ideal for manufacturers seeking efficient and reliable electrical solutions.
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Single Phase Submersible Panel

  • Material Metal
  • Packaging Type Carton Box
  • Dimensions Standard
  • Weight Varies
  • Output Type Relay
We are a leading manufacturer offering a Single Phase Submersible Panel made of high-quality metal. Our product comes in a convenient carton box packaging, with standard dimensions and varying weight options. The output type is relay, ensuring reliable performance. Ideal for various applications, our submersible panel is designed to meet your needs efficiently and effectively.
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Star Delta Control Panel

  • Phase 3-phase
  • Frequency 50 | 60 Hz
  • Busbar Material Aluminium, Copper
  • Rated Current Depending On Requirement
  • Protection Features MCB, MCCB, FUSE
Rated Voltage 415 VAC, 3 -phase, 50 Hz Frequency 50 60 HZ Busbar Material Aluminium / Coopper Rated Current ( Depending On Requirement ) Make Schnider / Siemence / ABB / L&T Protection Features MCB, MCCB, FUSE (Depending on Required Application )
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Ampere Meter

  • Application Industrial
  • Installation Panel Mount, DIN Rail
  • Dimensions Standard Dimensions
  • Packaging Box, Carton
We offer a high-quality Ampere Meter designed for industrial applications. Our panel-mount installation ensures easy integration into your systems. With standard dimensions, this meter fits seamlessly into your setup. Each meter is carefully packaged in a box for safe delivery. As a leading manufacturer, we provide reliable and accurate Ampere Meters to meet your industrial needs.
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Ampere- Volt- Frequency Meter

  • Application Measuring Frequency
  • Feature Auto Power-off
  • Packaging Box
  • Display LCD
  • Interface Buttons
We provide a high-quality Ampere-Volt-Frequency Meter designed for measuring frequency accurately. Our meter features an auto power-off function for energy efficiency and comes in a convenient box packaging. The LCD display ensures easy readability, while the user-friendly interface includes buttons for seamless operation. Ideal for manufacturers, this meter is a reliable tool for monitoring electrical parameters with precision.
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Din- Rail Panel Mount Timer

  • Packaging Type Box
  • Dimensions Standard Sizes
  • Weight Lightweight
  • Input Type Digital
We offer a DIN-Rail Panel Mount Timer in standard sizes, packaged in a convenient box. Our lightweight timer is designed for easy installation and operation. With digital input type, this product is ideal for manufacturers seeking reliable timing solutions. Enhance your industrial processes with our efficient and user-friendly timer. Upgrade your control systems with this high-quality DIN-Rail Panel Mount Timer today!
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Double Display Temperature Controller

  • Display Type Double
  • Mounting Type Panel Mount
  • Packaging Type Box
  • Application Industrial
We offer a Double Display Temperature Controller designed for industrial applications. Featuring a double display type and panel mount design, this controller comes packaged in a box for easy installation. Ideal for manufacturers, this temperature controller ensures precise temperature management for your industrial processes.
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Length Counter

  • Display Type LCD
  • Power Source Electric
  • Packaging Box
  • Dimensions Standard Dimensions
We offer a high-quality Length Counter with an LCD display for accurate measurements. Powered by electricity, this product comes in a convenient box packaging. Its standard dimensions make it suitable for various applications. As a manufacturer, we ensure top-notch quality and reliability in our products. Upgrade your measuring experience with our efficient Length Counter today!
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Process Indicator

  • Application Sterilization Monitoring
  • Size Various Sizes
  • Packaging Box
  • Design Printed Design
We offer a range of Process Indicators designed for Sterilization Monitoring in various sizes. Our indicators come in a box packaging with printed designs, making them easy to use and visually appealing. As a Manufacturer, we prioritize quality and reliability in our products to ensure accurate monitoring of sterilization processes. Choose our Process Indicators for efficient and effective sterilization monitoring in healthcare settings.
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Sequential Timer With Digital And LCD Display

  • Application Kitchen
  • Power Source Battery
  • Packaging Box
  • Alarm Sound Beep
We provide a high-quality Sequential Timer with Digital and LCD Display designed for kitchen applications. Powered by batteries, this timer comes in a convenient box packaging. The alarm sound is a simple beep, ensuring you never miss a timing again. Perfect for cooking, baking, and other time-sensitive tasks in the kitchen. Our Sequential Timer is a must-have for any home chef or professional cook. Stay organized and efficient with this user-friendly and reliable timer from our manufacturing team.
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Universal Timer

  • Display Type Digital
  • Packaging Box
  • Power Source Battery
  • Dimensions Various Sizes Available
  • Weight Lightweight
We provide a versatile Universal Timer with a digital display, packaged in a convenient box. Powered by batteries, our timers come in various sizes to suit your needs. Lightweight and easy to use, our timers are ideal for manufacturers seeking reliable timekeeping solutions.
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Ambient Ntc Sensor

  • Application HVAC Systems, industrial Equipment
  • Measurement Type Temperature
  • Environment Ambient
  • Resistance Change Decreases With Temperature Increase
  • Package Styles Surface-mount, through-hole, leaded
Ambient NTC temperature sensor is a type of NTC thermistor that is designed to measure the temperature of the surrounding environment or ambient temperature. Ambient temperature sensors are commonly used in HVAC systems, industrial equipment, and other applications where it is important to monitor the temperature of the air or other surrounding materials.The NTC thermistor used in an ambient temperature sensor typically has a resistance of 10, 000 ohms at 25C and its resistance decreases as the temperature increases. The change in resistance of the thermistor is measured using a Wheatstone bridge or other circuitry that is designed to convert the resistance change into a temperature measurement.Ambient temperature sensors are available in various package styles and sizes, including surface-mount, through-hole, and leaded packages. Some ambient temperature sensors may also include additional features such as built-in signal conditioning, digital interfaces, or other capabilities to simplify integration into a system.
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Digital Temperature Sensor Ds18b20

  • Communication Interface 1-Wire Digital
  • Resistance Moisture, Corrosion
  • Durability High
  • Reliability Long-term
  • Signal Transmission Noise-immune
The DS18B20 digital temperature sensor with stainless steel (SS) probe is designed for industrial-grade temperature monitoring where durability, accuracy, and long-term reliability are critical. The sensor offers a wide temperature measurement range of 55C to +125C with a typical accuracy of 0.5C, making it suitable for continuous operation in demanding industrial environments. The SS probe construction provides excellent resistance to moisture, corrosion, vibration, and mechanical stress, allowing the sensor to perform reliably in wet, humid, and harsh process conditions. Using a 1-Wire digital communication interface, the DS18B20 ensures noise-immune signal transmission and allows multiple sensors to be connected on a single data line, reducing wiring complexity in control panels and field installations.
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Ntc Thermistor Temperature Sensor

  • Application Temperature Monitoring
  • Resistance Change Decreases As Temperature Increases
  • Accuracy High Accuracy For Precise Temperature Control
  • Durability Designed To Withstand High Temperatures And Harsh Conditions
NTC (Negative Temperature Coefficient) sensors are essential components for achieving precise temperature control in fryers and coffee vending machines. These sensors are designed to monitor and regulate temperature, ensuring optimal performance, safety, and energy efficiency in these appliances. By exhibiting a decrease in resistance as the temperature increases, NTC sensors provide accurate and reliable temperature readings, which are crucial for maintaining the desired cooking and brewing conditions. In fryers, accurate temperature control is paramount to producing evenly cooked, high-quality food. NTC sensors help maintain the ideal frying temperature, preventing overheating and ensuring energy efficiency. Their durability allows them to withstand the high temperatures and harsh conditions typical in frying environments, making them a reliable choice for commercial kitchens.
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Fiberglass Thermocouple Wire

  • Application High-temperature Applications
  • Insulation Material Fiberglass
  • Packaging Standard Packaging
  • Strength High Strength
  • Durability High Durability
  • Resistance Heat And Corrosion Resistance
  • Wire Insulation Thickness Standard Thickness
Fiberglass is a type of reinforced plastic material made from glass fibers that are woven together to form a fabric-like material. Fiberglass is known for its strength, durability, and resistance to heat and corrosion. Fiberglass is used in a variety of applications, including in the production of boats, cars, aircraft, and industrial equipment.Fiberglass wire is a type of electrical wire that is coated with a layer of fiberglass insulation. Fiberglass wire is often used in high-temperature applications where other types of wire insulation, such as PVC or rubber, would not be suitable. The fiberglass insulation can withstand temperatures up to 400C (750F) and is highly resistant to heat and chemicals.
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SS Braided Thermocouple Wire

  • Length Varies
  • Application Thermocouples
  • Shape Round
  • Finish Smooth
  • Strength High Tensile Strength
We offer SS Braided Thermocouple Wire with varying lengths, ideal for thermocouple applications. The round shape and smooth finish ensure easy installation and reliable performance. With high tensile strength, our wire guarantees durability and long-lasting use. As a leading manufacturer, we provide top-quality products for your industrial needs.
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PVC/PVC Thermocouple Wire

  • Insulation Material PVC
  • Durability High Durability
  • Versatility Versatile
  • Affordability Affordable
  • Common Applications Residential And Commercial Electrical Wiring
PVC, or polyvinyl chloride, is a synthetic plastic material that is widely used in the production of various products, including pipes, wire insulation, flooring, and more. PVC is known for its durability, versatility, and affordability. PVC wire is a type of electrical wire that is coated with a layer of PVC insulation. PVC wire is one of the most common types of wire used in residential and commercial applications due to its low cost and easy availability. PVC wire is available in various sizes and colors, making it suitable for a wide range of electrical applications.
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Flanged Thermowell

  • Material SS304, SS316, SS316L
  • Class 150, 300, 600, 900
  • Shank Style Stepped, Straight, Tapered
  • Insertion Length To Suit Your Application
Flange Size 1" , 1.5" , 2" , 2.5" , 3" etc. Class 150, 300, 600, 900 etc. Shank Style Stepped / Straight / Tapered Material SS304, SS316, SS316L etc. Insertion Length To Suit Your Application Instrument Connection 1/2 NPT / 3/4 NPT ( F )
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Threaded Thermowell

  • Material SS304, SS316, SS316L
  • Female Thread 1/4 BSP/NPT, 3/8 BSP/NPT
  • Shank Style Stepped, Straight, Tapered
  • Insertion Length To Suit Your Application
Process Connection 1/2 BSP , 1/2 NPT , 3/4 BSP etc. Female Thread 1/4 , 3/8 , 1/2 , 3/4 BSP/NPT etc. Shank Style Stepped / Straight / Tapered Material SS304, SS316, SS316L etc. Insertion Length To Suit Your Application Probe Dia 10 / 12 / 14 / 16 etc.
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Weld-in Thermowell

  • Application Temperature Measurement In Industrial Processes
  • Thread Size 1/4 BSP/NPT, 3/8 BSP/NPT
  • Probe Diameter 10mm, 12mm, 14mm, 16mm
  • Insertion Length To Suit Your Application
Female Thread 1/4 , 3/8 , 1/2 , 3/4 BSP/NPT etc. Probe Dia 10 / 12 / 14 / 16 etc. Shank Style Stepped / Straight / Tapered Material SS304, SS316, SS316L etc. Insertion Length To Suit Your Application Bore Dia 6.5 mm , 8.5 mm , 10.5 mm
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Cooling Element For Pressure Measuring

  • Application Industrial
  • Compatibility Pressure Measuring Instruments
  • Additional Features Minimizes Impact Of Heat
Our Cooling Element for Pressure Measuring Instruments is engineered to deliver precise and reliable performance across industrial, commercial, and laboratory applications. Designed with advanced thermal management technology, this component minimizes the impact of heat on sensitive pressure measurement devices, ensuring consistent accuracy and long-term instrument reliability.
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Digital Pressure Transmitter With LED Display

  • Durability Industrial-grade With IP-rated Protection
  • Pressure Range Wide Range
  • Output Options 4-20 MA, 0-10 V Analog Signals
  • Temperature Compensation Reliable Under Fluctuating Thermal Conditions
  • Units Customizable
High Accuracy Measurement: Ensures stable and precise pressure monitoring with minimal error tolerance. LED Digital Display: Large, bright, and user-friendly readout for real-time pressure visualization. Compact & Rugged Design: Built for industrial-grade durability with IP-rated protection. Wide Pressure Range: Available in multiple measuring ranges to suit diverse applications. Output Options: 420 mA / 010 V analog signal outputs; optional digital communication interface. Temperature Compensation: Reliable performance even under fluctuating thermal conditions. Easy Installation: Compact form factor with threaded connection options. Customizable Units
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Flush Type Pressure Transmitter

  • Application Industrial Process Monitoring
  • Sensing Element High-Accuracy
  • Performance Consistent And Drift-Resistant
  • Signal Stabilization Rapid
  • Downtime Minimized
At the core of the device is a high-accuracy sensing element engineered to deliver consistent, drift-resistant performance even under dynamic process conditions. Operators benefit from rapid signal stabilization, minimized downtime, and a reliable data foundation for automation, analytics, and quality compliance. Combined with its rugged stainless-steel construction, corrosion resistance, and resilience against temperature fluctuations, the transmitter maintains its performance integrity in both harsh industrial setups and hygienic production lines. The installation profile is deliberately intuitive, reducing onboarding complexity and creating a plug-and-perform user experience that aligns with modern process automation strategies. The flush design supports CIP/SIP cleaning protocols, elevating hygiene standards while reducing maintenance cycles and unscheduled interventions. With flexible output options, wide pressure ranges.
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Pressure Transmitter

  • Packaging standard
  • Application Pressure Measurement In Critical Processes
  • Design Compact
  • Connection Threaded
  • Installation Easy
Pressure TransmitterOur pressure transmitter is a high-performance industrial pressure sensor designed to deliver accurate, stable, and reliable pressure measurement in critical processes. Built with durable stainless steel, it provides long-lasting performance, corrosion resistance, and dependable operation in demanding environments. This transmitter ensures seamless integration with process control systems and industrial automation solutions, making it ideal for applications where safety, precision, and efficiency are paramount. The device features a compact design, robust threaded process connection, and secure electrical interface for easy installation and maintenance. It supports accurate monitoring of gas, liquid, and steam pressure, helping industries reduce downtime and enhance operational reliability.
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Din Rail Mounted Temperature Transmitter

  • Application Industrial And Process Control Applications
  • Location Control Panel Or Enclosure
  • Sensor Types Thermocouples, RTDs
  • Standardization Standardized Electrical Signals
  • Space Requirement Limited Space Environments
A DIN rail mounted temperature transmitter is an industrial instrumentation device that is designed to be mounted on a standard DIN rail in a control panel or enclosure for temperature measurement and control applications. It typically converts temperature signals from temperature sensors, such as thermocouples or RTDs (Resistance Temperature Detectors), into standardized electrical signals, such as 4-20 mA, that can be transmitted to a control system or other monitoring and control devices.DIN rail mounted temperature transmitters are commonly used in industrial and process control applications where space is limited and a standardized method of mounting is required. DIN rails are a common standard for mounting industrial control components, and DIN rail mounted temperature transmitters provide a convenient and organized way of integrating temperature measurement into a larger control or monitoring system.
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Temperature Transmitter

  • Color Various Colors
  • Packaging Type Typically Comes In Standard Industrial Packaging
  • Application Converts Temperature Signals From Sensors Into Electrical Signals
  • Signal Output Standardized Electrical Signals
head-mounted temperature transmitter is a type of industrial instrumentation device that is used to convert temperature signals from temperature sensors, such as thermocouples or RTDs (Resistance Temperature Detectors), into standardized electrical signals, typically 4-20 mA, that can be transmitted to a control system, data logger, or other monitoring and control devices.A head-mounted temperature transmitter is typically designed to be mounted on a standard DIN rail or directly on the head of a temperature sensor, such as a thermocouple or RTD. It may have a compact, ruggedized design with a variety of features, including signal conditioning, amplification, linearization, and galvanic isolation, to ensure accurate and reliable temperature measurement and transmission.
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Miniature Thermocouple Connector

  • Application Industrial Furnaces
  • Signal Transmission Precise
  • Form Factor Compact
  • Ideal For Space-constrained Setups
  • Reliability High
The connector supports all standard thermocouple types, including Type K, J, T, E, and N, ensuring universal compatibility and precise signal transmission. Its compact form factor is ideal for space-constrained setups without compromising on reliability or performance. Whether youre working with industrial furnaces, process control systems, temperature calibration setups, or laboratory instrumentation, the Miniature Thermocouple Connector provides dependable performance and ease of integration. Its engineered for both low- and high-temperature environments, guaranteeing long-lasting accuracy and operational efficiency.
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