Thermocouple Manufacturer in India - Ajmer Thermotech Pvt. Ltd.

Handheld Thermocouple

adminONGOING — Sat, 11 Oct 2025 06:04:39 +0000

Model: R15

Handheld Thermocouple

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Digital Autotune PID Controllers

adminONGOING — Wed, 11 Jun 2025 18:39:49 +0000

Model : PD1

Digital Autotune PID Controllers

Model PD1 – Digital Autotune PID Controllers

Overview
PID (Proportional–Integral–Derivative) controllers are fundamental instruments used in industrial automation to maintain desired process conditions such as Temperature, pressure, or flow rate. By continuously comparing a setpoint to the process variable and applying corrective actions, PID controllers ensure optimal system performance with minimal manual intervention.

Working Principle
A PID controller calculates the deviation (error) between a desired setpoint and a measured process variable. It applies corrective output based on three components:

Proportional (P): Immediate response to the current error
Integral (I): Correction based on accumulated past errors
Derivative (D): Predictive correction based on the rate of error change

This tri-action logic enables the controller to stabilize the process efficiently and accurately. The autotune function automatically adjusts PID parameters to suit the system’s dynamics, minimizing overshoot and improving stability.

Key Features

Control Outputs:
- Servomotor
- On/Off Relay
- 4 to 20 mA Analog Output
Profile Control:
- Programmable 16-segment Ramp-Soak profile for complex Temperature/time operations
Alarm Outputs:
- Up to 2 alarms
- 230 VAC, 3 Amp relay contacts
Fuzzy Logic & Autotuning:
- Advanced fuzzy logic-based PID algorithm for adaptive and self-correcting performance
- Automatic tuning of PID parameters ensures easy setup and optimum response
Universal Input Compatibility:
- Thermocouple (e.g., K, J, T, etc.)
- RTD (PT-100)
- Analog (4 to 20 mA)
Available Sizes:
- 48 × 48 mm
- 48 × 96 mm
- 96 × 48 mm
- 96 × 96 mm
Additional Features:
- Remote Set Point (RSP) functionality
- Retransmission Output for signal duplication
- Serial Communication: RS-485 / RS-232 for SCADA or PLC integration

Applications

Temperature control in furnaces, ovens, and heating systems
Flow and pressure regulation in industrial processes
Automation in plastic, packaging, and chemical industries
Systems requiring ramp-soak programming and adaptive tuning

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Optical Pyrometers

adminONGOING — Wed, 11 Jun 2025 18:38:39 +0000

Model : OP

Optical Pyrometers

Overview
Optical Pyrometers are non-contact Temperature measuring instruments designed for high-Temperature applications. Utilizing the principles of visible light intensity emitted by hot objects, these pyrometers offer precise Temperature readings without requiring physical contact. They are ideal for environments where conventional sensors cannot withstand the heat or access is limited.

Working Principle
Optical pyrometers work on the principle of thermal radiation. They compare the brightness of the object to a calibrated filament inside the device. When the brightness of the filament matches that of the target, the corresponding Temperature is read from the calibrated scale. This method is particularly effective for measuring Temperatures of incandescent materials like molten metals or heated surfaces in furnaces.

Key Features

Wide Temperature Ranges:
- Available in two variants:
  - 700–2000°C
  - 700–3500°C
Dual Measuring Ranges:
- Each instrument includes two selectable Temperature ranges
High Responsiveness:
- Fast response time with a highly sensitive optical system
Portable Design:
- Lightweight and compact for ease of use in the field
Power Efficient:
- Operates on two standard 1.5V dry cell batteries

Applications

Steel and metallurgical industries
Foundries and forge shops
Furnace Temperature measurements
High-Temperature research and development
Any application requiring non-contact Temperature monitoring in extreme conditions

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Scanner/Multi Channel Indicator

adminONGOING — Wed, 11 Jun 2025 18:37:16 +0000

Model : MCS

Scanner/Multi Channel Indicator

Model MCS – Scanner / Multi-Channel Indicator

Overview
The Model MCS is a high-performance scanner and multi-channel indicator designed for precise Temperature and process monitoring across multiple input points. Built for versatility and reliability, it supports various sensor types including thermocouples, RTDs, voltage/current inputs, and two-wire transmitters. With its modular and programmable input architecture, the MCS is an ideal solution for complex industrial environments requiring accurate, scalable, and centralized Temperature or process data acquisition.

Key Features

Modular & Programmable Inputs: Supports field-selectable input types including thermocouples, RTDs, voltage, and current signals, ensuring compatibility across applications.
Independent Channel Configuration: Each channel can be individually configured with specific input specifications, digital filtering, and adjustment parameters.
High Accuracy Measurement: Equipped with advanced hardware that reduces Temperature drift and inter-channel interference, maintaining a multi-channel measurement accuracy of ±0.2% of full scale — comparable to that of single-channel instruments.
Compensation Capabilities: Offers precise compensation features such as ice-point, copper resistance, and thermostat compensation for thermocouple inputs, ensuring consistent performance.
Internal Calculation Functions: Supports arithmetic functions including addition, subtraction, and multiplication for advanced internal signal processing.
Retransmission Output: Provides up to two isolated retransmission outputs. Data from any input channel or cyclically from all channels can be routed to the OUTP port.
Flexible Display Control: Offers manual and automatic pilot display modes with adjustable pilot speeds for real-time monitoring.
Alarm & I/O Functions: Supports up to 7 on-off signal I/O points, which can function as alarm outputs or communication signals with host systems. Each input channel includes independently assignable high and low alarm thresholds.
Robust Communication: Delivers high-stability, multi-channel analog data to host computers with the ability to handle digital I/O remotely.
Quality Assurance: Certified to ISO 9001 and CE standards, with compliance to EMC requirements. The unit passes rigorous 4KV/5KHz burst anti-interference tests on both power and I/O terminals, ensuring durability in demanding industrial conditions.

Applications
Ideal for use in process industries, research labs, manufacturing lines, and anywhere multi-point Temperature or signal monitoring is essential. The MCS ensures reliable performance in control systems, furnace monitoring, environmental chambers, and automation systems.

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Jumbo Process Indicator

adminONGOING — Wed, 11 Jun 2025 18:36:45 +0000

Model : L2

Jumbo Process Indicator

Model L2 – Temperature Indicator (Jumbo Size)

Overview
The Model L2 Temperature Indicator is a large-display digital instrument designed for clear and accurate Temperature monitoring in industrial environments. Ideal for process plants, manufacturing floors, and distant visibility zones, the L2 features a jumbo-sized LED display for instant Temperature readouts, even from afar. Its rugged construction and high accuracy make it suitable for a wide range of applications where both visibility and precision are critical.

Key Features

Sensor Compatibility: Supports Thermocouple Types K and R (Type R optional), enabling use in both general-purpose and high-Temperature environments.
Display: Bright red 4-digit, 7-segment LED display available in 2-inch, 4-inch, or 6-inch sizes, ensuring excellent readability even in large halls or outdoors.
Accuracy: High measurement precision with an accuracy of ±0.25% of Full Scale Deflection (FSD).
Resolution: Offers fine resolution of 0.16°C for reliable Temperature assessment.
Sensor Break Protection: Built-in open sensor detection to alert users in case of sensor disconnection or failure.
Power Supply: Operates on standard 230V AC power, making it easy to integrate into most industrial setups.
Input Channel: Supports 1 input channel, ideal for focused Temperature monitoring in critical zones.
Mounting & Dimensions:
- Box Size: 300 × 300 × 70 mm
- Mounting Style: Suitable for both wall and panel mounting based on operational needs.

Applications
Perfect for use in industrial workshops, furnaces, ovens, heat treatment areas, and other large-space environments where quick, remote visibility of Temperature is essential. The Model L2’s jumbo display ensures operators can monitor critical Temperatures at a glance, promoting safety and Temperature Control.

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Temperature Indicator Jumbo Size

adminONGOING — Wed, 11 Jun 2025 18:35:28 +0000

Model : L1

Temperature Indicator Jumbo Size

Model L1 – Jumbo Process Indicator

Overview
The Model L1 Jumbo Process Indicator is a versatile and robust display unit engineered for monitoring various process parameters such as Temperature, humidity, voltage, and current in industrial environments. Designed to interface with multiple types of input signals including RTDs, thermocouples, and analog outputs from transmitters, the L1 provides precise and stable readings on a large, high-visibility LED display. Its durable construction and reliable performance make it ideal for control rooms, production floors, and outdoor process areas.

Working Principle
The instrument receives signals from RTDs, thermocouples, or analog current/voltage inputs. These inputs are processed through internal filters to eliminate noise or unwanted signals, ensuring accurate readings. A low thermal drift operational amplifier enhances long-term stability, and built-in cold junction compensation (CJC) ensures accurate thermocouple readings regardless of ambient conditions. The unit also supplies excitation voltage to external transmitters, making it a complete solution for process monitoring.

Key Features

Input Options:
- RTDs (PT-100)
- Current: 0/4–20 mA
- Voltage: 0/1–3/5 VDC
- Thermocouples (with cold junction compensation)
Accuracy: ±0.25% of Full Scale Deflection (FSD)
Input Configuration: Single or Dual Input support
Transmitter Power Supply: Built-in 5 VDC, 12 VDC, or 24 VDC supply for external transmitters
Display: 7-segment LED available in 2″ / 4″ / 6″ sizes for clear, distant visibility
Power Supply Options:
- 230 VAC
- 110 VAC
- 24 VDC ±15%
Working Environment:
- Operating Temperature: 0–50°C
- Relative Humidity: 35–85% RH
Enclosure: Sturdy metal case suitable for wall mounting
Display Color: Bright red for maximum visibility

Applications
The Model L1 is suitable for a wide range of industrial applications where real-time monitoring of process variables is essential. Typical usage includes power plants, manufacturing units, HVAC systems, chemical processing, and any environment requiring clear, large-format display of critical parameters.

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Head Mount Transmitter

adminONGOING — Wed, 11 Jun 2025 18:34:57 +0000

Model : HM

Head Mount Transmitter

HM – Head Mounted Transmitter

Overview
The Head Mounted Transmitter (HMT) is a compact, smart signal conditioning device designed to be installed directly into the connection head of a Temperature sensor. It is primarily used to convert RTD (Resistance Temperature Detector), Thermocouple (TC), resistance, or millivolt (mV) signals into a standard two-wire 4–20 mA analog output. This conversion allows reliable, noise-immune signal transmission over long distances, making the HMT an essential component in modern industrial Temperature measurement systems.

Working Principle
The transmitter receives a low-level signal from a Temperature sensor (RTD or thermocouple), amplifies and linearizes the signal, and then converts it into a stable 4–20 mA current signal. This signal can then be transmitted to a control room, PLC, or DCS for monitoring and control. The built-in cold junction compensation ensures accurate thermocouple readings, while PC-based configuration allows flexible setup and customization.

Key Features

Signal Conversion: Converts RTD, Thermocouple, resistance, or voltage inputs to 4–20 mA analog output
High Accuracy: ±0.1% Full Scale (FS) for precise measurement and control
Input Types Supported:
- 2 types of RTD input
- 8 types of Thermocouples (e.g., J, K, T, E, N, R, S, B)
Cold Junction Compensation: Built-in for accurate thermocouple performance
Smart Configuration: Setup and parameterization via PC software
Linear Measurement Options: Supports Temperature-linearity, resistance-linearity, and voltage-linearity
Alarm Functionality:
- Outputs 3.9 mA or 22 mA in case of sensor failure or open circuit
- Optional KH213 smart model for enhanced diagnostics
Saturation Current Range: 3.9 mA (low), 20.5 mA (high)
Temperature Range:
- Operating: -40°C to +85°C
- Storage: -40°C to +100°C
Compact Design: Easily fits into standard DIN connection heads (e.g., Form B)

Applications

Industrial Temperature Control
Power Plants and Utilities
Oil & Gas Refineries
Chemical & Petrochemical Plants
Pharmaceutical Manufacturing
Food & Beverage Processing
HVAC & Building Automation
OEM Equipment Integration

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Handheld Thermometer

adminONGOING — Wed, 11 Jun 2025 18:33:42 +0000

Model : HHT

Handheld Thermometer

Model HHT – Handheld Thermometer

Overview
The Handheld Thermometer (Model HHT) is a portable, digital Temperature measuring device designed for high precision and reliability. Engineered for versatility, it supports multiple input types and measurement units, making it ideal for a wide range of industrial, laboratory, and research applications. With a focus on user-friendly operation, long battery life, and accurate compensation methods, it delivers dependable Temperature readings in the field or at the bench.

Working Principle
The HHT operates by accepting input from compatible thermocouple (T/C) sensors. The Temperature at the sensing junction creates a millivolt signal that is amplified, converted, and displayed as a Temperature reading. The device offers built-in compensation algorithms to enhance measurement accuracy, including cold junction compensation. Its digital processing allows for additional statistical functions and selectable display formats, ensuring precision and flexibility for various measurement needs.

Key Features

High Accuracy & Fast Response:
- Delivers laboratory-grade precision for demanding applications
- Calibration options available for enhanced accuracy
Advanced Compensation Methods:
- 3 selectable compensation modes to optimize thermocouple accuracy
User-Friendly Interface:
- Simple front panel design for intuitive setup and operation
- Adjustable 6-digit display with readings in mV, K, °C, and °F
Statistical Measurement Functions:
- Supports multiple mathematical and statistical measurement modes
Long Battery Life:
- Operates on 3 × AAA batteries
- Auto-off function for power saving
- Up to 1500 working hours per battery cycle
Portable and Durable:
- Compact and rugged build for field and lab use

Applications

Precision Temperature measurement in production facilities
Scientific research environments requiring accurate portable data
Quality control labs and academic institutions
On-site diagnostics for thermal systems using thermocouple sensors

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Computerised Data Logging System

adminONGOING — Wed, 11 Jun 2025 18:32:49 +0000

Model : DLS

Computerised Data Logging System

DLS – Data Logging System (Data Logger / Data Recorder)

Overview
The Model DLS is a versatile and reliable Data Logging System designed to record, store, and analyze data over time using built-in or externally connected sensors and instruments. This system is ideally suited for applications requiring continuous monitoring of parameters such as Temperature, humidity, or process signals. With the ability to function autonomously 24/7, it provides an accurate and comprehensive record of environmental or process conditions, making it essential for industrial, laboratory, and environmental monitoring.

Key Features

Multi-Channel Configuration: Available in 8, 16, or 32-channel versions, supporting universal fixed-type inputs for flexibility across applications.
High-Capacity Storage: Each channel can store up to 3000 readings with a total memory capacity of 128 KB, ensuring long-term data retention.
Serial Communication: Equipped with RS-232 / RS-485 ports supporting Modbus and RTD protocols for easy integration into control systems and remote access.
Graphical Data Representation: Offers both historical graph and real-time online trend display for clear visualization of monitored data.
Direct Printing: Parallel Centronic port allows for instant hardcopy printing of data reports without needing a PC.
PC-Based Software: Includes dedicated Data Acquisition Software for streamlined configuration, monitoring, and report generation on a computer system.
Excel-Compatible Reporting: Logged data is stored in a 24-hour format and can be exported to Excel for custom analysis and reporting.
Database Management: Data is saved in segmented databases, making it easier to retrieve and organize large data sets.
System Requirements: Compatible with PCs running Windows 98/2000/XP. Minimum specs include:
- Pentium III or IV processor
- 128/256 MB RAM
- 5 GB hard disk
- One serial and one parallel port
- CD-ROM drive
- Color monitor with 800 x 600 resolution

Applications
Perfect for continuous monitoring and data acquisition in industries such as pharmaceuticals, HVAC, food processing, R&D labs, and manufacturing. The Model DLS ensures accuracy, traceability, and long-term insight into critical processes and environmental parameters.

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Compensating Cables

adminONGOING — Wed, 11 Jun 2025 18:31:46 +0000

Model : CA

Compensating Cables

Model CA – Compensating Cables

Overview
Compensating cables are essential components used in thermocouple-based Temperature measurement systems. Their primary role is to connect the thermocouple sensor to the measuring instrument while maintaining the accuracy of the thermoelectric signal. Unlike ordinary extension cables, compensating cables are made of specific alloy combinations that mimic the thermoelectric properties of the thermocouple, reducing measurement errors caused by signal degradation over long distances.

Working Principle
When a thermocouple generates a voltage corresponding to the Temperature difference between its junctions, the signal needs to be transmitted to a Temperature Controller, recorder, or display. Compensating cables ensure this transmission is done with minimal deviation or distortion. These cables are composed of conductors made from materials similar to or compatible with the thermocouple type (e.g., K, J, T, etc.), ensuring consistent signal transfer and maintaining calibration integrity throughout the transmission path.

Key Features

Reliable Signal Transmission: Specifically designed to match thermocouple types for accurate signal integrity.
Cable Configuration:
- Available in single pair or multi-pair configurations
- Options for armored or unarmored cables for enhanced durability
Conductor Sizes:
- 3/24 SWG
- 3/26 SWG
- 7/36 SWG
- 14/36 SWG
- Custom sizes available on request
Insulation Types:
- PVC/PVC – General purpose insulation
- Fiberglass/FG/SS (Shielded) – For high Temperature and rugged applications
- FG/FG/Asbestos – Excellent for extreme heat environments
- Teflon, Silicon Rubber, TRS – For superior chemical and thermal resistance
Heavy-Duty Construction: Built for harsh industrial settings with robust insulation and mechanical protection
Easy Availability: Standard and custom configurations available to meet specific application requirements

Applications

Industrial furnaces and kilns
Power plants
Steel and metal processing units
Chemical and petrochemical industries
Any application involving thermocouple-based Temperature monitoring requiring long-distance signal transmission

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Digital Temperature Controller

adminONGOING — Wed, 11 Jun 2025 18:30:37 +0000

Model : B1

Digital Temperature Controller

Overview
A Digital Temperature Controller is a precision instrument designed to monitor and regulate Temperature in various industrial and laboratory processes. It measures the Temperature through connected sensors and controls the heating or cooling mechanism to maintain the desired setpoint. These controllers are commonly used in processes where Temperature regulation is critical for performance, safety, or quality control.

Working Principle
The controller receives input from a Temperature sensor (e.g., thermocouple or RTD), compares the actual Temperature to the desired setpoint, and performs ON/OFF control actions. If the Temperature deviates from the setpoint, the controller triggers a relay to turn the heating or cooling device on or off. Some models also feature automatic sensor break detection and protection.

Key Features

Sensor Input Compatibility:
J, K, R, S, B type Thermocouples & RTD (Pt100) – optional
Display:
3½ Digit, 7 Segment Red LED for clear visibility
Accuracy:
±1% of Full Scale
Resolution:
- 1°C for general use
- 0.1°C for RTD input
Control Action:
Simple ON/OFF control logic for basic Temperature management
Sensor Break Protection:
Auto-switch ON/OFF with break indication (“Open”)
Power Supply:
180–230 V AC, 50/60 Hz
Temperature Setting:
Fine-tuning via adjustable setpoint
No. of Input Channels:
Single-channel input
Operating Environment:
Humidity range of 35% to 85% RH
Dimensions:
Compact 96 × 96 mm enclosure

Applications

Ovens and furnaces
Laboratory heating units
Process equipment
Food and beverage industry
Plastic molding and extrusion systems

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Non Linear Temperature Indicator

adminONGOING — Tue, 10 Jun 2025 19:29:45 +0000

Model : A2

Non Linear Temperature Indicator

A2 – Non-Linear Temperature Indicator

Overview
The A2 Non-Linear Temperature Indicator is designed for applications where sensor outputs are inherently non-linear. It provides accurate Temperature measurement for a wide range of thermocouples and RTDs, with built-in cold junction compensation and advanced sensor break diagnostics. This model is ideal for environments where precise interpretation of non-linear sensor behavior is essential.

Working Principle
This indicator accepts inputs from thermocouples (J, K, R, S, B) and RTDs. It incorporates a specialized algorithm to linearize non-linear sensor signals and displays the processed Temperature values on a bright 3½ digit red LED display. In the event of a sensor break, a distinctive fault indication appears, ensuring quick detection and troubleshooting.

Key Features

Sensor Input Compatibility: J, K, R, S, B Thermocouples and RTD (PT100) – Optional
Display: 3½ Digit, 7-Segment Red LED for sharp and clear Temperature display
Accuracy: ±0.5% of Full Scale
Resolution:
- 1°C for Thermocouples
- 0.1°C for RTD
Sensor Break Protection: Displays ‘1’ on the fourth digit, with other digits blanked, for quick fault detection
Cold Junction Compensation: Built-in, automatic compensation from 0°C to 70°C
Power Supply: 180 – 230 V AC, 50/60 Hz
Input Channels: Single-channel input
Enclosure Dimensions: 96 mm × 96 mm (Standard Panel Mount)

Applications

Industrial Temperature Monitoring
High-Accuracy Temperature Control
Power Plants and Furnaces
Research Laboratories
Manufacturing Equipment
OEM Instrument Panels

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Linear Temperature Indicator

adminONGOING — Tue, 10 Jun 2025 19:28:51 +0000

Model : A1

Linear Temperature Indicator

A1 – Linear Temperature Indicator

Overview
The A1 Linear Temperature Indicator is a compact and reliable digital instrument designed to provide accurate linear Temperature readings from a wide range of sensor inputs. Ideal for use in industrial processes, laboratories, and control panels, it offers clear digital readout, dependable performance, and robust construction for continuous Temperature monitoring.

Working Principle
The indicator receives input from thermocouples (J, K, R, S, B) or RTDs and displays the corresponding Temperature on a bright red LED display. It includes cold junction compensation for thermocouple inputs and automatically detects sensor disconnection (open sensor condition). The unit is designed to deliver linear output readings with stable performance under varying environmental conditions.

Key Features

Sensor Input Compatibility: J, K, R, S, B Thermocouples and RTD (PT100) – Optional
Display: 3½ Digit, 7-Segment Red LED for clear visibility
Accuracy: ±2°C
Resolution:
- 1°C for Thermocouples
- 0.1°C for RTD
Sensor Break Protection: Automatic open-sensor indication
Cold Junction Compensation: Built-in, 0°C to 70°C range
Power Supply: 180 – 230 V AC, 50/60 Hz
Input Channels: Single-channel input
Enclosure Dimensions: 72 mm × 144 mm (Panel Mount)

Applications

Temperature Monitoring Panels
OEM Equipment
Industrial Temperature Control
Laboratory Instrumentation
HVAC Systems
Packaging & Plastic Machinery

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Fluke Infrared Thermometer

adminONGOING — Tue, 10 Jun 2025 19:27:37 +0000

Model : IR3

Fluke Infrared Thermometer

IR3 – Fluke Infrared Thermometer

Overview
The IR3 Fluke Infrared Thermometer is a premium-grade, non-contact Temperature measuring instrument designed for high-precision industrial use. Known for its reliability, ruggedness, and ease of use, this infrared thermometer offers fast response time, high optical resolution, and advanced targeting capabilities. It is ideal for applications requiring accurate Temperature measurements from a safe distance in harsh or hard-to-reach environments.

Working Principle
The IR3 operates using infrared sensing technology. It detects the infrared energy emitted by a surface and converts it into a Temperature reading. The built-in laser pointer allows precise targeting, ensuring accurate measurement of the specific area under inspection. The ergonomic trigger mechanism initiates quick scanning and displays instant results on a digital screen.

Key Features

Brand Reliability: Manufactured by Fluke, a global leader in electronic test tools
Non-Contact Operation: Measures Temperature from a distance without physical contact
Wide Temperature Range: Suitable for both low and high Temperature applications (varies by model)
High Optical Resolution: Enables accurate readings from farther distances with smaller spot size
Built-in Laser Pointer: Enhances aiming accuracy for small targets
Fast Response Time: Delivers immediate Temperature feedback
Dual Display Modes: Switch between °C and °F based on user preference
Backlit LCD Display: Easy reading in low-light conditions
Data Hold Function: Freezes the displayed reading for convenience
Durable Design: Shock-resistant and built to withstand tough industrial environments

Applications

Electrical Inspections: Identify overheating cables, connectors, and switchgear
HVAC & Facility Maintenance: Diagnose heating/cooling inefficiencies or equipment faults
Automotive: Monitor engine, brake, and exhaust system Temperatures
Food Safety & Processing: Verify proper food Temperatures for storage and preparation
Manufacturing: Measure machinery surface Temperatures during production or maintenance
Energy Audits: Detect insulation leaks and thermal losses in buildings

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Low Temperature Thermometer

adminONGOING — Tue, 10 Jun 2025 19:26:49 +0000

Model : IR2

Low Temperature Thermometer

IR2 – Low Temperature Infrared Thermometer

Overview
The IR2 Low Temperature Infrared Thermometer is a compact, economical, and lightweight non-contact Temperature measuring device ideal for general-purpose low-Temperature applications. Designed for convenience and accuracy, it features a built-in laser pointer for easy targeting, dual °C/°F display modes, and real-time Temperature readings with MAX/MIN functionality. Its ease of use and portability make it a versatile tool across industrial, maintenance, and food safety settings.

Working Principle
The IR2 utilizes infrared sensing technology to detect and measure the surface Temperature of an object without physical contact. By pointing the built-in laser toward the target and pulling the trigger, the sensor captures infrared radiation and converts it into an electronic signal, which is instantly displayed on the LCD screen. Auto-switching resolution enhances readability based on Temperature range.

Key Features

Cost-Effective Design: Affordable solution for routine Temperature monitoring
Lightweight & Portable: Ideal for handheld use in diverse environments
Targeting: Built-in laser pointer for accurate measurement alignment
Display Mode: °C / °F switchable for global usability
Measurement Capabilities:
- MAX and MIN Temperature display
- Automatic resolution switching: 0.1 °C or 1 °C based on range
Optical Resolution: 1:8 distance-to-spot ratio

Applications

Food Preparation & Processing: Safe Temperature monitoring without contamination
Industrial Maintenance: Overheat checks on motors, bearings, and moving equipment
Manufacturing: Monitoring surface Temperatures during plastic molding, asphalt or rubber production
Printing & Screen Printing: Ensures consistent production conditions
General-Purpose Use: Suitable for any non-contact low-Temperature surface measurements

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