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Our company responds to a wide range of measurement needs, from handy thermometers to advanced measurement and control systems, as well as OEM equipment. This document includes numerous Q&A regarding infrared thermometers, such as "Can you confirm where the target is being measured?" and "Can measurements be taken through glass?" We invite you to read it. 【Contents (partial)】 ■ Please explain the measurement principle of infrared thermometers. ■ Please tell us about emissivity. ■ Can you confirm where the target is being measured? ■ Can measurements be taken through glass? ■ Is it possible to transfer data to a computer? *For more details, please refer to the PDF document or feel free to contact us.

We are pleased to provide you with a catalog digest of products handled by Reck Co., Ltd., including infrared thermometers, meter relays, and more. ≪List of Featured Products≫ ● Infrared Thermometers ・Fiber Optic Infrared Thermometer L-1000 ・Bicolor Infrared Thermometer L-2000 ・Fiber Optic Infrared Thermometer IGA ・Mirror Surface Material Temperature Measurement FL-8 ・Infrared Thermometer KTL-PRO/ZERO ・Fiber Optic Temperature Controller OPM/OPN ● Meters ・Analog Meter Relay

We are pleased to offer a catalog digest of products handled by Reck Co., Ltd., including infrared thermometers, meter relays, and more. ≪List of Featured Products≫ ● Infrared Thermometers ・Fiber Optic Infrared Thermometer L-1000 ・Bicolor Infrared Thermometer L-2000 ・Fiber Optic Infrared Thermometer IGA ・Mirror Surface Temperature Measurement FL-8 ・Infrared Thermometer KTL-PRO/ZERO ・Fiber Optic Temperature Controller OPM/OPN ● Meters ・Analog Type Meter Relay

This is an infrared radiation thermometer equipped with an alarm function that attempts to capture the temperature at that moment to the set value through easy operation. Changes through normal operation are of course possible, and you can directly register the set value (Alarm Hi) using the D.SET key, which is a characteristic feature of the L-1000. This frees you from the hassle of making changes. (The set value is protected in LOCK mode, excluding the beam function.) It can measure temperatures ranging from 140 to 3000°C in a series. 【Features】 ■ Temperature measurement through glass is possible ■ Capable of measuring temperatures from 140 to 3000°C in a series ■ Direct setting function to set the displayed value directly to the set value ■ Emissivity (emittance value) and Alarm Hi/Lo can be memorized in 10 patterns, and changes can be made by calling up patterns ■ Adopts auto-reset peak hold for easy temperature management on the production line ■ Uses high-brightness LED for the target beam lamp ■ External output: Analog output (4-20 mA, 0-10 V) is standard equipment; RS232C and Bluetooth are available as options ■ Temperature data acquisition and various setting changes are possible via RS232C and Bluetooth (optional)

Low-Cost High-Speed Infrared Radiation Thermometer. 【Features】 〇 IGA-C-E1 → 250 to 2000℃, 1 range IGA-C-ST2 → 200 to 3000℃ available in 4 series (200~700℃, 250~1200℃, 500~1600℃, 500~3000℃) *250 to 2000℃ is also selectable 〇 Measurement of minimum area φ0.2mm is possible (when selecting SH-7C-60) 〇 Analog output scaling is possible 〇 Variable sampling speed C-ST2: 0.01 to 1.00 sec can be set in 0.01 increments 0.005 to 0.500 sec (optional) is selectable C-E1: 0.05 to 5.00 sec can be set in 0.05 increments

Adopts high-output, large-diameter quartz optical fiber. Integration of the sensor head and optical fiber cable. Compact and space-saving. Easy-to-install sensor head. Capable of measuring temperatures from 200 to 1300°C or 600 to 1800°C in one range. Three types of sensor heads. The optical fiber method is resistant to high frequencies and noise. 【Features】 - Adopts high-output, large-diameter quartz optical fiber - Integration of the sensor head and optical fiber cable - Compact and space-saving - The core wire (optical fiber) is protected by Kevlar, making it robust - Easy-to-install sensor head - Capable of measuring temperatures from 200 to 1300°C/InGaAs or 600 to 1800°C/Si in one range - Sensor heads: No. 1 head measurement area φ5.4 mm / measurement distance 300 mm No. 2 head measurement area φ2.4 mm / measurement distance 150 mm No. 3 head measurement area φ22.8 mm / measurement distance 1000 mm - The optical fiber method is resistant to high frequencies and noise - Response time is variable from 0.01 to 1.00 sec - Maintenance-free due to the use of InGaAs and Si sensors

Compact non-contact infrared radiation thermometer that can measure through glass 【Features】 ○ Ultra-compact design achieved by integrating the sensor head and optical fiber, eliminating installation space issues ○ High-speed response time of 0.05 seconds ○ Built-in beam for easy target confirmation ○ Standard output of DC 4-20mA ○ Scalable with ZERO and SPAN adjustments ○ Resistant to electrical noise due to optical fiber design ○ Optional air purge available to protect the lens of the optical sensor head ○ Ideal for measuring through glass in vacuum heating furnaces and managing welding temperatures, as well as temperature control in high-frequency heating lines leveraging fast response capabilities

A high-speed response non-contact infrared radiation thermometer suitable for temperature measurement of small areas such as wires and chips. It features high-speed response and a 2-way peak hold function. 【Features】 ○ Fastest response time of 0.01 seconds ○ Measurement through glass is possible ○ KTL-PRO has a wide range of 200 to 2000℃ The KTL-PRO-04, which measures φ0.4, can measure from 300 to 2000℃ ○ Equipped with auto-reset peak hold in addition to standard peak hold Temperature management on the production line can be easily performed ○ Comes standard with temperature measurement software for Windows ○ Utilizes high-precision InGaAs for the sensor Achieves a maintenance-free structure ○ Can also be used as a portable radiation thermometer with an optional grip ○ Standard RS-232C conversion is equipped (cable is optional) Bluetooth can be selected as an option

High-speed response and high-precision infrared radiation thermometer suitable for measuring temperature in small areas, capable of measuring high temperatures from 500 to 3000°C (KTL-ZERO-A). 【Features】 - The temperature measurement range of KTL-ZERO-A, which can measure φ1, is 500 to 3000°C for high temperatures. The temperature measurement range of KTL-ZERO-B is 200 to 1200°C for low temperatures. - The temperature measurement range of KTL-ZERO-A-04, which can measure φ0.4, is 700 to 3000°C. The temperature measurement range of KTL-ZERO-B-04 is 300 to 1200°C. - Fast response time of 0.01 seconds. - Measurement through glass is possible. - ZERO and SPAN can be scaled arbitrarily. - Equipped with auto-reset peak hold in addition to normal peak hold, making temperature management on the line easy. - Standard equipped with three outputs: RS232C, 0-10V, and 4-20mA. - Bluetooth can be selected as an option. - Standard equipped with temperature measurement software for Windows.

By using two types of sensors, this thermometer has become less susceptible to the effects of visual obstructions, dust, smoke, etc., and it is also capable of measuring temperature through conventional glass. As a two-color thermometer, it achieves an ultra-fast response time of 0.05 seconds. It can measure a minimum area of φ0.2mm for micro-surface measurements and has a wide range of 600 to 2000°C. **Features** - Less susceptible to the effects of visual obstructions, dust, dirty windows, smoke, etc. - Achieves a fast response time of 0.05 seconds. - Capable of micro-surface measurements with a minimum area of φ0.2mm. - Wide range of 600 to 2000°C. - Of course, temperature measurement through glass is also possible.

A compact and lightweight non-contact thermometer equipped with a temperature display function. It measures temperatures from 40 to 1300°C using a light sensor, allowing for fast response. The display uses an organic EL panel, providing clarity. It has a built-in target beam that emits a beam of the same size as the measurement area. Thanks to the use of a large-diameter lens, it can stably measure small areas. Despite its rich features, the price is reasonable. It offers the reassurance of being Made in Japan and includes after-sales support. Features: ● Handheld-sized radiation thermometer with an integrated display ● Direct input for various settings ● Target beam with built-in high-brightness LED ● Fast response due to the use of a light response sensor ● Easy-to-read EL graphic display with simple settings ● Equipped with a tripod mount and installation screws, suitable for applications from experiments to factory levels.

It is possible to measure micro-surface temperatures of φ1mm/270mm. It can measure from 200 to 2000°C in one range. It comes standard with two analog outputs and an RS232C output. An optional grip can be attached for handheld measurements. We offer a one-week free rental, so please contact us.

The L-1000 is an infrared radiation thermometer equipped with an alarm function that attempts to capture the momentary temperature at the set value, all while being easy to operate. In addition to changes made through normal operation, you can directly register the set value (Alarm Hi:) using the D-SET key, freeing you from the hassle of making changes. The targeting beam uses a high-brightness LED, making it easy to focus. It is reassuringly made in Japan and comes with after-sales support. **Features:** - Capable of measuring temperature through glass - Can measure temperatures from 140 to 3000°C across the series - Equipped with a direct setting function to set display values directly to the set value - Can memorize 10 patterns for emissivity (emittance value) and Alarm Hi/Lo, and changes can be made by recalling patterns - Adopts auto-reset peak hold for easy temperature management on production lines - Resistant to high frequencies and noise due to fiber optic technology - Uses high-brightness LEDs for the target beam lamp - External output: Standard analog output (4-20mA, 0-10V) RS-232C and Bluetooth are optional - Measurement software is included as standard

The "KTL Series" includes the wide-range KTL-PRO series and the KTL-ZERO series, which is divided into low-temperature and high-temperature models. Both series offer models capable of measuring small areas starting from φ0.4. They can be used for a wide range of applications, including temperature management in vacuum heating furnaces, chip soldering, mold temperature management, and temperature control in high-frequency heating lines that require fast response. In addition to standard peak hold, they are equipped with an auto-reset peak hold feature, making temperature management on the line easy. 【Features】 ■ Capable of measuring small areas from φ0.4mm ■ Fast response time of 0.01 seconds ■ Measurement through glass is possible ■ Standard equipped with analog output (4-20mA, 0-10V) and RS232 output ■ Bluetooth option available ■ Standard equipped with temperature measurement software for Windows (up to Windows 11) ■ Allows precise confirmation of the measurement target's position with the focus spot in the direct viewfinder ■ Handheld measurement is possible by attaching an optional grip ■ Measurement temperature display is available both on the side display of the main unit and inside the viewfinder ■ Reliable Made in Japan quality and after-sales support

In the metal processing industry, accurate temperature measurement is crucial for product quality. Particularly, temperature management in high-temperature environments, such as inside heating furnaces and during mold temperature management, is essential. Delays or inaccuracies in temperature measurement can lead to the occurrence of defective products and a decrease in production efficiency. The KTL series strongly supports process management in metal processing with features such as measurement through glass, fast response, and small area measurement. 【Usage Scenarios】 - Temperature management of vacuum heating furnaces - Mold temperature management - Temperature management in high-frequency heating lines 【Benefits of Implementation】 - Quality improvement through accurate temperature management - Reduction in the rate of defective products - Increase in production efficiency

In the field of research and development, the accuracy and efficiency of experiments are crucial. In particular, temperature measurement in high-temperature environments or for small objects significantly affects the reliability of experimental results. Non-contact temperature measurement is essential for safely measuring while minimizing the impact on the object. The KTL series addresses the challenges of temperature measurement in research and development by accommodating measurements through glass and for small surface areas. 【Usage Scenarios】 - Temperature measurement inside a vacuum chamber - Temperature measurement of small components - Temperature measurement through glass 【Benefits of Implementation】 - Improved reproducibility of experiments - Reduced measurement time - Enhanced safety of experiments

In the energy industry, equipment monitoring is crucial for early detection of abnormalities and maintaining stable operations. In particular, temperature management of equipment that operates at high temperatures is essential for ensuring safety and efficient operation. Temperature anomalies can lead to equipment failure or decreased energy efficiency. The non-contact infrared radiation thermometer "KTL Series" utilizes glass measurement and high-speed response capabilities to achieve accurate temperature measurements from a distance. 【Usage Scenarios】 - Temperature monitoring of boilers and turbines in power plants - Overheating detection in substation equipment - Abnormality detection in transmission lines 【Benefits of Implementation】 - Early detection of equipment abnormalities to prevent accidents - Maintenance of stable equipment operation and improvement of energy supply reliability - Reduction of maintenance costs

In the automotive maintenance industry, accurately monitoring temperature changes, such as engine overheating and abnormal brake heat, is essential for safe vehicle operation and early detection of failures. Particularly, measuring temperatures in hard-to-reach areas like the engine compartment and around brakes is effectively done with non-contact thermometers. The LX-200 can measure temperatures in the range of 40 to 1300°C with a fast response, allowing for precise monitoring of various parts of the vehicle. [Application Scenarios] - Overheating diagnosis for engines, brakes, and exhaust systems - Detection of abnormalities in the cooling system - Tire temperature management [Benefits of Implementation] - Reduction in repair costs through early detection of faults - Improved safety - Shortened work time

In electrical work sites, it is important to quickly and accurately detect heat generation at connection points. Heat generated by poor connections can lead to fires and power outages, making safety assurance essential. The LX-200 can measure temperature without contact, allowing for the identification of heat-generating areas from a safe distance. 【Usage Scenarios】 - Temperature measurement of connections at circuit breakers and terminal boards - Checking for abnormal heat generation at cable connections - Inspection of electrical equipment 【Benefits of Implementation】 - Safe temperature measurement without contact - Accident prevention through early detection of heat generation - Realization of rapid inspection work

In the automotive industry, temperature management of components is a crucial factor that affects product safety and performance during quality inspections. Accurate temperature measurement is particularly required in various scenarios, such as welding, painting, and inspecting engine parts during the manufacturing process. Inadequate temperature management can lead to a decline in product quality and safety issues. The KTL series contributes to improving product reliability by accurately managing temperature in the quality inspection of automotive parts, thanks to its fast response and capability for measuring small areas. 【Application Scenarios】 - Temperature management of welds - Temperature management in the painting process - Temperature measurement of engine parts - Temperature measurement of brake components 【Benefits of Implementation】 - Improved accuracy of quality inspections - Reduction of defective products - Enhanced product reliability

In research and development, accurate temperature measurement affects the reproducibility and reliability of experiments. Especially in high-temperature environments and when measuring the temperature of small objects, a non-contact, fast-responding thermometer is required. The LX-200 measures temperatures in the range of 40 to 1300°C quickly, contributing to the efficiency of experiments. 【Application Scenarios】 - Heating experiments of materials - Temperature management of reaction processes - Evaluation of temperature characteristics of devices 【Benefits of Implementation】 - Improved safety through non-contact measurement - Reduced measurement time due to fast response - Enhanced visibility with clear display - Stabilization of measurements with tripod compatibility

In semiconductor manufacturing processes, temperature management at each stage is crucial to maintaining consistent product quality. Particularly when dealing with fine circuits and delicate materials, non-contact and accurate temperature measurement is required. Fluctuations in temperature can directly lead to reduced yield and product defects, making prompt and precise temperature monitoring essential. Our non-contact infrared radiation thermometer, the 'L-1000', features a direct setting function that allows users to register the temperature at that moment with simple operation, reducing the hassle of complicated setting changes. This facilitates temperature management on the production line and contributes to quality maintenance. [Usage Scenarios] - Temperature monitoring at each stage of the production line - Measuring workpiece temperature inside a vacuum chamber - Temperature management during high-frequency heating - Measuring the temperature of moving objects [Benefits of Implementation] - Improved quality through stabilization of process temperatures - Reduction in the occurrence of defective products - Maintenance and enhancement of production efficiency

In the automotive manufacturing industry, precise temperature management is required to maintain consistent quality of parts. It is particularly important to quickly and accurately monitor the temperature of parts that move along the production line or are difficult to touch directly during inspection. Inadequate temperature management can lead to a decline in part performance or defects. The 'L-1000' features an easy-to-use alarm function that allows users to register the current temperature to a set value, along with a direct setting function, enabling rapid temperature management. 【Usage Scenarios】 - Real-time monitoring of part temperatures on the production line - Checking internal temperatures of parts through glass - Temperature checks during the assembly process 【Benefits of Implementation】 - Stabilization of part quality - Reduction of defective products - Improvement in production efficiency

In chemical plants, it is essential to detect equipment abnormalities early and prevent accidents before they occur. Especially in environments that handle high temperatures and hazardous materials, accurate non-contact temperature measurement is indispensable. Temperature anomalies in equipment are often signs of malfunctions or accidents, and prompt detection contributes to the safe operation of the plant. The 'L-1000' is equipped with an alarm function that attempts to capture the moment's temperature against a set value with simple operation, supporting early detection of abnormalities. 【Usage Scenarios】 - Detection of temperature anomalies in reaction vessels and piping - Temperature management of heating furnaces and cooling devices - Non-contact temperature measurement in hazardous areas 【Benefits of Implementation】 - Prevention of accidents through early detection of abnormal heat generation in equipment - Stable operation of the plant and increased productivity - Ensuring the safety of workers

In the melting management of the casting and metal processing industry, accurately grasping the temperature of molten metal directly impacts product quality. Variations in temperature can affect the strength and uniformity of products, potentially leading to defects. Additionally, it is essential to measure temperature safely and quickly without direct contact with high-temperature molten metal. Our non-contact infrared radiation thermometer, the 'L-1000', features a direct setting function that allows easy operation to register the temperature at that moment to a preset value, and it can measure through glass, enabling safe and efficient melting management. 【Usage Scenarios】 - Temperature management of molten metal in the melting furnace - Temperature confirmation of molten metal during the casting process - Monitoring heating temperatures during metal processing 【Benefits of Implementation】 - Improved product quality through stabilization of melting temperature - Ensured safety for operators through non-contact measurement - Increased production efficiency through rapid temperature measurement

In the automotive industry, precise temperature control is required to maintain the quality and reliability of manufactured parts. In particular, temperature variations during the molding and heat treatment processes can affect the performance and durability of the products. Accurate temperature measurement is essential to prevent the occurrence of defective products and ensure consistent quality. The non-contact infrared radiation thermometer 'L-1000' provides a measurement solution that meets the needs of on-site inspections of automotive parts. 【Application Scenarios】 - Temperature verification during the cooling process of molded parts - Checking the uniformity of surface temperature of parts after heat treatment - Measuring substrate temperature before painting or coating - Real-time temperature monitoring on the production line 【Benefits of Implementation】 - Stabilization of part quality and reduction of defect rates - Increased efficiency of the production process and improved yield - Enhanced product reliability leading to increased customer satisfaction - Improved work efficiency through rapid temperature setting changes

In the power and energy industry, safe and efficient temperature management is essential for equipment inspections. Accurately monitoring the temperature of operating equipment, devices in high places, and those in hazardous areas is crucial for early detection of abnormalities and accident prevention. However, traditional measurement methods have limitations when it comes to areas that are difficult to access directly or require measurements through glass. The non-contact infrared radiation thermometer 'L-1000' addresses these challenges, enabling accurate temperature measurements from a safe distance. 【Usage Scenarios】 - Temperature monitoring of operating substation equipment and transmission lines - Equipment inspections in high or hard-to-access locations - Checking internal temperatures through glass - Early detection of overheating areas 【Benefits of Implementation】 - Ensuring worker safety through measurements taken from a safe distance - Reducing downtime through rapid equipment inspections - Preventing serious accidents by early detection of abnormalities - Enabling accurate temperature measurements even through glass

In the field of aerospace, accurately understanding the surface temperature of the aircraft and the temperature distribution of its internal structure is crucial for ensuring safety and maintaining performance. Particularly during flight or in hard-to-access areas, rapid and precise non-contact temperature measurement is required. Early detection of temperature anomalies can lead to the prevention of serious issues. The 'L-1000' is an infrared radiation thermometer that meets these needs. With its easy operation, it features an alarm function that allows the temperature at that moment to be registered to a set value, and it can measure through glass, supporting its use in various situations in aircraft diagnostics. 【Usage Scenarios】 - Identifying abnormal temperature areas on the aircraft surface - Monitoring the temperature of engine components - Checking the temperature distribution of internal structures - Temperature checks during maintenance 【Benefits of Implementation】 - Enables safe and rapid non-contact temperature measurement - Accurately captures temperature even through glass - Prevents issues through early detection of abnormal temperatures - Contributes to improving the reliability of the aircraft