Non-contact Temperature Sensor - List of Manufacturers, Suppliers, Companies and Products

Non-contact Temperature Sensor Product List

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(Industrial) Non-contact Temperature Sensor Self-manufactured SST Series

(Industrial) Non-contact Temperature Sensor Self-manufactured SST Series

Custom specifications can be accommodated due to in-house manufacturing.

SSC Corporation develops and sells thermopile-type infrared sensors, as well as application development, design, and electronic product development and sales using various sensors (including infrared sensors). The "SST Temperature Sensor/SSS Temperature Switch Series" includes a general-purpose standard version with "narrow field standard type," "wide field standard type," and "point focus standard type," as well as a cost-effective version for specific applications with "narrow field type," "wide field type," and "point focus special type." Additionally, there are products such as "temperature sensors with integrated control function," "non-contact temperature measurement introductory kits," "PC-compatible data collection units," and "gas concentration measurement sensors." We can supply products with specifications tailored to customer needs. For more details, please contact us.

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(Non-contact temperature sensor) SSC Corporation can respond widely.

(Non-contact temperature sensor) SSC Corporation can respond widely.

Leave the non-contact temperature sensors to us! We offer a wide range of products, from thermopile components to ready-to-use finished products.

SSC Corporation is a company that primarily provides non-contact thermometers. It receives infrared radiation with a sensor, enabling temperature measurement in a very short time. Since it is non-contact, measurement can be performed regardless of the distance between the thermometer and the measurement target, expanding its application range into various fields, including safety and environmental sectors. We strive daily to ensure that many people can use our products conveniently and with peace of mind. If you are considering measurement, analysis, or management using infrared sensors, please feel free to consult us. We are also the sole domestic agent for Germany's Heiman Sensor Company. 【Product Line】 ■ Thermopile-type infrared sensors ■ Sensor application products (temperature sensors, carbon dioxide sensors) ■ Development, design, manufacturing, and sales of electronic measuring instruments using various sensors *For more details, please refer to our catalog or feel free to contact us.

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What is a thermopile? A detailed explanation of the question.

What is a thermopile? A detailed explanation of the question.

An explanation of non-contact temperature sensors using thermopile technology and why temperature can be measured without contact.

(Excerpt) <Introduction> - Why can temperature be measured without contact? All objects emit radiant energy based on absolute temperature, and by measuring this radiant energy, temperature can be measured without contact. Radiant energy has no wavelength dependence and has the property of being absorbed by black objects. When an object absorbs energy, its temperature rises. By measuring this temperature rise, it is equivalent to measuring the temperature of the object itself. The thermopile element introduced here is a type of thermocouple. Non-contact thermometers (sensors) that utilize thermopiles are also referred to as "radiation thermometers (sensors)." While a typical sensor contains only one element, this product contains multiple elements aligned within the sensor. Additionally, each element inside the sensor can capture the temperature distribution within the field of view by looking in different directions through the optical system. 【Features】 ■ Created with a thermopile ■ Two types of component types are available: "Sensor" and "Module" *For more details, please refer to the PDF document or feel free to contact us.

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(Abnormal Heat Detection of Industrial Equipment) Thermal Camera Module Application Collection

(Abnormal Heat Detection of Industrial Equipment) Thermal Camera Module Application Collection

[Examples of Introduction to Industrial Equipment] Comprehensive examples of applications for thermal camera modules with increasing demand.

(Excerpt from the purpose collection) 1. Introduction In recent years, digital transformation (DX) has progressed in various fields, and the purposes for acquiring temperature information have become diverse. We have received numerous inquiries about various applications, and we often get questions about what applications the SSV series can be used for. We have had many opportunities to explain this verbally, but it has taken time and been difficult for people to understand. This document has been created to visualize the content we have previously explained verbally, making it easier for people to understand the applications. If you have any questions, please feel free to contact us.

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(Thermal camera module applications for use in food factories)

(Thermal camera module applications for use in food factories)

[Examples of Implementation in Food Factories] For those considering the automation of temperature measurement.

(Excerpt from the purpose collection) 1. Introduction Recently, digital transformation (DX) has progressed in various fields, and the purposes for obtaining temperature information have become diverse. We have received numerous inquiries about various applications, and we often get questions about what applications the SSV series can be used for. We have had many opportunities to explain this verbally, but it has taken time and has been difficult for people to understand. This document has been created to visualize the content we have explained verbally so far, making it easier for people to understand the applications. If you have any questions, please feel free to contact us.

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Thermal camera module applications for temperature measurement/fever detection

Thermal camera module applications for temperature measurement/fever detection

[Example of Healthcare Implementation] Used by healthcare device manufacturers for temperature measurement and fever detection.

(Excerpt from the purpose collection) 1. Introduction Recently, digital transformation (DX) has progressed in various fields, and the purposes for obtaining temperature information have become diverse. We have received numerous inquiries about various applications, and we often get questions about what applications the SSV series can be used for. We have had many opportunities to explain this verbally, but it has taken time and been difficult for people to understand. This document was created to visualize the content we have explained verbally so far and to help people easily understand the applications. If you have any questions, please feel free to contact us.

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(In-home care monitoring) Infrared thermal camera module application collection

(In-home care monitoring) Infrared thermal camera module application collection

Are you considering monitoring that takes privacy into account?

(Excerpt from the purpose collection) 1. Introduction Recently, digital transformation (DX) has progressed in various fields, and the purposes for acquiring temperature information have become diverse. We have received numerous inquiries about various applications, and we often get questions about what applications the SSV series can be used for. We have had many opportunities to explain this verbally, but it has taken time and been difficult for people to understand. This document was created to visualize the content we have explained verbally so far and to help people easily understand the applications. If you have any questions, please feel free to contact us.

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(Electrical Equipment) Preventing Accidents with Temperature Information: Collection of Thermal Camera Module Applications

(Electrical Equipment) Preventing Accidents with Temperature Information: Collection of Thermal Camera Module Applications

[Examples of Implementation in Electrical Equipment] We are utilizing temperature information to prevent failures and fires before they occur.

(Excerpt from the purpose collection) 1. Introduction Recently, digital transformation (DX) has progressed in various fields, and the purposes for acquiring temperature information have become diverse. We have received numerous inquiries about various applications, and we often get questions about what applications the SSV series can be used for. We have had many opportunities to explain this verbally, but it has taken time and been difficult for people to understand. This document has been created to visualize the content we have explained verbally so far, making it easier for you to understand the applications. If you have any questions, please feel free to contact us.

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(Glad to know) Application techniques for thermopiles for developers

(Glad to know) Application techniques for thermopiles for developers

Why can temperature be measured non-contact? An explanation of non-contact temperature sensors using thermopile technology.

(Excerpt) <Introduction> - Why can temperature be measured without contact? All objects emit radiant energy based on absolute temperature, and by measuring this radiant energy, it is possible to measure temperature without contact. Radiant energy has no wavelength dependence and has the property of being absorbed by black objects. When an object absorbs energy, its temperature rises. By measuring this temperature rise, it is equivalent to measuring the temperature of the object itself. The thermopile element introduced here is a type of thermocouple. Non-contact thermometers (sensors) that utilize thermopiles are also referred to as "radiation thermometers (sensors)."

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Infrared Non-Contact Temperature Sensor 'CSmicro LT/LTH'

Infrared Non-Contact Temperature Sensor 'CSmicro LT/LTH'

Ultra-compact low-cost type! Usable at ambient temperatures up to 180°C without cooling.

The "CSmicro LT/LTH" is a robust infrared non-contact temperature sensor with a silicone coating. The measurement temperature range is -50 to 1030°C, and it detects wavelengths of 8-14μm. Additionally, it has a size of M12x1, a length of 28mm, and is made with a stainless steel housing. 【Features】 ■ Usable up to an environmental temperature of 180°C without cooling (LTH sensing head) ■ Green LED display, aiming support, self-diagnosis, or temperature code display ■ Expandable analog output: 0-5/10V or 4-20mA (2-wire) alarm output ■ Easy programming via smartphone app (IR Mobile) or Windows software (Compact Connect) *For more details, please refer to the PDF document or feel free to contact us.

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Infrared Non-Contact Temperature Sensor 'CSmicro 3M'

Infrared Non-Contact Temperature Sensor 'CSmicro 3M'

Detection wavelength is 2.3μm! Compact size stainless steel housing.

The "CSmicro 3M" is a low-cost micro-sized infrared non-contact temperature sensor that achieves accurate temperature measurement. It is designed for measuring the temperature of metals, metal oxides, and ceramic materials, and features a green LED display, aiming support, self-diagnosis, and temperature code display functions. Additionally, the temperature resolution is 30mK (3ML) / 50mK (3MH). 【Features】 ■ Compact infrared thermometer for measuring the temperature of metals, metal oxides, and ceramic materials ■ Starting temperature of 50°C and a limited wavelength range of 2.3μm ■ Expandable 0-5/10, 4-20mA (2-wire) analog output / simultaneous additional alarm output ■ Green LED display, aiming support, self-diagnosis, and temperature code display ■ Easy programming via smartphone app (IR Mobile) or Windows software (Compact Connect) *For more details, please refer to the PDF document or feel free to contact us.

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High-precision infrared non-contact temperature sensor 'CT fast'

High-precision infrared non-contact temperature sensor 'CT fast'

Very fast response time of 6ms (90% signal)! Products with a maximum power consumption of 100mA.

The "CT fast" is a robust, high-precision infrared non-contact temperature sensor capable of measuring up to 120°C without cooling. It features high-speed analog output (0/4-20mA, 0-5/10V) for smart real-time data processing. Additionally, it has a response time of 4ms, allowing for continuous process monitoring without a chopper sensor system for instant digital (0/10V) output. 【Features】 ■ Extremely fast response time of 6ms (90% signal) ■ One of the smallest infrared thermometers in the world ■ Easy assembly of multiple arrays for small, high-speed line scanners (hotspot detection) with RS485 communication ■ Robust and capable of measuring up to 120°C without cooling *For more details, please refer to the PDF document or feel free to contact us.

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Infrared Non-Contact Temperature Sensor "CT hot"

Infrared Non-Contact Temperature Sensor "CT hot"

Can be used in harsh high-temperature environments! Suitable for a variety of applications.

The "CT hot" is an infrared non-contact temperature sensor developed for applications in ultra-high temperature environments up to 250°C without cooling. Narrow beam optics can avoid the influence of material thickness on temperature reading errors through oblique irradiation. It monitors programming and temperature display boxes. 【Features】 ■ Optical system selectable from 10:1 or 2:1 ■ Compact sensor with a small head size ■ Analog output 0/4-20mA, 0-5/10V, thermocouples (J, K), digital interfaces (optional) Profibus DP, USB, RS232, RS485, or CAN *For more details, please refer to the PDF document or feel free to contact us.

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High-precision infrared non-contact temperature sensor 'CT 1M/2M'

High-precision infrared non-contact temperature sensor 'CT 1M/2M'

High-precision measurement is possible! Spot size of 1.8mm and a fast response time of 1ms.

The "CT 1M/2M" is a high-precision infrared non-contact temperature sensor with a measurement temperature range of 250 to 2200°C. Thanks to the short wavelength bands of 1.0μm and 1.6μm, it enables temperature measurement of objects such as shiny metals, secondary metal processing, metal oxides, and ceramic materials through glass. Additionally, the output/alarm is a product with 24V/50mA (open collector). 【Features】 ■ The short wavelength bands of 1.0μm and 1.6μm minimize emissivity errors during measurement, allowing for high-precision measurements. ■ The compact sensing head with dimensions (D) 14×(L) 28mm is suitable for installation in any location and can be used at ambient temperatures up to 125°C without cooling. ■ With a measurement temperature range of 250 to 2200°C, the spot size is 1.8mm, and the response time is 1ms, enabling high-speed measurements. *For more details, please refer to the PDF document or feel free to contact us.

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High-precision infrared non-contact temperature sensor 'CT G5'

High-precision infrared non-contact temperature sensor 'CT G5'

It is suitable for applications such as solar cell manufacturing, automotive glass manufacturing, and light bulb production processes!

The "CT G5" is a high-precision infrared non-contact temperature sensor for measuring glass temperatures. It is suitable for measuring a wide temperature range of 100 to 1650°C for glass containers, plate glass, etc., and can be used up to an ambient temperature of 85°C without cooling. Additionally, it allows for external emissivity adjustment, ambient temperature compensation, and input for trigger programming functions (hold function reset). 【Features】 ■ High-precision infrared temperature sensor suitable for measuring a wide temperature range of 100 to 1650°C ■ Usable up to an ambient temperature of 85°C without cooling *For more details, please refer to the PDF document or feel free to contact us.

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