thermostat Product List and Ranking from 13 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.

thermostat Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.

  1. 松尾電器産業 Tokyo//others
  2. 加島 Osaka//others
  3. null/null
  4. 4 HKT 神奈川本社 Kanagawa//others
  5. 4 ウェーブクレスト Saitama//Educational and Research Institutions
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thermostat Product ranking

Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.

  1. Room temperature power sensor 5Amp series "M3" 松尾電器産業
  2. Thermostat PTSC-090C 加島
  3. Room temperature temperature power sensor 2Amp. series "MQT8H" 松尾電器産業
  4. 4 Thermostat lineup list
  5. 4 Thermostat HKT 神奈川本社

thermostat Product List

31～52 item / All 52 items

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Room temperature temperature power sensor 2Amp. series "MQT8H(DS)"

Room temperature temperature power sensor 2Amp. series "MQT8H(DS)"

It has a double safety structure with a built-in temperature fuse and can control temperatures from -10 to 110℃.

The "MQT8H(DS)" series temperature power sensor for room temperature use is a high-performance control-type thermostat that can serve as a substitute for higher-end electronic thermostats, despite being a bimetal thermostat. It features small differential, long lifespan, compact size, and low cost, with no competing products available. For more details, please download the catalog.

  • Automatic Control Equipment
  • Waterproofing work
  • thermostat

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Medium and high temperature thermostat "High Temperature Type Thermostat M2HA"

Medium and high temperature thermostat "High Temperature Type Thermostat M2HA"

Medium temperature power sensor "M2HA" capable of controlling temperatures from 115 to 400℃.

The medium and high-temperature thermostat "High-Temperature Type Thermostat M2HA" can control temperatures from 115 to 400°C. It has a long lifespan. It is slim and comes with lead wires. It has a dustproof structure. The DIFF. (differential) rank is E... with a setting temperature of 115°C to 200°C, it is 15±5 (10 to 20)°C. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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Variable Thermostat (Variable) "MQT11HV"

Variable Thermostat (Variable) "MQT11HV"

MQT11HV is ideal for remote operation using variable resistors, etc.

The variable thermostat (variable) "MQT11HV" uses a temperature power sensor (TPS) in the sensing part and has a built-in small resistor. It is ideal for remote operation using variable resistors and similar devices. It has a proven track record for use with heating mats, among others. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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High-temperature thermostat M2HA (200℃ to MAX. 400℃)

High-temperature thermostat M2HA (200℃ to MAX. 400℃)

Bimetallic high-temperature thermostat protector (protection) achieving MAX. 400℃!

The M2HA thermostat for high temperature rise control (protector) is an automatic reset type housed in an alumina case, developed as a bimetal thermostat that can be used in high temperature environments up to 400°C.

  • Alarm panel
  • thermostat

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[Production Example] Welder Processing (High-Frequency Fusion) "Thermostat"

[Production Example] Welder Processing (High-Frequency Fusion) "Thermostat"

A thermostat with added waterproof functionality! Introducing examples of welded processing!

We would like to introduce an example of a "thermostat" that has undergone welder processing (high-frequency fusion) for commercial refrigerators and freeze prevention devices designed for cold regions. Since the thermostats for equipment primarily installed outdoors require waterproofing, we enhance the thermostats with waterproof functionality by welding the insulation of the thermostat's lead wires and a waterproof vinyl tube together using welder processing (high-frequency fusion). 【Processing Details】 ■ Apply waterproofing to parts that require it using a vinyl tube ■ Prevent moisture intrusion into the thermostat through welder processing ■ Add waterproof functionality through welder processing (high-frequency fusion) *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • thermostat

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Thermostat "T-M-10-S/+x+y"

Thermostat "T-M-10-S/+x+y"

The capillary is made of stainless steel and measures 2 meters! We offer a lineup of three different temperature ranges.

The "T-M-10-S/+x+y" is a mechanical thermostat for general use. When combined with the power connection kit C25-100, it is possible to directly connect heating cables. It can be used as a power connection kit with thermostat functionality. Temperature settings can be made without removing the cover on the front of the box, using the plug attached to the cover. The thermostat is available in three different temperature ranges. 【Features】 ■ Direct connection of heating cables is possible ■ Temperature settings can be made from the plug attached to the cover ■ The capillary is made of stainless steel and is 2m long ■ The thermostat is available in three different temperature ranges ■ The connection kit needs to be arranged separately *For more details, please refer to the PDF materials or feel free to contact us.

  • Other measuring instruments
  • thermostat

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Surface Temperature Sensing Electronic Thermostat 'ETS-05'

Surface Temperature Sensing Electronic Thermostat 'ETS-05'

Provides more accurate temperature control for heating cables! Available in four different models.

This product provides more accurate temperature management for heating cables. It is available in four different models, with maximum set temperatures of 199°C and 499°C, respectively. It has a maximum load capacity of 32A, and the temperature can be adjusted using a digital rotary switch inside the box. 【Features】 ■ Maximum load capacity of 32A ■ Maximum set temperatures of 199°C and 499°C, respectively ■ Temperature adjustment possible via a digital rotary switch inside the box ■ As a safety feature, the thermostat circuit can be turned on or off based on user settings *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • thermostat

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Surface Temperature Sensing Electronic Thermostat "AT-TS Series"

Surface Temperature Sensing Electronic Thermostat "AT-TS Series"

For 200Vac! The temperature set point can be checked through the window on the lid with an electronic thermostat.

The "AT-TS Series" is designed for temperature control in general locations. The temperature setpoint can be checked through the window on the lid. The LED indicates when the heating circuit is ON and displays any temperature sensor anomalies (such as disconnection or short circuit). The temperature sensor has a length of 3m, but it can be shortened if used as an outdoor temperature sensor. 【Specifications (excerpt)】 ■ Power supply: 230Vac +10% -15% 50/60Hz ■ Maximum switching capacity: 16A, 250Vac ■ Maximum wire size: 2.5mm² ■ Differential: 0.6K to 1K ■ Switch type: Voltage-free single-pole switch (SPST) *For more details, please refer to the PDF document or feel free to contact us.

  • Automatic Control Equipment
  • thermostat

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Smart Fan Coil Thermostat WT30X

Smart Fan Coil Thermostat WT30X

Even fan coil units are introducing more environmentally friendly room temperature control.

● LoRaWAN-based wireless transmission ● Compact size design for easy installation ● Compiled with 2-pipe FCU and up to 3-speed fan ● Temperature adjustment available ● Supports programmable schedule for pre-setting date periods ● 86mm hidden box and European 60mm round box available

  • Building renovation system
  • Other measuring instruments
  • Other commercial buildings and service facilities
  • thermostat

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Bimetal Thermostat "CB-3"

Bimetal Thermostat "CB-3"

Ideal for safety switches requiring thermal responsiveness at high temperatures! Introducing bimetal thermostats.

The bimetal thermostat 'CB-3' that we handle is developed as a one-shot thermo with a size comparable to a temperature fuse and features high-speed thermal responsiveness. In particular, it demonstrates excellent thermal responsiveness in contact-type thermostats and is a highly reliable safety switch. It is used as a one-shot thermo for OA equipment, gas appliances, and general household appliances. 【Features】 ■ Shows excellent thermal responsiveness in contact-type thermostats ■ Highly reliable safety switch ■ Suitable for safety switches requiring thermal responsiveness at high temperatures *For more details, please refer to the PDF document or feel free to contact us.

  • Safety and consumables
  • thermostat

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Circulating Thermostat for Medium Temperature Water Circulation Line, CRESY Series

Circulating Thermostat for Medium Temperature Water Circulation Line, CRESY Series

Optimal for situations where the hot water temperature is too high and dangerous, or when the system's hot water capacity is small!

The CRESY series circulation thermostat for medium temperature water circulation lines is ideal for situations where the hot water supply temperature is too high and dangerous, or when the system's hot water capacity is small. The unit comes equipped with a thermo mixing valve, check valve, thermometer, Y-type strainer, return valve, and flow meter. The standard specification includes the circulation hot water mixing thermo CRESY50. For more details, please contact us or download the catalog.

  • Drainage and ventilation equipment
  • thermostat

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Explosion-proof electric heater and thermostat Norseman

Explosion-proof electric heater and thermostat Norseman

It is a Salmon company's explosion-proof electric heater and thermostat!

The Norseman explosion-proof electric air heater and thermostat from Salmon Heating Systems are low-maintenance solutions suitable for a wide range of applications. From panel heaters to unit heaters, Norseman provides the necessary solutions for hazardous areas with innovative air-heating or natural convection heaters across a wide range of outputs.

  • others
  • thermostat

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Thermostat

Thermostat

Controls the flow of coolant between the engine and radiator! Contributes to maintaining the optimal temperature inside the engine.

The thermostat functions to maintain the engine coolant at the appropriate temperature. The thermostats we handle open and close the valve through the expansion and contraction of a wax element when the coolant reaches the specified temperature, controlling the flow of coolant between the engine and the radiator, contributing to the proper temperature regulation inside the engine. By keeping the engine temperature at the appropriate level, it helps improve fuel efficiency. 【Product Lineup】 ■ Inline Type - A shape that has been used for passenger cars for a long time. ■ Bottom Bypass Type - A shape that has been used for large vehicles for a long time. ■ Integrated Housing Type - A type where the thermostat and housing are integrated. *For more details, please refer to the PDF materials or feel free to contact us.

  • Parts and Materials
  • thermostat

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Regarding internal heat generation by load type

Regarding internal heat generation by load type

The contact capacity display of the temperature power sensor is shown with a margin against heat generation.

This is an explanation about internal heat generation based on load. In electrical components such as relays, thermostats, and switches that open and close contacts, the load capacity is constrained by the heat generated at the contact points. Particularly, since thermostats are switches that operate based on temperature, the heat generated at the contact points affects the operating temperature and the differential. The contact capacity display of temperature power sensors is indicated with a margin for heat generation. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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High Power Heater Protector B-2002 Thermostat

High Power Heater Protector B-2002 Thermostat

Overheat protector / thermostat

There are manual reset and auto reset types. Temperature setting range: 70℃ to 130℃ Reset differential temperature setting range: 10℃ to 60℃ Operating temperature error: ±5℃ Rated voltage/current: AC125V/40A, 250V/45A

  • others
  • thermostat

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Position of temperature power sensor and electronic thermostat

Position of temperature power sensor and electronic thermostat

The MET series is a temperature controller positioned directly above the TPS rank.

This is an introduction to the positions of the Temperature Power Sensor (TPS) and the Electronic Thermostat (MET). The "MET Series" is Matsuo's compact/high-performance control-type electronic thermostat. The "Temperature Power Sensor (TPS)" is Matsuo's high-precision/low differential/long-life/low-cost/compact control-type thermostat product name. The MET Series is a temperature controller positioned just above the TPS. The Temperature Power Sensor (TPS) is a standard product that occupies the lowest price range for controller-type thermostats. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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Issues when using a thermostat in a DC voltage circuit.

Issues when using a thermostat in a DC voltage circuit.

When using in a DC voltage circuit, care must be taken regarding the wear of the contacts.

When using a thermostat in a DC voltage circuit, one issue to be aware of is the wear on the contacts. Essentially, you should check the contact capacity according to the voltage/DIFF. rank. In other words, AC125V and DC12V can each handle, for example, 5A, while AC250V and DC24V can each handle, for example, 3A, up to the same current. The mechanism by which contacts are damaged by arcing consists of four elements: (a) the magnitude of the voltage, (b) the magnitude of the current, (c) the rate of contact separation and engagement, and (d) the material of the contacts and the condition of the contact surface. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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Practical simple heat capacity measurement method

Practical simple heat capacity measurement method

If the change in ambient temperature is slow, the thermostat can adequately keep up with the temperature changes.

As a practical method for measuring specific heat capacity, the thermal time constant is an accurate way to grasp the heat capacity of an object, but it is somewhat too academic for everyday practical use. Therefore, as a practical guideline, I have summarized in a table how well the thermostat's temperature can adapt to changes in ambient temperature compared to the thermostat's simple heat capacity. If the rate of change in ambient temperature is fast, the thermostat's thermal adaptation will be delayed, but if the change in ambient temperature is slow, it can be seen that the thermostat can sufficiently keep up with the temperature changes. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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Display method of connection configuration

Display method of connection configuration

Due to manufacturing reasons, the display method of the thermostat as a controller is complicated.

As a method of displaying the contact configuration, our company manufactures thermostats used as controllers, which makes the display method more complex than in the case of protectors. In written form, it can be expressed as follows: ● Items that open with an increase in temperature are designated as X, and those that close with an increase in temperature are designated as Y, indicating the operating temperature during temperature rise (high temperature side). For the same items, if the operating temperature during temperature drop (low temperature side) is emphasized, the symbols X-bar (a line over X) and Y-bar (a line over Y) are used. X-bar represents items that close with a decrease in temperature, while Y-bar represents items that open with a decrease in temperature. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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Applications of Temperature Power Sensors (TPS)

Applications of Temperature Power Sensors (TPS)

If it's cheap, high-performance, compact, and long-lasting, it will hit the market immediately, but that's not always the case.

As for the applications of the Temperature Power Sensor (TPS), even if electrical products of a nature that have never existed before are created, it doesn't necessarily mean they will become hits just because they are "cheap, high-performance, compact, and long-lasting." It has been a challenge to achieve this. Over the past 15 years, we have accumulated points such as: "This product excels in this aspect compared to similar products currently on the market," "This is more expensive compared to this, but it excels in this area," and "Household appliances were satisfactory with conventional products since they are used in large boxes, but for communication devices, conventional products do not fit, making the Temperature Power Sensor just right." I feel that finally, in the 21st century, it has been recognized and evaluated in the market. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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Knowledge for creating a good temperature control system.

Knowledge for creating a good temperature control system.

The thermal control system consists of four elements: the user, the heated object, and others.

We will introduce knowledge for creating a good temperature control system. A thermal control system consists of four elements: [User], [Power source such as heater or cooler], [Thermostat], and [Object to be heated]. Let's thoroughly investigate whether these four elements are being used in the best possible way. If we refine this enough, there should be no defects. 1. For example, are you using an oversized heater to quickly raise the temperature of the object to the desired level relative to its heat capacity? If you can afford to wait a little for the initial temperature rise, the lifespan may increase by three times. 2. Let's first reconfirm the ultimate goal of this temperature control and consider surrounding materials. Let's reconsider such matters. For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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Thermostat Glossary

Thermostat Glossary

This is an introduction to terms such as differential (response) tolerance (tolerance).

This is an introduction to a glossary of thermostat terms. ● Differential (DIFF.) refers to the temperature difference in ON/OFF states (also known as hysteresis). Control-type thermostats can maintain high precision in temperature control due to their small ON/OFF differential, but if the DIFF. is too small, it can lead to an increased number of operations, resulting in a shorter lifespan. Therefore, it is important to select the optimal DIFF. in the design phase. ● Tolerance refers to the acceptable precision range for set temperatures, etc. It is expressed as OFF setting value: 30℃±3 (℃) and DIFF.: 3–6 (℃). For more details, please download the catalog.

  • Automatic Control Equipment
  • thermostat

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