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Control device Product List and Ranking from 278 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Mar 04, 2026～Mar 31, 2026
This ranking is based on the number of page views on our site.

Control device Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Mar 04, 2026～Mar 31, 2026
This ranking is based on the number of page views on our site.

  1. 三橋製作所 Kyoto//Industrial Machinery
  2. 日本創販 Tokyo//Industrial Electrical Equipment
  3. null/null
  4. 4 岡谷精立工業 Tokyo//Industrial Machinery
  5. 4 アイエスエイ Tokyo//Industrial Electrical Equipment
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Control device Product ranking

Last Updated： Aggregation Period:Mar 04, 2026～Mar 31, 2026
This ranking is based on the number of page views on our site.

  1. LPC Control Panel "PW-1000" 三橋製作所
  2. Torque control device "Permatork" 日本創販
  3. The sending speed can be controlled from low speed to high speed! 【Hydro Checker】
  4. 4 Interactive Spot Welding Control Device 'PHASE 5S Series' ナ・デックスプロダクツ
  5. 5 LPC Control Panel "PW-800" 三橋製作所

Control device Product List

271～300 item / All 525 items

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Ignition control device "Igniter BR4"

Ignition control device "Igniter BR4"

Optimize the ignition process of wood chips, pellets, or biomass heating systems!

The "Igniter BR4" is an ignition control device specifically designed for use in pellet and wood chip heating systems. The ignition fan provides 3.4kW, surpassing various glow igniters. The advantage of this high-performance blower is that it allows for quick and clean ignition of the furnace. Additionally, the product's advantage lies in its carefully selected interface, making it easy to install on any type of combustion furnace. 【Features】 ■ Red Dot Design Award winner ■ For wood chip and pellet heaters ■ Directly plugs into the device ■ Air hose connection adapter ■ Complete assembly implementation *For more details, please download the PDF or feel free to contact us.

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  • Heater
  • Control device

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On-type oxygen partial pressure control device SiOC-200C

On-type oxygen partial pressure control device SiOC-200C

The oxygen partial pressure is adjusted and measured using a zirconia-type oxygen sensor.

This device adjusts the oxygen partial pressure through equilibrium reactions by adding hydrogen (H2) and water vapor (H2O) at arbitrary concentrations to the test atmosphere gas (such as Ar), and measures it using a zirconia oxygen sensor. This device enables rapid adjustment of the oxygen partial pressure in the test atmosphere gas, and can measure extremely low oxygen concentrations (1 to 10E-30 atm O2) using the included oxygen sensor (SiOC-200C).

  • Other process controls
  • Control device

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Wet-type oxygen partial pressure control device SiBOC-200D

Wet-type oxygen partial pressure control device SiBOC-200D

Ultra-low oxygen atmosphere (approximately 10E-30 atm O2) adjustment device using H2/O2 balanced gas.

The wet-type oxygen partial pressure control device "SiBOC-200D" adjusts the oxygen partial pressure through equilibrium reactions by adding hydrogen (H2) and water vapor (H2O) at arbitrary concentrations to the test atmosphere gas (such as Ar), and measures it using a zirconia-type oxygen sensor. This device allows for rapid adjustment of the oxygen partial pressure in the test atmosphere gas, and can measure extremely low oxygen concentrations (1 to 10E-30 atm O2) using the included oxygen sensor (SiOC-200C). For more details, please download the catalog or contact us.

  • Testing Equipment and Devices
  • Control device

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Wet-type oxygen partial pressure control device "SiBOC-200D"

Wet-type oxygen partial pressure control device "SiBOC-200D"

Rapid adjustment of oxygen partial pressure in the test atmosphere gas is possible!

The "SiBOC-200D" is a wet-type oxygen partial pressure control device that can adjust and measure oxygen partial pressure. By adding hydrogen (H2) and water vapor (H2O) at arbitrary concentrations to the test atmosphere gas (such as Ar), the oxygen partial pressure is adjusted through equilibrium reactions and measured using a zirconia-type oxygen sensor. It can provide a rapid ultra-low oxygen atmosphere, and the included high-sensitivity oxygen sensor allows for monitoring of the oxygen partial pressure. 【Features】 ■ Capable of adjusting ultra-low oxygen atmospheres (up to 10E atmO2) using H2/O2 equilibrium gas ■ Can provide a rapid test atmosphere ■ Oxygen partial pressure can be monitored with the included high-sensitivity oxygen sensor *For more details, please refer to the catalog or feel free to contact us.

  • Analytical Equipment and Devices
  • Control device

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High-performance automatic temperature control machine (liquid circulation type)

High-performance automatic temperature control machine (liquid circulation type)

Liquid circulation temperature control device. Rapid heating and cooling from -80℃ to +170℃!

- A liquid circulation type temperature control device unlike anything seen before - Astonishingly high precision (±0.01 to 0.1℃) - Incredibly rapid heating and cooling. - Temperature range: -80℃ to +170℃ Temperature range: -45℃ to +250℃ Controlled without exchanging the circulating liquid (for use with dedicated oil) - Forced cooling from high temperatures using a cooling unit. Additionally, it is packed with functions for temperature control (safety, communication, etc.). Model Temperature control range LH45 -45 to +250℃ LH85 -85 to +250℃ Cooling capacity (at 200℃): 1.5 to 5.5 kW Heater capacity: 1.8 kW or 6 kW

  • others
  • Control device

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Iodine and Potassium Iodide Concentration Control Device 'CCC METER VII'

Iodine and Potassium Iodide Concentration Control Device 'CCC METER VII'

Measuring the concentration of iodine (I2) and potassium iodide (KI) used in the dyeing process of PVA film!

The "CCC METER VII" is a concentration control device for iodine and potassium iodide that continuously measures the absorbance and conductivity of a solution, demonstrating excellent responsiveness. It automatically measures the concentration of iodine and potassium iodide used in the manufacturing of polarizers (PVA film dyeing process). 【Specifications】 ■ Concentration measurement range - I2: 0 to 0.30% - KI: 0 to 10.0% ■ Measurement method: Absorbance method & conductivity method ■ Measurement temperature range: 5 to 50℃ *For more details, please download the PDF or feel free to contact us.

  • Textile Processing Machinery
  • Control device

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Continuous Concentration Control Device for Pharmaceutical Solutions 'CCC METER(R)'

Continuous Concentration Control Device for Pharmaceutical Solutions 'CCC METER(R)'

Total support for the constant management of important reagent concentrations for quality stability, from installation to operation!

We develop and propose concentration control devices tailored to meet our customers' needs and compatible with various production lines. We custom-manufacture machines that continuously measure the concentration of chemical solutions used in process systems and enable concentration control. The introduction of concentration control devices contributes to stable chemical processing, improving quality and reducing chemical costs. 【Product Examples】 ■ Concentration control device for textile dyeing processing ■ Automatic liquid replacement device for silkette ■ TK SOMAK ■ Starch mixing device ■ Automatic dye weighing system, etc. *For more details, please download the PDF or feel free to contact us.

  • Textile Processing Machinery
  • Control device

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Omron NX/NJ Series

Omron NX/NJ Series

Achieving both high-speed control and effective information utilization!

■ Integration of sequence control and motion control Supports a wide range of needs with a CPU lineup of up to 256 axes ■ Integration of safety Equipped with Safety over EtherCAT, allowing for the coexistence of sequence control and safety control ■ Integration of machine control and information communication - Equipped with global standard networks in the industry, EtherNet/IPTM and EtherCAT - Equipped with the communication protocol OPC UA, standardized as IEC 62541 (available on some models) - Database connection CPU units can directly store production process data to SQL database servers at high speed - Realization of preventive maintenance systems and quality traceability systems ■ Unified development environment from motion, safety to sensing The automation software Sysmac Studio complies with the international standard IEC 61131-3 Supports motion control function blocks compliant with PLCopen Contributes to reducing programming man-hours through the provision of Sysmac Library, which encapsulates Omron's extensive know-how into function blocks.

  • PLC
  • Control device

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Pressurized gas flow control device

Pressurized gas flow control device

Flow synthesis spreading in a gas-liquid two-phase system! Customization available according to customer specifications!

The pressurized gas flow control device is a product that has been uniquely developed for the pressurized flow control necessary for gas-liquid reactions using a microreactor. Customization is possible according to customer specifications, including the type of gas and flow range! *For more details, please download the catalog or contact us directly.

  • Other process controls
  • Control device

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Key Points of Material Strength

Key Points of Material Strength

Introduction to the damage of mechanical parts and stress concentration and repeated loads in design.

Knowledge of material strength is essential in mechanical design. It is absolutely necessary to avoid machine failures due to insufficient strength, but things do not always go as planned in the world. This document includes information on load types and the tensile strength of materials. Please use it as a "point of material strength." [Contents] ■ Points of Material Strength - Types of Loads - Tensile Strength of Materials - Failure of Machine Parts and Design *For more details, please refer to the PDF document or feel free to contact us.

  • Other machine elements
  • Control device

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A-60・A-61 Liquid Level Sensor/Liquid Level Controller

A-60・A-61 Liquid Level Sensor/Liquid Level Controller

Combination of sensors, liquid level controllers, and temperature controllers is possible.

When the liquid level drops, heating will automatically stop. It is used in combination with a 1KW temperature controller (B-93-YPT-01) and a precision power supply (YPP series). Additionally, when used together with the A-61 liquid level controller, it adjusts the lowered liquid level by adding more liquid. It is also possible to combine the sensor, liquid level controller, and temperature controller.

  • Plastic utensils and containers
  • Control device

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[Data] Understanding Power Management with PDU and UPS through Manga!

[Data] Understanding Power Management with PDU and UPS through Manga!

A power strip that measures power consumption remotely and has added on/off control functionality!

This document is a story manga that presents solutions to various concerns using power management products such as PDUs and UPSs. It also introduces the features of the "ATEN PDU," which has added network access capabilities, and the "UPS," which provides backup power for a certain period during a power outage. We hope you can feel our commitment to providing solutions for concerns that seemed possible but were not achievable until now. 【PDU Features】 ■ Remote power On/Off control ■ Auto-Ping and Auto-Reboot functions ■ Power measurement ■ Remote monitoring ■ Delay control ■ Integrated management and visualization *For more details, please refer to the PDF document or feel free to contact us.

  • Other network tools
  • Control device

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[Proposal Example 1 for Semiconductor Manufacturing Equipment] ExpEther Solution

[Proposal Example 1 for Semiconductor Manufacturing Equipment] ExpEther Solution

Since they can be separated into different enclosures, the constraints regarding component selection (such as enclosure size and bus) are easier to relax!

We would like to introduce a proposal for a wafer inspection device using a high-resolution camera. Since it can be separated into different enclosures, the constraints related to component selection (such as enclosure size and bus) are easier to alleviate, making repairs and updates for each part more manageable. Additionally, it is flexible and easy to change the configuration when differentiating performance for each model of the final product. *For more details, please refer to the PDF document or feel free to contact us.

  • Other embedded systems (software and hardware)
  • Control device

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Utilization of IoT to Help Prevent Virus Outbreaks

Utilization of IoT to Help Prevent Virus Outbreaks

Introducing solutions that help ensure business continuity during challenging times.

This document introduces how the use of IoT can help prevent viral outbreaks and realize Society 5.0. It provides detailed information on topics such as "Networks of Sensors and Systems" and "Towards Society 5.0." IoT and remote device management are solutions that can help ensure business continuity during challenging times. We encourage you to read it. 【Contents】 ■ Networks of Sensors and Systems ■ Towards Society 5.0 ■ Ensuring Worker Safety and Business Continuity ■ Basic Structure of Solutions *For more details, please refer to the PDF document or feel free to contact us.

  • Other core systems
  • others
  • Control device

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[Information] Promoting DX is a response measure for emergencies.

[Information] Promoting DX is a response measure for emergencies.

Suitable as a response measure in emergencies! Consideration of the introduction of IoT and edge computing.

This document explains that the promotion of digital transformation is a response strategy for emergencies. We provide detailed introductions on topics such as "the situation in Japan" and "responses to new pandemics." Additionally, we also explain "What is Digital Transformation (DX)?" so please take a moment to read it. [Contents] ■ What is Digital Transformation (DX)? ■ The situation in Japan ■ Responses to new pandemics ■ IoT and edge computing as strategic assets *For more details, please refer to the PDF document or feel free to contact us.

  • Other network tools
  • Other production management systems
  • others
  • Control device

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[Contract Achievements] Power Control Device for Ultrafast Pulse Lasers

[Contract Achievements] Power Control Device for Ultrafast Pulse Lasers

A dedicated power supply unit designed for special equipment. It automatically controls the transition to a safe state.

We would like to introduce our track record of the "Ultra-Short Pulse Laser Power Supply Control Device." This product is a control and interface device for pulse laser power supplies. It processes requests via command communication over a serial connection and returns the results as responses. Additionally, it continuously monitors hardware and automatically controls the transition to a safe state in the event of an anomaly. Various sensors and controllers for controlling and monitoring the pulse laser power supply state can be configured and retrieved using serial commands. 【Features】 ■ Various power supply units ■ Dehumidifying elements ■ Nitrogen valves ■ Shutter drivers ■ Various lamps ■ Motor drivers ■ Various relays ■ Various switches ■ Temperature/humidity sensors ■ Leak sensors, etc. *For more details, please feel free to contact us.

  • Contract manufacturing
  • Other process controls
  • Control device

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Attitude Control Device for CubeSat 2

Attitude Control Device for CubeSat 2

A space-grade low-cost attitude control system (including control computer, sensors, etc.) that can be used for three-axis attitude control of ultra-small satellites, CubeSats.

A posture control device that can be used for three-axis attitude control of ultra-small satellites, CubeSats. This device includes an attitude control computer, reaction wheels, magnetic torquers, three-axis geomagnetic sensors, MEMS gyros, sun sensors, and Earth sensors, packaging almost all the equipment necessary for attitude control. Additionally, it is possible to install an optional star tracker and redundant geomagnetic sensors.

  • Other process controls
  • others
  • Control device

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Update Case 5 [Commercial Facility] Operational Improvement (Increased Energy Savings through Automated Control)

Update Case 5 [Commercial Facility] Operational Improvement (Increased Energy Savings through Automated Control)

Added variable speed control based on temperature and carbon dioxide concentration. Improved average energy-saving rate to over 60%.

Before the update, the machine room was located far away, making it almost impossible to use frequency control with inverters. After the update, we improved the average energy-saving rate to over 60% by using temperature sensors and carbon dioxide concentration sensors to control the fan motor with an inverter. 【Features】 ○ Inverter control of the fan motor's rotation speed using temperature sensors and carbon dioxide concentration sensors ○ Target equipment: Inverters for air conditioning units and exhaust fans (400V/30.0kW, 18.5kW) For more details, please contact us or download the catalog.

  • Inverter
  • air conditioning
  • Ventilation and Exhaust
  • Control device

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Case Study: Pump 2 [Commercial Facility] Inverterization of Cooling Water Pump

Case Study: Pump 2 [Commercial Facility] Inverterization of Cooling Water Pump

Monitor the temperature at the cooling water outlet and further reduce power consumption through inverter control except during the peak summer daytime.

The flow rate sent to the cold water pump was adjusted by throttling the valve, but significant reductions in electrical power consumption were achieved by controlling it with an inverter. By monitoring the temperature at the cold water outlet with a temperature sensor, the pump motor's rotation speed can be controlled by the inverter, allowing for further energy savings except during the peak summer daytime. 【Features】 ○ Control Method: Pump motor rotation speed controlled by inverter using a temperature sensor ○ Target Equipment: Absorption chiller/heater Cold water pump (200V/55.0kW) For more details, please contact us or download the catalog.

  • Inverter
  • Flow Control
  • air conditioning
  • Control device

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Case Study: Pump 4 [Condominium] Inverterization of Chilled and Hot Water Pump

Case Study: Pump 4 [Condominium] Inverterization of Chilled and Hot Water Pump

It is possible to convert pumps to inverters at a low cost.

By opening the valve and adjusting the inverter to the same flow rate as before, power consumption is reduced. Since control is not performed using sensors for temperature, pressure, or flow rate, it can be implemented at a low cost. Five inverters are compactly installed on one panel. 【Features】 ○ Control Method: Fixed frequency (constant flow) control ○ Target Equipment: Absorption chiller/heater 　　　　　　Primary chilled/heated water pump (2.2kW × 2 units), 　　　　　　Secondary chilled/heated water pump (3.7kW × 3 units) For more details, please contact us or download the catalog.

  • Inverter
  • Flow Control
  • air conditioning
  • Control device

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Case Study: Pump 5 [Commercial Facility] Inverterization of Chilled Water Pump

Case Study: Pump 5 [Commercial Facility] Inverterization of Chilled Water Pump

By using a temperature sensor in conjunction, further power reduction is achieved through inverter control.

By opening the valve and adjusting the inverter to achieve the same flow rate as before, we reduce the power consumption of the pump. By using temperature control and variably controlling the inverter frequency, we implement further energy savings. Additionally, by using compressor current control for the turbo chiller, we prevent overload due to insufficient cooling water. 【Features】 ○ Control Method: Using temperature sensors to control the pump motor speed with an inverter ○ Target Equipment: Turbo chiller 　　　　　　Cooling water pump (75.0 kW), Chilled water primary pump (55.0 kW) For more details, please contact us or download the catalog.

  • Inverter
  • Flow Control
  • air conditioning
  • Control device

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Case Study: Pump 7 [Sports Facility] - Inverterization of Filtration Pump

Case Study: Pump 7 [Sports Facility] - Inverterization of Filtration Pump

Inverter control considering the backwashing operation of the filtration device and the number of circulation cycles (turns).

We will implement a scheduled operation where the speed is high during business hours and low during non-business hours (such as nighttime and closed days). To maintain water quality, we will use inverter control that takes into account backwashing and circulation frequency (turns). We will use a low-cost inverter panel (EBL series) to shorten the investment recovery period. 【Features】 ○ Control methods: Time schedule control, temperature control, manual step speed control ○ Target equipment: Pool filtration pump (5.5kW) For more details, please contact us or download the catalog.

  • Inverter
  • Flow Control
  • Filtration Equipment
  • Control device

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Case Study: Fan 3 [Accommodation Facility] Inverterization of Supply and Exhaust Fans

Case Study: Fan 3 [Accommodation Facility] Inverterization of Supply and Exhaust Fans

Detecting the operating status of kitchen equipment with sensors and controlling the intake and exhaust with an inverter to reduce power consumption.

By linking the supply and exhaust fans, the conditioned air is not unnecessarily lost to the outside, improving air conditioning efficiency and reducing power consumption. Since busy hours vary due to banquet schedules, instead of time-based control, the operation status of kitchen equipment is detected by sensors, and the supply and exhaust are controlled by inverters. During times when no heating or cooking is taking place, temperature sensors and carbon dioxide concentration sensors help reduce the drying of served food. 【Features】 ○ Control Method: Motor speed is controlled by inverter using temperature sensors and carbon dioxide concentration sensors ○ Target Equipment: Kitchen ventilation system Supply fan (30.0 kW), Exhaust fan (37.0 kW) For more details, please contact us or download the catalog.

  • air conditioning
  • Ventilation and Exhaust
  • Inverter
  • Control device

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Case Study: Fan 4 [Office Building] - Inverterization of Cooling Tower Fan

Case Study: Fan 4 [Office Building] - Inverterization of Cooling Tower Fan

Eliminating abnormal noise caused by fan belt slippage at startup with gentle acceleration of the inverter.

The gentle acceleration of the inverter eliminates abnormal noises caused by fan belt slippage at startup (noise reduction effect). By adding rotational control via the inverter to the start-stop control method using temperature sensors, significant power savings are achieved. Controlling three motors with one 18.5kW inverter helps to reduce manufacturing and installation costs. 【Features】 ○ Control Method: Inverter control of fan motor speed using temperature sensors ○ Target Equipment: Absorption chiller Cooling tower fans (5.5kW) × 3 units For more details, please contact us or download the catalog.

  • Ventilation and Exhaust
  • Inverter
  • cooling tower
  • Control device

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Case Study: Fan 5 [Accommodation Facility] Inverterization of Supply and Exhaust Fans

Case Study: Fan 5 [Accommodation Facility] Inverterization of Supply and Exhaust Fans

Manage the operating status using the temperature of each exhaust duct and reduce power consumption by controlling the fan motor with an inverter.

In a kitchen where reducing airflow is difficult, the operating status is managed by the temperature of each exhaust duct, and the fan motor is controlled by an inverter. The coordination between the external air conditioning unit and the exhaust fan located at a distance is also controlled by the inverter. 【Features】 ○ Control Method: Fan motor speed is controlled by an inverter using temperature sensors. ○ Target Equipment: Kitchen ventilation system External air conditioning unit (11.0 kW), exhaust fan (7.5 kW) For more details, please contact us or download the catalog.

  • Ventilation and Exhaust
  • Inverter
  • air conditioning
  • Control device

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Case Study: Blower 7 [Commercial Facility] Inverterization of Exhaust Fan

Case Study: Blower 7 [Commercial Facility] Inverterization of Exhaust Fan

Reduce power by controlling the fan motor speed with an inverter using a carbon monoxide concentration sensor.

Control the fan motor speed using an inverter based on the carbon monoxide concentration sensor installed on the roadway. By controlling the motor speed with the inverter during off-peak hours (such as weekends and evenings), significant power savings can be achieved. 【Features】 ○ Control Method: Fan motor speed controlled by inverter using carbon monoxide concentration sensor ○ Target Equipment: Underground parking exhaust fans (22.0 kW × 3 units) For more details, please contact us or download the catalog.

  • Ventilation and Exhaust
  • Inverter
  • air conditioning
  • Control device

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eHydroCOM

eHydroCOM

An electric, stepless capacity control device for reciprocating compressors developed by the creator of HydroCOM.

The continuously variable capacity control system/eHydroCOM for reciprocating compressors is designed as a "plug-and-play" solution. The system is fully electric and does not need to be connected to an oil or cooling water circuit. eHydroCOM enables capacity control with exceptional precision and robustness. It not only dynamically controls capacity changes in a stable process but also has a wide control range, eliminating the need for operational downtime. As a result, only the amount of gas required for the process is compressed, significantly reducing the compressor's energy consumption. Not only does it keep installation costs down, but its high energy efficiency and manageable maintenance costs provide a beneficial return on investment for customers, whether for new installations or retrofitting existing machines.

  • Hydraulic Equipment
  • Flow Control
  • Control device

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Electromagnetic Holder High-Speed Controller 'RH-303A-6/24 Series'

Electromagnetic Holder High-Speed Controller 'RH-303A-6/24 Series'

Three types are available for selection according to performance enhancement and installation environment!

The "RH-303A-6/24 series" is an electromagnetic holder high-speed controller that can accommodate the acceleration of work handling, such as robotic hands. It supports a wide power supply range from AC100 to 220V and is equipped with weak excitation and demagnetization functions. (Selection between alternating damping and single reverse excitation is possible via dip switches.) We offer three types to choose from, including the "panel-mounted type," which features a simple structure of printed circuit board and chassis suitable for installation inside electrical panels, as well as "cover type" and "case storage type," allowing for performance enhancement and adaptation to installation environments. 【Features】 ■ Utilizes FET in the output circuit to achieve high-speed and stable demagnetization performance ■ Durable enough for high-frequency use ■ PWM output control ensures that even weak output settings are unaffected by power fluctuations and differences in power frequency ■ Provides stable output voltage ■ Selection of rated output voltage 24V/6V is possible via dip switches (also compatible with KE-1B) *For more details, please refer to the PDF documentation or feel free to contact us.

  • Other process controls
  • others
  • Control device

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通信機器 光回線冗長制御装置

通信機器 光回線冗長制御装置

光通信網の幹線系に設置されて通信の高度な信頼性を保障します。

光回線（155Mbps）を常時監視して、何らかの異常を検出すると即座に予備回線に切替える装置です。豊富な保守用インターフェースを持ち、ローコストでのAPS機能構築が可能です。

  • Other network tools
  • Control device

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Time-based control device

Time-based control device

We respond accurately and meticulously to high-level demands in various fields such as astronomy, disaster prevention, and communication!

Synchronization recording and playback control device for observation data recorders

  • Other FA equipment
  • Control device

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