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Inverter Control Device Product List and Ranking from 6 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

Inverter Control Device Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. 八紘テクノ Tokyo//Industrial Electrical Equipment
  2. エア・ガシズ・テクノス Tokyo//Industrial Machinery
  3. 原田 本社 Hiroshima//Industrial Electrical Equipment
  4. スリーベネフィッツ Tokyo//environment
  5. 5 東亜エレクトロニクス株式会社　東亜電機カンパニー Aichi//Industrial Electrical Equipment
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Inverter Control Device Product ranking

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. Exhaust fan inverter control エア・ガシズ・テクノス
  2. Significant reduction in power consumption of circulation pumps in hotels and accommodation facilities through inverter control. 原田 本社
  3. Case Study: Pump 7 [Sports Facility] - Inverterization of Filtration Pump 八紘テクノ
  4. Zero initial investment, up to 60% reduction in electricity costs through inverterization of fan pumps. スリーベネフィッツ
  5. 4 Case Study: Fan 3 [Accommodation Facility] Inverterization of Supply and Exhaust Fans 八紘テクノ

Inverter Control Device Product List

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Power Saving System E-BRACE L Series

Power Saving System E-BRACE L Series

[Case Study Collection Giveaway] Low Cost, Lightweight, Compact Inverter Control Power Saving System

Are you overlooking something? Equipment that can be controlled by an inverter Please consider the next step for "cost reduction measures" and "global warming measures." Since it is low-cost, it offers excellent cost-effectiveness even for small motors that you may have previously given up on. Being lightweight and compact, it can be installed in tight spaces, leading to reduced construction costs. We have also implemented measures for lighting and heat sources, so if you are struggling with next year's plans, please consider this. For a limited time, we are offering a collection of case studies as a gift. Please take this opportunity to apply! For more details, please contact us or download the catalog.

  • Control Panel

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Improvement Case 1 [Accommodation Facility] Stabilization of Hot Water Pump Temperature

Improvement Case 1 [Accommodation Facility] Stabilization of Hot Water Pump Temperature

Resolved 0 complaints from 5 to 6 per month. The discharge amount (temperature) during shower use is stable.

We addressed the issue of unstable hot water temperature during peak shower usage times in guest rooms by adding control to maintain a constant discharge pressure with an inverter. This allows us to consistently supply showers with stable temperatures to the guest rooms. 【Features】 ○ Control Method: Pressure Control ○ Target Equipment: Oil Supply Booster Pump (7.5kW) For more details, please contact us or download the catalog.

  • Inverter
  • Pressure Control
  • Other environmental equipment

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Improvement Case 2 [Office Building] Stopping the Cooling Fan Belt Noise

Improvement Case 2 [Office Building] Stopping the Cooling Fan Belt Noise

Gentle acceleration is achieved by the inverter, eliminating belt squeal at startup and extending lifespan.

When the cooling fan starts, the belt that drives it slips, causing a squeaking noise as it rubs against the pulley. Due to its installation on the rooftop, complaints have arisen from nearby apartments. Because the fan turns on and off dozens of times a day depending on the set temperature, there have been many complaints, and the belt has also experienced significant wear. This issue has been improved by implementing gentle acceleration through an inverter, which eliminates the belt squeak and extends its lifespan. 【Features】 ○ Control method: Gentle acceleration operation using an inverter ○ Target equipment: Cooling fan (for air-cooled heat pump chiller) (5.5kW × 2 units) For more details, please contact us or download the catalog.

  • cooling tower
  • Ventilation and Exhaust

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Update Case 3: Accommodation Facility - Operational Improvement, Continuous Operation Measures, and Simplification of Frequency Switching

Update Case 3: Accommodation Facility - Operational Improvement, Continuous Operation Measures, and Simplification of Frequency Switching

Simplification of frequency variable operation according to seasons and busy periods.

Before the update, when a trouble occurred, the equipment would stop, and operations could not continue. The equipment manager adjusted the frequency using the up and down keys on the inverter while monitoring the operational status. After the update, in the event of an inverter malfunction, it automatically switches to commercial operation, allowing the equipment to continue running. A manual four-speed switch has been installed, making it easier to adjust the frequency to any desired level according to the season or busy periods. 【Features】 ○ Installation of a manual four-speed switch for simplified switching operations ○ Target equipment: Inverter for ventilation fans (400V/7.5kW) For more details, please contact us or download the catalog.

  • Inverter
  • Ventilation and Exhaust
  • air conditioning

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Case Study: Pump 1 [Public Facility] Inverterization of Chilled and Hot Water Pump

Case Study: Pump 1 [Public Facility] Inverterization of Chilled and Hot Water Pump

Perform inverter operation to drive the pump with high efficiency and save electricity.

To adjust the flow, the valve that was partially closed has been opened, and by regulating the flow with an inverter, significant power savings have been achieved. The inverter operates at the optimal and minimal frequency based on signals from pressure and flow sensors, driving the pump with high efficiency for energy conservation. To prevent excess flow that cannot be reduced by the inverter during low demand periods, bypass valve control is also used. 【Features】 ○ Control Method: Pump motor speed is controlled by the inverter using pressure and flow sensors. ○ Target Equipment: Absorption chiller and hot/cold water generator Secondary hot/cold water pumps (11.0 kW) × 2 units For more details, please contact us or download the catalog.

  • Inverter
  • Flow Control
  • air conditioning

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Case Study: Pump 3 [Hospitals and Care Facilities] Inverterization of Chilled and Hot Water Pumps

Case Study: Pump 3 [Hospitals and Care Facilities] Inverterization of Chilled and Hot Water Pumps

Control the required flow rate with an inverter using a temperature sensor to reduce power consumption.

The flow rate is controlled by an inverter based on the temperature difference at the inlet and outlet of the absorption chiller, significantly reducing power consumption during light load conditions. By alternating the operation of two pumps controlled by a single inverter, installation costs are reduced. 【Features】 ○ Control Method: Temperature Control ○ Target Equipment: Air-Cooled Heat Pump Chiller Chilled and Hot Water Pumps (11.0kW × 2 alternating switch type) For more details, please contact us or download the catalog.

  • Inverter
  • Flow Control
  • air conditioning

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Case Study: Pump 6 [Public Facility] Inverter Conversion of Chilled and Hot Water Pump

Case Study: Pump 6 [Public Facility] Inverter Conversion of Chilled and Hot Water Pump

Support with low-cost inverter panels (EBL series), shortening the investment recovery period for equipment.

By opening the valve and adjusting the inverter to the same flow rate as before, power consumption is reduced. For educational facilities, during breaks, the switch is operated to switch to low-speed operation for further energy savings. Since control using sensors for temperature, pressure, and flow rate is not performed, it can be implemented at a low cost. The low-cost inverter panel (EBL series) is used to shorten the investment recovery period. 【Features】 ○ Control method: The rotation speed of the pump motor is controlled by the inverter using a manual step-speed switch. ○ Target equipment: Absorption chiller/heater 　　　　　　Chilled/heated water pumps (11.0 kW × 2 units) For more details, please contact us or download the catalog.

  • Inverter
  • Flow Control
  • air conditioning

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Energy-saving measures for central air conditioning systems.

Energy-saving measures for central air conditioning systems.

Proven at hotels within Huis Ten Bosch! 70% reduction achieved.

The "Clean Hit Inverter" is an energy-saving system for central air conditioning (chilled and hot water air conditioning) that uses variable flow control. The inverter adjusts the rotation speed of the chilled and hot water pump that sends air from the central air conditioner and the motors for the intake and exhaust fans of the outdoor air conditioning unit based on information from temperature sensors, reducing power consumption by 45% to 70%. Additionally, it has a built-in cumulative power meter, allowing for easy numerical confirmation of energy-saving effects on the controller panel. 【Features】 ■ Significant reduction in electricity costs while maintaining comfort ■ 45% to 70% reduction in power consumption (patented) ■ Improvement in overcooling and overheating ■ Visualization of energy-saving figures ■ Built-in cumulative power meter ■ Easy numerical confirmation *For more details, please refer to the PDF document or feel free to contact us.

  • Air purifiers
  • others

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Exhaust fan inverter control

Exhaust fan inverter control

Total power consumption of the device reduced by approximately 10% to 15%! Compared to damper control, fine airflow adjustment is possible.

In "Exhaust Fan Inverter Control," the airflow of the exhaust fan is controlled by an inverter according to the printing conditions, enabling energy savings in power consumption. Compared to commercial operation with the motor running at full speed, the load on the fan bearings can also be reduced. Due to the characteristics of the fan, when the rotational speed (frequency) is controlled by the inverter, the power consumption of the motor decreases in proportion to the cube of the reduction ratio of the rotational speed, achieving significant energy savings compared to control via airflow dampers. 【Features】 ■ One of the "Energy-Saving AGT Three Sacred Treasures" for drying and deodorizing devices ■ Allows for fine adjustments of airflow compared to damper control ■ Significant energy-saving effects during printing preparation time (deodorization standby) ■ Reduces total power consumption of the device by approximately 10% to 15% (example calculation: for CDX218N compatible with B vertical half-cut machine) ■ When airflow is controlled to half, power consumption is about one-eighth (1/2 cubed) *For more details, please refer to the PDF document or feel free to contact us.

  • Gas recovery/treatment equipment
  • Drying Equipment

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Significant reduction in power consumption of circulation pumps in hotels and accommodation facilities through inverter control.

Significant reduction in power consumption of circulation pumps in hotels and accommodation facilities through inverter control.

"What is an inverter?" and "The concept of inverter control" are clearly presented using diagrams and photos!

Now, as the movement towards "eco" initiatives, such as preventing global warming, spreads globally, measures to reduce environmental impact and cut power consumption have become urgent issues for all companies. That said, even if businesses and facilities are working on their own initiatives, they may not achieve the expected results. However, you can rest assured. By focusing on the load equipment that consumes the most electricity in facilities, we can provide comprehensive support for energy conservation and reduction of electricity costs. [Contents (excerpt)] ■ Introduction ■ What is an inverter? ■ Devices controlled by inverters ■ Mechanism for filtering pool water ■ Concept of inverter control *For more details, please refer to the PDF document or feel free to contact us.

  • Other clean room equipment and facilities

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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

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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

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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

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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

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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

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