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Inverter Product List and Ranking from 27 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Sep 24, 2025~Oct 21, 2025
This ranking is based on the number of page views on our site.

Inverter Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 24, 2025~Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. ABBジャパン Tokyo//Industrial Electrical Equipment
  2. 藤川伝導機 Tokyo//Industrial Machinery
  3. トークシステム Tokyo//Trading company/Wholesale
  4. 4 岡田商会 Ishikawa//Other manufacturing
  5. 5 ICHIKAWA Tokyo//Industrial Machinery

Inverter Product ranking

Last Updated: Aggregation Period:Sep 24, 2025~Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Inverter "FREQROL-B, B3, B4 (A800 specifications)" 藤川伝導機
  2. HES880 Inverter for Construction and Special Vehicles ABBジャパン
  3. Toshiba High-Performance Inverter VF-AS1 トークシステム
  4. ACS180 Small Inverter ABBジャパン
  5. 5 Yaskawa Inverter GA700 岡田商会

Inverter Product List

31~45 item / All 58 items

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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

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

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

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

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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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

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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

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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

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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

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Inverter "FREQROL-B, B3, B4 (A800 specifications)"

Support for operation in explosion-proof areas! Centralized management across various networks.

The "FREQROL-B, B3, B4 (A800 specifications)" is an inverter for driving pressure-resistant explosion-proof motors from Mitsubishi Electric, enabling smooth acceleration and deceleration operations as well as multi-speed operations. Since the installation dimensions of the inverter are the same as those of the A700 specifications, replacement is worry-free. Additionally, by using the option (FR-A8TAT), the control circuit terminal block of the A700 specifications can be mounted. Furthermore, Mitsubishi Electric offers pressure-resistant explosion-proof motors "XF-NE," "XF-NECA-1(2)," "XE-V(N)J," and "XF-TH (manufactured by TMEIC)" that have passed explosion tests (10 explosion tests + 15 explosion ignition tests) thanks to their robust outer casing developed from structural mechanics. 【Features】 ■ Extensive lineup ■ Long-lasting components ■ Reliable renewal ■ Centralized management through various networks *For more details, please download the PDF or feel free to contact us.

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  • 三菱電機耐圧防爆形モータ駆動用インバータ9.png
  • Inverter
  • Other motors

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Inverter, charger, PV controller, etc. [Comprehensive catalog giveaway]

All products have passed strict quality inspections and can be used with confidence! You can find the products you want!

For power-related products such as DC-AC sine wave inverters, DC converters, chargers, and solar controllers, we want to ensure stable performance. With Future Co.'s "POWERTITE Series," we conduct quality inspections before shipment to ensure you can use our products with confidence. We are currently offering a comprehensive catalog featuring this extensive product lineup! 【Featured Products】 ■ DC-AC Sine Wave Inverters (Low noise, high output, wide input voltage range, and many more options) ■ Chargers (Lithium, lead-acid battery chargers, compact chargers, multi-stage chargers, on-the-go chargers) ■ DC/DC Converters ■ Solar Controllers ■ Portable Power Supplies *For more details, please contact us or download the PDF to view.

  • Inverter
  • converter
  • power supply

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Toshiba High-Performance Inverter VF-AS1

Expanded the 200V class capacity up to 132kW!

I want to reduce noise. I want to suppress high frequencies! Fewer parameter settings are better! High torque is necessary. And flexibility is needed! I want to consider the environment! The VF-AS1 responds to these needs. The evolution as an inverter and the culmination of product maturity have been completed. With the built-in noise filter and reactor, high-frequency noise and harmonics generated by the inverter have been reduced, improving power factor. It is ideal for applications in consumer environments such as commercial washing machines, treadmills, store freezers, medical devices, and stage equipment, where consideration for peripheral devices is necessary. In quick mode using the EASY key, only the basic 8 parameters are displayed, making parameter selection and setting simple. Additionally, it is possible to display only up to 32 user-selected parameters from all parameters, allowing for specialization. This is perfect for cases requiring simple functions in metal processing machines, transport machinery, conveyors, semiconductor manufacturing equipment, cutting machines, and woodworking machinery. For more details, please contact us or refer to the catalog.

  • Inverter

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Inverter and power supply for LED, round LED lighting with 12 or 24 lights.

First of all, there is a wide variety. We can accommodate various types and brands of LEDs for our customers' diverse applications.

We are developing a wide variety of inverters for general use, medical use, industrial use, and more on a daily basis. Additionally, it is possible to customize the products developed to meet our customers' specifications.

  • LED Module

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ACS180 Small Inverter

A compact design inverter that combines ease of use and expandability, perfect for integration into cabinets and equipment.

- ACS180 - Output: 0.25 kW to 22 kW - Voltage: 200 V to 480 V - Equipped with functions necessary for speed control applications - Sensorless vector control for induction motors and permanent magnet motors - Connectivity to automation systems via Modbus RTU - Customization of drive functions through programming - Contributes to reducing energy consumption and CO₂ emissions Main Features - Compact design - User interface that allows for intuitive operation - Easy-to-implement sensorless vector control - Safety stop function (STO) and ground fault protection function included As a mass production model, we can offer it at a reasonable price for large orders.

  • inverter
  • Other process controls

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[Case Study on Heat Treatment Challenges 3] A must-see for those who want to reduce electricity costs!

Efficiency improvement with a new type of inverter! Combine two inverters into one to reduce electricity costs!

Is your current inverter a transistor type? If you are using a vacuum tube or thyristor inverter, we recommend switching to a transistor inverter. Even if you are already using a transistor inverter, if you are operating two or more inverters simultaneously, consolidating them into one may reduce your contracted power. Fujielectronics' inverters can oscillate multiple frequencies suitable for the equipment. This can help reduce initial investment and contribute to space-saving. 【Before Improvement】 ■Usage Fee: 66,000 (kWh) × 17.2 (yen) = 1,135,200 yen ■Contracted Power: 350 kW × 1,733.40 (yen/kW) = 606,690 yen ■Total: 1,741,890 yen *For more details, please refer to the PDF document or feel free to contact us.

  • inverter

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