Mon-Fri, 7.00am-1.00pm EST
From United State & Canada: ☎️ 1 800 798 3409

Mon-Fri, 7.00am-1.00pm EST

From United State & Canada: ☎️ 1 800 798 3409

Copper Pipes and Copper connections
Valves
Thermostatic Valves

Solenoid Valves

Regulating Valves

Operated Valves

Icf Multifunction Valves

Shut Off Valves

Check Valves

Water Regulating Valves

Refrigerant Distributors

Safety Relief Valves

Relief Valve

Check Valve

Water Regulating Valve

Straight Check Valves

Inspectable Strainer For R744

Valves With Screw Shutter

Expansion Valves

Regulating Valves 2

Manual Valves
Heat Exchangers
Plate Heat Exchangers

Internal Heat Exchangers

Shell And Tube Heat Exchanger

Unit Coolers

Condensers
Pressure switches and thermostats
Kp Kpu Thermostats, Standard Applications

Rt Thermostats Rt Differential Thermostats, Heavy Duty Applications

Ut Thermostats

Pressure Switches

Pressure Switches, Differential

Appliance Controls

Temperature Switches

Pressure Switches, Thermostats And Regulators

Thermometers, Hygrometers, Thermostats

Carel Sensors

Pressure Transducer
Water Pumps And Motors
Motors

Water Pumps

Drain Pumps

Booster Set

Circulator Pumps

Endsuction Close

Endsuction Long Coupled Single Stage

Inline Single Stage Pumps

Lifting Pump Station

Multistage Centrifugal Pump

Pump Accessories

Submersible Pumps
Sight Glasses
Sgp N Sgp I Sgp X Sight Glasses, For High Pressure Refrigerants

Sgr Sgi Sgn Sight Glasses, For Low Pressure Refrigerants

Saddles For Sgr Sgp Socket Type Sight Glasses

Mli Sight Glass, In Cold Resistant Steel, For Industrial Refrigeration, Dn 20 Dn 25
Sensors and Transmitters
Temperature Sensors

Pressure Transmitters

Liquid Level Sensor

Gas Detection Sensors

Mbt 9110, Temperature Transmitters
Contactors and Motor Starters
Contactors

Overload Relays

Circuit Breakers

Dol Motor Starters

Electronic Motor Starters

Electronic Timers

Electronic Soft Starters

Electronic Contactors

Electronic Motor Contactors
Electronic Controls
Electronic Refrigeration Temperature Controls

Compressor And Condenser Controls

Capacity Control

Water Chiller Controls

Gas Cooler Controls

Speed Control

Evaporator Controls With Thermostatic Expansion Valves

Evaporator Controls With Electronically Operated Expansion Valves

Programmable Controls

System Management

Accessory Modules

Electronic Pressure

Pressure Switches And Thermostats

Regulation And Control Tables

Temperature Recorders

Carel Controllers
Liquid Level Controls
Eke 347, Liquid Level Controller

Hfi Float Valves, High Pressure

Aks 38 Liquid Level Switch

Sv Pmf, Modulating Liquid Level Regulators

Rt 280a Rt 281a Liquid Level Switch

Llg Sight Glass

Fqs Flow Switch
Filters and Strainers
Filter Driers

Strainers
Oil separators Liquid receiver
Oil Separators

Liquid Receiver

Oil Compensation Adapters

Oil Controls

Discharge Line Mufflers

Suction Accumulators

Accesories

Oil Receivers And Oil Line Accessories
HVAC Installation Maintenance
Coolant Circuit Connections

Hotel And Restaurant Equipment

Chemical Products

Connections For Refrigeration Circuit

Humidity Production

Spare Parts And Accessories

Refrigerants, Gases, Oils And Chemicals

Hvac Tools

Fan Motors Fan Blade

Electric Components

Condesation And Drain Control

Air Conditioning
Cold Rooms
60 Mm Thickness

80 Mm Thickness
Cold Rooms With Monoblocks Or Splits Units
Cold Rooms Of 1 To 3 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 3 To 6 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 6 To 9 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 9 To 12 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 12 To 15 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 15 To 18 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 18 To 21 M3 In Volume Equipped With Refrigeration Equipment

Cold Rooms From 21 To 24 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 24 To 27 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 27 To 30 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 30 To 33 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 33 To 36 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 36 To 39 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 39 To 42 M3 Of Volume Equipped With Refrigeration Equipment

Cold Rooms From 42 To 45 M3 Of Volume Equipped With Refrigeration Equipment
Freezer Rooms
100 Mm Thickness

120 Mm Thickness

150 Mm Thickness
Freezer Rooms With Monoblocks Or Splits Units
Walk In Freezers From 1 To 5 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 5 To 10 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 10 To 15 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 15 To 20 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 20 To 25 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 25 To 30 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 30 To 35 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 35 To 40 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 40 To 45 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 45 To 50 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 50 To 55 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 55 To 60 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 60 To 65 M3 Of Volume Equipped With Refrigeration Equipment

Walk In Freezers From 65 To 70 M3 Of Volume Equipped With Refrigeration Equipment
Starting & Running Capacitor
Running Capacitors Cd60

Capacitors Cbb65

Capacitors Cbb61

Capacitors Cbb60

SALE OF ORIGINAL FUJI ELECTRIC SPARE PARTS

The best price to buy FUJI ELECTRIC Spare Parts

Fuji Electric is a Japanese corporation that uses its core technological competencies in electrical and thermal power equipment. The intention in its last decades is to contribute to a more sustainable and responsible society.

Through the development of highly efficient, avant-garde and innovative products and solutions that are respectful of the environment, they seek to reduce the energy consumption of each piece of equipment, as well as the carbon emissions of their customers.

Fuji Electric Europe has been a strong and reliable partner for customers not only in Europe, but also in Russia, the Middle East and Africa for more than 3 decades. The performance and reliability of Fuji Electric products have earned the company an excellent reputation.

Fuji Electric Europe represents cutting-edge technology. This is because it masterfully combines high efficiency with a global logistics network. All this is to be able to offer tailor-made solutions in sectors with high energy consumption.

The areas of manufacturing or manufacturers, data centers, information technology, logistics centers and industrial automation of many processes in various branches of the secondary sector of the economy stand out.

Fuji Electric spare parts: history of a brand

In 1923, the Japanese company Furukawa Electric Co., Ltd. and the German brand Siemens AG formed what is today Fuji Electric Manufacturing Co., Ltd.

In this merger an alliance of economic, human and technological capital was consolidated. The name of this new company that was born was inspired by Mount Fuji, the most emblematic and highest mountain in Japan.

This is the chronology of a company made to help the world function without depleting natural resources and contributing to sustainable development:

1923: Fuji Electric Manufacturing Co. founded.

1924: start of manufacturing various types of electrical machinery

1925: start of production of transformers

1930: manufacture of mercury-based steam rectifiers

1933: development of expansion circuit breakers

1935: Hong Kong-based Fuji Tsushinki Manufacturing Co., Ltd is established.

1936: Fuji builds the first hydraulic turbine. That is, the 4,850HP Francis Turbine

1937: Mass production of watt-hour meters begins

1954: begins manufacturing ultra-compact magnetic switches

1954: series production of selenium-based rectifiers begins

1955: marks the great macro-scale incursion into the area of power plants or thermal complexes

1959: start of the manufacture of silicon-based diodes

1965: An electric propulsion system is installed for the first time on the Antarctic scientific and exploration ship named Fuji.

1967: differential switches are developed

1969: they begin to make various vending machines

1973: begins manufacturing selenium drums and photoconductors

1976: the manufacture of inverters for general use begins

1981: develop and begin manufacturing electric propulsion systems for the exclusive use of the icebreaker ship named Shirase

1984: Change of company name from Fuji Electric Manufacturing Co to Fuji Electric Co., Ltd.

1985: launched the first generation of mini UPS called the M-UPS Series. The programmable logic controller of the MICREX-F Series is also introduced to the market and, in the same year, the first 1,000 kW phosphoric acid-based fuel cell is developed.

1987: The Fuji Electric GmbH Foundation, which today is called Fuji Electric Europe GmbH, is born and the IGB module is created

1991: The project for the revolutionary ozone-based water treatment system is successfully completed

1994: the first HII rocket is launched to market with great success, marking the space competition in Japan

1995: the subsidiary Fuji Electric France S.A.S.

1996: Electric railways with the world's first high capacity flat IGBT place an order for IGBT main conversion devices which were finally used in 1998.

1999: the new J Series mini-UPS is launched on the market

2002: they successfully achieve the first energy generation system through fuel cells powered by biogas

2008: The subsidiary Fuji Electric Semiconductor is created, based in Malaysia and known by the acronym Sdn. Bhd. The subsidiaries (in Japan) Fuji Electric FA Components & Systems Co., Ltd., also known as Fuji Electric FA Components & Systems Co., Ltd. And the merger of operations with Schneider Electric Japan Ltd. is created.

2010: the new converted circuit is developed
r with three levels and the new power module also with three levels. These components allow for very highly efficient conversion of electrical energy.

Similarly, the geothermal power plant with 140 MW is commissioned. This, located in New Zealand, is the largest in the world in a single unit and was named Nga Awan Purua Power Station.

In addition, the high-speed battery charger for the first electric vehicles is put on sale, a microgrid system is supplied to the outlying islands and participation in installation and verification tests.

In the same year, the power semiconductor of the latest generation SiC module was developed.

2011: The high voltage inverter with built-in water cooling system goes on sale. It is the FRENIC 4800VM5

2012: inverters for air conditioning systems and water treatment systems are launched. They are the FRENIC-HVAC and the FRENIC-AQUA, respectively.

In that year they achieved other advances such as the design and operation of the inverter equipped with new generation power semiconductors. It was the SiC-SBD and it was a first in Japan

Similarly, they launch power conditioners for mega-generation systems for solar energy.

2014: The new generation cold storage container called D-BOX is launched on the market.

Fuji Electric Parts for Air Conditioner

The Fuji Electric company manufactures all kinds of parts for air conditioners. These include:

The Compressor: Inside the outdoor unit of the air conditioner is the compressor. It is in charge of pressurizing the refrigerant gas and transforming it into high-pressure gas using electrical energy.

The condenser: is a part that is in the outdoor unit is the condenser. It is in charge of eliminating the heat from the refrigerant when it returns from the interior of a building and passes through the compressor.

The heat is expelled and the temperature drops as it passes through the condenser. In this heat expulsion phase, the high-pressure gas converts it into a liquid.

The expansion valve: is located inside the outdoor unit and near the condenser outlet. Its function is to limit the flow of refrigerant. As a result, the fluid pressure is reduced and a part of the refrigerant liquid turns into gas and the temperature drops.

The thermostat: is the part in charge of turning the air conditioning on and off depending on the temperature of the room. In this way he manages to keep it constant. They are very important electronic components that guarantee the energy efficiency of the device.