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Frequency Converters 50Hz,60Hz,400Hz for Navy,port,shipyard,oil,shipbuilding,shiprepair,airport

Frequency Converters 50Hz,60Hz,400Hz for Navy,port,shipyard,oil,shipbuilding,shiprepair,airport photo-1
Frequency Converters 50Hz,60Hz,400Hz for Navy,port,shipyard,oil,shipbuilding,shiprepair,airport photo-2
Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)
Key Specifications
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Business Type:
Manufacturer
Year Established:
2010
Annual Export Value:
US$10 Million - US$50 Million
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
Delivery time depends on order quantity.

Application
Shipyards,port,docks,Navy,Airport,Oil  companies,aviation, Lab, Factories, Telecommunication, Medical, IT,  Motor Manufacturer, Scientific Research, EMI/EMC/safety test, QA/QC  safety test, Electric machinery test,Superior power for  laboratory,switching power test, AC fan test,transformer test,  compressor test,motor test,air conditioner test,copier equipment  test,computer/scanner test,SCR test, electrical appliances, electronic  ballast test,400HZ converters for military diagnostic system,airport  grounding stations,  avionics,instruments,shipards,shiprepair,navy,shipbuilding,port,dock,oil  company,ect.
Introduction
50Hz  to 60Hz or 400HZ variable-frequency power is a power equipment with  structure of AC-DC-AC, adopted latest SPWM and IGBT inverter technology,  which changes the electrical supply into the required voltage and  frequency through power converting circuit. It is specially used for  aviation and military electric equipment, such as airplane and its  carried equipments, radar, navigation, and so on. The adjustment of  voltage and frequency range is ±20%, and widely used for laboratory and  product line as debugging power supply.
Features
●Adopting  AC parallel redundant technology makes two or more inverted power  supply output in parallel mode and enhances system reliability. when one  equipment is faulty, it will not affect the normal power supply of the  others. Advanced flow equalization technology makes each power supply  share the same loading, to extend the power supply capacity and power  lifespan.
●Adopting three-phase independently adjustable technology, which can takes 100%unbalance load
●Adopting  double frequency inverter technology, which works in the lower  frequency, greatly reduce heating power and improve reliability. At the  same time, the filter parameter and volume is decreased greatly, enhance  peed of response, output stability and precision.
● With SCADA communication functions, can be remotely monitored and controlled by central controller systems on the ship.

Specification

Model

FC400-30

FC400-40

FC400-45

FC400-60

FC400-70

FC400-80

FC400-100

FC400-150

Capacity(KVA)

30

40

45

60

70

80

100

150

Input Voltage

380/400VAC±10%/10KV±10%,3phases,can be customized special voltage input according to customersrequirements

Frequency

50Hz±10%/60Hz±10%

Phase

3phases+3wires

Rectifier

6pluses or 12pluses+PWM technology

Power factor

6pluses>0.95; PWM>0.99

THDi

<35%(6pluses at 100%load)or<5% (PWM at 100% load)

Output Voltage

115V/380V/400V/415V/440V/480V//690V/3Phases

Current

150A

200A

226A

301A

351A

402A

502A

753A

Capacity

30KVA

40KVA

45KVA

60KVA

70KVA

80KVA

100KVA

150KVA

Phase

3phases+4wires

Voltage Stabilizing

<0.5V at static; <±1%(dynamic,0-100%load)

Output Frequency

400Hz (precision:0.01) or 60Hz

Frequency stabilizing

<0.01%(0-100%load)

Overload ability

125% for 1minute; 150% stop output;can withstand 3 times of instant impact

Total harmonic distortion of output voltage THDu

≤1(no load or line load )

Peak coefficient of output voltage CF

1.4+0.1(No load)

Three phase output voltage imbalance

<1%

Phase angle of three-phase output voltage

120°±0.1°

Efficiency

≥95%(100load)

Inverter main circuit topology

Germany SKIIP fourth-generation half-bridge IPM intelligent power module constitutes a three-phase full-bridge inverter circuit

Inverter adjustment method

SVPWM space vector pulse width modulation method

Voltage stabilizing control

Instantaneous voltage waveform feedback control method

Inverter switch frequency

3.6KHZ6KHZ

PWM Drive Transmission Mode

5MHZ fiber drive transmission

Master processor

150NHz

Sinusoidal filtering method

Three-stage sinusoidal filter at output of inverter

Display

LCD display or touch screen display

Input display

Display  input power three-phase line(phase) voltage, frequency, three-phase  line current, input voltage harmonic analysis, visual power, active  power, reactive power, power factor, active power meter, reactive power  measurement. (Display and measurement accuracy is 0.5)

Output display

Display  output power three-phase line(phase) voltage, frequency, three-phase  line current, output voltage harmonic analysis, visible power, active  power, reactive power, power factor, active power measurement, reactive  power measurement. (display and measurement accuracy 0.5)

System Parameters Display

System  operation time, DC bus voltage, power module output current, inverter  switch frequency, output voltage setting value, output frequency setting  value, input Transformer temperature, rectifier;Temperature,  three-phase power module temperature, sinusoidal filter temperature,  output Transformer temperature.

Fault display

Show  fault alert information graphically and permanently record all running  data when a failure occurs for future analysis of the failure

Operation display

Display  information such as system state, operation prompt, fault location and  handling method to facilitate operators operation and maintenance of  equipment

Drawings Data Display

Each  set of variable frequency power supply is permanently stored the  drawings, instructions and other technical data of the variable  frequency power supply, and it is very convenient to consult

Compressive strength

Low  pressure: 2500V/AC, 1 minute, no breakdown fire phenomenon(leakage  current 10mA); High Pressure: 42 KV/AC, 1 minute, should not break  through the fire phenomenon

Cold insulation resistance

≥100MΩ

Noise

≤55dBA

Environment

Ambient  temperature is -5 °C to +45 °C, and the relative humidity is 0 to 95  °C,Working for 24 hours at 100% full load,the temperature in the  equipment cabin is in the range of 25 °C ± 1 °C

Protection Class

IP66 for equipment, fully sealed insulation; IP56 for Air conditioning

Cooling

Air conditioner

Elevation

<1000M

Protection

Input  power supply phase sequence, phase deficit(three-phase imbalance),  undervoltage, overvoltage, overcurrent, short circuit, DC bus  overvoltage (protection threshold can be set )

The  output power supply produces phase deficiency, undervoltage,  overvoltage, Overflow, short circuit, output voltage harmonic overvalue,  (protection threshold can be set )

Transformer  temperature, sinusoidal filter temperature, rectifier temperature, IPM  power module exceeds normal operating temperature, frequency converter  power supply trips protection. (Temperature value can be set)

When  the transformer temperature and the sinusoidal filter temperature reach  the fan starting temperature, the corresponding fan is started for  forced wind cooling. (Temperature value can be set)

Considering  the control of different power loads, when the output load capacity  reaches any setted value, the sound and light pre-alarm signal is  issued.After the overload alarm signal is issued for 1 minute, variable  frequency power supply stops to be protection(the setting can be  adjustable)

Dimension(LXWXH)
mm

700*600x1900

700*600x1900

900*100*2000

1000*1200*2000

Weight(KGS)

405

450

500

550

600

800

1000

1200

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Business Type
Manufacturer
Year Established
2010
Annual Export Value
US$10 Million - US$50 Million
Product Certifications
ISO9001, ISO14000, OHSAS18001