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3kV DC pole mounted 400v 3 phase power supply

3kV DC pole mounted 400v 3 phase power supply

5000.00 - 6500.00 USD ($)

Product Details:

  • Product Type 3 phase power supply
  • Standard EXdIIBT4 explosion proof standard
  • Rated Voltage 120V/220V/380V/415V/440V/480VAC (Optional) Volt (V)
  • Frequency (MHz) 50 or 60 Hertz (HZ)
  • Protection IP45
  • Usage DC to AC off grid inverter
  • Size 120*120*186cm(W*D*H)
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3kV DC pole mounted 400v 3 phase power supply Price And Quantity

  • 5000.00 - 6500.00 USD ($)
  • 1 Piece

3kV DC pole mounted 400v 3 phase power supply Product Specifications

  • 120*120*186 Centimeter (cm)
  • 50 or 60 Hertz (HZ)
  • IP45
  • 120V/220V/380V/415V/440V/480VAC (Optional) Volt (V)
  • DC to AC off grid inverter
  • 3 phase power supply
  • 120*120*186cm(W*D*H)
  • 480 Kilograms (kg)
  • EXdIIBT4 explosion proof standard

3kV DC pole mounted 400v 3 phase power supply Trade Information

  • Ningbo/ Shanghai
  • Paypal Western Union Letter of Credit at Sight (Sight L/C) Telegraphic Transfer (T/T)
  • 1000 Piece Per Month
  • 10 Days
  • Yes
  • Contact us for information regarding our sample policy
  • Packing of 3kV DC pole mounted 400v 3phase power supply is standard export wooden box
  • Asia Australia North America Eastern Europe Middle East Western Europe Africa Central America South America
  • All India
  • CE

Product Description

3kV DC pole mounted 400v 3phase power supply

Specification

 

  • The following is to be considered general design criteria for an inverter

 

Service Conditions

 

  •  Altitude  01850m
  • Temperature  Temperature range between  10C and 50C in the shade
  • Relative humidity  As high as 86
  • Nature of load  The load is a mixture of resistive and inductive with the inductive seen to be prevailing
  • Supply System Characteristics

 

Input Voltage


 

  • Rated Voltage Nominal 2 900 V
  • Operational Voltage Limits The unit is to operate normally within the following limits a maximum of 4 kV and minimum of 2 kV
  • The unit is to incorporate its own over voltage and under voltage protection outside of the Operational Voltage Limits This over and under voltage protection shall automatically reset should the voltage levels return to within the Operational Voltage Limits
  • The input circuit shall be designed to withstand input voltage transients of at least 14kV According to EN 50163 and IEC 612871 and UIC 550

 

Input Current


 

  • The maximum available continuous input current under any Input Voltage condition is 50 A
  • The unit must incorporate input current control ensuring this value is never exceeded under continues normal operation

 

Electrical and Electromagnetic Compatibility EMC


 

  • To conform to IEC 61000 parts 2 3 and 4

 

Mechanical and Cooling Characteristics


 

  • The construction of the unit is to be of such a nature that no item manufactured from valuable material are exposed or accessible directly form the exterior of the unit This is an effort to prevent unauthorised removal theft of such components
  • The construction of the unit is to be suitable for the installation position and normal operating condition it will be exposed to
  • The construction of the unit and any possible Electronic Subassemblies are to be of
  • such a nature as to allow for the transport handling storing stacking installation and operating without any danger of accidental damage excluding abnormal accidental damage

 

 Size and Weight


 

  • The weight of the total unit is not to exceed 500 kg

 

Ventilation


 

  • it is preferred that the construction of the unit must be of such a nature not to require any external ventilation
  • Should ventilation be required air must be drawn from the immediate environment In such a situation sufficient filtering is to be provided to ensure the unit complies with the prescribed IP index The filter type must be of a no maintenance design not requiring any filter element maintenance

 

Ingress Protection


 

  • The complete unit must be protected up to an IP 66 index Lower levels of protection will be considered

 

Electrical Characteristics


Output Rating 400V 50Hz AC


 

  • The minimum Output Rating must be 100kVA at the Minimum Input Voltage and Maximum Input Current level
  • The unit must ensure that this output rating is maintained during the total Operational Voltage Limits
  • Regulation is to be in accordance with IEC 38 of 1083 IEC Standard Voltages
  • A fourwire output 3 phase plus neutral is required for this output stage
  • The nominal rating is to be considered the full load rating with the load consisting of inductive motors This relates to the maximum output being sufficiently overrated to ensure that the full load can be started at once without any detriment to the unit

 

Output Protection


 

  • Both voltage and current protection is to be included within the unit for the Output Stage
  • No fuses will be accepted
  • The output stage must include for phase failure protection as well as earth fault protection

 

Tests


 

  • The following type tests are considered mandatory
  • The proposers are to provide sufficient detail within their offer documents to define their intentions facilities and test parameters of each of the listed tests
  • Evorail reserves the right to witness any if not all of the tests being conducted

 

Evorail


 

  • List of type tests applicable to the prototype units
  • Output characteristic test
  • Starting and restarting test
  • Light load Rated load test
  • Temperature rise test
  • Sudden variation of load
  • Load break test
  •  Short circuit test
  • Supply break test  Section isolator
  • Acoustic noise
  • Signal interference
  • Size and Weight

 

The following environmental condition tests will also be regarded as a type test and be considered mandatory


Once again the offerers are to provide sufficient detail within their offer documents to define their intentions facilities and test parameters of each of the listed tests and Evorail reserves the right to witness any if not all of the tests being conducted


 

  • List of type tests environmental conditions
  • IEC 6821 of 1990 Basic Environment Testing Procedure Test A Cold
  • IEC 6822 of 1974 Basic Environment Testing Procedure Test B Dry Heat
  • IEC 6826 of 1995 Basic Environment Testing Procedure Test Fc Vibration
  • Sinusoidal
  • IEC 68229 of 1987 Basic Environment Testing Procedure Test Eb Bump

 

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