Bahra Electric TACEBAGF500 Cast Resin Transformer

Technical Specification

Features:
  • Make: Bahra Electric
  • Model code: TACEBAGF500
  • Type: Cast Resin Transformer
  • Unit ratings or power ratings: 160 kVA
  • Primary Voltage: 15 kV
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Additional info:

Total safety for the customer, guaranteed by the total absence of combustible products, Maximum environmental protection, thanks to the absence of polluting and flammable insulating liquids. Energy saving, with the exclusive “reduced loss” range. Maximum flexibility straight from the beginning of the installation.

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Make Bahra Electric
Manufacturer Bahra Electric
Category Transmission and Distribution>Transformers
Model code TACEBAGF500
Type Cast Resin Transformer
Unit ratings or power ratings 160 kVA
Primary Voltage 15 kV
Secondary Voltage 400 V
Frequency range 50 Hz
Operating Temperature: 40 °C
Standards/Approvals IEC 60751, IEC 60076-11
Winding material Aluminium
Installation Indoor
Protection IP-23/31
Insulation class/temperature 17.5 kV
Width 630
Height 1210
Length 1200
Weight/Mass 750 Kg

Product description

The Bahra Electric TACEBAGF500 is a high-efficiency cast resin transformer capable of handling up to 5000 kVA at 36 kV. This robust transformer is engineered for superior performance, particularly suited for various demanding environments in the commercial and industrial sectors.

Key Features

  • Total Safety: Operates without combustible products, eliminating fire hazards.
  • Environmental Protection: Contains no polluting or flammable insulating liquids, ensuring it is environmentally friendly.
  • Energy Efficiency: Features a “reduced loss” range for significant energy savings.
  • Flexibility: Offers easy installation without the need for fire-resistant barriers.

Technical Specifications

  • Primary Voltage: 15 kV
  • Secondary Voltage: 400 V
  • Frequency: 50 Hz
  • Cooling Type: AN/AF
  • Temperature Rise: 100/100 K
  • Insulation Class: 17.5 kV BIL 75 kV/95 kV

Ideal Use Cases

The Bahra TACEBAGF500 is ideal for service sectors, data centers, critical infrastructure, industrial applications, and environments requiring high reliability such as railways, marine, and power conversion facilities. Its low-fire hazard rating and flexibility make it suitable for installations within buildings, even in spaces frequented by people.

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