Product Information

Specification

Also known as:

Three-Phase Transformers, Submersible Transformers, Electrical Transformers.

About:

The tank of these transformers is made of high quality stainless steel sheet and with a special electrostatic paint coating, which allows a surface of great resistance and durability in corrosive environments. Additionally, the equipment has dead-end bushings and special elements for protection and maneuvering, which are located on the tank lid, which facilitates operations using a pole from the surface, even in flood conditions.

Notes: This product can be customized as per customer requests.

Specification:                        

Type: Radial or Loop Feed.

Capacity: From 30 kVA up to 2500 kVA

Phases: Three

Tension: Up to 36 kV

Bil: Up to 150 kV

Winding Material: Aluminum or copper

Cooling Class: ONAN

Frequency: 60 0 50 Hz

Tap Changer: ± 2, 2.5% or according to customer requirements.

Temperature Raise: 55 °C/ 55 °C

Type Of Efficiency: Class A, B, C or D; DOE

Type Of Insulation: Mineral or Biodegradable.

Tank:

Manufactured with cold rolled and hot rolled sheet steel with a design that allows it to withstand internal pressure and mechanical stress. Or with stainless steel.

Paint System:

Special electrostatic paint of great resistance and durability, especially for outdoors and corrosive environment

Lid:

Lid made of welded or bolted stainless steel, with a design that prevents the accumulation of water on its surface.

Accessories:

• Bushings of the dead front type, weldable well type.
• Low bushings with threaded stud.
• Support for parking hubs.
• Low Voltage Terminal Connectors
• Special overpressure valve for submersible equipment.
• Oil level gauge.
• Drain valve.
• Grounded.
• Lifting and fixing devices.
• Nameplate made of high-strength anodized aluminum.
• Tap changer.

Elements Of Protection And Maneuver:

• Removable and interchangeable Bay-O-Net type fuses, which protect equipment against extreme network failures and overloads.
• Built-in limiting fuses that protect the primary network from high current faults in the windings.
• DPS or elbow-type overvoltage arresters, which protects the equipment against over voltages produced in the network.
• Disconnector with opening capacity under load, which allows maneuvering operations.

Standard: NTC 4406, IEEE C57.12.24, IEEE C57.12.23, RETIE.