Up to 10MVA Three Phase Pad Mounted Distribution Transformer and Power Transformer - IEE-Business

English
RFQ

Download the app

Up to 10MVA Three Phase Pad Mounted Distribution Transformer and Power Transformer

discuss personally

Model

PMT-6/13.2/34.5

Basic info Product Detail Supplier

Basic info

Brand	POWERTECH
Model NO.	Up to 10MVA Three Phase Pad Mounted Distribution Transformer and Power Transformer
Phases	三相
Series	PMT

Product Detail

Description

Three-phase pad-mounted transformers are essential components in modern electrical distribution systems. Designed for ground-level installation on reinforced concrete pads, these robust units serve as the critical interface between high-voltage transmission networks and end-user power requirements. Available in voltage ratings from 13.2kV to 40.5kV with capacities up to 10MVA, these transformers meet the demanding needs of diverse power distribution applications.

Feature

Voltage & Capacity

Input: 13.2kV to 40.5kV
Output: 208V/480V (commercial) or 120V/240V (residential)
Capacity: Up to 10MVA

Core & Windings

High-grade silicon steel core
Copper/aluminum windings with precision insulation

Cooling Options

ONAN (oil-natural/air-natural)
KNAN (kiosk design)
Dry-type available

Protection & Safety

Overcurrent and pressure protection
Lockable, vandal-proof enclosure
Grounded metal housing

Environmental Resistance

Operates in -40°C to +50°C
95% humidity tolerance
Corrosion-resistant coating

Installation

Pad-mounted design
Compact for urban spaces
Low-noise (<65dB)

Compliance

Meets IEEE, IEC standards
UL/CE certified

Parameters

Know your supplier

POWERTECH

We are an electrical company that manufactures and sells high and low voltage electrical products.

Main Categories

High voltage

Business Type

Design/Manufacture/Sales

Highest Annual Export (USD)

$120000000

Professional Experience

7 years

Workplace

580000m²

占位

占位

Related Products

Related Knowledges

What are the Advantages of HVDC over HVAC?

What are the Advantages of HVDC over HVAC?

What are the Advantages of HVDC over HVAC?Electricity travels long distances before reaching consumers. Power plants, often remote, supply electricity through hundreds of miles and multiple substations. High-voltage transmission reduces line losses, with both AC and DC used. Though AC is familiar via utility poles and home outlets, HVDC offers unique advantages in power transmission.The goal of power transmission is to minimize losses and costs. While both face influencing factors, HVDC has more

Is the neutral - point grounding method of the power grid of 110kV and above only the neutral - point direct grounding method？

Is the neutral - point grounding method of the power grid of 110kV and above only the neutral - point direct grounding method？

Neutral - Point Grounding Modes and Protection of Transformers in Power GridsFor systems ranging from 110 kV to 500 kV, an effective grounding method shall be adopted. Specifically, under all operating conditions, the ratio of zero - sequence reactance to positive - sequence reactance X0/X1 of the system should be a positive value and not exceed 3. Meanwhile, the ratio of zero - sequence resistance to positive - sequence reactance R0/X1should also be a positive value and not exceed 1.In 330 kV a

What are the differences between an alternating current generator and a direct current generator?

What are the differences between an alternating current generator and a direct current generator?

Main Differences Between AC and DC GeneratorsAn electrical machine is a device that converts mechanical energy into electrical energy and vice versa. A generator is a type of such machine that converts mechanical energy into electrical energy. However, the electrical energy generated can be in either alternating current (AC) or direct current (DC) form. Thus, the primary difference between AC and DC generators is that they generate alternating current and direct current respectively. While there

What is an electricity meter?

What is an electricity meter?

Definition: An energy meter is a device used to measure the electrical energy consumed by an electrical load. Electrical energy refers to the total power consumed and utilized by a load over a specific period of time. Energy meters are used in domestic and industrial AC circuits to measure power consumption. They are relatively inexpensive and accurate.Construction of an Energy MeterThe construction of a single - phase energy meter is shown in the figure below.The energy meter consists of four m

Analysis of the Principle of Second - harmonic Restraint for Overcurrent Protection of Distribution Automation Switches

Analysis of the Principle of Second - harmonic Restraint for Overcurrent Protection of Distribution Automation Switches

Substance of Second - harmonic Restraint in Overcurrent ProtectionThe substance of second - harmonic restraint in overcurrent protection is to use the second - harmonic component to judge whether the current is a fault current or an excitation inrush current. When the percentage of the second - harmonic component to the fundamental - wave component is greater than a certain value, it is judged to be caused by the excitation inrush current, and the overcurrent protection is blocked.Therefore, the

What are the common faults of low-voltage voltage transformers?

What are the common faults of low-voltage voltage transformers?

Open - Circuit Fault on the Secondary SideOpen - circuit in the secondary side is a typical fault of low - voltage voltage transformers, showing abnormal voltmeter readings (zero/fluctuation), faulty power meters, buzzing noises, and core overheating. When open - circuited, the secondary voltage spikes (no secondary current to balance the primary EMF), causing core saturation, flux distortion, and potential overheating/damage.Causes include loose terminals, poor contact, or human error. In low