Pakistan's Leading KEMA Labs & DEKRA Mark - Certified Busway Manufacturers
Dry-Type Transformer
MACHT Epoxy Cast Dry-Type Transformers
MACHT Dry-Type Transformers deliver safe, efficient, and maintenance-free solutions for medium-voltage power distribution across industrial, commercial, and infrastructure applications. Designed and manufactured in accordance with IEC 60076-11 standards, these transformers utilize advanced epoxy resin casting technology to ensure high performance, fire safety, and long-term operational reliability.
Key features
Advanced insulation technologyVacuum-cast epoxy resin windings provide excellent insulation strength, low partial discharge (≤ 5–10 pC), and high mechanical durability.
Oil-free & fire safeDry-type, self-extinguishing design eliminates the risk of oil leakage, fire, and explosion — ideal for indoor and critical environments.
Wide capacity rangeAvailable from 30 kVA to 4000 kVA with voltage ratings up to 35kV, suitable for diverse load requirements.
Efficient cooling optionsSupports AN (Air Natural) and AF (Air Forced) cooling methods for optimized thermal performance.
Low noise operationEngineered with optimized core design to achieve low acoustic levels, suitable for noise-sensitive installations.
Durable & environment-resistantDesigned to operate in high humidity, dusty, and polluted environments with high resistance to environmental stress.
Applications
Ideal for
Why Choose MACHT Dry-Type Transformers
- High Safety Standards:
Flame-retardant insulation and oil-free design ensure maximum safety for personnel and equipment. - Reliable Performance:
Stable operation with low maintenance requirements, even in demanding conditions. - Energy Efficient:
Low losses reduce energy consumption and operational costs. - Flexible & Scalable:
Customizable configurations to meet project-specific requirements.
Global Compliance:
Designed according to IEC standards for consistent and reliable international performance.
MACHT Dry-Type Transformers combine advanced insulation technology, operational safety, and energy-efficient performance—delivering reliable and sustainable power distribution for modern electrical systems.
