INVT CABINET VFD 132/160KW

INVT CABINET VFD 132/160kW – High‑Capacity Cabinet Variable Frequency Drive

The INVT CABINET VFD 132/160kW is a robust, cabinet-mounted variable frequency drive engineered for precise speed and torque control of large industrial and commercial motors. Designed for high-power applications, this unit delivers reliable performance, extensive protection, and straightforward maintenance within a purpose-built enclosure.

Why choose the INVT CABINET VFD 132/160kW?

• Accurate speed and torque control over a wide operating range to ensure smooth motor operation and reduce mechanical stress.
• Enclosed cabinet design with built-in cooling and ventilation for dependable continuous operation in demanding settings.
• Heavy-duty components and thermal management to withstand high power loads and long duty cycles.
• Comprehensive protection features including overload, overcurrent, short-circuit, ground fault, and thermal safeguards to limit downtime and protect equipment.
• Accessible control interface and wiring layout for easy monitoring, commissioning, and maintenance.

Suitable applications

• Large industrial pumping stations
• Central HVAC and ventilation systems
• Heavy conveyors and material handling lines
• Large-scale processing and automation equipment

Main features

• Stable, adjustable motor speed control for three‑phase motors
• Multi-layer electrical fault protection with diagnostic indicators
• Cabinetized design with dedicated cooling, cable routing, and safety interlocks
• Intuitive display and control panel for quick parameter access
• Engineered for high power capacity, continuous duty, and long operational life
• Service-friendly layout to speed installation and maintenance

Hajvery Solar Energy — Best Solar Supplier in Lahore

Hajvery Solar Energy supplies authentic INVT CABINET VFD 132/160kW units across Pakistan and offers technical consultation, installation support, and after‑sales service. Enhance your large motor control systems with the INVT CABINET VFD 132/160kW for efficient, reliable, and maintainable high‑capacity performance.