Product Description

The 160kVA Cummins Diesel Generator represents a carefully engineered solution for organizations requiring dependable diesel-powered backup or prime power generation. Combining the proven durability of the Cummins QSB series engine with a high-efficiency brushless alternator, this unit delivers 160kVA of apparent power (128kW real power) with exceptional voltage stability and frequency precision.

This generator is particularly well-suited to applications where power quality is paramount, featuring a digital automatic voltage regulator that maintains output within plusmn1% tolerance from no-load to full-load conditions, protecting sensitive electronic equipment from voltage fluctuations.

Primary Application Fields

Data Center Facilities: Provides clean, stable backup power for server farms and network infrastructure where even momentary power interruptions can result in significant data loss and service disruptions.

Hospital & Medical Centers: Meets stringent healthcare facility codes for emergency power systems supporting life-critical medical equipment, surgical suites, and patient monitoring systems.

Semiconductor Fabrication: Delivers ultra-clean power required by semiconductor manufacturing processes where voltage transients can cause costly wafer defects and equipment damage.

Broadcasting & Telecommunications: Ensures uninterrupted transmission for TV/radio broadcast stations and cellular network towers serving large population areas.

Specification Table

Key Differentiators

The integrated smart control panel provides real-time monitoring of over 40 engine and generator parameters with configurable alarm thresholds and event logging. Remote monitoring capability via GSM/4G module allows operators to check generator status and receive fault notifications on mobile devices.

A heavy-duty base frame design incorporates built-in fuel tank with level gauge, integrated lifting lugs, and forklift pockets enabling safe handling during installation and relocation. Vibration isolation mounts between engine/alternator and frame reduce transmitted noise and extend component life.