WERNA 110KW 120KVA Three Phase AC Synchronous Generator 1800RPM 12/6 Wire Brushless

Price Negotiable
Price: negotiation
MOQ: 5pcs
Delivery Time: Within 10 days
Brand: Werna
Product Description
Product Overview

WERNA 110KW 120KVA three-phase AC synchronous generator with brushless excitation system, designed for industrial power generation applications.

Technical Specifications
Parameter Specification
Power Rating 110KW / 120KVA
Speed 1800 RPM
Output Type AC Three Phase Brushless Generator
Terminal Configuration 12/6 Wire
Rated Voltage 208V-480V
Frequency 60Hz
Winding Pitch 2/3 Pitch
Excitation System Brushless, Self-Excited, Synchronous
Insulation Class H
Protection Rating IP23 (optional, with 5% power reduction)
Mounting Dimension Stamford Type
Voltage and Frequency Options

Available in 50Hz or 60Hz configurations with voltage ranges from 190V-690V. All three-phase generators feature 12-lead reconnectable design, providing flexibility for serial star, parallel star, and serial delta connections.

Voltage Regulator Systems

Compatible with industry-standard AVR models including MX321, MX341, AS440, SX440, and SX460 for precise voltage regulation.

Quality Features
  • 100% copper winding wire for superior conductivity
  • Two-time vacuum impregnation dipping process
  • H-class insulation for high-temperature operation
  • Power range: 6.5-1200KW for prime or standby use
  • Available in single or double bearing configurations
Certifications and Warranty

Certified with CE, ISO9001, and SASO standards. Backed by comprehensive two-year warranty and supported by dedicated quality control team and after-sales service.

WERNA 110KW 120KVA Three Phase AC Synchronous Generator

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Wuxi Werna Alternator Co., Ltd.
Location No.13Chunsun west Road, Xishan Economic Development Zone, Wuxi City
Contact Person Terry

Request A Quote

Please check your email address.
Your message must be at least 20 characters.