VEH20191 AVR – Automatic Voltage Regulator for 6.5–8.5KW Diesel Generators
The VEH20191 Automatic Voltage Regulator (AVR) is a high-performance voltage stabilization module engineered for 6.5KW to 8.5KW diesel generators, including compatible MDG5500CLE generator systems. Designed to deliver reliable and consistent voltage regulation, this AVR protects sensitive electrical equipment from fluctuations caused by load variations and generator speed changes.
Manufactured using durable electronic components and precision circuitry, the VEH20191 AVR ensures stable generator output, improved power quality, and enhanced operational efficiency in both residential and commercial applications.
Key Features
- Precision automatic voltage regulation
- Compatible with 6.5KW–8.5KW diesel generators
- Designed for MDG5500CLE generator models
- Stable output under varying load conditions
- Durable heat-resistant construction
- Easy installation with pre-configured wiring connectors
- Enhances generator performance and equipment protection
Applications
Ideal for:
- Portable diesel generators
- Industrial backup power systems
- Construction site generators
- Agricultural and farm power equipment
- Residential emergency power units
Technical Benefits
The VEH20191 AVR continuously monitors generator voltage and automatically adjusts excitation current to maintain a stable electrical output. This helps prevent:
- Voltage spikes
- Power drops
- Equipment damage
- Unstable generator performance
Its compact design and reliable operation make it an essential replacement component for maintaining optimal generator efficiency and long-term reliability.
Product Specification
- Product Type: Automatic Voltage Regulator (AVR)
- Model Number: VEH20191
- Generator Capacity: 6.5KW – 8.5KW
- Generator Type: Diesel Generator
- Compatible Model: MDG5500CLE
- Connector Type: Pre-wired plug connection
- Mounting Style: Direct replacement fit
The VEH20191 AVR is the ideal solution for restoring dependable voltage control and ensuring uninterrupted generator performance in demanding operating environments.
