Overview
The Parametrics 390225G0-1A is a printed circuit board (PCB) driver assembly designed for use in industrial motor control and power drive applications. Model 390018E PJGX represents a proven driver board architecture used in various automation and machinery control systems. This single-sided PCB assembly offers straightforward integration and reliable component-level functionality for equipment retrofit, maintenance, or system expansion.
Key Features
- Printed circuit board assembly with precision component layout
- Single-sided PCB construction for ease of servicing and repair
- Model designation 390018E PJGX for accurate identification and cross-referencing
- United States sourced and manufactured component
- Fully functional unit tested and ready for use
Technical Specifications
Specific electrical parameters (input voltage, output rating, current handling, and signal interfaces) are available upon request. Refer to system integrator documentation or contact the original equipment manufacturer for detailed electrical specifications and operating parameters.
Typical Applications
- Industrial variable frequency drives (VFDs) and motor controllers
- Power electronics driver stages
- Automation equipment control systems
- Retrofit and replacement components for legacy equipment
- System expansion and upgrade modules
Compatibility & Replacements
Compatible With
- Parametrics-based industrial drive systems
- Motor control and power conversion applications requiring driver circuit functionality
- Equipment documentation should be verified before installation
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. Model designation 390225G0-1A with 390018E PJGX identifier should be cross-referenced against original equipment manufacturer documentation to confirm direct replacement eligibility.
Works With
- Industrial power electronics and control cabinets
- Variable frequency drive (VFD) systems
- Motor control assemblies and inverter modules
- Legacy automation equipment from 1990s–2000s era
