Home / Shop by Category / Hill Graham Controls 301D131 SCR Auxiliary PCB
Ram Automations

Hill Graham Controls 301D131 SCR Auxiliary PCB

SKU: RAMA423282
Product type: simple
Limited Stock Remaining
Only 1 left in inventory — order soon or ask us about restock timing.

Need More Details?

If you'd like to check stock availability, request the latest price, or view more product images, simply click the "Request for Price" button and our team will assist you promptly.

WhatsApp
Related Search : Ram Automations
OEM-Verified Parts
15+ Years Experience
Worldwide Shipping
Marine & Offshore Ready

The Hill Graham Controls 301D131 SCR Auxiliary PCB is a rugged industrial printed circuit board engineered to support silicon controlled rectifier (SCR) systems by providing auxiliary signal conditioning, interface control, and stable electrical performance. Designed for use in power electronics, generator control systems, and industrial automation environments, this auxiliary PCB helps improve the functionality and reliability of SCR modules by enhancing waveform stability, protecting components, and ensuring dependable operation under demanding conditions.

Key Features

  • Auxiliary circuit support for SCR power control systems

  • Enhances SCR performance with stable signal conditioning

  • Industrial-grade PCB construction for long service life

  • Improves control reliability in power conversion and automation applications

  • Suitable for generator controls, power management panels, and industrial electronics

Specifications

  • Product Name: Hill Graham Controls 301D131 SCR Auxiliary PCB

  • Model/Part Number: 301D131

  • Brand: Hill Graham Controls

  • Type: Auxiliary printed circuit board for SCR systems

  • Application: SCR support, power electronics, automation control systems

  • Installation: Power control cabinets, generator control panels

  • Construction: Industrial-grade PCB

The Hill Graham Controls 301D131 SCR Auxiliary PCB delivers reliable auxiliary support for SCR-based control and power systems. With robust design and effective signal conditioning, it enhances overall component performance and durability—making it a trusted choice for industrial automation and power electronics applications.