Philips Digital Diagnost Rad Room Motor Control OTS Board 4512-130-23163

Philips Digital Diagnost Rad Room Motor Control OTS Board 4512-130-23163

• Part No: 4512-130-23163, 4512-131-14001 Philips
• S/N: 05102400055
• Date of Manufacture: 2005 

This medical equipment item is a subcomponent or part that has been extracted from a larger system or unit. It is intended for use as a replacement part or for integration into another system. Its condition may vary, but it has been removed with care to preserve its functionality.

The Philips 4512‑130‑23163 Motor Control OTS Board is a specialized circuit module designed for the EasyDiagnost R/F Room series. It operates as part of the motor control assembly, managing vital functions such as tube movement, bucky positioning, or other mechanical operations—facilitating precise and reliable motion control during radiographic and fluoroscopic imaging. The “OTS” designation typically refers to an Over-Travel Switch or safety feature, ensuring controlled positioning and shutdown in critical applications. Notably, this board is often paired with part number 4512‑131‑14001 for full motor control functionality.

This board is generally available as a used, tested replacement for maintenance or refurbishment of legacy Philips R/F systems. Listings on platforms like Machinio confirm units were removed from functioning equipment from around 2005 and remain in good condition. Vendors typically price these at $650 USD, while other marketplaces occasionally list similar assemblies (e.g., motor control kits) at contrasting price points like $1,100 USD—depending on condition and included components.

As part of the EasyDiagnost R/F system’s control electronics, the 4512‑130‑23163 board is essential in maintaining smooth, reliable performance of mechanical functions like table movement, bucky alignment, and tube positioning. By replicating this OEM hardware, service technicians can restore mobility and operational accuracy in Philips fluoroscopy suites—without replacing major system architecture. The board’s compatibility with established motor logic makes it a high-value spare part in long-term imaging unit maintenance programs.