Biolight M66 Patient Monitor Power Board Connection Board Wiring

Biolight M66 Patient Monitor Power Board Connection Board Wiring

Introduction

This product is a power board connection harness specifically designed for the M66 patient monitors. This precision-designed cable assembly is a critical interconnect between the monitor's power board and main system board, distributing regulated DC power to all internal components. The harness features a flexible, multi-core structure, with each conductor using individually insulated stranded copper wire for optimal conductivity and resistance to repeated bending fatigue. Each conductor is equipped with a precision-molded keyed connector to ensure correct orientation and a robust, vibration-resistant connection, preventing accidental disconnection during patient transport. The main power input connector uses heavy-duty contacts rated for peak current requirements of the monitor, while lower-current branches utilize compact, space-saving connectors optimized for internal wiring. The entire assembly is encased in a durable, abrasion-resistant PET braided sleeve or spiral wound layer, providing mechanical protection while maintaining flexibility.

Specifications

1. Applicable Model: Biolight M66 Patient Monitor

2. Product Type: Power Board - Functional Module Connection Cable

3. Cable Construction: Multi-strand pure copper core wires, outer layer wrapped with heat-resistant and environmentally friendly PVC insulation; wires are distinguished by red, yellow, and black colors for functional wiring sequence.

4. Terminal Configuration: 3 sets of white, foolproof connectors (1 set of long-pitch main control terminals + 2 sets of short-pitch sub-module terminals), with elastic clips to prevent detachment.

5. Electrical Specifications: Compatible with the DC power supply standard of the monitor, supporting stable transmission of the device's rated voltage and current.

6. Cable Length: Precisely adapted to the internal wiring space of the Biolight M66, avoiding redundancy or pulling.

7. Operating Environment: Meets the internal environmental requirements of medical equipment; temperature resistant, interference resistant, and anti-aging.

Precautions for Use

1. Disassembly and assembly operations must be performed only after the equipment is completely powered off and anti-static protection is in place. Never plug or unplug terminals while the power is on to prevent short circuits and damage to the power board or functional modules.

2. During routine maintenance, avoid pulling or bending the cables forcefully. Do not allow the cables to be squeezed by metal parts or the edges of the casing to prevent damage to the insulation layer or breakage of the copper core.

3. Regularly inspect the appearance of the cables. If any cracks are found in the insulation layer, broken terminal clips, or exposed wires, replace them immediately to prevent equipment downtime due to power supply failure.