BLT M66 Patient Monitor Connection Board to Parameter Board Wiring Harness Assembly

BLT M66 Patient Monitor Connection Board to Parameter Board Wiring Harness Assembly

• Product Description

This cable is a key component inside the monitor, mainly used to connect the machine's "parameter board" (the core circuit board that processes signals such as bloIt is a flat ribbon cable wrapped in white insulation with red/pink marking lines inside (for marking pin 1). It is a flat ribbon cable wrapped in white insulation with red/pink marking lines inside (for marking pin 1). Both ends are white plastic rectangular socket connectors.

This cable serves as the "neural transmission pathway" for the BLT M66 monitor. It connects the sensor interfaces located on the rear of the machine (such as SpO2 and NIBP ports) to the signal processing main board in the center. Without this cable, the monitor cannot receive data from external sensors, resulting in "No Signal" displays or alarms, thereby failing to monitor the patient's vital signs.

• Product Specifications

• Use Tips

1. Power-off Operation: Before installing or replacing this cable, always turn off the monitor and unplug the power cord to ensure safety.

2. Disassembly Inspection: Open the back cover or internal bracket of the BLT M66 and locate the old cable connecting the parameter board and the connector board.

3. Matching and Insertion: Observe the red/pink marking on the cable (usually representing pin 1), align it with the triangle or notch marking on the circuit board socket, and gently insert it until it clicks into place.

4. Testing and Verification: After installation, reassemble the machine and power it on. Connect the pulse oximeter probe or ECG leads to test and confirm that the monitor can display waveforms and values ​​normally.

• Fault Warning: If your BLT M66 monitor exhibits the following issues, this cable may be damaged:
  • 1. Unresponsive Rear Ports: No reaction from the machine when connecting SpO2 or NIBP sensors.
  • 2. Signal Drift: Irregular noise in ECG waveforms or erratic fluctuations in blood pressure readings.
  • 3. Intermittent Disconnection: Signal drops in and out; temporarily recovers after reboot but fails again quickly.