PHILIPH Respironics V60 Gas Delivery Subsystem 1033547, V60 Ventilator GDS Assembly

PHILIPH Respironics V60 Gas Delivery Subsystem 1033547, V60 Ventilator GDS Assembly 

 
 
► Brief Introduction
 

Oxygen Flow Sensor Blower Module 1033547, Ventilator Repair Spare Part

This is a gas delivery subsystem within the V60 ventilator, part number 1033547, and is a brand new repair/spare part.

This subsystem consists of several components: an oxygen solenoid valve, a blower, gas tubing, and sealing assemblies. It is the core power and gas mixing assembly of the V60 ventilator, a key component for air-oxygen mixing and flow output.

This component features a metal base with an engineering plastic blower housing and includes wiring. The entire module can be directly replaced, eliminating the need for separate parts and facilitating maintenance and replacement by the equipment department.

 
 
► Features

1. Oxygen Concentration Control: Integrating an oxygen solenoid valve and air/oxygen flow sensors, it outputs the mixed gas according to the ventilator's set parameters, ensuring accurate values delivered to the patient. It is the core component for controllable oxygen concentration in the ventilator.

2. Blower Power Supply: A built-in blower assembly provides ventilation air pressure and flow, driving inspiratory output for non-invasive ventilation. It supports all ventilation modes and adapts to the inspiratory needs of different patients.

3. Real-Time Flow Monitoring and Feedback:The flow sensor continuously collects actual airflow signals and sends them back to the ventilator's main control board for real-time parameter correction. When flow is abnormal or there is a leak in the airway, corresponding alarms are generated to ensure ventilation safety.

4. Modular Design: The entire unit features an integrated modular design, allowing for complete replacement of the entire unit in case of failure. After replacement, a ventilator calibration process is required to verify flow and oxygen concentration. The module integrates all airway and circuit interfaces, reducing the risk of leakage from disassembling and assembling individual components and shortening maintenance time.

► Parameters
 

 
 
► Product Picture
 

►FAQ
 

Q1: What operations are required after replacing module 1033547?

A1: Recalibration is mandatory after replacement, including flow rate calibration and oxygen concentration calibration. Failure to calibrate will result in inaccurate oxygen concentration and flow alarms.

Q2: What common fault symptoms indicate a high probability of module failure?

A2: GDS fault reports from the ventilator, large errors in oxygen concentration values, fan failure to start, flow rate errors, and GDS failure during power-on self-test; after ruling out external air sources and tubing, this is often a fault in this assembly.

Q3: Can the flow sensor inside the assembly be replaced individually, or must the entire assembly be replaced?

A3: Theoretically, the internal flow sensor, solenoid valve, and fan can be repaired and replaced individually; however, in most repair scenarios, replacing the entire 1033547 subsystem is more efficient.

Q4: What points need to be confirmed when purchasing used disassembled modules?

A4: Confirm part number 1033547, confirm hardware version, and after receiving the equipment, be sure to perform a complete calibration, check oxygen concentration and flow accuracy, and perform a whole machine self-test.

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