GE Dash1800 Patient Monitor Three-Prong Power Socket Spare Parts for Medical Device and Medical Equipment

GE Dash1800 Patient Monitor Three-Prong Power Socket is an original accessory of the monitor. It is a three-pin power socket module and the core interface of the Dash1800 monitor power supply system, which can stably transmit power. The socket adopts a three-pin layout, including two horizontal flat pins (live wire and neutral wire) and a vertical round ground pin. The shape of the socket interface is completely matched with the GE original power cord plug to avoid poor contact or short circuit caused by misinsertion of third-party plugs.

• Stable power transmission: When the monitor is charging, it can provide a rated AC voltage of 125V AC, 15A input to ensure stable power transmission, continuous operation of the device, and uninterrupted data collection. At the same time, the grounding pin of the socket interface is longer than the live wire/neutral wire pin to ensure that the device is grounded before power is turned on to reduce the risk of electric- shock.
• Safety protection mechanism: The interface has a built-in temperature sensor, which automatically cuts off the power supply when the abnormal current causes heating to avoid equipment burning or fire hazards. The interface adopts a double insulation design, basic insulation (plastic shell) and additional insulation (internal shielding layer) to prevent patients and medical staff from contacting dangerous voltages.
• Environmental adaptability: The material of the wiring is resistant to electromagnetic interference, and the built-in metal core shielding layer can effectively isolate high-frequency electromagnetic interference (such as MRI equipment, electric knife). The monitor can also operate normally in a high-interference environment, and signal acquisition is not affected. It is also dust-proof and moisture-proof, can withstand splashing liquids, and adapt to complex environments such as operating rooms and ICUs.
• Convenience and durability: The modular design allows quick replacement of socket modules during maintenance, reducing downtime and not affecting clinical efficiency. The interface contacts are made of copper and can withstand more than 10,000 plug-in and pull-out tests without easily oxidizing. The theoretical service life is 8 years.