SCHILLER DEFIGARD 4000 Defibrillator Capacitor EPC0S B32365A2606J008 60μF 2800Vdc

SCHILLER DEFIGARD 4000 defibrillator capacitor EPC0S B32365A2606J008 60μF 2800Vdc

►Brief Introduction

In a defibrillator, the capacitor is a crucial component responsible for storing and discharging electrical energy. The capacitor EPC0S B32365A2606J008 60μF 2800Vdc is works for SCHILLER DEFIGARD 4000 defibrillator

► Functional

Energy Storage: The capacitor in a defibrillator serves as an energy storage component. It stores electrical energy to be rapidly discharged when a shock is delivered to the patient's heart.

High Voltage: Capacitors in defibrillators need to handle high voltages to generate the necessary energy for an effective shock. The capacitor charges to a high voltage level, and this stored energy is then rapidly released through the defibrillator pads to deliver the shock.

Quick Discharge: Capacitors are capable of discharging their stored energy very quickly. This rapid discharge is crucial for delivering a swift and effective shock during a cardiac arrest emergency.

Rechargeable: Some defibrillator capacitors are rechargeable, allowing them to be used for multiple shocks before needing to be recharged. The recharging process is typically automated within the defibrillator.

Safety Features: Defibrillators include safety features to prevent accidental discharges and ensure that the shock is delivered only when medically necessary. Capacitors are an integral part of these safety mechanisms.

► How to use

Prepare the Patient: Ensure the patient is properly positioned and that any conductive materials are removed from the chest. Follow standard safety procedures for preparing the patient for defibrillation.

Turn On the Defibrillator: Power on the SCHILLER DEFIGARD 4000 defibrillator following the manufacturer's instructions. This usually involves pressing the power button or following a startup sequence.

Select the Appropriate Energy Level: Choose the appropriate energy level for defibrillation. The SCHILLER DEFIGARD 4000 may have a selector or keypad to adjust the energy level based on the specific protocol or guidelines.

Attach Defibrillator Pads: Attach the defibrillator pads to the patient's chest according to the recommended placement. The pads should be firmly in contact with the skin.

Charge the Capacitor: Initiate the charging process by pressing the charge button or following the designated procedure on the defibrillator. The capacitor will begin to charge to the selected energy level.

Ensure Clear Communication: Before delivering the shock, ensure that everyone is clear of the patient and that there is clear communication to prevent accidental shocks.

Deliver the Shock: Once the capacitor is fully charged, the defibrillator will provide a clear signal or prompt to deliver the shock. Confirm that it is safe to do so and then press the shock button.

Monitor the Patient: After delivering the shock, continue to monitor the patient. Follow any post-shock protocols, including reassessment of the patient's condition.

Repeat as Necessary: If needed, repeat the defibrillation process based on the patient's response and the medical protocol.

Document the Event: Record the details of the defibrillation event, including the energy level used, the time of the shock, and the patient's response.

► Specification

► About Us
We have supply the Parts, Accessories and medical equipment of Patient Monitor, Defibrillator Machine, ECG Machine, Ventilator, Anesthesia Machine, Ultrasound such as
GE,
Philip,
Mindray,
Goldway,
Nihon Kohden,
Med-tronic,
Masima,
Drager,
Edan,
Zoll,
etc.

If you want to explore more details about SCHILLER DEFIGARD 4000 defibrillator capacitor EPC0S B32365A2606J008 60μF 2800Vdc , please let us know. 

Looking forward to receiving your early inquiry.