The Impulse 7010 Defibrillator Selectable Load Accessory is a specialized add-on device used along with defibrillator analyzers to simulate different patient impedances. In Bangladesh, this accessory is particularly useful in hospitals, cardiac centers, ICUs, emergency departments, and biomedical calibration labs where regular testing and verification of defibrillators is a critical part of preventive maintenance.
By providing different selectable load values, the Impulse 7010 allows biomedical engineers and technicians to test defibrillators under multiple realistic conditions, ensuring that the device delivers accurate energy across a range of patient scenarios.
When a defibrillator delivers a shock, the actual energy delivered depends on the patient’s impedance. In real life, patient impedance varies from person to person. A fixed load cannot fully represent these variations. This is where the Impulse 7010 comes in: it offers multiple selectable load options so that defibrillators can be tested more realistically.
Key benefits of using selectable load:
The Impulse 7010 is designed to be a simple but powerful companion to defibrillator analyzers. Some common feature points include:
These features make it a practical accessory for biomedical engineers working in busy clinical environments.
The following table gives a general, simplified technical overview of what such a selectable load accessory typically offers. Actual specifications may vary depending on configuration and model details.
| Parameter | Typical Description |
|---|---|
| Load Impedance Options | Multiple ohm settings (e.g. low to high) |
| Load Selection Method | Selector switch / rotary knob |
| Maximum Energy Handling | Suitable for full defibrillator shock range |
| Compatibility | For use with selected defib analyzers |
| Connection Interface | Standard defibrillator test connections |
| Mechanical Design | Bench-top or portable, robust housing |
| Indication | Clear marking for each impedance value |
| Use Case | Routine testing and calibration of defibs |
This table is for general understanding and not a formal datasheet.
In Bangladesh, many hospitals and clinics are upgrading their emergency response and cardiac care facilities. As defibrillator usage increases, so does the need for accurate and regular testing. The Impulse 7010 Defibrillator Selectable Load Accessory plays an important role in this context by:
For biomedical engineering departments, adding this accessory to their test setup is an effective way to improve the quality and depth of their defibrillator evaluations.
The Impulse 7010 Load Accessory is commonly used by:
Using this accessory, teams can build standardized test protocols involving multiple impedance scenarios, which helps in documenting and proving the reliability of defibrillators during audits or accreditation reviews.
If you are planning to integrate or purchase the Impulse 7010 Defibrillator Selectable Load Accessory in Bangladesh, consider the following points:
Analyzer Compatibility
Make sure the load accessory is compatible with the specific defibrillator analyzer model you are using.
Training and Usage
Ensure that your biomedical staff are trained in proper connection, load selection, and safety procedures when applying defibrillator shocks into the load.
Durability and Build Quality
Since it is repeatedly exposed to high-energy shocks, the accessory should be robust and reliable.
Calibration and Verification
Although it is a passive accessory, periodic functional verification is recommended to make sure the load values remain within acceptable tolerances.
Integration into SOPs
Include the use of the Impulse 7010 in your standard operating procedures (SOPs) for defibrillator testing and preventive maintenance.
The Impulse 7010 Defibrillator Selectable Load Accessory is a valuable tool for biomedical professionals in Bangladesh who want to elevate the accuracy and realism of defibrillator testing. By providing multiple selectable impedance levels, it allows defibrillators to be tested under conditions that more closely resemble real patients.