Philips
Philips M3725A 50 Ohm Test Load
Philips M3725A 50 Ohm Test Load
The Philips M3725A 50 Ohm Test Load is a precision calibration accessory designed for verifying the energy output and waveform performance of Philips defibrillators and cardiac monitoring equipment. By providing a known resistive load of 50 ohms, it enables accurate measurement of delivered joules during servicing and performance testing.
This test load is intended for use in biomedical engineering departments, service workshops, and field maintenance environments where reliable defibrillator verification is essential.
Constructed using high-stability components, the M3725A ensures repeatable and accurate results across multiple test cycles. Its robust insulated housing and durable connector make it suitable for both workshop and on-site testing while supporting compliance with recognised electrical safety and calibration standards.
Key Features & Benefits
- Accurate 50 Ohm load for precise defibrillator energy verification
- Designed for Philips defibrillators including HeartStart and M-Series systems
- High-stability resistor ensures consistent and repeatable test results
- Durable insulated housing suitable for clinical and technical environments
- Essential biomedical service tool for preventive maintenance and validation
- Portable and lightweight design for lab or field use
- Complies with medical electrical testing standards
Technical Specifications
| Brand | Philips |
|---|---|
| Model | M3725A |
| Type | Test load / calibration device |
| Resistance | 50 Ohms ±1% |
| Connector Type | BNC-style or equivalent |
| Application | Defibrillator and monitor energy verification |
| Compatibility | Philips HeartStart, M-Series, MRx and equivalent systems |
| Housing | Insulated high-durability composite |
| Condition | Used, fully tested |
| Intended Use | Biomedical calibration, testing and maintenance |
What’s Included
- 1 × Philips M3725A 50 Ohm Test Load
- 1 × Storage case or protective packaging
- 1 × Calibration certificate, if applicable