Pulse Oximetry Module M1020B
Pulse Oximetry Module
Pulse Oximetry Module M1020B
Pulse Oximetry Module
The IntelliVue Pulse Oximetry Module is for use with IntelliVue Patient Monitors MP40-MP90 and MX500-MX850. The module allows non-invasive measurement of arterial oxygenation saturation using light transmitted through tissue.
Increases measurement accuracy but also significantly reduces the number of false alarms
Specifications
- Technical Specifications
- Electromagnetic Compatibility
- IEC 60601-1-2, EN 60601-1-2
- Compatible Host Devices
- Compatible with the following Philips patient monitoring systems
- IntelliVue MX500 in internal slots
- IntelliVue MX550 in internal slots
- IntelliVue MX700 via FMS-4 or FMS-8
- IntelliVue MX800 via FMS-4 or FMS-8
- IntelliVue MX750 via FMX-4
- IntelliVue MX850 via FMX-4
- Physical Specifications
- Max Weight
- 0.3 kg (0.7 lb)
- Dimensions
- 36 x 102 x 111 mm (1.4 x 4.0 x 4.4 in)
- Environmental Specifications
- Operating Temperature Range
- 0–45°C (32–113°F)
- Storage Temperature Range
- -40–70°C (-40°–158°F)
- Operating Humidity Range
- 95% RH max. at 40°C (104°F)
- Storage Humidity Range
- 90% RH max. at 65°C (150°F)
- Operating Altitude Range
- Up to 4600 m (15000 ft)
- Storage Altitude Range
- Up to 15300 m (50000 ft)
Recommended products
- Designed for use with Philips SpO₂ monitors and sensors, the M1943A 8-pin adapter cable is 1.1 m (3.6 ft) in length and features a D-sub connector. It adapts 9-pin sensors to 8-pin sockets. It can be used with these sensors: M1131A, M1132A, M1133A, M1134A, M1140A, M1191T, M1192T, M1193T and M1196T.
- Designed for use with Philips SpO₂ monitors and sensors, the M1943AL adapter cable is 3 m (9.8 ft) in length and features a D-sub connector. It adapts 9-pin sensors to 8-pin sockets. It can be used with these sensors: M1131A, M1132A, M1133A, M1134A, M1140A, M1191T, M1192T, M1193T and M1196T.
- The Philips Nasal Alar FAST SpO2 Sensor ensures dependable monitoring of oxygen saturation at the nasal ala, where a robust blood supply from the carotid arteries is maintained. This location generates a strong, consistent signal and is less susceptible to vascular constriction compared to extremities,¹ providing accurate and reliable signals, even in challenging conditions involving low perfusion and centralization of blood flow.² Designed for comfort and durability, the sensor is non-adhesive and can be used on one patient for up to seven days across multiple care areas.
