Vibration-resistant Paramagnetic oxygen sensing technology

Paracube Modus

The Paracube Modus is the world’s first highly vibration-resistant Paramagnetic oxygen sensor, designed specifically for the intra-hospital transport and transportable analysis markets.

Built on the proven Paracube platform, it integrates our world-leading sensing technology into a highly compact, RoHS-compliant sensor optimized for OEM integration.

The Modus represents the first time this reliable, non-depleting technology has been developed for intra-hospital applications that require precise, oxygen-controlled delivery.

Vibration-resistant oxygen sensing for intra-hospital and transportable analysis

The Modus uses proven Paramagnetic sensing technology delivers excellent linearity and stability, ensuring precision, percentage-level oxygen measurements that are ready to withstand vibrational effects.

Designed for medical and industrial markets where vibration is a factor

The first sensor of its kind specifically developed for this application, the Modus is designed to perform effectively in intra-hospital transport applications, bringing the benefits of non-depleting Paramagnetic technology to this sector.

Our team, working in partnership with yours

Hummingbird’s experts have considerable experience in applying our sensors to a range of processes. We’ll help you integrate our products into your device and collaborate every step of the way to ensure you get the performance you expect.

Powering hospital ventilators

The Modus sensor plays a vital role in the family of medical ventilator technology products produced by Loewenstein Medical Innovation.

Features and benefits

The Modus is a vibration-resistant, high-performance, compact sensor measuring oxygen for OEM customers.

Accurate and reliable

Supported by vibration-resistant signal processing, our proven Paramagnetic sensing technology delivers excellent linearity and stability, ensuring precision oxygen measurements in the 0-100% range.

Unrivalled integration

Offering analog and digital outputs, the Modus utilizes advanced manufacturing techniques that do not require lead solder or adhesives. Its compact design is supported by bespoke housing options for easy integration into OEM instruments.

Low lifecycle costs

Non-depleting Paramagnetic technology significantly reduces the lifetime cost of ownership, compared to electrochemical cells. Stable sensing means there is also no need for daily calibration.

Typical applications

Bringing a range of benefits to the intrahospital and transportable analysis markets, the Modus is used in many industrial and medical applications, including critical care ventilators, O2 blenders, neonatal incubators, anesthesia delivery systems, pressure swing absorber oxygen concentrators, and ambient area monitoring.

Measurements, technologies and schematics

Size

Molex KK connector: 33.5mm x 30mm x 46.1mm

Molex low profile connector: 33.5mm x 30mm x 37.6mm

Weight

70g

Measures oxygen

The Micro measures percentage O2 from 0-100%

Uses Paramagnetic sensing technology

Advanced non-depleting Paramagnetic sensing delivers industry-leading levels of linearity, accuracy and reliability.

Certifications

The Modus complies with RoHS 2 directive 2011/65/EU

Downloads available for this product

3D CAD files available upon request

Paracube Sensors – Calibrating out offsets in the Paracube

Paracube Sensors – Calibrating out offsets in the Paracube

Paracube Sensors – Calibrating out offsets in the Paracube

Paracube Micro – 01117 and 01121 Reliability Calculations.

Paracube Micro – 01117 and 01121 Reliability Calculations.

Paracube Micro – 01117 and 01121 Reliability Calculations.

Paracube® Zero Offset Correction and Pressure Compensation

Paracube® Zero Offset Correction and Pressure Compensation

Paracube® Zero Offset Correction and Pressure Compensation

Paracube Modus Product Brochure

Paracube Modus Product Brochure

Paracube Modus Product Brochure


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