Medical UPS Australia
Device suitability and expected operating time depend on the connected equipment, load, accessories and clinical configuration.
Biomedical Engineering Support
Equipment-focused technical guidance from an Australian biomedical engineering team.
Compatibility Assessment
Review the device, connected load, accessories and intended operating environment.
Trial and Demonstration Support
Structured evaluation options for eligible healthcare organisations and applications.
Australia and New Zealand Support
Local product guidance, quotation assistance and technical support.
Medical UPS Solutions Across Healthcare Environments
Critical Care & Respiratory Therapy
- UPS 90 Pure for lightweight applications.
- T180 for compatible respiratory equipment.
- UPS 270 Pure for higher loads and longer runtime.
Patient Transport & EMS
- T180 for compact transport applications.
- UPS 90 Pure where minimum weight is important.
- UPS 270 Pure for higher-demand or longer transport.
Biomedical Engineering Teams
- UPS 90 Pure for lightweight biomedical carts.
- T180 for compatible online double-conversion requirements.
- UPS 270 Pure for larger loads.
Neonatal & Paediatric Care
- UPS 270 Pure for suitable higher-capacity requirements.
- UPS 90 Pure for compatible lighter equipment.
- T180 only where the connected load is within its rating.
Aged Care & Home Ventilation
- T180 for compatible ventilators.
- UPS 90 Pure for compact respiratory backup.
- UPS 270 Pure for extended backup requirements.
Rural & Remote Healthcare
Not sure which UPS model is appropriate?
Evaluate a Zopec Medical UPS for Two Weeks or Longer
Compare Medical UPS Systems
Zopec UPS 90 Pure
A lightweight pure sine wave medical UPS for suitable mobile equipment, biomedical carts and lower-load healthcare applications.
- Peak output — 500 W
- Continuous output — 275 W
- Battery capacity — 296 Wh
- Weight — 2.5 kg
- UPS architecture — Line-interactive
- AC outlets — 1
- USB-C — Not available
- Recharge time — Less than 7 hours
- Warranty — 5 years
- Expected service life — Up to 8 years
Mobile medical equipment, biomedical carts and applications where low weight is important.
View UPS 90 PureZopec T180
A compact pure sine wave medical UPS for compatible respiratory, patient-transport and biomedical equipment.
- Peak output — 300 W
- Continuous output — 200 W
- Battery capacity — 596 Wh
- Weight — 3.5 kg
- UPS architecture — Online double conversion
- AC outlets — 1
- USB-C — PD 60 W
- Recharge time — Less than 6 hours
- Warranty — 5 years
- Expected service life — Up to 8 years
Compatible respiratory, patient-transport and biomedical equipment requiring online double-conversion operation.
View Zopec T180Zopec UPS 270 Pure
A higher-capacity pure sine wave medical UPS for demanding equipment and longer backup-power requirements.
- Peak output — 1200 W
- Continuous output — 750 W
- Battery capacity — 888 Wh
- Weight — 7 kg
- UPS architecture — Line-interactive
- AC outlets — 2
- USB-C — PD 60 W
- Recharge time — Less than 7 hours
- Warranty — 5 years
- Expected service life — Up to 8 years
Higher-load equipment, longer operating periods and applications requiring greater reserve capacity.
View UPS 270 PureShared platform features
Purpose-Built Power Continuity
More than a portable battery
Zopec Medical UPS systems combine pure sine wave output, automatic backup operation and healthcare-focused engineering in compact mobile formats.
They are designed to support compatible medical equipment during transport, temporary mains-power interruptions and mobile clinical workflows.
Automatic backup operation
The UPS remains available as reserve power and transitions to battery operation when incoming mains power is interrupted.
Pure sine wave output
Clean AC output supports compatible equipment requiring a stable and consistent power supply.
Silent fanless cooling
Solid-state thermal management avoids conventional cooling fans and supports quiet clinical environments.
Integrated mounting
VESA-compatible mounting helps integrate the UPS with medical carts, transport platforms and mobile equipment configurations.
Every equipment configuration should be reviewed for voltage, power demand, runtime, mounting and clinical workflow before deployment.
Mounting for Medical UPS
From equipment review to clinical deployment
Equipment assessment
Confirm the equipment model, voltage, operating power, peak demand, accessories and charging requirements.
UPS selection
Match the application with the appropriate output capacity, battery runtime, UPS architecture, weight and mounting arrangement.
Trial and verification
Evaluate the proposed configuration with the intended equipment and operating conditions before broader deployment.
Implementation support
Finalise mounting, charging, user guidance, documentation and ongoing biomedical support requirements.
Built around the complete equipment configuration
UPS selection should consider the medical device, accessories, operating mode, expected runtime, mobility and clinical workflow—not battery capacity alone.
Start an Equipment Assessment
Supported by OHM Biomedical
Medical power guidance backed by biomedical engineering experience
OHM Medical IT is part of the wider OHM Biomedical group, a Melbourne-based biomedical engineering and medical device business supporting healthcare providers across Australia and New Zealand. This technical background helps our team approach medical power selection as an equipment and workflow decision, not simply a battery purchase.
Biomedical engineering-led product guidance
Equipment and accessory compatibility review
Demonstration and trial coordination
Mounting and clinical mobility considerations
Australian quotation and after-sales support
Medical UPS Questions
Frequently asked questions about medical UPS systems in Australia
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A medical UPS is a backup power solution selected for use with medical or clinical equipment where power quality, continuity, portability and equipment compatibility are important. The proposed UPS should be assessed against the connected device and intended application.
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Start with the device manufacturer and model, connected accessories, normal and maximum operating load, required backup duration, mobility requirements and intended environment. OHM Medical IT can review this information before recommending an option.
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Suitability depends on the specific device, accessories, settings and power requirement. A compatibility assessment should be completed before relying on a UPS for a named respiratory device or clinical configuration.
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No. Expected operating time varies according to the connected load, equipment settings, accessories, battery model, battery condition and operating environment.
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Portable UPS systems may support equipment mobility and internal patient transport applications when the complete device, battery, trolley and mounting configuration has been assessed as suitable.
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Many sensitive electronic devices are designed to operate from stable mains-quality power. The equipment manufacturer's requirements and the complete configuration should be reviewed when selecting a power source.
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OHM Medical IT can discuss equipment compatibility, product selection and demonstration or trial options for eligible healthcare and technical applications.
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Healthcare organisations, hospitals and approved business customers can contact OHM Medical IT to request formal pricing, product information and purchasing assistance.
Discuss your medical equipment power requirements with our team
Tell us which medical device you use, what accessories are connected and whether you require backup power, clinical mobility or patient transport support. OHM Medical IT can assist with product selection and compatibility review.
Please include the equipment manufacturer, model, accessories and required operating duration when contacting us.