Biomedical Engineering Power Solutions

Medical UPS for Biomedical Engineering Australia

Portable medical power for biomedical testing trolleys, equipment servicing and hospital technical workflows.

OHM Medical IT supplies lightweight Zopec medical UPS systems for biomedical engineering departments, clinical engineering teams, hospital workshops and mobile equipment-support workflows across Australia and New Zealand.

Our biomedical engineering team can assist with connected-load assessment, equipment compatibility, trolley integration, runtime review and product trials before procurement.

Explore Biomedical UPS Applications Request a Technical Review

Equipment suitability and expected operating time depend on the connected device, accessories, operating load, test procedure and intended technical workflow.

Biomedical engineer with Zopec medical UPS on service trolley

Supported by Biomedical Engineers

Biomedical power solutions assessed by a biomedical engineering team

OHM Medical IT is part of the wider OHM Biomedical group, a Melbourne-based biomedical engineering and medical-device business supporting healthcare organisations across Australia and New Zealand. Our technical background allows us to consider the complete equipment, power, mobility and service workflow rather than recommending a UPS by battery capacity alone.

  • Biomedical equipment and load assessment
  • Medical UPS selection
  • Testing-trolley integration
  • Cable and mounting review
  • Product demonstrations and trials
  • Equipment-specific runtime evaluation
  • Australian quotation and after-sales assistance
OHM Biomedical engineering team

Biomedical Equipment Applications

Portable power options intended for selected medical, biomedical and healthcare technology equipment.

Pure Sine Wave Output

Power output designed for sensitive electronic and biomedical equipment applications.

220–240 V Models

Australian-voltage variants available for the relevant Zopec UPS models.

Silent Fanless Cooling

Solid-state cooling without a conventional fan or exposed fan vent.

Australian Biomedical Support

Equipment assessment, product trials and technical assistance through OHM Medical IT.

Mobile Biomedical Workflows

Why conventional UPS systems may not suit mobile biomedical teams

Biomedical engineering teams frequently move between workshops, wards, critical-care areas and equipment-storage locations. Traditional office and server UPS systems may be too heavy, bulky or difficult to integrate with a mobile service trolley. A compact medical UPS can provide a more practical power option for selected servicing, setup and temporary backup workflows.

Traditional stationary UPS systems

  • Often designed for fixed office or server installations
  • Can be heavy and difficult to move between departments
  • May occupy significant trolley or floor space
  • Mounting options may be limited
  • Fan noise and ventilation openings may be undesirable
  • Battery replacement and maintenance requirements vary

Portable medical UPS systems

  • Compact options for mobile technical workflows
  • Integrated mounting options on selected models
  • Pure sine wave output
  • Digital battery information and staged alarms
  • Fanless operation
  • Suitable for equipment-specific assessment and trials

Medical UPS selection should start with the equipment, operating load, required duration and technical procedure—not battery capacity alone.

Discuss a Biomedical Workflow
Zopec Biomedical UPS Range

Three medical UPS options for biomedical engineering teams

Compare Zopec portable medical UPS systems for biomedical testing trolleys, equipment servicing, clinical engineering demonstrations, temporary hospital equipment backup and mobile biomedical workflows across Australia.
From the lightweight UPS 90 Pure to the compact 200 W T180 and higher-capacity UPS 270 Pure, each model addresses different equipment loads, mobility requirements and runtime objectives.
The connected equipment, Australian voltage requirement, maximum load and intended operating time must be confirmed before selecting a medical UPS.
Compact Biomedical UPS

Zopec UPS 90 Pure

A lightweight pure sine wave medical UPS for mobile biomedical testing trolleys, equipment servicing, product demonstrations and selected lower-load hospital equipment applications.
  • Approximately 2.3 kg
  • Compact dimensions of approximately 29 × 16.5 × 5 cm
  • 220–240 V version available
  • Pure sine wave output
  • Line-interactive UPS operation
  • Integrated mounting adapter
  • Digital battery-capacity display
  • Three-stage low-battery alarms
  • Silent fanless cooling
  • Published eight-year lifecycle
  • Five-year warranty for qualifying current purchases
Best considered for compact biomedical carts, mobile service rounds, lower-load equipment and workflows where minimum size and weight are important.
Compact 200 W Medical UPS

Zopec T180

A compact 200 W pure sine wave medical UPS for compatible biomedical equipment, respiratory devices, service trolleys, transport applications and mobile clinical engineering workflows.
  • 200 W pure sine wave output
  • Premium lithium battery system
  • Published 100–240 V universal specification
  • AC and USB outputs
  • Fast smart charger included
  • Approximately 3.5 kg
  • Compact portable construction
  • Five-year warranty
  • Eight-plus-year expected product life
  • IEC 60601-1 medical-standard compliant
Best considered for compatible equipment requiring more output capacity than a compact lower-load solution while retaining a portable format.
Confirm whether the published 100–240 V specification refers to charging input, equipment output or both before connecting Australian medical equipment.
Extended-Capacity Biomedical UPS

Zopec UPS 270 Pure

A higher-capacity pure sine wave medical UPS for demanding biomedical equipment, longer operating periods and extended hospital mobility or emergency-backup requirements.
  • Approximately 270 Wh capacity
  • Pure sine wave output
  • 220–240 V AC output
  • Extended runtime capability
  • Robust construction
  • Digital display
  • Multiple safety protections
  • Suitable for higher-load equipment
  • Five-year warranty
  • Eight-year published lifecycle
Best considered for higher-capacity biomedical applications, extended operating periods and equipment requiring longer backup duration.
Biomedical UPS Selection Guide

Which Zopec UPS suits your biomedical workflow?

The correct medical UPS should be selected according to equipment load, required operating time, mobility, mounting, output requirements and the technical procedure. Use this guide as a starting point before completing an equipment-specific assessment.
Zopec UPS 90 Pure

Choose compact mobility

UPS 90 Pure is the lightest of the three options and is suited to selected mobile biomedical applications where compact size, low weight and easy trolley integration are priorities.

Best considered when:

  • The trolley must remain lightweight and easy to manoeuvre
  • The connected equipment has a lower or moderate load
  • The required runtime is short to medium
  • A 220–240 V pure sine wave model is required
  • Integrated mounting is important
  • The biomedical team regularly moves between departments

Potential applications:

  • Biomedical testing trolleys
  • Equipment demonstrations
  • Mobile service rounds
  • Laptop and technical workstation power
  • Selected blood gas analyser backup
  • Selected respiratory-equipment checks

Assessment required:

  • Normal equipment load
  • Maximum or start-up demand
  • Required runtime
  • Trolley loading
  • Mounting position
Zopec T180

Choose compact 200 W output

T180 provides a compact 200 W pure sine wave option for compatible biomedical and clinical equipment where more output capacity is required within a portable format.

Best considered when:

  • The connected equipment remains within the verified 200 W limit
  • Pure sine wave output is required
  • AC and USB outputs are useful
  • A compact system is required for mobile use
  • The equipment and T180 voltage specification have been confirmed
  • The application requires a portable intermediate option

Potential applications:

  • Biomedical service trolleys
  • Compatible respiratory equipment
  • Mobile equipment support
  • Hospital technical demonstrations
  • Field service activities
  • Selected transport workflows

Assessment required:

  • Exact Australian T180 output voltage
  • Equipment normal operating load
  • Maximum equipment demand
  • Required runtime
  • AC or USB connection
  • Complete equipment compatibility

Technical note: Confirm whether the published 100–240 V specification applies to charging input, equipment output or both before connecting Australian medical equipment.

Zopec UPS 270 Pure

Choose greater capacity and runtime

UPS 270 Pure is intended for more demanding equipment and extended operating periods where greater battery capacity and runtime margin are required.

Best considered when:

  • The equipment has a higher operating demand
  • A longer backup or mobility period is required
  • A 220–240 V pure sine wave system is required
  • The trolley can accommodate the additional weight
  • Greater runtime margin is preferred
  • Equipment warm-up or heating loads are significant

Potential applications:

  • Incubators
  • HFOV equipment
  • Heated humidifiers
  • Blood gas analysers
  • Extended generator-maintenance backup
  • Higher-load technical demonstrations

Assessment required:

  • Normal and maximum equipment load
  • Heater or warm-up demand
  • Required operating duration
  • Trolley weight and balance
  • Mounting and cable routing
  • Charging and storage requirements

Start with the equipment—not the battery

Biomedical UPS selection should begin with the medical or technical equipment, its voltage, operating load, start-up demand, connected accessories and required operating duration.
Equipment-specific runtime examples

Battery runtime examples for biomedical equipment

Review indicative operating times for selected medical equipment across the Zopec Medical UPS range. Runtime varies according to the exact equipment model, operating load, settings, accessories, battery condition and environmental conditions.

Use these figures as an initial reference only. Complete equipment-specific testing and compatibility assessment before clinical deployment.

Blood pump

Abbott CentriMag Blood Pump

Zopec UPS 90 Pure

Typical operation

Approximately 2 hours

Biomedical test equipment

Baxter/Hillrom Welch Allyn 9600 Calibration Tester

Zopec UPS 90 Pure

Typical operation

Approximately 10 hours

Critical-care ventilator

Dräger VN500

Zopec UPS 90 Pure

Typical operation

Approximately 6 hours

Portable ultrasound

Fujifilm SonoSite SII

Zopec UPS 90 Pure

Typical operation

Approximately 4.5 hours

Patient monitoring

GE Carescape B650

Zopec UPS 90 Pure

Typical operation

Approximately 2 hours

ECMO equipment

Getinge CardioHelp ECMO Pump

Zopec UPS 90 Pure

Typical operation

Approximately 2 hours

Transport ventilator

Hamilton T1

Zopec UPS 90 Pure

Typical operation

Approximately 12 hours

Blood gas analyser

Radiometer ABL90 FLEX PLUS

Zopec UPS 90 Pure

Typical operation

Approximately 2 hours

Neonatal incubator

GE Giraffe OmniBed

Zopec UPS 270 Pure

37°C

Approximately 1.5 hours

Patient monitoring

Philips IntelliVue Monitors

Zopec T180

Typical operation

Approximately 8 hours

Information required for an equipment-specific runtime review

Equipment manufacturer

Exact equipment model

Australian electrical specification

Normal operating load

Maximum or warm-up load

Connected accessories

Required backup duration

Intended clinical or biomedical workflow

The complete equipment configuration should be assessed rather than relying on battery capacity alone. Voltage, continuous load, peak demand, accessories, mounting and expected runtime must all be considered.

Need a runtime assessment for your equipment?

Provide the equipment manufacturer, model, electrical rating, connected accessories and required operating time. OHM Medical IT can assist with compatibility review, product selection and trial planning.

Request an Equipment Runtime Assessment

Runtime figures are indicative equipment-specific examples under the stated operating conditions. Actual runtime may vary.

Technical Validation

Powering equipment is not the same as completing an electrical-safety test

A portable UPS can support selected setup, servicing, demonstration and temporary operational workflows. However, formal electrical-safety testing must be completed using the conditions, connections and procedures required by the test instrument, device manufacturer, healthcare organisation and applicable standard.

Appropriate workflow assessment

  • General equipment setup and operational checks
  • Approved mobile servicing activities
  • Temporary power during suitable technical workflows
  • Product demonstrations and equipment trials
  • Testing of the complete proposed UPS configuration
  • Assessment of alarms, cables and expected runtime

Do not bypass prescribed test conditions

  • Required protective-earth testing
  • Prescribed leakage-current test arrangements
  • Manufacturer-mandated mains connections
  • Hospital electrical-safety procedures
  • Required test adapters and applied-part configurations
  • Formal acceptance and post-repair testing requirements

The responsible biomedical engineer must determine whether using a battery-backed source is appropriate for the specific procedure. Do not use the UPS to bypass a required mains-powered test condition.

Request Technical Documentation
From Equipment to Approved Configuration

How OHM Medical IT assesses a biomedical UPS application

A reliable recommendation begins with the connected equipment and technical workflow. OHM Medical IT can assist biomedical teams through a structured compatibility, trolley and trial process.
1

Identify the equipment

Provide the manufacturer, exact model, electrical rating, accessories and intended operating mode.

2

Define the technical workflow

Explain whether the requirement involves servicing, testing-trolley mobility, equipment demonstration, generator maintenance or temporary backup.

3

Review operating load

Assess normal demand, maximum or start-up demand, connected accessories and required operating duration.

4

Assess trolley and installation

Review mounting, weight distribution, cable routing, plug security, cleaning access and alarm visibility.

5

Trial and document

Eligible organisations can evaluate the intended equipment and UPS configuration before procurement and formal implementation.

Information to provide

  • Equipment manufacturer
  • Exact model
  • Electrical rating
  • Normal operating load
  • Maximum or start-up load
  • Connected accessories
  • Required operating duration
  • Trolley or mounting arrangement
  • Department and hospital
  • Quantity required
  • Preferred trial timeframe
Trial availability, location, eligibility and duration are subject to the proposed application and available demonstration equipment.

Biomedical UPS Questions

Frequently asked questions about medical UPS systems for biomedical engineering

  • A medical UPS is a backup-power system selected for suitable medical, biomedical and healthcare technology equipment. Biomedical teams may use portable UPS systems for approved mobile servicing, equipment setup, demonstrations, testing-trolley workflows and temporary backup applications.

  • A medical UPS may offer product-specific features such as pure sine wave output, compact construction, mounting options, visible battery information, staged alarms and fanless operation. The exact equipment and intended workflow must still be assessed.

  • Yes, selected UPS models can be incorporated into mobile biomedical trolleys. The complete trolley should be assessed for loading, stability, mounting, cable routing, cleaning access, alarm visibility and manoeuvrability.

  • It may be possible to power selected equipment or trolley accessories, but the electrical-safety analyser manufacturer's requirements and hospital procedures must be followed. A battery-backed source must not be used to bypass prescribed mains-powered test conditions.

  • Only when the responsible biomedical engineer determines that it is consistent with the test instrument instructions, device documentation, hospital procedure and applicable standard. Battery operation can change the test conditions and may not be appropriate for formal tests.

  • UPS 90 Pure is generally positioned for lightweight mobile workflows and lower-demand equipment. UPS 270 Pure offers higher capacity for more demanding equipment and longer operating periods. Final selection requires an equipment-specific assessment.

  • Zopec publishes indicative runtime examples for selected blood gas analyser configurations. Actual performance depends on the analyser model, operating state, accessories, battery condition and environmental conditions.

  • A portable UPS may support suitable setup, operational-check, transport and temporary backup workflows. The exact device, settings, load and service procedure must be reviewed before use.

  • Zopec states that UPS 90 Pure and UPS 270 Pure do not require routine preventive maintenance. Biomedical departments should still follow manufacturer guidance for charging, inspection, cleaning, storage, damage checks and lifecycle management.

  • The TGA currently lists a Zopec power supply and battery pack under ARTG 478167, along with separate entries for a battery charger and electrical mains power cable. Confirm that the exact supplied model and accessories are covered by the current Australian documentation.

  • A portable UPS may form part of an approved temporary power-continuity plan for suitable equipment. The responsible healthcare organisation must assess the equipment, required operating time, emergency procedures and complete power arrangement.

  • Eligible hospitals and healthcare organisations can contact OHM Medical IT to discuss equipment review, product demonstrations, trolley assessment, runtime evaluation and trial availability.

  • Connecting multiple devices changes the total load and can create additional electrical, leakage, mounting and runtime considerations. The complete system should be reviewed and tested rather than assuming that each device can be connected independently.

  • Provide the equipment manufacturer and model, electrical rating, accessories, required operating time, trolley arrangement, required quantity and delivery location. OHM Medical IT can then prepare a product recommendation and quotation.

Discuss your biomedical equipment and mobile-power requirements

Tell us which equipment you need to power, how it will be used and the required operating duration. OHM Medical IT can assist with Zopec UPS selection, connected-load review, trolley integration and trial planning.

Please include the equipment manufacturer, model, electrical rating, accessories, trolley arrangement and required runtime.

Request a Biomedical UPS Recommendation Arrange a Product Trial
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