Critical-Care Transport Power

Medical UPS for Patient Transport Australia

Portable power for ventilators, HFNC, incubators, patient monitors and critical-care mobility.

OHM Medical IT supplies Zopec medical UPS systems for intra-hospital patient transfer, ICU mobility, respiratory transport, neonatal transport and selected inter-facility clinical workflows across Australia and New Zealand.

Our biomedical engineering team can assist with equipment load assessment, expected runtime, trolley integration, mounting, cable management and product trials before implementation.

Compare Transport UPS Models Request a Transport Power Review

Product suitability and expected operating time depend on the exact medical device, accessories, settings, load, battery model and complete transport configuration.

Medical transport trolley with Zopec UPS system for critical care patient mobility

Equipment-Specific Selection

UPS selection based on the actual medical device, accessories, operating load and required transport time.

Portable Transport Options

Compact solutions for respiratory equipment, monitoring, neonatal systems and mobile clinical workflows.

Pure Sine Wave Models

Pure sine wave transport options available through the relevant Zopec product range.

Mounting and Cable Review

Assessment of trolley integration, plug security, battery position and cable management.

Australian Biomedical Support

Technical review, demonstrations, trials and quotations through OHM Medical IT.
Transport Power Planning

Patient transport involves more than choosing a battery

A patient-transport power configuration includes the medical device, internal battery, external UPS, accessories, trolley, mounting, cables, expected journey time and contingency margin. Each component should be reviewed as part of one complete mobile system.

Common transport challenges

  • Limited runtime from an internal device battery
  • Heated humidifiers or accessories increasing the total load
  • Unplanned delays during imaging or ward transfer
  • Accidental plug disconnection during trolley movement
  • Battery alarms that are difficult to see or hear
  • Poor cable routing around wheels or moving components
  • Excessive weight affecting trolley manoeuvrability
  • Dependence on finding an available wall outlet

A structured transport-power approach

  • Confirm the exact medical device and electrical requirement
  • Measure or verify normal and maximum load
  • Define the required journey and contingency time
  • Select the appropriate transport UPS model
  • Review trolley balance and mounting
  • Secure plugs and route cables safely
  • Verify alarm visibility
  • Test the complete configuration before implementation

Transport runtime should include a reasonable operational margin for delays, equipment warm-up, accessory demand and changes to the planned journey.

Request a Transport Workflow Review
Zopec Patient Transport UPS Range

Three medical UPS options for different transport requirements

Choose between a compact respiratory-transport solution, a lightweight critical-care UPS and a higher-capacity system for neonatal or extended-duration transport workflows.
The correct model depends on the connected equipment, voltage, maximum demand, required transport time, trolley configuration and desired runtime margin.
Transport UPS Selection Guide

Which Zopec UPS suits your patient-transport workflow?

Begin with the medical device, maximum operating demand, required journey time, trolley capacity and desired contingency margin.
Zopec T180

Choose compact respiratory transport

Best considered when:
  • A compatible transport ventilator or respiratory device is being used
  • The equipment remains within the verified 200 W rating
  • Pure sine wave output is required
  • AC and USB connections are useful
  • Compact size is important
  • Patient-monitor or respiratory mobility is the primary requirement
Example equipment categories:
  • Compatible transport ventilators
  • Patient monitors
  • HFNC systems within the verified rating
  • Respiratory therapy devices
  • Mobile clinical equipment
  • Suitable lower-load transport systems
Assessment required:
  • Exact output voltage
  • Normal operating load
  • Maximum operating demand
  • Required runtime
  • Equipment connection
  • Mounting method
Assess Zopec T180
Zopec UPS 90 Pure

Choose lightweight critical-care mobility

Best considered when:
  • The smallest and lightest transport option is preferred
  • A 220–240 V pure sine wave model is required
  • The equipment load fits the UPS 90 Pure specification
  • Heated humidification is required during suitable transport
  • HFOV 3100A or comparable equipment is being assessed
  • Trolley weight and compact mounting are priorities
Example equipment categories:
  • HFNC systems
  • Heated humidifiers
  • HFOV 3100A
  • Air-medical equipment backup
  • Nitric-oxide systems
  • Selected monitors
  • Point-of-care equipment
Assessment required:
  • Equipment peak load
  • Temperature and flow settings
  • Accessory load
  • Required runtime
  • Mounting and cable security
  • Contingency margin
Assess UPS 90 Pure
Zopec UPS 270 Pure

Choose extended transport capacity

Best considered when:
  • Longer patient-transfer time is expected
  • An incubator or neonatal transport system is being assessed
  • HFOV 3100B or higher-demand equipment is involved
  • Longer HFNC or heated-humidifier runtime is required
  • Greater reserve capacity is preferred
  • The trolley can accommodate approximately 6.8 kg
Example equipment categories:
  • Neonatal incubators
  • HFOV 3100B
  • Extended HFNC workflows
  • Heated humidifiers
  • Airborne isolettes
  • Selected ventilators
  • ECMO pumps and monitoring equipment, subject to assessment
Assessment required:
  • Normal and peak load
  • Heater and warm-up demand
  • Required transport duration
  • Total trolley loading
  • Mounting and stability
  • Charging and storage plan
Assess UPS 270 Pure

Select by the complete transport configuration

A lighter UPS is not automatically preferable, and a larger battery is not automatically safer. Select the model that meets the verified equipment load and duration while remaining practical for the trolley and transport workflow.

Information required for a transport-power recommendation:

Medical-device manufacturer
Exact model
Australian voltage and frequency
Normal operating load
Maximum or start-up load
Connected accessories
Required journey time
Desired contingency time
Trolley or stretcher type
Mounting requirement
Hospital department
Quantity required
Request a Transport UPS Recommendation Arrange an Equipment Trial
This guide supports initial product selection only. The complete equipment and proposed transport configuration must be technically and clinically reviewed before use.
Transport System Integration

Mount the UPS as part of the complete transport system

Battery selection must be accompanied by a review of trolley stability, weight distribution, cable routing, plug security, alarm visibility and clinical access.

Transport integration checklist

  • Confirm the exact trolley or stretcher model
  • Review total equipment and battery weight
  • Maintain safe balance during movement
  • Keep the UPS display and alarms visible
  • Secure plugs against accidental disconnection
  • Route cables away from wheels and hinges
  • Avoid obstructing device controls
  • Preserve access to emergency controls
  • Maintain cleaning access
  • Document the approved equipment configuration
  • Confirm the charging location and routine
  • Test movement through lifts, ramps and doorways

The mounting arrangement should be assessed with the trolley fully configured, including the medical device, oxygen cylinders, accessories, monitors, cables and UPS.

Request a Transport Mounting Review
Transport Power Workflow

From bedside power to mobile battery operation

A transport-power plan should define how the medical device is connected, checked, moved and returned to mains power.
1

Confirm the approved configuration

Verify the medical device, accessories, UPS model, cables, mounting and expected runtime.
2

Charge and inspect

Confirm the UPS state of charge and inspect the housing, leads, connections, alarms and mounting.
3

Connect and test

Connect the approved configuration and test power interruption, battery operation and alarm visibility before transport.
4

Secure for movement

Secure plugs, route cables safely, lock the mount and confirm trolley balance.
5

Monitor during transfer

Observe the medical device, UPS status and remaining transport time according to the organisation's procedure.
6

Reconnect and document

Return to the approved mains-powered configuration, recharge the UPS and record any issue or abnormal behaviour.

The transport team should have a contingency plan for delay, low-battery alarm, equipment fault or unexpected extension of the journey.

Neonatal and Critical-Care Mobility

Power assessment for complex transport equipment

Neonatal and critical-care transport can involve several high-demand devices, including incubators, ventilators, HFOV, humidifiers, monitoring and therapy accessories. The complete system should be assessed as one transport load.

Neonatal incubator transport

UPS 270 Pure may be considered for selected incubator transport configurations requiring greater battery capacity, subject to equipment-load, mounting and runtime assessment.
  • Incubator model
  • Warm-up and heater demand
  • Normal operating load
  • Transport duration
  • Trolley loading
  • Existing internal battery
  • Connected monitoring equipment

HFOV and respiratory transport

UPS 90 Pure and UPS 270 Pure have different manufacturer runtime examples for HFOV and heated respiratory equipment. Selection should follow the exact oscillator, settings and accessory load.
  • 3100A or 3100B
  • Humidifier model
  • Ventilation settings
  • Required transport duration
  • Mounting and cable security
  • Contingency margin

Transport ventilators and patient monitoring

T180 may be considered for compatible transport ventilators and monitoring systems that remain within the verified product rating and voltage specification.
  • Ventilator or monitor model
  • Output voltage
  • Peak and normal load
  • Internal battery runtime
  • External accessory load
  • Required journey duration

Do not combine multiple devices on one UPS without assessing the total load, electrical configuration, runtime, mounting and clinical workflow.

Request a Neonatal Transport Review Request a Critical-Care Equipment Assessment
Equipment-Specific Assessment

How OHM Medical IT assesses a patient-transport UPS configuration

A reliable recommendation begins with the actual medical device, transport platform and workflow. OHM Medical IT can assist clinical and biomedical teams through a structured assessment and trial process.
1

Identify the medical equipment

Provide the manufacturer, exact model, voltage, accessories and normal operating configuration.

2

Define the transport workflow

Explain whether the requirement is intra-hospital transfer, respiratory transport, neonatal retrieval, inter-facility transfer or temporary backup.

3

Review the equipment load

Assess normal demand, maximum or warm-up demand, accessories and expected transport duration.

4

Assess mounting and mobility

Review the trolley, stretcher, weight distribution, bracket, plug security, cables and alarm visibility.

5

Trial and document

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

Information to provide

  • Medical-device manufacturer
  • Exact model
  • Australian voltage and frequency
  • Normal operating load
  • Maximum or start-up load
  • Accessories
  • Internal battery runtime
  • Required journey time
  • Desired contingency time
  • Trolley or stretcher model
  • Mounting requirement
  • Department or transport service
  • Quantity required
  • Trial location
Trial availability, location, duration and eligibility depend on the proposed equipment, application and available demonstration stock.

Australian Biomedical Support

Patient-transport power reviewed by biomedical engineers

OHM Medical IT is part of the wider OHM Biomedical group, a Melbourne-based biomedical engineering and medical technology business supporting healthcare organisations across Australia and New Zealand. Our team considers the complete medical device, UPS, mounting and transport workflow rather than recommending a battery by capacity alone.

Medical-device and load review

Transport UPS model selection

Runtime assessment

Trolley and mounting integration

Cable-management and plug-security review

Product demonstrations and trials

Australian quotation and after-sales support

Contact Our Biomedical Team
Explore all Medical UPS Australia applications

Patient Transport UPS Questions

Frequently asked questions about medical UPS systems for patient transport

  • A patient-transport medical UPS is a portable backup-power system selected for suitable medical equipment used during clinical mobility or transfer. Selection should consider the device, accessories, load, journey duration, trolley and complete transport workflow.

  • The principal transport options are Zopec T180, UPS 90 Pure and UPS 270 Pure. T180 is positioned for compatible respiratory and ventilator mobility, UPS 90 Pure for lightweight critical-care transport, and UPS 270 Pure for higher-demand or extended-duration applications.

  • T180 may suit compatible ventilators that remain within its verified voltage and 200 W output rating. Other ventilators or connected humidifiers may require UPS 90 Pure or UPS 270 Pure. The exact ventilator, settings and accessories must be assessed.

  • UPS 270 Pure is the principal higher-capacity option highlighted for selected neonatal incubator applications. The incubator model, heater demand, internal battery, mounting, total trolley load and required runtime must be reviewed.

  • Zopec publishes runtime examples for selected heated humidifiers using UPS 90 Pure. Actual runtime depends on the humidifier model, temperature, flow, accessories and battery condition.

  • Only after the combined load, start-up demand, electrical configuration, runtime and mounting have been assessed. Do not assume that two devices can be connected simply because each works separately.

  • UPS 90 Pure and UPS 270 Pure include integrated mounting adapters. T180 mounting should be confirmed for the supplied configuration. The complete trolley must still be reviewed for stability, access, cables and weight distribution.

  • Runtime depends on the UPS model, medical device, settings, accessories, heating demand, battery condition and environment. Manufacturer figures are indicative and should be validated with the intended equipment configuration.

  • Not necessarily. An external UPS can supplement a device's transport-power strategy, but the internal battery, external UPS and clinical contingency plan should be assessed together.

  • A portable UPS may be considered for appropriate mobile or air-medical equipment applications, but vehicle, aviation, securing, electromagnetic, regulatory and organisational requirements must be confirmed for the exact deployment.

  • Zopec describes the relevant UPS models as not requiring routine preventive maintenance. Healthcare organisations should still maintain charging, inspection, cleaning, storage, damage-check and asset-management procedures.

  • Ask OHM Medical IT for the current Australian regulatory documentation covering the exact UPS model, charger, cable and supplied configuration. Use "included in the ARTG" rather than broad "TGA approved" wording.

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

  • Provide the medical-device manufacturer and model, voltage, accessories, normal and maximum load, required runtime, trolley type, quantity and delivery location.

Discuss your patient-transport power requirements

Tell us which medical device you need to transport, what accessories are connected and how long the equipment must operate. OHM Medical IT can assist with Zopec UPS selection, runtime review, mounting assessment and trial planning.

Please include the equipment manufacturer, exact model, voltage, accessories, trolley type and required transport time.

Arrange 2 weeks free trial
Request a Formal Hospital Quote