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Deakin University Report

Reduce your Carbon Emissions

Bauer Optimising Technologies - Free Trial

There are dollar and greenhouse gas savings and a better way of running your HVAC. 

Insulpak is so confident that we can provide minimum energy savings of at least 30% that we offer a free 90 day trial. You can have a no obligation test of the Bauer HVAC Optimising Technology in your premises or building and only pay to keep it if you are completely satisfied. *

Complete the form below to apply for your free trial.

Please note we will require additional information from your organisation if you wish to proceed with the trail. **

What you can typically expect from this three months free trial:

1. 30% energy saving or better
2. Possible 6-8 dbs reduction in noise
3. Virtually no draughts
4. Virtually even temperature throughout
5. Reduced wear and tear on HVAC equipment
6. Increased staff or tenant satisfaction
7. Improved air quality
8. A quoted upfront cost prior to start of work if you keep our system
9. Reduced carbon emissions

Typically A fter 6 months:

1. All of the above plus significantly reduced service calls

Typically After 12 months:

• All of the above plus a reduced service maintenance costs of up to 30%
• A yearly Bauer review and service report
• Ongoing satisfaction and energy reduction commitment for when power / energy rates go up
• Better AGBRS rating
Free Trial Registration

Organisation Company Name
Trial Site or New Site Address
City
Country
Authorised Decision-Maker Contact
Position
Phone
Building Details i.e. Chiller Boiler & AHU's or Packaged Unit
Type of Building Type of current DDC if any
Size of Building in Cubic Meters	min. volume 1,800 m3
Condition of Current HVAC system
Date Commissioned
Reason for requesting trial.
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* Bauer Optimising Technology requires a HVAC configuration which we will send you
   as part of the information pack.

**Below is an indication of all the information we will require to go forward:

• Floor Layout of the proposed project
• Room Volume/s of the proposed project.
• List of all AHU’s indicating to which plant room they belong and what area they serve.
• What AHU belongs to which switchboard?
• Equipment list (important that it shows motor data e.g. kW, voltage, etc.)
• Reasonably air-tight building
• Mechanical/electrical drawings including DDC drawings (.pdf if possible)
• Mechanical drawings (duct layout etc.)
• Fire mode operation description
• Screen printout of AHU
• Additional information may be required subject to the installation