Ti-HXF Heat Exchangers Package

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Ti-HXF-8  5HP Titanium Heat Exchanger Package 

Universal Marine’s horizontal mounted exchanger packages are built to exceed the minimum standards of operation in both salt and fresh water environments. 
Each package is mounted on a light-weight, corrosion resistant alluminium frame and comes with:

•       Easy-to-use Johnson Controller for percise digital readout          and environmental control 
•       Titanium coil
•       TXV valve
•       Sylinoid valve
•       Sight glass for monitoring moisture
•       Flow switch. 

All units plumbed with unions for easy installation. 
Condensing units sold seperately.

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Ti-HXFV-9   7.5HP  Titanium Heat Exchanger Package

Universal Marine’s vertically mounted exchanger packages are built to exceed the minimum standards of operation in both salt and fresh water environments. 
Each package is mounted on a light-weight, corrosion resistant alluminium frame and comes with:

•       Easy-to-use Johnson Controller for percise digital readoutand environmental          control 
•       Titanium coil
•       TXV valve
•       Sylinoid valve
•       Sight glass for monitoring moisture
•       Flow switch. 

All units plumbed with unions for easy installation. 
Condensing units sold seperately.





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Specifications for Ti-HXF Heat Exchangers  1
Model #

Nominal
HP 2
Dimension 3
Refrigeration Connections 4
Water
Connections
Suggested Flow
Rate US GPM 5
"A"
"B"
In
Out
Ti-HXF-5
1
26"
11"
1/2"
5/8"
11/2" SPG
10-75
Ti-HXF-6
1 1/2-2
36"
13 1/2"
1/2"
3/4"
2" SPG
20-100
Ti-HXF-7
3-4
48"
13 1/2"
1/2"
3/4"
2" SPG
20-100
Ti-HXF-8
5
60"
13 1/2"
1/2"
3/4"
2" SPG
50-150
Ti-HXF-9
7 1/2
72"
13 1/2"
1/2"
3/4"
2" SPG
50-150
  1. Specifications subject to change without notice.
  2. Nominal horsepower rating based on 12,000 Btuh @ 70°F water temperature.
  3. Dimensions may vary, if size is critical please contact UMI to discuss options.
  4. Brass 45° SAE Male Flare Fittings.
  5. Flow rate requirements are relative to water temperature. As a rule, colder water requires higher flow rates.