2
HXO-501-1 AUS
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Insertion of any object into condenser fans is to be avoided as this may result in personal injury and/or
equipment damage.
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Operating sound pressure levels may cause discomfort. Refer to catalogue for calculated sound levels
3.
Application Ranges
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These condensers are intended for use in commercial refrigeration systems with a maximum operating
ambient temperature of approximately 60°C (special designs available on application).
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Recommended refrigerants: HFCs, HCFCs (also suitable for CFCs).
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This series of condenser is not suitable for use with NH3 (Ammonia), R410a or R744 (CO2).
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Standard condensers are not to be installed in hazardous/combustible environments.
4.
Installation Guide
The BDC Series of Air Cooled Condensers are suitable for Vertical and Horizontal air flow.
a)
Mounting - Vertical Air Flow
• Remove the condenser from its crate.
• Vertical air flow condensers are shipped without legs fitted.
• Legs are supplied within each BDC Series condenser crate.
• Using an appropriate lifting device (refer Figure 1 for recommended lifting methods), attach the
legs to the condenser using the bolt kit supplied.
• Place the condenser into the installation position and secure using the mounting holes located in
the legs.
b)
Mounting - Horizontal Air Flow
• Remove the condenser from its crate.
• Horizontal airflow condensers are shipped with mounting feet fitted in final position.
• Using an appropriate lifting device (refer Figure 2 for recommended lifting methods).
• Place the condenser into the installation position and secure using the mounting holes located in
the feet.
NOTE:
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Minimum diameter of fixing bolts is to be 12.70mm (½”)
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The use of lifting devices during installation is recommended where applicable
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Observe recommended condenser mounting locations as per Figure 2.1, parts 1 and 2
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Remove the transport brackets from the BDC Series condensers (vertical only)
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Ensure the condenser is installed level, to avoid liquid locking within the condenser
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Refrigeration piping connections should be carried out in accordance with the current Refrigeration
Code of Good Practice* (beware of HOT surfaces present during the welding procedure).
