Cooling Cap
AM30122C

Cooling Cap for Dukane 41C30 Replacement Transducer

$15.00

Fits tributek AM30122C replacement for Dukane 41C30.

To mount, remove two of the top plug retaining screws, work the cap body over the housing aligning the two holes in the cap with the two open screw holes in the transducer housing and secure with the two screws provided using blue thread locker.

These Cooling Caps also fit Dukane made 41C30 but the cooling holes in the top plug of the housing should be covered with heat-resistant tape as there will be a gap between the top of the transducer and the inner surface of the top of the cap.

Kit includes cap and two screws.
SKU: C30CAP Category:

Description

Fits tributek AM30122C replacement for Dukane 41C30.

To mount, remove two of the top plug retaining screws, work the cap body over the housing aligning the two holes in the cap with the two open screw holes in the transducer housing and secure with the two screws provided using blue thread locker.

These Cooling Caps also fit Dukane made 41C30 but the cooling holes in the top plug of the housing should be covered with heat-resistant tape as there will be a gap between the top of the transducer and the inner surface of the top of the cap.

Kit includes cap and two screws.
The standard Dukane 41C30 style transducer is not as well cooled as it could be because it uses the same housing as the press-mounted model intended for intermittent operation.  For press-mounted intermittent applications the large cooling holes at top and bottom of the housing wall and cooling holes in the top plug are the right way to do things.  
 
CAUTION: IF YOU ARE RUNNING A 41C30 STYLE TRANSDUCER BUT NOT RUNNING COOLING AIR AT THE PROVIDED FITTING THE COOLING CAP MAY CAUSE YOUR TRANSDUCER TO ACTUALLY RUN HOTTER.  THERE IS NO WARRANTY ON AN OVERHEATED TRANSDUCER.
 
For continuous ultrasound operations the inclusion of the connector and air fitting on the standard 41C30 style transducer are necessary, but the use of compressed air to cool the source of heating within the transducer itself (the ceramics) is not very efficient  Most of the compressed air bounces off of the back of the rear driver slug and then finds its way out the upper row of side holes or the holes in the back plug (white plastic disc). 
 
What the cooling cap does is cover the upper side holes and the holes in the back plug and forces all of the compressed air going into the housing to flow out the lower row of cooling holes ensuring contact between moving cooling air and the ceramics.  The cooling cap is made of PETG with a softening temperature of 80C.  If the cooling cap could somehow be heated by your transducer to 80C the ceramics have already de-poled and you no longer have a working transducer.

Additional information

Weight .2 lbs
Dimensions 3 × 3 × 2 in

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