The S-54 Automatic Collaring Machine can meet most of the requirements that exist on HVAC and Automotive applications. T-DRILL has been manufacturing collaring machines for over 30 years and it is the worldwide industry standard for tube branching.
The S-54 is able to provide quality collars up 2⅛” in copper, aluminum, steel, stainless steel and other malleable materials.
Many attachments and automated systems are available for tube positioning. It is possible to start with the stand-alone S-54 and later add tube feeding equipment for more efficient production. A Manual or an Automatic Feed Table are available as well as the fully automated S-54 TBC (Tube Collaring System.)
Advantages of T-Drill method
- Production cost reductions up to 80%
- No costly inventories
- Less wasted material
- Remarkably faster through-put times
- Improved product strength, flow and brazing characteristics
- Only one brazed joint instead of three
Capacity Chart – Maximum Run Tube Wall Thicknesses (run tube size on the left and branch size on the top)

S-54 Technical Information
S-54 |
Collaring of Copper, Aluminium and Brass |
Collaring of Steel |
Collaring of Stainless Steel |
Supply voltage |
200-240 V / 50 Hz /60 Hz, 3-phase
400-480 V / 50 Hz /60 Hz, 3-phase |
Collaring range |
Ø6–54 mm / / 1⁄4” - 2 1⁄8” |
Ø10–54 mm / / 3⁄8” - 2 1⁄8” |
Ø10–54 mm / 3⁄8” - 2 1⁄8” |
Diameter of run tube |
Ø8–108 mm / 5⁄16” - 4 1⁄8” |
Ø10–108 mm / 3⁄8” - 4 1⁄8” |
Ø10–108 mm / 3⁄8” - 4 1⁄8” |
Spindle speed |
190–1000 rpm |
150–1050 rpm |
60–890 rpm |
Rated power |
3 kW |
3 kW |
3 kW |
Compressed air supply |
6 bar / 90 psi |
6 bar / 90 psi |
6 bar / 90 psi |
Air consumption |
50 l/min / 1.765 ft³/min |
50 l/min / 1.765 ft³/min |
50 l/min / 1.765 ft³/min |
Fuse |
3 x 16–63 (min – max) |
3 x 16–63 (min – max) |
3 x 16–63 (min – max) |
Weight |
200 kg / 450 lbs |
200 kg / 450 lbs |
200 kg / 450 lbs |
Dimensions of the unit |
930 x 280 x 1130 mm (DxWxH) |
930 x 280 x 1130 mm (DxWxH) |
930 x 280 x 1130 mm (DxWxH) |
Noise level |
<70 dB(A) |
<70 dB(A) |
<70 dB(A) |
Note! Above values are intended as a guide only
