Spin Welder User’s Manual
Section 2 – Unpacking
Page 11
Page 10
Dukane Manual Part Number 403-547-03
Dukane Manual Part Number 403-547-03
System Requirements
Physical Space
Allow sufficient area on either side of the Spin
Welder to accommodate current and future parts
and fixtures. Also be aware that under extreme spin
welding conditions, small droplets of molten plastic
may be ejected by the spinning upper part.
Electrical
The Spin Welder requires a 240VAC – 3 phase outlet
rated at 20 Amps. Both the 3HP and 5HP model use
the same power cord and plug. The cable connector
is a NEMA L15–20P configuration 4–prong plug
and is shown in Figure 2–1. The corresponding wall
receptacle is illustrated in Figure 2–2. Note that the
geometry of the 240VAC 20A 3Ø plug is slightly
different from a 120/240VAC 20A 1Ø (NEMA
L14–20P) configuration and also from a 480VAC
20A 3Ø (NEMA L16–20P) configuration. All three
geometries are incompatible with each other to
prevent accidental overloads.
Pneumatic
Additionally, the Spin Welder requires a clean, dry,
compressed air supply of 100 psi (6.9 bar) nominal.
See Section 11 – Specifications for the upper and
lower limits on the electrical and compressed air
supply.
Major Components
Figures 2–3 and 2–4 identify the major components
to help you familiarize yourself with the Spin Weld-
er. These illustrations may be referenced throughout
this manual.
Figure 2–1
240VAC L15-20 Plug
Figure 2–2
240VAC L15-20 Receptacle