Ransburg Turbodisk 2 Assembly 78715 - Manual (Page 16)

Turbodisk 2 - Installation
INSTALLATION
EQUIPMENT
This system should be installed by, or under the
supervision of an Ransburg representative. Should the
need arise to replace any component assembly within
the system, contact your Ransburg representative.
This manual concerns normal operation, maintenance,
and service of the specified applicator assemblies. The
air and fluid connections vary with different models
and installations. This manual deals primarily with
those at, or within the assembly.
12
AIR CONTROL
-REFER TO FIGURE 2
Air control of the applicator is from a standard
Ransburg air logic panel, which includes two filters
(one 40 micron filter located at the air logic station
and one 5 micron filter located at the inlet of the in-
line air heater panel). Clean, dry factory air must be
provided to the inlet filter of the air logic station via
a minimum 1/4-inch I.D. pipe and to the inlet filter of
the heater panel via a minimum 3/4-inch I.D. pipe.
MOUNTING
-REFER TO FIGURE 17 & 24
The Turbodisk 2 assembly is mounted on the
reciprocator using (4) 5/16-18 screws provided on
the ram flange. Loosening (2) 1/4-20 screws on the
same ram flange will allow the assembly to rotate.
Position the Turbodisk 2 assembly so that the strain
relief boot is positioned toward the incoming fluid
and air lines and retighten.
Remove lower fairing by releasing the (4) quick release
draw latches. Thread all the required air, high voltage,
fiber optic, and fluid service lines through the strain
relief boot. The strain relief boot may have to be cut
larger in order to feed all the lines through. Refer to the
78718 assembly/schematic diagram for connection
reference to upper bulkhead plate.
Reinstall lower fairing. Install conical disk and torque
to 50-60 lb • in.
INTERLOCKS
Flow of coating material should be locked out unless
all of the following conditions are met:
1. Booth exhaust is turned on.
2. The turbine is spinning.
3. High voltage is on or in the bypass mode.
LN-9240-02.1