Ransburg RMA202 Test Stand 77918-08 - Manual (Page 8)

INTRODUCTION
GENERAL INFORMATION
The Ransburg Applicator Performance Test
Stand was developed to assist in determining
the applicator level of performance in an off-line
condition. Insuring the applicator functions properly
after any maintenance has been performed to it
off-line reduces the costs associated with verifying
performance during production. With line speeds
critical to the through-put of a facility, every uptime
minute counts to underwrite profitability. This Test
Stand device helps to insure the applicator per-
forms correctly when it is put into service.
The Test Stand will verify performance of single or
dual fluid applicators, bearing air, seal air, shaping
air, brake air and atomizing air. It also checks for
kV and µA electrical performance of the applicator.
The Test Stand was developed with the user and
the safety of the user in mind. The user must
become familiar with the overall function and
operation of the unit.
SPECIFICATIONS
Electrical / Physical
Power Requirements:
110/120 v AC
Air Requirements:
1” NPT (F) Inlet
3/4” ID Air Line to Stand
100 psi (6.4 bar)
(90 psig Min. @ 20
SCFM) Min.
0.3 to 0.6 Micron
Filtration
Dimensions:
Height: 67” (1702 cm)
Width: 30” (762 cm)
Length: 48” (1219 cm)
Fluids: Use distilled or de-ioniz-
ed water only for testing
Maximum Fluid
Pressure: 80 psi (5.2 bar)
Test Specification Summary
At Voltage: 90 - 100 KV
20 µa Max.
Fluid Leaks: No pressure drop for
2 minutes
Bearing Air
Flow Rate: 1.5 to 2.5 SCFM
Turbine Air Flow
At 50K rpm: 14 SCFM Max.
Shaping Air Flow: 8 - 13 SCFM at 25 psig
17 - 21 SCFM at 60 psig
Seal Air: 9 - 11 SCFM at 30 psig
Fiber Optic Voltage: .68V at 50K RPM Min.
N O T E
> For all test stand toggle switches, with
the switch lever in the “UP” position, the
valve it describes is “ON” or “actuated.”
RMA-202 Test Stand - Introduction
6
Ransburg
LN-9527-00.1