GB
RF 6 / RF 12
Table of contents - Part 1
1.1
Conventional use ......................
1.2
Technical data ..........................
1.3
Symbols and their meaning ........
1.4
Components.............................
1.5
Troubleshooting RF 6 XG ............
1.1 Conventional use
The tyre pressure gauges are suitable for fill-
ing and setting of air-filled tyres using com-
pressed air or nitrogen.
Any other type of use is considered contrary
to the intended use.
1.2 Technical data
see Figure A
1.3 Symbols and their meaning
Product-specific technical data
Measuring range [bar]
0
max
Max. permissible pressure [bar]
p
max
Working pressure [bar]
P
1.5 Troubleshooting RF 6 XG
Problem
Cause
A
Fitting of the
Clamping sleeve
valve
plug
(item 13) locked
on the tyre
in guide socket
valve
not
(item 14)
possible
B
Valve plug is
Clamping sleeve
not self-
(item 13) and
keeping on
rubber gasket
the tyre
(item 12) worn
valve
out
Working pres-
sure (flow pres-
sure) too high
If necessary, contact our service staff, see last page.
I/2
L
2
10
2
2
General technical data (RF 6 / RF 12)
2
T
2
10 m
H
T
B
m
1.4 Components
01
Plug nipple
04
Pressure gauge
05
Valve clip
06
Valve connector Schneider airsystems
07
Double-sided valve connector
09
Pushbutton +
10
Pushbutton -
Remedy
See Fig. 3a
1. Unscrew the sleeve nut (item 11) from the valve
connector (item 06).
2. Remove the clamping sleeve (item 13) together with
the rubber gasket (item 12).
3. Assemble clamping sleeve (item 13) with rubber
gasket (item 12).
4. Assemble in reverse order.
See Fig. 3a
1. Unscrew the sleeve nut (item 11) from the valve
connector (item 06).
2. Remove the clamping sleeve (item 13) together with
the rubber gasket (item 12).
3. Replace the rubber gasket (item 12) and clamping
sleeve (item 13) with a new rubber gasket and
clamping sleeve.
4. Assemble in reverse order.
Working pressure (flow pressure) = max. 6.0 bar !
Use pressure reduction
Hose length [m]
Calibrated (see Chap. 2.4 Cali-
bration)
Working temperature range [°C]
Recommended
hose
(inner) at L= 10 m [mm]
Overall
dimensions:
depth x height [mm]
Weight [kg]
diameter
width
x