Technical Data - Aventics AV-EP Série Mode D'emploi

AVENTICS | AV-EP | R414007537–BDL–001–AA | English
14 Disposal
O Comply with national regulations regarding disposal.
15 Troubleshooting
Table 14 contains an overview of malfunctions, possible causes, and remedies.
If you cannot remedy a malfunction, please contact AVENTICS GmbH.
The address is printed on the back cover of these instructions.
Table 14: Table of malfunctions
Malfunction Possible cause
No output pressure No power supply
present
No set point stipulated
No supply pressure present Connect the supply
Output pressure too low Supply pressure too low
(less than the set point)
A consumer with a high
air consumption is located
in the AV-EP operating
line and results in a large
pressure drop in the device.
Air is audibly escaping Seal is missing or damaged Check the seals and
Pressure regulator is not
leaktight
Pressure regulator Device with current input
emits short pressure is operated with voltage
pulses set point
Output pressure jumps Set point too high
to the level of the supply (> 20 mA or > 10 V)
pressure
Output pressure Dynamic pressure
too high in exhaust
Flow rate of the Overall air consumption of
switching valves the switching valves in the
in the pressure zone pressure zone is higher
is too low than the max. flow of the
AV-EP
Single pressure control Overall air consumption in
flow rate is too low the valve system is too high
DIAG LED illuminated Parameter error
red
DIAG LED illuminated Safety cut-off active
red

16 Technical Data

Table 15:
General data
Dimensions for the AV-EP
with base plate
(width x height x depth)
Remedy
Connect the power
supply.
Check the polarity
of the power supply.
Weight
Switch on system
component.
Stipulate a set point.
Operating temperature
pressure.
range
Increase the supply
Storage temperature
pressure.
range
Insert an additional Ambient operating
pneumatic supply
conditions
module.
Version
Reduce air consumption.
Permissible medium
Pneumatic connections
on the base plate for
single pressure control
Max. particle size
Oil content
of compressed air
replace, if necessary.
The pressure dew point must be at least 15°C below the ambient and medium
Exchange the pressure
temperatures and must not exceed 3°C.
regulator.
The oil content of compressed air must remain constant during the life cycle.
Stipulate the correct type
O Use only the approved oils from AVENTICS, see the AVENTICS online catalog,
of set point.
Mounting orientation
Stipulate the correct
Protection class according
set point.
to EN 60529/IEC60529
Relative humidity
Insert additional exhaust
Degree of contamination
module.
Switch fewer valves Use
at once.
Table 16:
Pneumatics
Flow rate values of the AV03-EP single pressure control
Insert an additional
pneumatic supply
module.
Stipulate valid
parameterization.
Exchange device since
a pressure sensor
Flow characteristic curve of the AV03-EP single pressure control
is defective.
[bar]
10
9
8
7
6
5
4
3
2
1
0
General data
AV03-EP
W
For fieldbus connection without display
50 mm x 52 mm x 82 mm/91.1 mm*/95.1 mm**
W
For fieldbus connection with display
50 mm x 72 mm x 82 mm/91.1 mm*/95.1 mm**
W
All other variants:
50 mm x 72 mm x 100 mm
AV05-EP
W
For fieldbus connection without display
50 mm x 59 mm x 102 mm/111.1 mm*/115.1 mm**
W
All other variants:
50 mm x 77 mm x 102 mm/111.1 mm*/115.1 mm**
* Depth with pneumatic plug connectors Ø6
** Depth with pneumatic plug connectors Ø8
AV03-EP with base plate: 260–335 g
AV05-EP with base plate: 330–405 g
Depending on the configuration, see the AVENTICS
online catalog
-10°C to 60°C
–25°C to 80°C
Max. height above sea level: 2000 m
Externally piloted pressure regulator
Compressed air
AV03-EP: Ø 6, Ø 8
AV05-EP: Ø 6, Ø 8
40 μm
0-5 mg/m
chapter "Technical information".
Any if used with dry and oil-free compressed air
IP65 (only when assembled and with all plugs
assembled)
95%, non condensing
2
Only in closed rooms
Pneumatic data
p [bar] p [bar]
v 1
11 10
11 10
7 6
7 6
P v = 7 bar
P v = 5 bar
0 200 400
3
p [bar] Q [l/min]
2
9.8
9
5.8
5
P v = 11 bar
P v = 9 bar
600 800 1000
29
350
750
284
595
1200 [l/min]