Delivery Contents; Device Description - Aventics ED12 Instrucciones De Servicio

AVENTICS | ED12 | R414002587–BAL–001–AE | English
During operation
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If the device is not fastened correctly, other parts may be damaged by
uncontrolled device movements. Please ensure that the device is securely
fastened to a base plate, which in turn is secured to the machine or a mounting
plate.
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Touching the valve coils during operating may lead to burns. Let the device cool
off before disassembling. Do not touch the device during operation.
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If the housing ventilation port is closed, there is no atmospheric equalization and
the characteristics curve will change. Ensure that the air can circulate freely
through the housing ventilation port. Never operate the device in an atmosphere
containing oil.
During cleaning
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Never use solvents or aggressive detergents. Only clean the device using a
slightly damp cloth. Only use water and, if necessary, a mild detergent.
Disposal
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Dispose of the device in accordance with the currently applicable regulations in
your country.
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Delivery Contents

The delivery contents include:
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1 ED12 pressure regulator
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1 base plate gasket
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4 screws M6x70 (DIN EN ISO 4762, formerly DIN 912)
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1 set of operating instructions
4 Applications for the ED12 Pressure
Regulator
The ED12 pressure regulator converts an electrical set point into pressure. In doing
so, a pressure sensor integrated in the ED12 pressure regulator records the outlet
pressure.
The integrated control electronics regulates the outlet pressure. Due to this, the
controlled outlet pressure remains constant if there are disturbance variables such
as flow changes or supply pressure fluctuations.
With the ED12 pressure regulator, you can
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electrically change pressures,
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remotely adjust pressures.
Additionally, you can use the ED12 pressure regulator as an actuator to control brake
forces, clamping forces, flow rates, or turbine speeds.
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Device Description

The ED12 pressure regulator is available in two connection versions and various
output pressures.
O Refer to the name plate of your version for further details.
ED12 pressure regulator with two M12 connections
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12
5
11
7
10
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Fig. 1: ED12 pressure regulator
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5
4
7
1
3 8
2
1 Inlet connection
2 Outlet connection
3 Exhaust
4 Compensating port seal
5 Housing cover mounting screw
6 Housing ventilation port
7 Valve solenoids
8 Coding bore
9 4 screws M6x70 (DIN EN ISO 4762,
formerly DIN 912)
10 Base plate gasket
11 Housing gasket
Name plate
In the following the name plate example illustrated is the ED12 pressure regulator
with two connections.
14 QR code
15 Series
16 Warning sign "Caution! Hot surface!
17 CE mark
18 Internal factory designation
19 Production date
20 Serial number
21 Connection ID X2M
22 X2M technical data
23 X2M connection assignment
24 X1S/XPC connection assignment
25 X1S/XPC connection ID
26 Manufacturer's address
27 Data matrix code
28 Country of manufacture
29 Device technical data
30 Logo
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30
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17
29
18
28
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27 20
26
21
22
23
25
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1) The production date, year (YY) and week (WW) is encoded in the format <YY>W<WW>
For devices with a M12 connection:
12 Integrated plug XPC, connection for
supply voltage and control
For devices with two M12 connections:
12 Integrated plug X1S, connection for
supply voltage
13 M12 integrated socket X2M, control
connection
1)
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