Technical Data - Emerson AVENTICS AV03 Serie Manual De Instrucciones

Malfunction Possible cause
DIAG LED flashes green IO-Link interface is OFFLINE.
IO-Link communication has
not been started

12 Technical Data

Table 11: Technical data
General data
Dimensions
Weight
Operating temperature range
Storage temperature range
Operating pressure (UL/CSA appli-
cation)
Ambient operating conditions
Vibration resistance
Shock resistance
Protection class according to
EN60529/IEC60529
Relative humidity
Degree of contamination
Use
Electronics
Electronics power supply
Valve power supply
Valve inrush current
Rated current for both
24 V power supplies
Connections
BUS
Bus protocol
Connections
Output data quantity
Parameter
Vendor name
Vendor text
Product Name
Product ID
Product text
Standards and directives
2004/108/EC "Electromagnetic compatibility" (EMC directive)
DIN EN 61000-6-2 "Electromagnetic compatibility" (Immunity for industrial environments)
DIN EN 61000-6-4 "Electromagnetic compatibility" (Emission standard for industrial envi-
ronments)
DIN EN 60204-1 "Safety of machinery – Electrical equipment of machines – Part 1: General
requirements"
AVENTICS™ | R412018154-BAL-001-AA | English
Remedy
Configure the IO-Link inter-
face and go ONLINE.
Start the IO-Link communica-
tion
The dimensions and weight of the unit are determined
by the number of configured valves and can be found
in the valve unit documentation supplied by the con-
figurator.
-10°C to 60°C
-25°C to 80°C
-0.9 bar/8 bar
Max. height above sea level: 2000 m
Wall mounting EN 60068-2-6:
• ±0.35 mm displacement at 10 Hz to 60 Hz,
• 5 g acceleration at 60 Hz to 150 Hz
Wall mounting EN 60068-2-27:
• 30 g with 18 ms duration,
• 3 shocks each direction
IP65 with assembled connections
95%, non condensing
2
Only in closed rooms
24 V DC ±25%
24 V DC ±10%
(the IO-Link specification with the minimal voltage of
20 V is outside of the tolerated limits with type A IO-
Link interface)
50 mA
1.2 A
Check the available output when using a type A IO-
Link master. Depending on the configuration, the AV
valve system requires max. 27 W (max. 1.125 A). If the
master does not provide this output, reduce the con-
figuration level of the valve system accordingly or re-
duce the number of simultaneously controlled valves.
Supply voltage for IO-Link interface X7I1:
• Plug, male, M12, 5-pin, A-coded
IO-Link
IO-Link connection X7I1:
• Plug, male, M12, 5-pin, A-coded
Max. 24 bits
AVENTICS GmbH
www.aventics.com
AES-D-IOLINK-24DOAVx-B
Type A: R419501558
Type B: R419500848
Max. 24 coils
13 Appendix
13.1 Accessories
Table 12: Accessories
Description
Socket, CN2 series, female, M12x1, 5-pin, A-coded, for IO-Link connec-
tion X7I1
Protective cap M12x1
13.2 Address tables
The minimal configuration consists of two valve positions. Due to the
design, an extension of valve positions to three is not possible.
Table 13: Address table: A
Valve position 14 coil
1 Output 1 (X.0)
2 Output 3 (X.2)
Table 14: Address table: B
Valve position 14 coil
1 Output 1 (X.0)
2 Output 3 (X.2)
3 Output 5 (X.4)
4 Output 7 (X.6)
Table 15: Address table: C
Valve position 14 coil
1 Output 1 (X.0)
2 Output 3 (X.2)
3 Output 5 (X.4)
4 Output 7 (X.6)
5 Output 9 (X+1.0)
Table 16: Address table: 1
Valve position 14 coil
1 Output 1 (X.0)
2 Output 3 (X.2)
3 Output 5 (X.4)
4 Output 7 (X.6)
5 Output 9 (X+1.0)
6 Output 11 (X+1.2)
Table 17: Address table: D
Valve position 14 coil
1 Output 1 (X.0)
2 Output 3 (X.2)
3 Output 5 (X.4)
4 Output 7 (X.6)
5 Output 9 (X+1.0)
6 Output 11 (X+1.2)
7 Output 13 (X+1.4)
Table 18: Address table: 2
Valve position 14 coil
1 Output 1 (X.0)
2 Output 3 (X.2)
3 Output 5 (X.4)
4 Output 7 (X.6)
5 Output 9 (X+1.0)
6 Output 11 (X+1.2)
7 Output 13 (X+1.4)
Mat. no.
8942051602
1823312001
12 coil
Output 2 (X.1)
Output 4 (X.3)
12 coil
Output 2 (X.1)
Output 4 (X.3)
Output 6 (X.5)
Output 8 (X.7)
12 coil
Output 2 (X.1)
Output 4 (X.3)
Output 6 (X.5)
Output 8 (X.7)
Output 10 (X+1.1)
12 coil
Output 2 (X.1)
Output 4 (X.3)
Output 6 (X.5)
Output 8 (X.7)
Output 10 (X+1.1)
Output 12 (X+1.3)
12 coil
Output 2 (X.1)
Output 4 (X.3)
Output 6 (X.5)
Output 8 (X.7)
Output 10 (X+1.1)
Output 12 (X+1.3)
Output 13 (X+1.5)
12 coil
Output 2 (X.1)
Output 4 (X.3)
Output 6 (X.5)
Output 8 (X.7)
Output 10 (X+1.1)
Output 12 (X+1.3)
Output 14 (X+1.5)
24