Parameter Data; Structure Of The Electrical Supply Plate Data; Process Data; Diagnostic Data - Emerson AVENTICS System Description

6.3 Parameter Data

The valve driver board does not contain any parameters.

7 Structure of the Electrical Supply Plate Data

The electrical supply plate interrupts the UA voltage coming from the left and
transfers the voltage supplied by the additional M12 plug to the right. All other
signals are directly passed on.

7.1 Process Data

The electrical supply plate does not have any process data.

7.2 Diagnostic Data

7.2.1 Cyclical diagnostic data of the electrical supply plate

The electrical supply plate sends the diagnostic message as a group diagnosis
with the input data to the bus coupler (see Table 14). The diagnostic bit for the
corresponding module (module number) indicates where the fault occurred. The
diagnostic message consists of a diagnostic bit that is set when the actuator volt-
age falls below 21.6 V (24 V DC -10% = UA-ON).
The diagnostic bit can be read as follows:
• Bit = 1: An error has occurred (UA < UA-ON).
• Bit = 0: No error has occurred (UA > UA-ON).

7.2.2 Acyclic diagnostic data of the electrical supply plate

The electrical supply plate diagnostic data can be read out like the valve driver di-
agnostic data g 6.2.2. Acyclical diagnostic data of the valve drivers (explicit mes-
sages).

7.3 Parameter Data

The electrical supply plate does not have any parameters.
8 Structure of Pneumatic Supply Plate Data with
UA‑OFF Monitoring Board
The electrical UA-OFF monitoring board transfers all signals including the supply
voltages. The UA-OFF monitoring board recognizes whether the UA voltage falls
below the UA-OFF value.

8.1 Process Data

The electrical UA-OFF monitoring board does not have process data.

8.2 Diagnostic Data

8.2.1 Cyclic diagnostic data of the UA-OFF monitoring board

The UA-OFF monitoring board sends the diagnostic message as a group diagnosis
with the input data to the bus coupler (see Table 14). The diagnostic bit for the
corresponding module (module number) indicates where the fault occurred. The
diagnostic message consists of a diagnostic bit that is set when the actuator volt-
age falls below UA-OFF.
The diagnostic bit can be read as follows:
• Bit = 1: An error has occurred (UA < UA-OFF).
• Bit = 0: No error has occurred (UA > UA-OFF).
8.2.2 Acyclic diagnostic data of the UA-OFF monitoring board (ex-
plicit messages)
The diagnostic data of the UA-OFF monitoring board can be read out like the
valve driver diagnostic data g 6.2.2. Acyclical diagnostic data of the valve drivers
(explicit messages).
8.3 Parameter Data
The electrical UA-OFF monitoring board does not have parameters.
AVENTICS™ EtherNet/IP | R412018139-BAL-001-AG | English

9 Presettings on the Bus Coupler

Configuration error!
An incorrect valve system configuration can cause malfunctions in and dam-
age to the overall system.
1. The configuration may only be carried out by qualified personnel
g 2.4. Personnel Qualifications.
2. Observe the specifications of the system owner as well as any restrictions
resulting from the overall system.
3. Observe the documentation of your PLC configuration program.
The following pre-settings must be made using the PLC configuration program:
• Assigning a unique IP address to the bus coupler and adjusting the subnet
mask g 9.3. Assigning IP Address and Subnet Mask
• Setting the parameters for the bus coupler, i.e. writing the last output data
byte with the parameter bits g 5.5. Setting the Bus Coupler Parameters
• Setting the module parameters via the controller g 5.5.1. Setting parameters
for the modules

9.1 Opening and Closing the Window

Defective or improperly positioned seal!
Water may enter the device. The protection class IP65 is no longer guaranteed.
1. Make sure that the seal below the window (3) is intact and properly posi-
tioned.
2. Make sure that the screw (25) has been securely tightened with the correct
torque (0.2 Nm).
1. Loosen the screw (25) on the window (3).
2. Lift up the window.
3. Carry out the settings as described in the next steps.
4. Close the window. Ensure that the seal is positioned correctly.
5. Tighten the screw.
Tightening torque: 0.2 Nm

9.2 Changing the Address

An address change will not be effective during operation!
The bus coupler will continue to work with the previous address.
1. Never change the address during operation.
2. Disconnect the bus coupler from the power supply UL before changing the
positions of switches S1 and S2.

9.3 Assigning IP Address and Subnet Mask

The bus coupler requires a unique IP address in the EtherNet/IP network in order
to be detected by the controller.
Address on delivery
On delivery, the switches are set to DHCP function (0x00). Switch S2 is set to 0
and switch S1 to 0.
NOTICE
3
25
NOTICE
NOTICE
36