ODAC
Set up the ODAC Connector for ENLYZE.
This guide walks you through connecting Zumbach ODAC measuring heads. The ODAC Connector reads the measured values of the measuring head (such as diameter, deviation, and production length) directly via its Ethernet interface.
Supported devices
Zumbach ODAC measuring heads with an Ethernet interface
The Zumbach ODAC measuring head communicates either via the native ODAC protocol or the ANSI Host protocol. ENLYZE detects which protocol is active automatically when the connection is established. In most cases you do not need to worry about this. See Tips & practical notes for background.
Connect an ODAC data source
Connect the data source to the network
If not already done, establish a network connection between the ODAC measuring head and the Edge Device. See Integration scenarios for the available options.
Create the data source
Open the ENLYZE Manufacturing Data Platform, select the machine you want to add the data source to, and click + Data source.
Next, fill in the Data source details form. The following table shows an example value for each field when connecting a Zumbach ODAC measuring head:
Name
Zumbach ODAC 18XY
Pick a descriptive name for the data source
Machine
Test Machine ABC - Köln
Each data source is assigned to exactly one machine (preselected from the previous step)
Device manufacturer
Zumbach
Name of the device manufacturer
Device information
ODAC 18XY
Model number, version, or CPU of the measuring head
Note
(optional)
Comments or important remarks
Edge device
quirky-keller
Printed on a sticker on each Edge Device. Follows the pattern adjective-scientist
Connector
ODAC
Select the ODAC Connector
Port
2020
Default: 2020. The port is fixed to 2020 on the ODAC

Finally, click Save.
Add variables
The ODAC Connector supports Variable Discovery, so variables are added automatically. The first Variable Discovery run is triggered as soon as you save the data source.
ODAC variables carry short two-letter codes (e.g. DA for the measured diameter). Each variable comes with a description so you can identify the relevant measured values.
Commonly recorded measured values
The following variables are the most commonly recorded in practice. Which of them a given measuring head provides depends on the model and its configuration.
DA
Diameter (measured value 1)
DB
Deviation 1 (RMS diameter)
DC
Measured value 2
DE
Measured value 3
DR
Production length
MJ
Neckdown counter
MK
Lump counter
EB
Device error code
See also
Tips & practical notes: notes on operating the ODAC Connector and how to handle common effects.
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