4
Configuration
Like a conventional detector, the configuration of theVESDA-E IDNet detector uses Xtralis VSC software.
During the configuration phase, the FACP connection via the VESDA-E IDNet module is required to set the
VESDA-E IDNet address, hence ensure that the VESDA-E IDNet wiring has been completed on the detector.
A PC loaded with Xtralis VSC software is directly connected to the SLC detector using the USB port for initial
configuration of the SLC detector.
Follow the relevant conventional detector product guides to connect Xtralis VSC noting the differences
between conventional and VESDA-E IDNet detector features described in section 1.2 Specific Features
related to VESDA-E IDNet Detectors.
4.1
VESDA-E IDNet Address Assignment
The IDNet loop addressing for the VESDA-E IDNet detector is set using the VSC software, refer to the
screenshot below. If VESDAnet is not in use, the VESDAnet zone configuration (also appearing in this
configuration screen) may be ignored.
Note:
VESDA-E VEU IDNet detector consumes one (1) IDNet address.
The following screenshot is the main screen of the Xtralis VSC software showing a connected VESDA-E
VEU-IDNet detector.
Double clicking on the detector highlighted in the green rectangle above to get the following screen where the
VESDA-E IDNet loop address can be set as shown below.
https://simplex-fire.com
Simplex VESDA-E VEU IDNet Detectors Product Guide
13
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