Honeywell Notifier VESDA-E VEA Series Product Manual page 4

Installation checklist
Ensure that the SLC wiring has been completed as part of the installation check list.
Site Name
Address
Detector Serial Number and Date of Manufacture
Name of Installer
Signature
Date
Perform the following checks listed below to ensure that all of the necessary items are completed before handing over to a commissioning
engineer.
The detector is intact in the box
The detector is securely locked onto the mounting bracket (if in use).
The sampling air pipes are firmly connected to the air inlet ports. Ensure that the tubes are NOT glued
The tube network is setup according to the information provided in the respective detector product guide.
The un-used tube inlet ports are blocked with a blanking plug.
The power supply wiring has been connected to the detector
SLC wiring to the FACP has been completed
The adhesive tape has been removed from the exhaust port. Ensure that the exhaust pipe (if fitted) is NOT glued.
The protective film has been removed from the display
The sampling pipework has been installed and checked as per the site plans
If required, the end of line resistor for the monitored GPI has been connected. Refer to the respective base detector
product guide for additional information
Functions that are specific to VEA-040-Axx-NTF
• The RESET/DISABLE Button has no function associated with it.
• The seven (7) relays available are pre-configured with default settings and can not be changed on the SLC enabled detectors. For default
configuration and wiring information, refer to the associated VEA-040-Axx product guide.
• Unmonitored and Monitored General Purpose Input (GPI) are available in the VEA-040-Axx-NTF, which are only assigned the Remote
Reset function and are not user configurable.
• When in Pre-alarm condition, a reset is required to enable scanning to indicate which tube is reporting the condition. A GPI can be used to
initiate this scan on the VEA.
• When under a flow fault condition, a reset is required to enable scanning to indicate which tube is reporting the condition. A GPI can be used
to initiate this scan on the VEA.
• The Autolearn flow function is not available.
Power
The Aspiration device requires 24V DC. The SLC interface is powered from the SLC loop. SLC wiring must be completed to fully power and con-
figure the detector.
Supply voltage
Device current consumption @ 24 VDC
Normal operation
In alarm
Peak current (scan mode)
SLC power consumption
Normal operation
In alarm
Configuration
To fully configure the SLC interfaced detector, both the Xtralis VSC software and an FACP connection (via the SLC interface) are required.
Ensure that the SLC wiring has been completed on the detector.
A PC loaded with Xtralis VSC software is directly connected to the detector using the USB port for initial configuration of the detector.
FACP Programing
For FACP programing use the FlashScan ID FAASTX and Type Code ASPIRATION or ASPIR (SUP). Do not use ASPIR (PRE), ASPIR (NON)
and ASPIR (REF).
For the 40 addressable tubes, use the FlashScan ID PHOTO and Type Code Smoke (Photo)
SLC Address Assignment
The SLC addressing for the SLC enabled VEA-040-Axx-NTF is set using the VSC software. Refer to the graphics below.
4
Installation Checks
18-30 VDC (24 V Nominal)
VEA-040-A00-NTF
1.12A
1.12A
3.5A
8mA
30mA
Table 1.1 VEA Power Consumption
VEA-040-A10-NTF
1.12A
1.12A
3.5A
8mA
30mA
VEA Product Guide — P/N LS10215-000NF-E:A 07/24/2018
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