EasyManuals Logo

Vanderbilt bright blue User Manual

Vanderbilt bright blue
242 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Page #54 background imageLoading...
Page #54 background image
VBBIM09/33/20 v5.0.3
Chapter 2 VBB-RI 53
Optional - Powering VBB-RI Directly From a Power Supply
If desired, the VBB-RI can receive power directly from a UL 294 Listed Power Limited power supply. In that
situation communication between the bright blue controller and the VBB-RI is via RS-485 protocol. Any one of
the Device connectors (Device 1-1 through 2-16) on the bright blue controller can be used to communicate with
P4 on a VBB-RI. Power will be supplied independently from the power supply.
Data Communication between bright blue and VBB-RI
bright blue
VBB-RI
Power Supply
Pin 1 - A (Data A)
Pin 3 - RXDA (Data A)
Pin 2 - B (Data B)
Pin 2 - TXDB (Data B)
Pin 4 - PWR (Power)
+ (Power)
Pin 1 - GND (Ground)
- (Ground)
Addressing the VBB-RI
W10 on the VBB-RI consists of four jumpers that can be combined to set the address for the device. It is
recommended that the set address correspond to the slot on the bright blue controller it is connected to. For
example, if the VBB-RI is connected to the bright blue controller at Device 1-15 (Channel 1, Address 15) then
the jumpers on the VBB-RI should equal 15. If the VBB-RI is connected to Device 2-7 (Channel 2 Address 7) then
the jumpers should equal 7.
Make a note of the address of the VBB-RI and which channel it is connected to. This information will be required to
set up the lock in the software.

Table of Contents

Questions and Answers:

Question and Answer IconNeed help?

Do you have a question about the Vanderbilt bright blue and is the answer not in the manual?

Vanderbilt bright blue Specifications

General IconGeneral
BrandVanderbilt
Modelbright blue
CategorySecurity Sensors
LanguageEnglish

Related product manuals