Pixel CT-E9 User manual

CT-E9
User Guide
Copyright © 2022 Pixel Technologies Pty Ltd
Rev: 1.0.2211.0

The CT-E9 universal input encoder provides an interface to encode
li controller signals and communicate these signals to Pixel
Technologies Devices using our DataBus protocol.
Features:
ŸDiscrete, Binary and Gray code input encoder modes
ŸPixel Technologies DataBus output protocol
ŸSeparate electrical commons for all input groups
ŸDip Switch configurable
ŸEthernet connecvity
ŸExtended features programmable via built in web server
ŸLive Data web server view
ŸPixels Mode 2 (5 li messages), Mode 3 (16 li messages)
ŸSupports up to 127 floor levels (Binary or Gray code)
ŸForce Arrows funcon
ŸConfigurable input Debounce, Delay, Acve Low & High modes
ŸDemo mode output mode
ŸStatus LED indicators (Ethernet & Input Change)
Description

1Ensure the device is powered and the status LED is blinking
You can connect to the CT-E9 via a network or directly using your
PC or laptop to access the built-in web server.
Accessing the web server allows for extended parameter setup. It
also includes Live Data view allowing the user to validate the li
controller inputs and messages being received.
Factory Default IP: 10.100.1.150
2Set your computer to use a Stac IP other than the IP set for
the CT-E9.
3Connect an Ethernet cable to your PC and the other end to
the Ethernet port on your CT-E9.
4Your PC will now connect to a local area network (LAN)
and the Act LED on the Ethernet port will blink.
5Use a web browser to access the web server by entering the
device IP into the browser URL bar.
6Once connected to the web server, you will be able to access
the ‘Configuraon’ tab to program and setup the device.
Connecng to web server
Advanced Parameter Setup

Specifications
Operang Voltage
12 - 28V DC
Operang Current
100mA
Input Voltage
10V DC (min) - 30 VDC (max)
Input Protocols
Discrete, Binary, Gray code
Output Interface
RS-485
Output Protocols
Pixel & Design-Com - Mode 2 & 3
Pixel DataBus Length
400m, maximum of 128 nodes
Ethernet
10/100Base-TX
Status Indicaon
Status (RGB LED), Ethernet
Operang Temperature
0 - 50°C
Operang Humidity
90% max relave humidity, noncondensing
Mounng
DIN Rail or Surface mounng
Dimnesions (mm)
107(W) x 102(H) x 33(D)

12
3
4
5
6
7
8
F
E
D
C
B
A
F
E
D
C
B
A
12
3
4
5
6
7
8
Designed By:
Date:
Sheet:
18/03/22
1/1
CT-E9
Revision:
1.0.2211.0
Installation Diagram
D.H
Dip Switch
Please refer to
www.pixeltechnolgies.com.au
for warranty disclaimer, mechanical drawings and serviceable parts.
Trigger & Doors
▪ 8 message inputs (Default)
Configurable number of messages via webserver
NOTE: Message Priority is Highest to Lowest.
I.e Both Message 1 & 5 acve, Message 5 will take priority.
Pixel Devices (DataBus)
Displays & stand-alone DVA units
Recommended Cabling: Shielded Twisted Pair Belden 8723 or equivalent.
C C
INPUT ENCODER
UNIVERSAL
B A 0V V+
DATA/PWR
DOSLCTR
DOORSTRIGGER ARR OWS
CDC AU CAD
INPUT GROUP A INPUT GROUP B
LUCGDGU LD
STAND-BY INPUT CHANGED
1 2 3 4 5 6 7 8
DIP SWITCH
GONG/LANTERN
GREEN RED
COPYRIGHT 2020
Input Group B
8 PI inputs (Default)
Configurable number of PI inputs via webserver
Selectable modes of operaon
DIP switches 7 - 8 are not applicable and reserved.
DIP
1
2
3
ONOFF
Mode
DHCP Enable
Output Protocol
Message Input Type
Disable
Mode 3
Discrete
Enable
Mode 2
Binary
4
PI (Floor) Input Mode
Discrete
Binary
Graycode
Demo Output Mode
ON
ON
OFF
OFF
5 6
OFF OFF
ON
Web Server access & Network Connecvity
Ethernet
10.100.1.150
Orange LED
LINK
Green LED
Acvity
Alternavely, if the unit IP is unknown and requires a reset to its factory
default then:
1. De-power the unit
2. Turn all DIP switches ON
3. Power the Unit
4. Log in to the Web server at 10.100.1.150
5. Once confirmed, revert all dip sengs as required.
!
Arrows, Gongs & Lanterns
System Status LED Indicators
Green
Red
Stand-by
Input Changed
Blink
ON
Input Group A Group A & B
Individual
Commons
OFF OFF
OFF
ON ON
▪ Trigger - Used to trigger voice annunciaon, gongs, lanterns & on-screen tennant messages
▪ Doors Opening & Closing
▪ Individual Commons
▪ Up & Down Arrows
▪ Gong Up & Down
▪ Lantern Up & Down
▪ Individual Commons
If the unit has been programmed for a project it might have been
assigned an IP address, this can be found on the back of the unit.
Inputs (Mode 2)
Up Arrow [Image]
Down Arrow [Image]
Up Direcon [Audio]
Down Direcon [Audio]
Doors Opening [Audio]
Doors Closing [Audio]
Li Message [Image & Audio]
Floor [Image]
Floor [Audio]
Hall Lanterns Up
Hall Lantern Down
Gong Up
Gong Down
Inputs (Mode 3)Funcon
AU
AD
AU ➠ SL
AD ➠ SL
-
-
Message Input*
PI
PI ➠ SL
PI ➠ AU ➠ SL
PI ➠ AD ➠ SL
PI ➠ AU ➠ SL
PI ➠ AD ➠ SL
AU
AD
LU ➠ DO
LD ➠ DO
DO
DC
Message Input
PI
PI ➠ SL
PI ➠ LU
PI ➠ LD
PI ➠ GU
PI ➠ GD
For displays with external hall lantern and gongs
Inputs (Mode 2)
The sequence & combinaon of signals required to perform the funcon.➠
*Mode 2 Supports maximum of 5 messages