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3. graphics software

SDC-20G/32G Graphics Series
Distributed Controller
Reference Manual
SyxthSense Ltd. 3 Topsham Units. Dart Business Park.
Topsham. Exeter. Devon. EX3 0QH. United Kingdom.
Tel: 0844 840 3100
www.syxthsense.com
Fax: 0844 840 3200
Copyright Notice
This document has been prepared by SyxthSense Limited using (i) its own proprietary information and (ii)
proprietary information owned and controlled by other third parties (for which SyxthSense Limited has a right to
use). The contents are copyrighted and must not be communicated in whole or in part to any other party without
the prior written approval of SyxthSense Limited.
The following notice applies to this document and shall be reproduced on any permitted copies:
© 2013 SyxthSense Limited. All rights reserved.
Any request for further information concerning this document should be addressed to:
SyxthSense Limited
3 Topsham Units
Dart Business Park
Topsham Exeter
EX3 0QH
United Kingdom
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Copyright  2013 SyxthSense Ltd. - Ver 0.2
SDC-xG Graphics Series Configuration Manual
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CONTENTS
1
INTRODUCTION ......................................................................................................................................... 4
2
CONTROLLER NETWORKING ............................................................................................................... 5
3
WIRING AND CONTROLLER INSTALLATION ................................................................................... 6
4
1.
POWER SUPPLY DETAILS .......................................................................................................................... 6
2.
SDC-20G CONTROLLER WIRING DETAILS AND LED INDICATION ............................................................ 7
3.
SDC-32G CONTROLLER WIRING DETAILS AND LED INDICATION ............................................................ 8
4.
JUMPER SETTINGS (INPUT AND OUTPUT CONFIGURATION) ....................................................................... 9
5.
UNIVERSAL INPUT WIRING ..................................................................................................................... 10
6.
UNIVERSAL OUTPUTS ............................................................................................................................. 12
7.
DIGITAL OUTPUTS................................................................................................................................... 14
8.
RS485 CONNECTION – MODBUS AND BACNET ...................................................................................... 14
9.
REAL-TIME CLOCK POWER FAIL BACKUP .............................................................................................. 15
CONTROLLER APPLICATION PROGRAMMING............................................................................. 16
10.
CONNECTING WORKBENCH TO SDC-XG CONTROLLERS ........................................................................ 17
Login Details ................................................................................................................................................. 18
11.
CHANGING THE CONTROLLER IP ADDRESS ............................................................................................. 18
12.
RESETTING THE SEDONA APPLICATION TO THE FACTORY DEFAULTS ..................................................... 20
13.
DOCUMENT CONTROL ............................................................................................................................. 21
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1
Introduction
SyxthSense Cloud Ready Graphics Series Controllers are the most powerful Sedona controllers in the market.
The SDC-xG controllers are fully programmable controllers with flexible BACnet (from Q1 2014), Modbus and
SOX networking. It has been developed based on the open Sedona Framework™ (part of Tridium Niagara™
framework). The controllers are highly flexible to practically any applications and are programmed through
graphical “Workbench” interface, or using open source Sedona programming tools (e.g. CPT Tools). It is
equipped with two 32-bit Processors, the first in the Automation industry, with an ARM9 200 MHz Samsung
processor, an ARM M3 Cortex for the I/O management and A-D processing, and also with a Linux 2.6 OS for
premium performance.
The Graphics Series have a capability to serve up HTML5 Graphics pages that are stored on the Micro SD card.
The graphics are programmed using CPT Tool software that allows Sedona programming objects to be linked to
the HTML5 graphics.
Both SDC-20G and SDC-32G controllers are using the same hardware configurations in term of processor,
memory and etc. and vary in terms of the input and outputs.
Inputs and Outputs
Digital Outputs
SDC-20G Controller
2 Channels
SDC-32G Controller
8 Channels
Universal Outputs
6 Channels
8 Channels
Universal Inputs
12 Channels
16 Channels
This document describe about basic connection and technical specifications for the Graphics Series controllers.
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2
Controller Networking
The diagrams below illustrate some of the network connection options with the Sedona Graphics Series
controllers.
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3
Wiring and Controller Installation
1. Power Supply Details
Both AC and DC can be used with Graphics Series controller. Refer to electrical specification for the working
range. In order to avoid damage on the controller input/output devices and RS485 connection, use individual
power supply for each controller. If a common power supply is used, make sure controller power supplies are
connected with the same polarity (SDC controllers use half-wave rectifying circuit).
Input Voltage:
24VAC +/-5% or 24VDC +20%/-15%
Consumption:
750mA
Operating Temperature:
0..65°C (32°F to 150°F)
Operating RH:
10..95% (Non Condensing)
Storage Temperature:
-20°Cto 65°C (-4°F to 150°F)
24VAC/DC POWER SUPPLY CONNECTION DETAILS.
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2. SDC-20G Controller Wiring Details and LED Indication
The diagram below illustrates the overall wiring details of the SDC-20G controller.
SDC-20G CONTROLLER WIRING TERMINAL DETAILS
3.1.1.1
LED Operation
The SDC-20G controller has 8 status LEDs which are invisible on the front cover of the controller.
LED
STS
Function
Status Indication. STS is used to indicate the heartbeat of the Microcontroller.
The STS LED will blink at 1-second interval in normal operation condition.
ERR
Error Indication. ERR is to indicate whenever there is communication errors.
DO1, DO2
Individual Digital Output Indication
TX1, RX1
RS485 COM Port 1 Status Indication. TXRX is used to indicate when there are
communication activities in Port 1, (Transmitting or Receiving) on the
communication port.
TX2, RX2
RS485 COM Port 2 Status Indication. TXRX is used to indicate when there are
communication activities in Port 2. (Transmitting or Receiving) on the
communication port.
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3. SDC-32G Controller Wiring Details and LED Indication
The diagram below illustrates the overall wiring details of the SDC-32G controller.
SDC-32G CONTROLLER WIRING DETAILS
3.1.1.2
LED Operation
The SDC-32G controller has 14 status LEDs which are invisible on the front cover of the controller.
LED
STS
Function
Status Indication. STS is used to indicate the heartbeat of the Microcontroller.
The STS LED will blink at 1-second interval in normal operation condition.
ERR
Error Indication. ERR is to indicate whenever there is communication errors.
DO1, DO2, DO3, DO4, Individual Digital Output Indication
DO5, DO6, DO7, DO8
TX1, RX1
RS485 COM Port 1 Status Indication. TXRX is used to indicate when there are
communication activities in Port 1, (Transmitting or Receiving) on the
communication port.
TX2, RX2
RS485 COM Port 2 Status Indication. TXRX is used to indicate when there are
communication activities in Port 2. (Transmitting or Receiving) on the
communication port.
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4. Jumper Settings (Input and Output Configuration)
The SDC-20G and SDC032G controllers have number of configuration jumpers located under the cover. Remove
the cover to access the jumpers. The jumpers are used to configure the Input and Output modes, to configure the
Watchdog Operation and to set the RS-485 terminating resistor. Refer to the below images for further
information.
SDC-20G CONTROLLER JUMPER SETTINGS (UNDER THE COVER).
SDC-32G CONTROLLER JUMPER SETTINGS (UNDER THE COVER).
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5. Universal Input Wiring
SDC Graphics series has non-isolated universal inputs. The universal input supports three type of analog signal
i.e. resistance, voltage and current sensors and digital/pulse input mode via hardware jumpers and internal
registers.
Voltage Mode:
0-10V DC (+/-0.005V)
Current Mode:
0-20mA
Resistance Mode:
0 Ohms to 30 kOhms (+/-10 Ohm), 0 Ohms to 10 kOhms (+/-5 Ohm), 0 to 1500 kOhms (+/-1 Ohm)
Digital Input Mode: Voltage Free Contact
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Once the input has been set to the correct type using the jumpers, in
the application programming us the Universal Input object and select
the appropriate type.
The SDCxG controllers can support most resistive sensor types. If
temperature measurement is required, use the resistance setting and
link the UI object to Sensor object from the syxthHVAC kit.
easyioSensor kit provides additional sensor object types.
SyxthSense provides resistive sensors to match all resistance curves. Normally with SDC controllers use
NTC10K range sensors such as ECO range (TER-NTC10, TEW-NTC10, TED-NTC10, TEO-NTC10, TESMNTC10, TEF-NTC-10).
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6. Universal Outputs
SDC-20G series have 6 Universal Output connections and SDC-32G 8 Universal Output connections. Each
Universal Output can be configured to drive voltage or current output or digital output via hardware jumper setting
and internal register settings. The working range for voltage is 0..10V, for the current either 0..20mA or 4..20mA.
For current transmitter, the circuit able to drive load impedance up to 800 ohm which is ideal for long wire
connection (up to 500 meter wire length).
For digital output it can only support 24VDC and max load is 200mA. AC power source is not allowed. It will
damage the controller.
Once the input has been set to the correct type, further settings are available during the application programming.
Please refer to UO/DO Object section to how to configure the output type.
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In order to use Universal Digital Output use the DO object from the easyioFG kit. For universal output 1 as digital
output use channel 9; other UOs as digital outputs use as follows:UO2 – use channel 10
UO3 – use channel 11
UO4 – use channel 12
UO5 – use channel 13
UO6 – use channel 15
UO7 - use channel 16
UO7 – use channel 17
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7. Digital Outputs
The SDC-20G and SDC-32G controllers have 2 and 8 digital 24VAC outputs, respectively. The digital outputs are
volt-free 24Vac relays with the maximum load of 0.5A (maximum voltage 125VAC). The wiring diagram below
illustrates the typical connection.
In the application programming, use the DO object to link the physical digital output to the application logic.
8. RS485 Connection – Modbus and BACnet
RS485 connection must be terminated at both ends with termination resistor, typically 120 Ohms. It is
recommended to use shielded twisted pair wire (STP) for the wiring, such as SyxthSense SS-CAB-2402 Modbus
Communication Cable. For more information please refer to http://www.syxthsense.com/accessories/ss-cab2402/modbus-4-core-24awg-lshf-cable,-100m-/
The Graphics series comes with a build in 120Ohm resistor. To enable this simply change the jumper setting to
ON position. Refer to Jumper Setting section for further details.
Lightning protection circuit is highly recommended to be installed at one end of the wiring. The controller should
be wired in daisy chain network topology as shown as image below. If wire branch can be avoided, keep it as
short as possible, and never connect more than one device to the wire branch(it is not recommended).
NOTE: Be careful if single power supply is used for all connected RS485 device, make sure all devices are having the same
ground connection. Make sure you are connecting the same wire for the same terminal position, all “H” terminals connected to
the same wire.
BACnet MS/TP COMMUNICATION – PORT 1 (Available Q1 2014)
Wiring Terminals:
D1+ and D1-
Baud Rate:
9K6, 19K2, 38K4, 57K6 and 76K8 bits/s
Data Bits:
8 Bits
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Parity:
None
MODBUS RS485 COMMUNICATION – PORT 2
Wiring Terminals:
D2+ and D2-
Baud Rate:
9K6, 19K2, 38K4, 57K6 and 115K2 bits/s
Data Bits:
8 Bits
Parity:
None
RS485 WIRING TERMINALS.
9. Real-Time Clock Power Fail Backup
The controller has built-in real-time clock for the time and holiday schedule. The real-time clock is powered by the
SuperCap in case of the power failure. The SuperCap requires up to 8 hours charging time to be fully charged.
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4
Controller Application Programming
The SDC Sedona controllers are configured using Sedona Framework libraries and objects known as “kits”. The
configuration is done using Niagara AX Workbench platform (Tridium AX Workbench, Honeywell AX Coach, or
Trend AX TONN), Sedona Workbench (dedicated for Sedona Framework products) or Online Tools CPT tool.
The CPT tool allows also the HTML5 graphics programming of the SDC-xG Graphics Series Sedona controllers.
The applications are developed graphically by linking application objects together. The image below illustrates
the example of the application logic.
The objects that are used to create the application come from application libraries also know as “kits”. From know
on in this document these are called as “kits”. SyxthSense offers wide range of kits for typical application
programming of the controllers.
The Sedona Kits manual describes the details of the kits and how they can used effectively in the applications.
The Sedona Framework allows new kits to be installed through the Workbench software (or through CPT tool if
used). As default the SDC controller come with the factory default kits (application libraries) installed. The
controller uses dynamic memory allocation allowing effective use of the controller memory.
Additional kits (application libraries) can be installed as and when required. E.g. if the application requires
Psychometric Chart functionality this can be added to the system by installing “Energy” kit. The SDC controller
applications can be programmed using basic objects such as mathematical objects, logic objects etc. However
kits such as “syxthHVACFG” include advanced objects such as pumpChangeOver logic and boilerSequencing;
these allow the HVAC application to be produced fast and effectively. The SyxthSense HVAC objects have been
designed for fast application development.
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10. Connecting Workbench to SDC-xG Controllers
The Workbench/CPT tool is connected to the controller via a switch (such as SyxthSense SSIES-5P-24V) or
directly from the PC using a cross-over cable. In order to communicate to the controller it is required that both the
PC and SDC-30 are in the same computer network (first three segements of the IP address are the same).
As default the SDC-xG Graphics Series controller IP address is : 192.168.10.11. The default username is Admin.
In order to connect PC (and Workbench), you will need to change the computer IP address through TCP/IP
properties to 192.168.10.x when x is 2..255 but not 11. Set the computer subnet to 255.255.255.0.
To connect the workbench to the controller, in the Workbench select File/Open/Open Sedona(sox). Now enter
the IP address of the SDC controller. Do not change the Port number. The default Username is admin and leave
the Password field <empty>. Click OK to connect to the controller.
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Login Details
SyxthSense SDC-20G/32G Series log in details are as below.
Sedona Login
Username
Password
: admin
: <no password>
FTP client Webuser Login
This login allows user to change the web files. Username
Password
: webuser
: 123456
FTP client Sdcard Login
This login allows user to upgrade firmware
Username
: sdcard
Password
: 123456
Default IP address
: 192.168.10.11
Default Subnet : 255.255.255.0
Default Gateway : 0.0.0.0
Note :
In order to login, the host PC (laptop) has to be in the same subnet.
Example:
IP address : 192.168.10.123
Subnet : 255.255.255.0
11. Changing the Controller IP Address
By default the SyxthSense SDC-xG series controller IP address is 192.168.10.11. Changing the IP address can
only be done via Sedona workbench or via the CPT Tool.
Step 1
Login to the SDC-20G/32G via Sedona workbench or CPT tool. Locate the object “IP” under the Sedona service
folder.
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Step 2
Go into the property sheet of the “IP” object.
Current IP address that is
assign to the controller
New IP address field. Keyin the requires
IP address in these fields. Make sure the
IP address and subnet is correct before
saving.
Step 3
Save the sedona apps and cycle power.
Step 4
Reconnect to the sedona via Sedona workbench or CPT tool with the new assigned IP address.
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12. Resetting the Sedona Application to the Factory Defaults
Sometimes it may be required to load the factory defaults on the SDC-xG controllers (e.g. if the SDC-30
controller application has been accidentally loaded to the SDC-xG g Graphics Series controllers. At the moment,
there are 2 ways to restore the sedona apps for SDC-20G/32G controllers.
“Restore Factory Settings”. function is done with just the by pressing the “Service” button while the controller is
booting up.
A restore to factory settings will do the following ;
1. Restore the IP address to the default which is 192.168.10.11
2. Clear the Sedona application in the Sedona VM back to default (default app is an empty app)
3. A default Sedona apps default login is admin , <no password>. Follow the steps below to restore to factory
settings.
Step 1
Make sure you backup the Sedona apps if you have connection to the SDC-20G/32G.
Step 2
Cycle power and within 5 seconds press and HOLD down the service button until the Error LED starts to flash.
This process will take approximately 10 seconds before the error Led start to blink
Step 3
Cycle the power of the controller again and you will regain connection to the Sedona VM with the default IP
address and also default username and password.
Note :
A SDC-30 sedona apps CANNOT be loaded into the SDC-20G/32G controllers as the sedona apps from a SDC-30 backup is
hardware dependent. Doing so will corrupt the SDC-20G/32G sedona VM and the controller will keep rebooting the sedona VM,
hence the controller is not accessible via Sedona Workbench.
If the rebooting cycle occurs, the status LED will blinks for fast for a few times then light up steady for approx 10 seconds. If the
above note happen, follow the above steps to regain Sedona connection.
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13. Document Control
Version
Date
Change History
0.1
17-Oct-2013
Original Release of the Graphics Series
Reference Guide
0.2
30-Dec-2013
Updated to include SuperCap charging and
Sedona App Reset
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SyxthSense Limited
3 Topsham Units
Dart Business Park
Exeter EX3 0QH
United Kingdom
Enquiries: T: 0844 840 3100 F: 0844 480 3200
Online store: www.syxthsense.com
Online Store: www.syxthsense.com
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