Contemporary-control-systems BAScontrol20 User Manual Manuale Utente

BASC20 20-point BACnet/IP Sedona Field Controller BAScontrol20 User Manual # TD100700-0MB

TD100700-0MB 10 2.14 Dimensional Drawing All units are in mm. Figure 2 — BASC20 Dimensions

TD100700-0MB 11 2.15 PICS Statement

TD100700-0MB 12 3 Installation The BASC20 is intended to panel-mounted with screws (not provided). 3.1 Power Supply The power source for the inte

TD100700-0MB 13 3.2 Cabling Considerations Function Signalling and Data Rate Minimum Required Cable Maximum Segment Distance Ethernet 10BASE-T 10 M

TD100700-0MB 14 4 Field Connections 4.1 Sample BASC20 Wiring Diagram Figure 3 — Sample BASC20 Wiring Diagram

TD100700-0MB 15 4.2 Universal Input — Configured as Analog Input An analog input can measure voltage in the range of 0–10 VDC or it can measure curr

TD100700-0MB 16 4.3 Universal Input — Configured as Temperature Input The BASC20 has built-in calibration curves for 10 kΩ Type II or Type III therm

TD100700-0MB 17 4.4 Universal Input — Configured as a Binary Input To sense the action of a push-button or relay, the contacts must have no applied

TD100700-0MB 18 4.5 Universal Input — Configured as Pulse Input When an input is configured for Pulse Input, a pulse rate up to 40 Hz can be measure

TD100700-0MB 19 4.6 Analog Outputs Voltage in the range of 0–10 VDC can be outputted by assigning analog outputs (AO1–AO4). For analog output DC

TD100700-0MB 2 Trademarks BASautomation, Contemporary Controls and CTRLink are registered trademarks of Contemporary Control Systems, Inc. BACnet is

TD100700-0MB 20 4.7 Binary Outputs As shown in Figure 9, four binary outputs (BO1 – BO4) are available. Each output requires an external power sour

TD100700-0MB 21 4.8 Binary Inputs To sense the action of a push-button or relay, the contacts must have no applied energy, and be rated for low-volt

TD100700-0MB 22 4.9 LEDs To aid in troubleshooting, several LEDs have been provided. The BASC20 has an Ethernet LED that glows green when

TD100700-0MB 23 5 Configuration via a Web Browser 5.1 General Considerations Some configuration of the BASC20 is required. This is accomplished wh

TD100700-0MB 24 5.1.3 Web Server Initial Access 5.1.3.1 Web Server The BASC20 contains an interactive web server, accessible from any Internet-comp

TD100700-0MB 25 Figure 13 displays the Main Page that appears after you first login to the BASC20. This page displays channel data in five columns:

TD100700-0MB 26 5.1.4 System Configuration Clicking the System Configuration button shown in the lower-left area of Figure 13 opens the window depic

TD100700-0MB 27 5.1.4.1 IP Configuration As shown on the left side of Figure 14, the following parameters can be adjusted, followed by a Submit: 

TD100700-0MB 28 5.1.5 System Status This read-only screen is displayed in Figure 15 and reports the three items:  Firmware Revision Your firmware

TD100700-0MB 29 5.1.6 System Time Clicking the Set Time button shown in the lower-right area of Figure 13 opens the window depicted in Figure 16 — w

TD100700-0MB 3 Contents 1 Introduction ... 5 1

TD100700-0MB 30 5.1.7 Web Components (WC01–WC04) Web components provide a means of interacting with the Sedona wire sheet via a web browser versus

TD100700-0MB 31 5.1.10 Forcing I/O Points from the Main Web Page There is one feature available on the main web page that could be useful for checko

TD100700-0MB 32 5.2 Channel Configuration To configure a channel, access the Main Page (Figure 13), click on the title link for the channel of inter

TD100700-0MB 33 5.2.1 Universal Input — Configured as Analog Input (Channels UI1–UI8) You can measure 0–10 V with UI1–UI8 as follows:  Access the

TD100700-0MB 34 5.2.2 Universal Input — Configured as Binary Input (Channels UI1–UI8) You can accept a binary input with any channel UI1–UI8 as foll

TD100700-0MB 35 5.2.3 Universal Input — Configured as Pulse Input (Channels UI1–UI4) Any channel UI1–UI4 can be a Pulse Input for pulse trains in

TD100700-0MB 36 5.2.4 Universal Input — Configured as Thermistor Input (Channels UI1–UI8) Channels UI1–UI8 can be used as Type II or Type III Ther

TD100700-0MB 37 5.2.5 Binary Inputs (Channels BI1–BI4) You can accept a binary input with any channel BI1–BI4 as follows:  On the Main Page (Fig

TD100700-0MB 38 5.2.6 Analog Outputs (Channels AO1–AO4) Voltage in the range of 0–10 VDC (with up to 4 mA of current) can be outputted by assignin

TD100700-0MB 39 5.2.7 Binary Outputs (Channels BO1–BO4) The BASC20 can provide four binary relay outputs (BASC-20R) or four triac outputs (BASC-2

TD100700-0MB 4 6 Configuration via the Workbench Tool ... 41 6.1 Introduction to Sedona

TD100700-0MB 40 5.2.8 Virtual Points (Channels VT1–VT8) In the CControls_BASC20_IO kit are eight virtual point components (VT1–VT8) that are used

TD100700-0MB 41 6 Configuration via the Workbench Tool Configuration of the BASC20 is first accomplished using web pages. To implement a control s

TD100700-0MB 42 6.1.2 Manifest A Sedona manifest is an XML file which describes the code within a kit. For example func-821b7396-1.2.28.xml describe

TD100700-0MB 43 6.2 Location of Kits, Manifests and Platform Both the kits.scode and the SVM have been pre-loaded on the BASC20 and are of little co

TD100700-0MB 44 6.3 Creating an Application Program Using the workbench tool, the systems integrator drags and drops components from the various ava

TD100700-0MB 45 6.4 Getting Started with a Workbench Tool The best way to begin is to connect either Niagara Workbench or a similar tool to a BASC20

TD100700-0MB 46 Figure 30 — App Properties Screen If you are successful in connecting, there will be no error messages. On the left side under the n

TD100700-0MB 47 6.5 Backing Up and Restoring a Sedona Project 6.5.1 Introduction The Sedona Project Backup and Restore utility program (BASbackup)

TD100700-0MB 48 Enter the location of the Backup File or browse for it using the Choose File button of Figure 33. You must create a name for your ba

TD100700-0MB 49 Figure 35 — The Authentication Screen If you are successful, no error messages will appear. Once the Working… message ceases on the

TD100700-0MB 5 1 Introduction The BAScontrol20 (BASC20) is a 20-point Powered by Sedona Framework™ field controller with a direct connection to an E

TD100700-0MB 50 First, notice the location specified as the New Backup/Recovery File. Is this the file you want restored? Second, look at the top o

TD100700-0MB 51 There are some options available before restoring a controller. Above the Restore button there are three boxes:  Wire Sheet  Mai

TD100700-0MB 52 Figure 38 — Restore Setup Screen (Restore Mode) When you are finished as evidenced that the Working… message ceases, you will have c

TD100700-0MB 53 Figure 40 — SAX File Statistics Screen The default selection gives you the data from the saved zip file indicated. If using this o

TD100700-0MB 6 1.2 Product Image and Main Features Figure 1 — BASC20 Main Features

TD100700-0MB 7 2 Specifications 2.1 Universal Input (Channels UI1–UI8) Configured As Limits Analog Input 0–10 VDC or 0–20 mA (with external res

TD100700-0MB 8 2.7 Power Requirements Item Limits Input power 24 VAC/VDC ± 10%, 47–63 Hz, 6 VA 2.8 General Specifications Item Description Protecti

TD100700-0MB 9 2.11 Field Connections 2.12 Power Connection Terminal Power HI High AC or DC + COM AC or DC common 2.13 Ordering Information Model D