Contemporary-control-systems BASremote User Manual (firmware 3.1.x) Manuale Utente

BASR Versatile Building Automation Appliance BAS Remote User Manual # TD040300-0MF (for firmware version 3.1.x)

TD040300-0MF 10 3 Specifications 3.1 Universal Input/Outputs — Channels 1–6 Configured As Limits Analog Input 0–5 VDC, 0–10 VDC or 0–20 mA scalabl

TD040300-0MF 11 3.4 Protocol Compliance Protocol Compliance BACnet/IP ASHRAE 135-2008 annex J. Application specific controller device profile B-AS

TD040300-0MF 12 3.7 LED Indicators LED Indicator Indication I/O 1–6 configured as Analog input Green: > 1% of range, otherwise off I/O 1–6 config

TD040300-0MF 13 3.9 Field Connections Terminal Power — Master Module* Power — Expansion Module HI High AC or DC + High AC or DC + COM AC or DC commo

TD040300-0MF 14 3.11 Dimensional Drawing Figure 2 — BAS Remote Dimensions

TD040300-0MF 15 3.12 PICS Statement

TD040300-0MF 16 4 Installation The BAS Remote is intended to be mounted in an industrial enclosure or wiring closet on 35-mm DIN-rail or panel-mount

TD040300-0MF 17 Figure 4 — Power Options WARNING: Powering devices can present hazards. Read the next two sections carefully. 4.1.1 Power Supply

TD040300-0MF 18 4.2 Connecting Expansion Equipment Input/output points beyond those available from the BAS Remote Master module can be increased by a

TD040300-0MF 19 4.2.2 Modbus Serial Bus Connections The Modbus serial Expansion port (MB) on the BAS Remote Master module is non-isolated EIA-485

TD040300-0MF 2 Trademarks Contemporary Controls and CTRLink are registered trademarks of Contemporary Control Systems, Inc. BACnet is a registered tr

TD040300-0MF 20 4.2.3 Cabling Considerations When attaching cables to the BAS Remote, Table 1 should be considered. Function Signalling and Data Ra

TD040300-0MF 21 5 Field Connections 5.1 Sample BAS Remote Wiring Diagram Figure 6 — Sample BAS Remote Wiring Diagram Wire Channels 1–6 so the most

TD040300-0MF 22 5.2 Thermistors The BAS Remote has built-in calibration curves for 10 kΩ Type II or Type III thermistors. These devices have a non-l

TD040300-0MF 23 Figure 9 — Contact Closure Connections For solid-state switches, there are further concerns. It is recommended that a solid-stat

TD040300-0MF 24 5.4 Pulse Inputs A variation on contact closure inputs is pulse inputs. In this situation speed is critical so the input filtering t

TD040300-0MF 25 each of the opto-isolators is rated for 60 VDC, install a 100 kΩ pull-up resistor between each output and the +24 V loop supply. The

TD040300-0MF 26 When measuring current, remember the BAS Remote sinks current to ground. A 250 Ω impedance is effectively applied between point

TD040300-0MF 27 6 Operation 6.1 General Considerations Configuration is accomplished while the unit is connected to a computer running a web browser

TD040300-0MF 28 6.1.3 Accessing and Configuring the Web Server on the Master Unit 6.1.3.1 Web Browser The Master contains an interactive web server

TD040300-0MF 29 Figure 14 suggests an IP address for the PC of 192.168.92.69, but the final quad of the address could be any value from 1 to 254 — ex

TD040300-0MF 3 1 Table of Contents 1 TABLE OF CONTENTS ...

TD040300-0MF 30 6.1.3.3 System Configuration Four tabs exist on the configuration screen. Select System if it is not already highlighted. System Na

TD040300-0MF 31 6.1.3.4 BACnet Configuration Device Instance This is a 22-bit value (0–4,194,303). Each BACnet network device must have a unique d

TD040300-0MF 32 6.1.3.5 Modbus Configuration Modbus configuration (see Figure 19) is only required if Modbus serial devices are attached

TD040300-0MF 33 Figure 19 — Configuring Modbus in the Master Module

TD040300-0MF 34 6.1.3.6 Virtual Point Configuration The BAS Remote can store data independent of I/O Channel values. These stored valu

TD040300-0MF 35 6.1.4 Web Server Screen Overview From the Web Server Screen (Figure 21) you can configure all I/O channels, view their status or for

TD040300-0MF 36 Other buttons located beneath and to the right of the device image are: Map This accesses the Modbus Mapping function (Section 7.5)

TD040300-0MF 37 6.2 Input/Output Channels (I/O) 6.2.1 Universal I/Os Six identical universal I/O channels allow any mix of inputs and outputs requ

TD040300-0MF 38 6.3 Channel Configuring To configure a channel, access the Web Server Page, click on the icon for the channel of interest and make

TD040300-0MF 39 6.3.2 Analog Voltage Output Configuring You can set any channel 1–6 as type “OUTPUT: 0–10V Analog” as shown in Figure 25, using Chan

TD040300-0MF 4 6 OPERATION ... 27

TD040300-0MF 40 6.3.3 Binary Input Configuring You can define any channel 1–6 as type “INPUT: Binary” as shown in Figure 26 which uses Channel

TD040300-0MF 41 6.3.4 Current Input Configuring You can define any channel 1–6 as type “INPUT: 0–20 mA“ as shown in Figure 27 which uses Channel 1 a

TD040300-0MF 42 6.3.5 Current Output Configuring You can define any channel 1–6 as type “OUTPUT: 0–20 mA“ as shown in Figure 28 which uses Channel

TD040300-0MF 43 6.3.6 Thermistor Input Configuring You can define any channel 1–6 as a Type II or III thermistor input as shown in Figure 29 which u

TD040300-0MF 44 6.3.7 Pulse Input Configuring You can define any channel 1–6 as type “INPUT: Pulse” as shown in Figure 30 which uses Channe

TD040300-0MF 45 Figure 30 — Pulse Input Configuration

TD040300-0MF 46 6.3.8 Relay Output Configuring Channels 7 and 8 are fixed as type “OUTPUT: Relay” as shown in Figure 31 which uses C

TD040300-0MF 47 6.4 Channel Forcing To force a channel, access the Web Server Page, click on the icon for the channel of interest and make adjustme

TD040300-0MF 48 6.4.2 Binary Input Forcing In addition to type, name and status — this screen displays the following fields. Input Value This repor

TD040300-0MF 49 6.4.4 Thermistor Input Forcing In addition to type, name and status — this screen displays the following fields. Input Value This r

TD040300-0MF 5 7.2.7 BIBBs ...

TD040300-0MF 50 6.5 Instance Numbers In several locations in the manual we instruct the use of instance numbers. The instance numbers

TD040300-0MF 51 6.7 Web Services The BAS Remote provides a simple Web Service to support reading/writing of channels, virtual objects and mapped Modb

TD040300-0MF 52 7 Appendix 7.1 Troubleshooting Ethernet Connectivity of the Master Unit When troubleshooting Ethernet connectivity for the BAS Remot

TD040300-0MF 53 7.2.2 Analog Input 7.2.3 Analog Output 7.2.4 Analog Value Property Identifier Property Datatype Code Remarks Object_Identifier BAC

TD040300-0MF 54 7.2.5 Binary Input 7.2.6 Binary Output Property Identifier Property Datatype Code Remarks Object_Identifier BACnetObjectIdentifier

TD040300-0MF 55 Based upon the above requirements, a B-ASC must comply with the following BACnet Interoperability Building Blocks (BIBBs)

TD040300-0MF 56 7.2.7.5 DM-DDB Device Management — Dynamic Device Binding — B The BAS Remote functioning as the B device provides informati

TD040300-0MF 57 7.3 Sedona for Control Tridium has made available the open-source Sedona Framework with which devices can provide user prog

TD040300-0MF 58 Launch Sedona or Niagara Workbench. If the BAS Remote was accessed earlier, you should see its IP address in the navigat

TD040300-0MF 59 On the navigation pane of Figure 40, the expansion of the App directory allows you to see two folders named “service” and “sheet”. C

TD040300-0MF 6 2 Introduction The BAS Remote Master provides the ultimate in flexibility. It can be used for Expansion I/O at remo

TD040300-0MF 60 7.3.3 Email Alerts You can configure the BASremote to transmit an email alert based on a Sedona event. Figure 43 displays your serv

TD040300-0MF 61 7.4 Modbus Server Operation The BAS Remote Master functions as a Modbus TCP server accepting commands from a Modbus TCP cl

TD040300-0MF 62 words, but in the Modbus application protocol they are sent as two-byte transfers. However, the input data registers for

TD040300-0MF 63 7.4.1.2 Read Channel Data Registers Two 16-bit registers are assigned to each of the eight channels for reading input data. Adding

TD040300-0MF 64 7.4.2 Modbus Function Codes There are many Modbus function codes but the BAS Remote only responds to three which involve holding r

TD040300-0MF 65 To accomplish mapping, the BAS Remote Master module is loaded (via FTP) with a user-generated CSV file (bas_cfg.csv) that specifies t

TD040300-0MF 66 which you downloaded the Project Builder file. At this page you can access the list of online profiles and download any profile that

TD040300-0MF 67 7.5.3.1 Editing Modbus to BACnet Profile Sheets After you add a Modbus to BACnet Profile Sheet (M2BPS) to your project, you must edi

TD040300-0MF 68 Column E This is pre-filled with the variable name supplied by the manufacturer of the device. Any cell in this column can be indiv

TD040300-0MF 69 7.5.3.2 Building and Viewing a Project After you have edited each M2BPS that you have added to your project, you are ready to build

TD040300-0MF 7 server facilitates commissioning and troubleshooting. Configuration is accomplished via Ethernet. Java must be enabled in the browse

TD040300-0MF 70 You can also print a report of your project. To do this, click the View Documented Project button in the upper-right

TD040300-0MF 71 7.5.4 Viewing the Mapping Status in the BAS Remote To view the Mapping in the BAS Remote, click on the Map button on the Web Server

TD040300-0MF 72 7.6 Modbus Utility This is an embedded utility that allows direct access to the Modbus registers within the BAS Remote Master, BAS

TD040300-0MF 73 Register Number This is 1 by default. Enter only the least three significant digits of the address of the register you wish to acc

TD040300-0MF 74 7.7 Linux License GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc., 51 Frankl

TD040300-0MF 75 GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program

TD040300-0MF 76 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the term

TD040300-0MF 77 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent i

TD040300-0MF 78 How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to th

TD040300-0MF 8 2.1 Features and Benefits Versatile Control Device — remote I/O, router, gateway and controller  Web-page configuration  BACnet/IP

TD040300-0MF 9 2.2 Software The provided CD-ROM contains:  This User Manual  A copy of the Installation Guide that is packaged with the product 