UNC 520 Series Universal Network Controller

UNC-520-2
UNC-520-2-N
I/A Series™
UNC 520 Series
Universal Network
Controller
The I/A Series UNC 520 Universal Network Controller (UNC) is a
compact, embedded-processor platform with flash memory for
backup. The UNC 520 can integrate combinations of LON,
Modbus, BACnet, or legacy devices with the appropriate optional
drivers. It provides integrated control, supervision, and network
management solutions for a network of LONWORKS™-based,
BACnet™ MS/TP-based, NETWORK 8000®, or DMS controllers
for building control. When connected over an Ethernet network,
the UNC 520 can communicate to BACnet devices or systems and
share data between LONWORKS, BACnet, and Invensys systems.
A complete set of Java®- based control, application, logging, and
user interface “objects” are included in a library. Models with the
UNC-520-WEB option offer Web User Interface Service. In this
configuration, the system’s graphical views can be accessed using
any standard Web browser such as Netscape® Communicator or
Microsoft® Internet Explorer.
Applications
Specifically designed for mechanical room, factory floor, and other
commercial environments, the UNC 520 can be wall-mounted
using its integral metal enclosure.
In a small building application, a single UNC can be used to
support a network of BACnet, LONWORKS or Invensys devices that
can be accessed directly over the Ethernet LAN, remotely over the
Internet, or via dial-up modem.
Features—
• Integral LONWORKS and BACnet communications support
• Embedded RISC Microprocessor platform provides high
computing speeds
• Distributes real-time control functions across an Ethernet LAN
• Cost effective for any size commercial installation
• Provides alarming, logging, scheduling, control, and custom
HVAC applications
• Multiple UNC 520 stations can be used in a large scale system
configuration offering true peer-to-peer operation and full
application sharing
• Password protected access
• Can be configured with Web User Interface services to support
many simultaneous users over Intranet or Internet via standard
Web browser using the UNC 520-WEB option
Invensys Building Systems, Inc.
1354 Clifford Avenue
P.O. Box 2940
Loves Park, IL 61132-2940
www.invensysibs.com
Printed in U.S.A.
01-06
© Copyright 2006 Invensys Building Systems, Inc. All rights reserved.
F-27390
Table-1 Model Chart
Model
UNC 520-2
Description
Controller, standard, includes:
• 10/100 Mb Ethernet port
• 2 RS-232 ports, RJ-45 connectors
• 4 RS-485 ports with Wiemuller connectors
(electrically isolated)
• 1 LONWORKS port with driver
• LON Tunnel service
• BACnet driver
• Wind River VxWorks
with Jeode Java VM
• Niagara “Control Engine” software
Voltage
120 Vac
50/60 Hz
Controller with Web browser support.
UNC-520-2
• Provides same functionality and features as
with
UNC 520-WEB standard UNC-520-2 controller, above, but
includes browser support for operator
Option
interface
Model
Description
Controller, standard, includes:
• 10/100 Mb Ethernet port
• 2 RS-232 ports, RJ-45 connectors
• 4 RS-485 ports with Wiemuller connectors
(electrically isolated)
• 1 LONWORKS port with driver
UNC-520-2-N
• LON Tunnel service
• BACnet driver
• Wind River VxWorks
with Jeode Java VM
• Niagara “Control Engine” software
Voltage
230 Vac
50/60 Hz
Controller with Web browser support.
UNC-520-2-N
• Provides same functionality and features as
with
UNC 520-WEB standard UNC 520-2-N controller, above,
but includes browser support for operator
Option
interface
Specifications
Platform
Power Supply
Motorola RISC Processor at 250 MHz
UNC-520-2: 120 Vac, 50/60 Hz, 25 VA maximum– lead wires for
hot/neutral (wire nut), stud for ground connection
Battery Backup
UNC-520-2-N: 230 Vac, 50/60 Hz, 25 VA maximum– terminal
block for hot/neutral, stud for ground connection
Real-time clock
Memory
Chassis
128 MB RAM
Intended for indoor wall mounting only
32 MB Flash for Database backup
Construction: Steel chassis
Communications - all versions
Cooling: Internal air convection
One 10/100 Mbit Ethernet port - RJ-45 connection
Two RS-232 ports - RJ-45 connections
Dimensions: 11" (279 mm) W x 14" (356 mm) H x 2 1/2" (64
mm) D.
Four RS-485 ports (up to 57.6 Kbaud) — electrically isolated
Weight: Net 4 lbs. (1.8 kg) / Gross 5 lbs. (2.3 kg)
One LONWORKS port - 78.8 Kbaud FTT-10 with Weidmuller
connector (electrically isolated)
Wind River VxWorks® Operating System with Jeode™ Java
Virtual Machine
Battery Backup
Battery backup provides for all on-board functions
Battery is monitored and trickle charged
Battery maintains processor operation through power failures for a
predetermined interval, then writes all data to flash memory, shuts
processor down, and maintains clock for a minimum of 5 years
Control Engine Software - with BACnet and LONWORKS support
Environment
Resource Capabilities
Java resource count maximum is 600,000
Maximum MS/TP devices per RS-485 port is 31 (depending on
device); requires one MS/TP driver per port.
Operating temperature range: 32 to 122 °F (0 to 50 °C)
Operating System
Storage Temperature range: 32 to 158 °F (0 to 70 °C)
Relative humidity range: 5 to 95%, non-condensing
Agency Listings
UL-916; C-UL Listed to Canadian Standards Association (CSA)
C22.2, No. 205-M 1983, “Signaling Equipment”; CE; FCC Part 15
Class A
2
© Copyright 2006 Invensys Building Systems, Inc. All rights reserved.
F-27390
Options
Optional Open Device Drivers
Optional UNC-410-MDM Internal Auto-Dial/Auto-Answer 56k
modem; RJ-11 connector (uses one RS-232 port when installed),
not available outside of North America.
Note: Be sure to verify compatibility with a vendor’s devices
before specifying third party device drivers.
Optional UNC-520-WEB Web User Interface Service.
Optional UNCC-405 RJ-45 to DB9 convertor.
Optional Invensys Drivers
IA-DRV-ASD: ASD device driver for direct ASD Bus support;
includes tunnel support for XPSI
IA-DRV-DMS-E: DMS serial device driver; includes tunnel support
for OPRIF
IA-DRV-MS31: MicroSmart™ device driver; for direct MicroSmart
Bus support of 31 controllers on a single trunk; includes tunnel
support for OPRIF, Level 9/10/11 firmware supported.
IA-DRV-MOD: Modbus device driver; direct Modbus support
IA-DRV-MOD-R: Modbus slave device driver; Modbus TCP
support; UNC-520 acts as Modbus slave using Ethernet TCP
IA-DRV-MOD-S: Modbus slave device driver; UNC-520 acts as
Modbus slave using RTU protocol
IA-DRV-MOD-T: Modbus master device driver; Modbus TCP
support; UNC-520 acts as Modbus master using Ethernet TCP
IA-DRV-MST-P: BACnet MS/TP device driver for direct BACnet
MS/TP Bus support of 31 controllers on a single trunk
IA-DRV-SNM-P: Support for Simple Network Management
Protocol (SNMP)
IA-DRV-MS62: MicroSmart™ device driver; same as above but
supports 62 controllers
IA-DRV-MS93: MicroSmart™ device driver; same as above but
supports 93 controllers
IA-DRV-MS124: MicroSmart™ device driver; same as above but
supports 124 controllers
IA-DRV-NW8-E: NETWORK 8000 serial device driver; includes
tunnel support for XPSI
F-27390
© Copyright 2006 Invensys Building Systems, Inc. All rights reserved.
3
Internet
Remote
Browser User
Interface
WorkPlace Pro®
Ethernet, TCP/IP, BACnet, XML, HTTP
UNC-520-2
Universal
Network
Controller
UNC-520-2
Universal
Network
Controller
RS-485
FTT-10A
Optional RF Link
MF
2
Power, Gas,
and Water
Meter RF Link
MSC-P2000
I/A
MN
Ser
ie
80
0
s®
MicroNet I/A Series
MN 800 Controller
MSC-MPC
1
MicroNet™ LONMARK™
certified VAV Series Controller
MICROFLO II™
MPC-P1000
I/A Series
Enterprise Server
UNC-520-2
Universal
Network
Controller
Access
Controller
LONWORKS Field Bus
PEM™
MicroSmart Communications Bus
ASD Communications Bus
MZ2
MICROZONE II®
Web Browser
1
MicroNet LONMARK
certified MN 100, MN 150,
or MN 200 Controller
BACnet MS/TP Communications Bus
RS-485
UNC-520-2
Universal
Network
Controller
MicroNet BACnet
MNB-1000
Plant Controller
MicroNet BACnet
MNB-300
Unitary Controller
S-Link Sensor
LIM™
MSC-V-50X
TX
ASD
ADDRESS
MicroNet BACnet
MNB-V1, MNB-V2
VAV Controller
Lighting
Control
RX
ASD
ON
BUS
–
+
SHLD
U-Bus
1
2
1
2
1
2
24H
24G
GND
1
MicroNet 2000™
Integrator
CCTV
The MicroNet LONMARK certified
controllers are interoperable controllers
designed in accordance with LONMARK
guidelines.
Figure-1 Typical UNC 520 Series System Architecture.
© Copyright 2006 Invensys Building Systems, Inc. All rights reserved.
No part of this document may be photocopied or reproduced by any
means, or translated to another language without prior written consent
of Invensys.
All specifications are nominal and may change as design
improvements are introduced. Invensys shall not be liable for damages
resulting from misapplication or misuse of its products.
F-27390
Invensys, I/A Series, NETWORK 8000, MicroSmart, MICROZONE II, MICROFLO II, LIM,
MicroNet 2000, MicroNet, and PEM are trademarks of Invensys plc and its subsidiaries and
affiliates.
LONWORKS and LONMARK are trademarks of Echelon Corp.
BACnet is a trademark of ASHRAE.
Java is a trademark of Sun Microsystems, Inc.
Netscape Communicator is a trademark of Netscape Corp.
Microsoft is a trademark of Microsoft Corp.
VxWorks is a trademark of Wind River Systems, Inc.
Jeode is a trademark of Insignia Solutions, Inc.
All other trademarks are the property of their respective owners.
Printed in U.S.A.