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Contents
Novar Timeline .................................................2
Opus Technology Overview ...............................4
Site/HQ Diagram ................................................8
Network Diagram ..............................................9
Opus Technology:
Software ......................................................10
Hardware .....................................................18
Novar Services / Support .................................57
1
Launch Hawki
Enter North Latin America
Launch Savvy
Launch iScope
Novar Timeline
Launch Retail Business/Channel
Novar Established in Barberton Ohio
Launch Logic One EMS/BAS
Launch Spectrum Refrigeration Controls
Novar acquires Alerton
New HQ in Cleveland
Enter South Latin America
Novar Acquired by Honeywell
Launch Opus
Open Protocol
Integrate Ethernet Communication
ESS32 (Windows)
Enter Canada
1990
1980
Launch Lingo
Launch EC-EP2-IOM 2-RC
Launch EP IOM-1010
1963
First Theater Installed
XCM20R
Opus Orchestrator Cloud Saas
Launch XCM10S
2000
2010
2013
About Novar
Novar is the market leader for building automation
systems (BAS) and services for multi-site retailers and
other chain businesses. We have over 300 employees
with an average of 15 years industry experience and
are the multi-site technology and service experts within
Honeywell International, a Fortune 100 company.
2
Over 30 years ago Novar launched a BAS that was
specifically designed to control and manage HVAC and
lighting systems for multi-site operators with hundreds
or thousands of buildings, which are centrally managed. Our exclusive focus in designing solutions for
multi-site operators has enabled Novar to become the
market leader with over 40,000 retail buildings managed with our technology today.
In addition to multi-site building automation technology, Novar offers a broad range of services that can
augment a retailer’s energy and facility management
efforts and help get the most from their BAS investment. We can provide as much - or as little - service
as needed, by leveraging the internal expertise of our
Network Operation Center as well as our network of
trusted partners.
Our product and service offerings deliver quick ROI,
lowest life cycle costs, and have literally saved billions
of dollars for our customers.
52%
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as the greatest
internal challenge
Electricity accounts for up to
maint t per year
cos
33%
of a retailers' operating costs
A multi-site retailers’
centrally managed BAS system has the greatest potential
of all the projects for driving savings to the company's bottom line
3
Opus Technology
Overview
4
Opus™ Building Technology
Whether your goal is conserving energy or creating
an ideal shopping environment, Opus™ allows you to
automate the control of energy consuming loads and
maintain store comfort. Opus stands apart in its flexibility, scalability and its unique focus on multi-site
building management. From basic energy reporting to
sophisticated energy management and analysis, Opus
can be tailored to meet the evolving needs of multi-site
owners and operators today and can increase building performance, improve comfort, reduce equipment
downtime, provide visibility into mission-critical assets,
lower energy costs, reduce maintenance spend, and
improve operational efficiencies.
5
Cc
Central Control and Monitoring
Opus building technology is designed to
control HVAC and lighting equipment in
retail facilities and provides a single software
platform for centrally managing your entire
enterprise. With integrated features such as
– remote monitoring, alarm management,
reporting, and global setpoint/schedule management, Opus enables multi-site owners and
operators to effectively manage hundreds or
thousands of sites with minimal staffing.
6
Em
Energy Management
According to the Building Services Research
and Information Association, Electricity accounts for up to 33% of retailers’ operating costs. Electric and natural gas rates are
unpredictable and trending upward; however,
energy is a manageable expense. With Opus,
you can avoid unfavorable usage peaks, reduce consumption, and optimize equipment
run-times by implementing energy conservation measures and managing results in realtime to optimize savings.
Ea
Enterprise Analytics
Whether you have a standalone meter or a
BAS, it’s easier than ever to quickly identifying energy outliers within multi-site portfolios. Novar’s cloud-based energy analytics
platform, Opus Orchestrator™, allows you to
leverage meter data to analyze energy usage
and take corrective action in days - not weeks
or months. It provides an easy to use interface that graphically color-codes sites based
on energy performance. This allows your staff
to focus on sites that will have the biggest
impact on your bottom line.
Sg
Smart Grid
Opus includes all the core technologies
required to access and participate in Smart
Grid Load Response programs such as Capacity Demand Response, Ancillary Services, and
Real-Time Price Response. This allows customers to enroll in automated programs using
OpenADR™ and Virtuwatt Link™ web services
without the need for additional hardware at
each site. In addition, Opus provides a fully
configurable load reduction engine that can
be tailored to each enrolled program and
optimizes building recovery, minimizing the
impact on store customers and employees.
Si
Customers participating in Smart Grid Load
Response programs receive a number of benefits including monetary compensation that
can be applied to energy efficiency projects,
cost reductions via lower utility charges and
effective quantity management, a greater
understanding of facilities and energy usage,
and valuable recognition as a good corporate
citizen.
System Integration
Many of today’s multi-site enterprises have
grown through acquisition or other adoption
of sites where different systems are already
in place. Connecting to, communicating
with, and controlling these systems is vital to
preserving existing investments in building
equipment and maximizing profitability.
Taking advantage of the capabilities of these
different systems is challenging due to the
myriad of diverse formats, protocols and
data structures. Opus is designed to integrate
these systems regardless of the manufacturer
or protocol (LonWorks®, BACnet™ or MODBUS®) and remove the hurdles that have
historically existed when integrating diverse
systems. Additionally, third party service
providers can integrate to Opus via open
protocols, such as oBIX™. These integration
features provide the flexibility needed to be
successful in a diverse portfolio of equipment
and/or service providers.
7
Mobile
• Real-Time Site Access
• Remote Troubleshooting
• Alarm Monitoring
SITELevel
HVAC Control
Rooftop Units
HVAC Control
Exhaust Fans
Supervisory Control
Executives
HVAC Control
Variable
Frequency
Drives
Metering
Submetering
Monitoring Points
Humidity
CO2
Trash Compactor
Critical Temperature
Refrigeration Cases
Security System
Lighting Control
Unoccupied, Employee and
Customer Lighting Zones
Parking Lot, Security
Lighting and Signage
HVAC Control
Unit Heaters
HQ Central Management
Internet Browser
• Remote Monitoring
• Cloud-based Analytics
Mobile
• Real-Time Site Access
• Remote Troubleshooting
• Alarm Monitoring
PC Client Supervisor/Database
• Alarm Managment
• Remote Monitoring
• System Programming
• Reporting
• Enterprise Management
Mobile App
Internet Browser
PC Client
Supervisor Server
Open BAS
Database
Other Cloud-Based
Energy Analytics
Subscriptions
Opus
Orchestrator
TCP/IP (BACnet IP, Fox, MODBUS, HTTP, oBIX, SNMP, ODBC)
Site Locations
Headquarters Location
Customer Enterprise
MODBUS
BACnet
BACnet
BACnet
NovarNe
NovarNet
PC Client
NovarNet
Data Warehouse
Mobile App
10
Icon Legend
Stand-Alone Meter
Logic One to Opus.10S Upgrade
Supervisory Control
Lighting Control
HVAC/RTU Control
Metering
Internet Browser
Unit Heater
Blower Fan Control
11
Exhaust Fan Control
Monitoring Point
Opus 100% BACnet Solution
Opus Open Integration & NovarNet Solution
Energy Management Service Provider
Opus Technology
Software
Opus Orchestrator
Opus BAS Supervisor
Opus BAS Mobile
13
Opus Technology Software
Opus Orchestrator
Opus Orchestrator
Features Highlights
• Cloud-based Platform requiring only
a standard web-browser & meter data
• Highly Scalable architecture for rapid
expansion from 100s to 1000s of sites
• Meter-hardware Agnostic with
integration of E-Mon or third-party
meters
• Energy Outlier Identification via
intelligent algorithms and color-coding
for categorizing sites/groups of sites
• Energy Forecast with Peak Detection
for up to two weeks for supply-side
planning
• Comprehensive Help with videos
for quick-reference
14
Product Description
Opus Orchestrator is a highly-scalable, cloudbased energy analytics platform composed
of application bundles that convert meter/
sub-meter data into actionable information—
with special emphasis on outlier management, root-cause analysis, and productivity
enhancement. It provides an easy-to-navigate
environment that lets users identify energy
and other cost-saving opportunities. It can
be quickly deployed and configured to meet
unique requirements—without programming
or other complicated on-boarding tasks.
Applications
Energy Expert
Energy Expert is a multi-site portfolio energy management application which is designed to
help users quickly and easily identify energy “outlier” sites.
It includes three major components:
Scorecards
Scorecards provide a color-coded view with
graphical representation (tabular or map) of
either the entire portfolio or a user-defined
subset (e.g. geographic region) based on a
patented algorithm. This algorithm models
energy usage based on historical (meter interval) data. It rank orders sites by normalized
energy (KWh/sq.ft.) and power (KW/sqft) for a
specified date range and includes additional
diagnostic metrics: outside air temperatures
(high/low/average), savings/site (cost analysis
based on user-entered utility rates), and calculated difference (actual vs. modeled).
Charting
Charting applications provide year over year
comparisons for usage on a daily basis. A
simple wizard tool is used to dynamically
change date ranges, usage calculations
(High/Low/Average), and outside temperature. Results are overlaid in a line graph
for easy comparison. In addition, graphical
load/demand profile calendar views can be
used to easily identify—down to the site
level—energy wasting root-causes (e.g.
“equipment operating during unoccupied
hours”). Color coding is used to identify
“out-of-band” days and to identify opportunities for incremental savings by tuning
the control system logic to better conform
with specified control parameters e.g. site
open/closed schedules and temperature setpoints.
Reporting
Reporting provides a summary of energy efficiency performance across an enterprise for a
user defined date range. These reports provide similar information to the Scorecard, but
in tabular “heat map” format that is sorted
by location to allow for comparison across a
building portfolio. In addition, reports can be
exported to PDF or CSV.
15
Opus Technology Software
Opus Orchestrator
16
Applications
(Screen shot: Wire Sheet?)
(Insert screen shot of HVAC graphic)
(Screen shot: Alarm Console)
Energy Analytics
Energy Analytics provides a ready-to-use library of common charts/reports to aggregate
and compare multiple data types from multiple sites to quickly identify and report-out
trends and other energy-related discoveries.
Additionally, it includes the ability to define
high/low limits to automatically trigger notifications and/or generate a “snapshot” view to
be added to the dashboard.
Dashboard
Dashboard visualization tools display the current performance metrics for a single site or
enterprise. They can be tailored for a specific
role and be targeted to a single point of view
or department. Users can easily add relevant
information to their dashboard by taking a
snap shot (xCard) of any view within Energy
Expert or Energy Analytics applications.
Document Manager
The Document Manager is a documentation
repository that allows users to store relevant
documents, whether for the enterprise or for
specific sites, in the cloud and to share via
Opus Orchestrator.
Specifications
Requires a standard web-browser (Internet Explorer® 8,
Firefox® version 18, Chrome® version 24, Safari® version
5, and MS-Silverlight® (ver 5))
Part Numbers/Accessories
Name
Opus Orchestrator
In addition, xCards can be easily scheduled
for distribution via email. This allows users to
automate information workflow and event
notifications of relevant and actionable information to many key stake-holders.
Description
Opus Orchestrator
Part Number
OPUS-ORCHESTRATOR
Opus Technology Software
Opus BAS Supervisor
Product Description
Opus Supervisor integrates hundreds or thousands of sites into a single software platform
and provides a real-time, user interface for
the Opus Building Automation System (BAS).
It enables users to monitor their BAS systems
and make changes to the way their buildings are controlled. It serves as a centralized
data collection, storage and reporting environment for critical BAS information such
as alarms, events, and histories. In addition,
Opus Supervisor provides enterprise-wide
automation – such as global schedule and
setpoint management, database management, and integration with other enterprise
software applications.
18
Features Highlights
• Accessible via a Web browser
• Enterprise-wide setpoint and schedule changes
• Centralized data collection and archiving
• Alarm handling, including routing via e-mail, sms, etc.
• User access tracking and system audit trails
• Comprehensive online system documentation
• Scalable up to 3,000 sites per instance
• Online/Offline use of the graphical configuration
and engineering tools
• Integrated reporting including energy, operating
parameters, equipment diagnostics and more
Opus BAS Supervisor
Applications
Site Monitoring
A real-time graphical user interface that allows user to connect to remote sites via wide
area networks (WAN) to view a site’s operating environment and adjust system parameters – such as schedules and setpoints. Sites
can easily be accessed by store number or
location.
Alarm Management
Opus Supervisor provides real-time access to
alarm and event data from your entire enterprise. It allows users to view alarm attributes
such as alarm name, type, and source. Alarms
can easily be prioritized, acknowledged,
sorted, filtered, and suppressed. Alarms can
be routed based on level of priority, time or
type.
Opus BAS Supervisor
Specifications/Applications
Reporting
Opus Supervisor provides unique reporting
tools for multi-site BAS users. It allows users
to select from pre-defined reports or create
ad-hoc reports as needed. Standard reports
include: energy usage (normalized by square
foot), setpoint/schedule exceptions, comfort
reports, and BAS diagnostics such as – operational and energy performance alerts.
Global Schedule/Setpoint Management
Opus Supervisor allows users to broadcast
schedule, setpoints, and other control setting
changes across an entire enterprise with a
click of the button. These changes can be applied to all sites, to a pre-defined site group,
or allow users to select sites on an ad-hoc
basis. All changes are logged and saved for
future use and/or audit.
Programming
Opus Supervisor allows users to create BAS
applications through a graphical user interface. Users can easily create and configure
Opus devices and control strategies for a variety of HVAC, Lighting and Energy Management applications
19
Opus BAS Supervisor
Specifications
20
Java® VM
Opus uses the Java VM as a common runtime environment across various operating systems and hardware
platforms. The Opus Supervisor and Opus Architect are
targeted for and require J2SE 1.6 VMs. Before Opus
5.8, all XCM controllers used the IBM J9 JVM (Java
Virtual Machine). In Opus 5.8 and later, the Opus XCM
now use the Sun Hotspot JVM.
Opus Supervisor
Opus Web Browser
Supported
Part Numbers/Accessories
Name
Opus Supervisor 32-bit
Opus Supervisor 64-bit
Opus Supervisor 64-bit Upgrade
Description
Opus Supervisor Software- 32 Bit, 700 Site Limitation
Opus Supervisor Software- 64 Bit, 3000 Site Limitation
Opus Software Upgrade - 32 Bit to 64 Bit
Part Number
OPUS-S
OPUS-S-E
OPUS-S-E-U
Alarm Thresholds
Control settings and Parameters
Schedules
Setpoints
Global Changes
Ad-hoc Chart Building
BAS diagnostics
Comfort
Reporting
Energy Usage
Platfrom Access: Change IP, Commission, etc
Create/edit Wiresheets
Add devices, points, etc
Sort, Filter, Prioritize
Relational Databases
Opus supports the following relational database software for the persistence of Alarm and History data.
•MS-SQL® 2005 Express
•MS-SQL® 2005
•MS-SQL® 2008
Access Site in real-time
Software Requirements
Operating Systems
The following operating systems are supported:
• Windows XP® SP2
• Windows 7®
• Windows Server® 2003 (Standard Edition,
32 & 64 bit)
• Windows Server® 2008 (Standard Edition,
32 & 64 bit)
Monitoring Alarm Mgmt. Programming
View Historical Alarms
Supervisor
Specification
Matrix
Setpoint/schedule exceptions
Supervisor
View Active Alarms
Minimum Server Configuration – 64 bit:
• Windows Server® 2003 or Windows Server® 2008
• Memory: 8 GB minimum, 18 GB recommended
for large systems
• Supported Browsers: Internet Explorer 6, 7 or 8
• Hard Drive: Depends on needs for file or MS-SQL based data archival
Application Version 4.0 Minimum Requirements
• Opus Version 5.5 or higher
• adgPaletteV4.jar version 4.0 or higher
• adgLighting.jar version 4.0 or higher
• adgPxHML.jar version 4.0 or higher
• adgHVAC.jar version 4.0 or higher
• adgUtil.jar version 4.0 or higher
Virtual Machines
The Opus Supervisor can be run in a virtualized environment by using VMware®’s Virtual Server 1.0.x or
Virtual Server 2.0.
Change/edit setpoints, control settings and schedules
Hardware Requirements
Minimum Desktop Configuration – 32 bit:
• Processor: Intel® Pentium Dual Core 2 GHz or higher
• Windows XP® professional or Windows® 7
• Windows Server® 2003 or Windows Server® 2008
• Memory: 2 GB minimum, 4 GB recommended
for large systems
• Supported Browsers: Internet Explorer 6, 7 or 8
• Hard Drive: 5 GB minimum, 100 GB recommended
for applications that need local archiving capabilities
• Display: Video card and monitor capable of
displaying 1024 x 768-pixel resolution or greater
• Network Support: Ethernet adapter
(10/100 MB with RJ-45 connector)
Enterprise Navigation (Groups, Sites, XCMs, Quick Connect)
Opus Technology Software
Opus BAS Supervisor - Specifications / Application Chart
Opus Mobile
MOBILE
Opus
Product Description
The Opus Mobile is an application that replicates the features of the Opus XCM LCD
touch screen onto iOS™ or Android® smartphone or tablet. It allows maintenance professionals to access Opus BAS from their
handheld devices to monitor building status
in real-time, make setpoint changes, initiate
timed overrides, analyze point histories and
view alarms.
Features Highlights
• Replication of onsite experience offsite
• Check the status of the system
- HVAC and Lighting Controllers
• Access system from anywhere on-site,
including rooftops
• Check alarms
• Acknowledge alarms as needed
• Gesture based interaction with
the mobile device
• Similar user experience with XCM LCD
Applications
Opus Mobile is ideal for maintenance professionals who need truly mobile access (non PC)
to their enterprise BAS.
Opus Technology Software
Opus Mobile
MOBILE
Opus Mobile
Specifications
Opus
Hardware and Software Requirements
• Server Side
- Any XCM with a XCM.LCD configuration
• Client Side
- Any Android device version 2.3 or higher
- Any iOS 6 device or higher
Connectivity Requirements
• Mobile device must be on the same WAN/LAN
as the XCM (VPN access may be required).
Application Requirements
• Opus Version 5.8 or higher
• Application Version 4.0 or higher
• OpusMobile.jar version 1.0 or higher
Part Numbers/Accessories
Name
Opus Mobile
Description Part Number
Opus Mobile App Opus-Mobile
21
Opus Technology
Hardware
Executives
Controllers
Integration
I/O
Meters
Sensors
VFDs
Accessories
23
Opus Technology Hardware
Executives
Opus XCM.10S Executive Controller/Server
Features Highlights
• Open protocols support
• Backwards compatible with legacy Novar
controllers and executive baseplates
• Integrated web-servers – accessible via a
web browser
• Integrated inputs and outputs
• Easy to install
• Optional HOA switches
Product Description
The Opus XCM10S functions as an open
Building Automation System (BAS) network
manager that combines integrated control,
supervision, data logging, alarming, and
scheduling into a single controller platform.
The XCM10S is designed to integrate diverse
devices into a seamless system, as it supports
BACnet® and MODBUS® open protocols.
The XCM10S also supports NovarNet protocol
and is backward compatible with most Novar
Logic One and Spectrum field controllers.
Application
24
Executive Specification Matrix
BAS supervisory control for HVAC, lighting and energy management applications
for small to medium sized buildings. The
XCM10S includes an integrated enclosure and
is ideal for applications that require a high
mix of inputs and outputs that are centrally
located with the Executive controller. In addition, the XCM10S is compatible with legacy
Logic One Savvy and EC baseplates, making
upgrades easy.
Opus XCM.10S Executive Controller/Server
Specifications
Mounting
•Compatible with EC and Savvy surface
mounted baseplates
Dimensions (electronics and baseplates)
•Height: 30 inches
•Width: 13.25 inches
•Depth: 2.5 inches
Power Requirements
•Input: 24 VAC, Class 2 (22 to 30 VAC)
•Frequency: 50/60 Hz
•Consumption: 40 VA
•Protection: all inputs/outputs protected against
high voltage surge and transients
Inputs
•8 Universal
- Thermistor: Type 3, 10K -10 to 135 F
- Voltage: 0-10VDC, input impedance >5K ohms
- Current: 0-20mA (switch selectable)
- Digital: contact closure only, 300uA
wetting current
•3 Analog: 4-20mA
(loop source 24VDC @ 500mA max)
•2 Digital contact closure only
•8 Timed Override: for use with
Novar 8-button override panel
Output
•8 Relay: 24VAC or VDC, 2 amp pilot duty Class 2
•1 System Fault: 24VAC or VDC, 2 amp pilot
duty Class 2
Part Numbers/Accessories
Name
XCM 10S
HOA Lock-Out
Baseplate
XCM Battery
Communications
•5 RS-485 Ports (non isolated)
- Application Protocol
- NovarNet : 1.7-9.6 kBd
(biasing may be required)
- BACnet MSTP: max 76.8 Kbps
- Modbus RTU: 38.4 Kbps
•1 RS-232 Port: 9-pin D-shell connector
for serial shell mode access
•2 Ethernet Ports: 10/100 Mbps
- Application Protocol
- BACnet IP
- Modbus TCP
- Niagara Network (Fox)
-oBIX
LED Indicators
•Output
•Power
•Module Communications
•Network Communications
Operating Environment
•Temperature: 32°F to 122°F (0°C to 50°C)
•Humidity: 0 to 95% Relative, non-condensing
Approvals
•Listed device: CUL/UL E90949
•Standards used: UL 916, Energy Management
Equipment CSA C22.2, No. 205-M1983
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
Description
Opus Executive Controller
Bracket Kit
XCM Mounting Base
Replacement Battery for all XCMs
Part Number
XCM10S-B-F-U-MB
XCM10S-HL-KIT
751100000
NPB-BATT
25
Opus Technology Hardware
Executives
Opus XCM.20 Executive Controller/Server
Features Highlights
• Open protocols support
• Integrated web-servers –
accessible via a web browser
• Small compact design
• Easy to install
Product Description
The Opus XCM 20 functions as an open
Building Automation System (BAS) network
manager that combines integrated control,
supervision, data logging, alarming, and
scheduling into a single controller platform.
The XCM 20 is designed to integrate diverse
devices into a seamless system, as it supports
a wide range of open protocols, including
BACnet®, MODBUS® and LonWorks®. The
XCM 20 also supports NovarNet protocol
and is backward compatible with most Novar
Logic One and Spectrum field controllers.
Application
BAS supervisory control for HVAC, lighting
and energy management applications for any
size building, small or large. Ideal for applications with limited wall or panel space and
that only require distributed I/O.
26
Executive Specification Matrix
Opus XCM.20 Executive Controller/Server
Specifications
Mounting
•Mounting
•Surface mounting or DIN Rail mounting
Dimensions
•Height: 4.5 inches
•Width: 7.0 inches
•Depth: 2.5 inches
Power Requirements
•Input: 24 VAC, Class 2 (22 to 30 VAC),
•Frequency: 50/60 Hz
•Consumption: 40 VA
Inputs
•None
Output
•None
Communications
• 5 RS-485 Ports (maximum), non-isolated
- Application Protocol
- NovarNet : 1.7-9.6 kBd (biasing may be required)
- BACnet MSTP: max 76.8 Kbps
- Modbus RTU: 38.4 Kbps
•1 (Optional) LonWorks Port: max 76.8 kbps
•1 RS-232 Port: 9-pin D-shell connector for
serial shell mode access
•2 Ethernet Ports: 10/100 Mbps
- Application Protocol
- BACnet IP
- Modbus TCP
- Niagara Network (Fox)
-Obix
Operating Environment
•Temperature: 32°F to 122°F (0°C to 50°C)
•Humidity: 5 to 95% Relative, non-condensing
Approvals
•Listed device: CUL/UL E90949
•Standards used: UL 916, Energy Management
Equipment CSA C22.2, No. 205-M1983
•“Signal Equipment”, CE, FCC Part 15, Class A
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
LED Indicators
•Power
•Module Communications
•Network Communications
Part Numbers/Accessories
Name
Description
XCM 20 Controller
XCM 20 Controller
XCM 20 Controller
XCM 20 Controller
XCM 20 Controller
XCM 20 Controller
XCM 20 Power Supply
XCM Battery
Opus Exec Controller - BACnet, Fox, UI
Opus Exec Controller - BACnet, Fox, UI, Modbus
Opus Exec Controller - LON, Fox, UI
Opus Exec Controller - BACnet, LON, Fox, UI, Modbus
Opus Exec Controller - BACnet, LON, Fox, UI, Modbus, Modbus TCP
Opus Exec Controller - BACnet, Fox, UI, Modbus, Modbus TCP
24V Power Supply
Replacement Battery for all XCMs
Part Number
XCM20-B-F-U
XCM20-B-F-U-MB
XCM20-L-F-U
XCM20-B-L-F-U-MB
XCM20-B-L-F-U-MB-I
XCM20-B-F-U-MB-I
PWR-24V
NPB-BATT
27
Opus Technology Hardware
Executives
Opus XCM.20R Executive Controller/Server
Features Highlights
• Open protocols support
• Backwards compatible with legacy Novar
controllers and executive baseplates
• Compact form factor with metal
enclosure
• Integrated web-servers – accessible
via a web browser
• Integrated color touch screen display
• Integrated local inputs and outputs
Product Description
The Opus XCM 20R functions as an open
Building Automation System (BAS) network
manager that combines integrated control,
supervision, data logging, alarming, and
scheduling into a single controller platform.
The XCM 20R is designed to integrate diverse
devices into a seamless system, as it supports
a wide range of open protocols, including
BACnet®, MODBUS® and LonWorks®. The
XCM 20R also supports NovarNet protocol
and is backward compatible with most Novar
Logic One and Spectrum field controllers.
Application
28
Executive Specification Matrix
BAS supervisory control for HVAC, lighting
and energy management applications within
large buildings. The XCM.20R is ideal for
applications that require a local touch screen
user interface and inputs/outputs that are
centrally located with the Executive Controller. The XCM20R includes an integrated
enclosure and is compatible with legacy Logic
One EnvoiXE, EP2 and all Lingo baseplates,
making upgrades easy.
Opus XCM.20R Executive Controller/Server
Specifications
Mounting
•Compatible with the following surface mounted
baseplates: XCM 20R (new installations), EP2, Lingo,
Lingo XE, and Envoy XE.
Dimensions
•Height:
•Width:
•Depth:
13 inches
12.5 inches
2.0 inches
Power Requirements
•Input: 24 VAC, Class 2 (22 to 28 VAC),
•Frequency: 50/60 Hz
•Consumption: 40 VA
•Protection: all inputs/outputs protected against high
voltage surge and transients
Inputs
•8 Universal
- Thermistor: Type 3, 10K 14 to 212 F
- Voltage: 0-10VDC, input impedance >5K ohms
- Current: 4-20mA, input impedance >5Kohms,
loop source 20-24VDC
- Digital: contact closure or pulse, open circuit
voltage 5VDC, dry contact wetting current 4mA,
max pulse count frequency 20Hz @ 50% duty cycle
Outputs
•4 Digital: 24VAC or DC, 2 amps, Class 2 SPDT
relay outputs
Diagnostics
•5 integrated diagnostic points for monitoring
internal and external power supplies, system ambient
temperature and transformer ground fault status
Communications
•6 RS-485 Ports (non isolated; optimized failsafe
biasing provided on all ports)
- Application Protocol
- NovarNet : 1.7-9.6 kBd (biasing may be required)
- BACnet MSTP: max 76.8 Kbps
- Modbus RTU: 38.4 Kbps
•1 (Optional) LonWorks Port using additional
optional card: max 76.8 kbps
•1 RS-232 Port: 9-pin D-shell connector for serial
shell mode access
•2 Ethernet Ports: 10/100 Mbps
- Application Protocol
- BACnet IP
- Modbus TCP
- Niagara Network (Fox)
-oBix
Operating Environment
•Temperature: 32°F to 122°F (0°C to 50°C)
•Humidity: 10 to 90% Relative, non-condensing
Approvals
•Listed device: CUL/UL E90949; UL R/C E134292
•Standards used: Module is UL listed as PAZX and
PAZX7 per UL916 and also UL Recognized
Component as SDFY2 and SDFY8 per UL 873,
“Signal Equipment”, CE, FCC Part 15, Class A
•International:CE, C-Tick, and WEEE
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
•Xcm20Rio.jar version 1.1 or higher
LED Indicators
•Output
•Power
•Module Communications
•Network Communications
Part Numbers/Accessories
Name
Description
XCM20R-RC-C
XCM20R-EP2-C
XCM20R-LINGO-C
XCM20R-LXE-C
XCM20R-BPL-C
XCM20R-BPL XCM20R-BPL-TRAN
XCM20R-RC-KIT
XCM20R-RC-ADP
XCM20R-C-BFU
XCM20R-C-BFUM
XCM20R-C-BFUMI
XCM20R-C-BLFU
XCM20R-C-BLFUM
XCM20R-C-BLFUMI
XCM Battery
RC Base Cover
EP/2 Cover
Lingo Cover
Lingo XE Cover
XCM20R Base Cover
XCM20R Base (includes transition board and cover)
XCM20 BPL Transition board
RC Upgrade Kit (includes adaptor board and RC cover)
RC upgrade adaptor board
Color display, BACnet, FOX, UI
Color display, BACnet, FOX, UI, Modbus
Color display, BACnet, FOX, UI, Modbus & Modbus TCP
Color display, BACnet, Lon, FOX, UI
Color display, BACnet, Lon, FOX, UI, Modbus Color display, BACnet, Lon, FOX, UI, Modbus & Modbus TCP
Replacement Battery for all XCMs
Part Number
XCM20R-RC-C
XCM20R-EP2-C
XCM20R-LINGO-C
XCM20R-LXE-C
XCM20R-BPL-C
XCM20R-BPL
XCM20R-BPL-TRAN
XCM20R-RC-KIT
XCM20R-RC-ADP
XCM20R-C-BFU
XCM20R-C-BFUM
XCM20R-C-BFUMI
XCM20R-C-BLFU
XCM20R-C-BLFUM
XCM20R-C-BLFUMI
NPB-BATT
29
Opus Technology Hardware
Executives
xecutives
Executive Specification Matrix
Supported
# Quantity
8
8
8
8
8
8
8
8
8
8
8
8
3
3
3
3
3
3
3
3
3
3
3
3
0
0
0
0
0
0
0
0
0
0
0
0
8
0
0
0
0
0
0
0
0
0
0
0
0
9 0
4
4
4
4
4
4
4
4
4
4
4
4
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Integrated Enclosure
Integrated LCD
Embedded Web Server
Automated Demand/Load Response
Other
Energy Monitoring & Demand Control
Setpoint Control
Scheduling
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
64/64
Local Data Storage
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
50/64
System
2-Part Construction/Hot
Performance
Guideline
Local Alarm Collection & Notification
Surface Mount
Din-rail Mount
Ethernet Ports
RS-485 Ports (Max)
5
5
5
5
3
3
1
5
5
5
5
5
5
5
5
5
5
5
5
Lon Ports
Analog Outputs
Digital Outputs
Hardware Specs
NovarNet Nodes (Max Nodes/Loads)
8 2 3
Timed Override
(Dedicated) Inputs
Analog (Deticated) Inputs
Digital (Dedicated) Inputs
Universal Inputs
Niagara Network (Fox)
Obix
Lon
NovarNet
Modbus TCP
Embedded I/O
Open Network (Max Nodes/Loads)
XCM10S-B-F-U-MB
XCM20-B-F-U
XCM20-B-F-U-MB
XCM20-B-F-U-MB-I
XCM20-B-L-F-U-MB
XCM20-B-L-F-U-MB-I
XCM20-L-F-U
XCM20R-G-BFU
XCM20R-G-BFUM
XCM20R-G-BFUMI
XCM20R-G-BLFU
XCM20R-G-BLFUM
XCM20R-G-BLFUMI
XCM20R-C-BFU
XCM20R-C-BFUM
XCM20R-C-BFUMI
XCM20R-C-BLFU
XCM20R-C-BLFUM
XCM20R-C-BLFUMI
Modbus RTU
BACnet MSTP/IP
Comms
Opus Technology Hardware
Controllers
Universal BACnet Module (UBM)
Features Highlights
•
•
•
•
•
•
BACnet protocol
Functions as a controller or
distributed I/O
Fully programmable with Standard
applications available
Auto Device Discovery and Configuration
Small, compact design with
high point count
Removable terminal strips
Product Description
Novar’s UBM is a fully programmable BACnet module. It can be used as a direct digital
thermostat controller that provides integrated control of unitary, packaged, and staged
HVAC equipment – such as rooftop units. It
can also be programmed to control sophisticated HVAC equipment – such as built up
systems, air handlers, and chillers.
Additionally, the UBM can be programmed as
a distributed input/output module that can
be used to meet a wide variety of control,
metering, and monitoring applications.
Application
32
Control an assortment of HVAC and lighting
applications as well as monitor any digital or
analog point. The UBM is ideal for applications that require open protocols, high I/O
concentration, or sophisticated HVAC control
strategies.
Controller Application Matrix
Universal BACnet Module (UBM)
Specifications
Mounting
DIN Rail Mount OR Surface-mount in a control panel
using four slotted screw holes
Dimensions
•Height: 5.45 inches
•Width: 6.85 inches
•Depth: 2.26 inches
Power Requirements
•Input: 20-30 VAC, Class 2
•Frequency: 50/60 Hz
•Consumption: 5 VA
Inputs
•Universal (6 Points):
- 0-10V DC, 20K NTC, 4-20mA
These Universal Input points can be configured to the
above voltage, resistance, and current ranges. These
can be used for temperature, humidity, CO2, or relative
humidity depending on the chosen sensor.
•Digital (4 Points):
- Voltage Rating: 0 to 30 Vdc open circuit
- Input Type: Dry contact to detect open
and closed circuit
- Operating Range:
Open circuit = False; Closed circuit = True
- Resistance: Open circuit > 3,000 Ohms;
Closed circuit < 500 Ohms
Output
•Analog (3 Points – can be either current or voltage)
- Current
- Current Output Range: 4.0 to 20.0 mA
- Output Load Resistance: 550 Ohms maximum
- Analog outputs may be configured as digital
outputs and operate as follows:
•
False (0%)
produces the min possible value of 0 mA
•
True (100%)
produces the max possible value of 22 mA
- Voltage
- Voltage Output Range: 0.0 to 10.0 Vdc
- Maximum Output Current: 10.0 mA
- Analog outputs may be configured as digital
outputs and operate as follows:
•
False (0%)
produces the min possible value of 0 Vdc
•
True (100%)
produces the max possible value of 11 Vdc
•Digital (8 Points - Triac)
- Voltage Rating: 20 to 30 Vac @ 50/60Hz
- Current Rating: 25 mA to 500 mA continuous,
and 800 mA (AC rms) for
- 60 milliseconds
Approvals
•UL/cUL (E87741) listed under UL916 (Standard for
Open Energy Management Equipment) with plenum
rating. CSA (LR95329-3) listed.
•Meets FCC Part 15, Subpart B, Class B
(radiated emissions) requirements.
•Meets Canadian standard C108.8
(radiated emissions).
•Conforms to the following requirements per
European Consortium standards:
- EN 61000-6-1; 2001 (EU Immunity).
- EN 61000-6-3; 2001 (EU Emissions)
- BTL B-ASC (BACnet Testing Laboratories,
BACnet Application Specific Controller)
Communications
•Method: RS-485
•Application Protocol: BACnet MSTP,
maximum 76.8 Kbps
•Method: Two-Wire
•Application Protocol: Sylk™ Bus for supported
wall sensors
Application Requirements
•Opus Version 5.8 or higher
•Application Version 4.0 or higher
•NovarNet.jar version 2.6 or higher
•UnitConversion.jar
•docUBM.jar
•genericUIFramework.jar
•ubmSupport.jar
•ubmTool.jar
•ubm.jar
Operating Environment
•Temperature: -40° to 150°F (-40°C to 68.5°C)
•Humidity: 5% to 95% RH, non-condensing
LED Indicators
There is a single LED indicator with the following statuses denoted:
LED State
Blink Rate
OFF
Not applicable
Status or Condition
No power to processor, LED damaged, low voltage to board,
first second of power up or loader damaged.
ON
ON steady; not blinking Processor not operating. Application Program CRC being checked.
This takes 1-2 seconds and occurs on each restart (power up, reset
and reflash, and following configuration file download).
Very Slow Blink
(continuous)
Slow Blink
(continuous)
1 second ON,
1 second OFF
Controller is operating normally.
0.5 second ON,
0.5 second OFF
Controller alarm is active or is in the process
of configuration file download.
Medium Blink
(continuous)
0.3 second ON,
0.3 second OFF
Controller is in reflash mode or awaiting/receiving reflash
data via the BACnet network.
Part Numbers/Accessories
Name
Universal BACnet Module (UBM)
33
Description
UBM
Part Number
UBM-P-6438
Opus Technology Hardware
Controllers
Opus TCU.Z Programmable Thermostat
Features Highlights
• BACnet Protocol
• Customizable settings
(365-day programming and scheduling
ensures energy savings)
• Optional remote sensors
(allow remote installation)
• Convenient Overrides
(allow Temporary setpoint changes)
• P+I+D control minimizes
temperature fluctuations
• Integral keypad with multi-level lockout
• Integrated humidity sensor
Product Description
The TCU.Z is a direct digital BACnet thermostat controller that provides integrated control of unitary, packaged, and staged HVAC
equipment - such as rooftop units.
Application
The tcu.Z allows for advanced, quick and convenient control of single-zone rooftop units
and split systems. It’s ideal for upgrading
from conventional wall-mounted thermostats
to fully distributed digital control.
34
Controller Application Matrix
Opus TCU.Z Programmable Thermostat
Specifications
Mounting
•Can be wall mounted or onto a 2”x 4” wiring box
Dimensions
•Height: 4.25 inches
•Width: 6.75 inches
•Depth: 2.0 inches
Power Requirements
•Input: 24 VAC, Class 2
•Frequency: 50/60 Hz
•Consumption: 20 to 30 VAC
Inputs
•2 Thermistor: 20k Ohms
•1 Voltage: 0–10 VDC
Output
•7 Relay: 30VAC
Communications
•Method: RS-485
•Application Protocol: BACnet MSTP,
maximum 76.8 Kbps
LED Indicators
•None
Operating Environment
•Temperature: 30°F to 110°F (-1°C to 43°C)
•Humidity: 5% to 90% Relative, non-condensing
Approvals
•European Community Mark (CE) Listed.
•UL 873 Recognized, NEC Class 2.
•FCC Part 15, Subpart J, Class A.
•C-UL.
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
Part Numbers/Accessories
Name
Description
TCU.Z
TCU.Z Space-Mounted BACnet Thermostat, 20K Temp Sensor Input
35
Part Number
TCU-Z-3H3C
Opus Technology Hardware
Controllers
Unitary Control Module (UCM) Control Module
Features Highlights
• Supports a wide variety of HVAC control
applications
• LED status feedback
• Small, compact design
• Removable terminal strips
• Analog and Digital Outputs
Product Description
The UCM is a direct digital thermostat controller that provides integrated control of
unitary, packaged, and staged HVAC equipment - such as rooftop units, unit ventilators,
heat pumps, and dehumidification units.
Application
The versatile UCM can be configured as a
UVC, ETC or HPC application controller. It’s
designed for applications that require two
stages of analog or digital heating/cooling
control, a fan, and damper operations. UCMs
use NovarNet protocol and are ideal for
upgrading from conventional thermostats to
fully distributed digital control.
36
Controller Application Matrix
Unitary Control Module (UCM) Control Module
Specifications
Mounting
•Surface-mount in a RTU control panel or optional
enclosure, using four slotted screw holes.
Communications
•Method: RS-485
•Application protocol: NovarNet, 1.7-9.6kBd
Dimensions
•Height: 5.5 inches
•Width: 8.0 inches
•Depth: 1.0 inches
LED Indicators
•Output
•Power
•Module Communications
•Timed Override
•Schedule Status
Power Requirements
•Input: 24 VAC, Class 2
•Frequency: 50/60 Hz
•Consumption: 8 VA
Inputs
•2 Thermistor: Type 2, 10k (50 to 90 F for zone temp,
-30 to 220 F for discharge temp)
•1 Analog: 4-20mA
•3 Digital: contact closure only
Output
•6 Digital: 24VAC, 1- amp max, normally open relay
outputs
•3 Analog: 0–10 VDC
Part Numbers/Accessories
Name
Description
Unitary Control Module RTU Controller UCM
Operating Environment
•Temperature: -40° to 158°F (-40°C to 70°C)
•Humidity: 0% to 90% RH, non-condensing
Approvals
Listed device: CUL/UL E90949
Standards used: UL 916, Energy Management Equipment
CSA C22.2, No. 205-M1983, Signal Equipment
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
•NovarNet.jar version 2.6 or higher
Part Number
738020000
37
Opus Technology Hardware
Controllers
ETM-3051T (Electronic Thermostat Modules)
Features Highlights
• LED status feedback
• Small, compact design
• Removable terminal strips
Product Description
The ETM-3051T is a direct digital thermostat
controller that provides integrated control of
unitary, packaged, and staged HVAC equipment - such as rooftop units.
Application
The ETM-3051T is designed for applications
that require two stages of digital heating/
cooling control, a fan, and damper operations. It uses NovarNet™ protocol and is ideal
for upgrading from conventional thermostats
to fully distributed digital control.
38
Controller Application Matrix
ETM-3051T (Electronic Thermostat Modules)
Specifications
Mounting
•Surface-mount in a RTU control panel or optional
enclosure, using four slotted screw holes
Communications
•Method:RS-485
•Application protocol: NovarNet, 1.7-9.6kBd
Dimensions (electronics and baseplates)
•Height: 5.9 inches
•Width: 7.5 inches
•Depth: 1.625 inches
LED Indicators
•Output
•Power
•Module Communications
•Timed Override
•Schedule Status
Power Requirements
•Input: 24 VAC or VDC, Class 2
•Frequency: 50/60 Hz
•Consumption: 10 VA
•Protection: all inputs/outputs protected against lightening induced surge or voltage transients
Inputs
•3 Thermistor: Type 2, 10k (50 to 90 F for zone temp,
-30 to 220 F for discharge temp)
•1 Analog: 4-20mA
•3 Digital: contact closure only
Output
•7 Digital: 24VAC, 1- amp max, normally open relay
outputs
Part Numbers/Accessories
Name
Description
Electronic Thermostat Module ETM-3051T ETM-3051T
Operating Environment
•Temperature: -40°F to 158°F (-40°C to 70°C)
•Humidity: 0 to 90% Relative, non-condensing
Approvals
•Listed device: CUL/UL E90949
•Standards used: UL 916, Energy Management Equipment CSA C22.2, No. 205-M1983, Signal Equipment
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
•NovarNet.jar version 2.6 or higher
Part Number
736010500
39
Supported
Analog
Digital
Analog or Digital
Programmable
UCM
ETC-1
ETC-2
ETC-6
UVC-1
UVC-3
UVC-9
UVC-10
UVC-11
UVC-13
HPC+
ETM-2020
ETM-2024
ETM-2040
ETM-2050
ETM-2051
ETM-3051T
UBM.6438
UBM-P
UBM-ADG
TCU.Z
Integrated
20K Thermistors Type 1
10K Thermistor Type 3
10K Thermistor Type 2
mVDC
Load Shed / DR
0-10VDC
4-20mA
Controller Application Matrix
Controllers
Analog Sensors
Opus Technology Hardware
Demand Active Fan Mode
Demand Active in Heat Mode
Demand Active in Cool Mode
Setpoint Adjust
Misc
Load shed Off
IMC Fault Alarm
Wall Mount
Zone Temp Averaging (local)
Fan
Zone Sensor Failure Mode (Local)
Dehumidification with Reheat
Phase Loss
Continuous
Damper
Auto
Unoccupied bypass
Emergency State
Proportional Gain
Enthalpy Lockout
Cool Setpoint Offset
CO2 Demand Ventilation
Heat
Purge Enabled
Minimum Position Setpoint
OAT Low Limit
OAT High Limit
Economizer/Ventilation Mode
Gas/Electric mode
Inter-stage Time Delay
Inter-stage Differentials
Proportional Gain
Direct Act(Direct/Reverse)
Cooling
Emergency State
Maximun Discharge Temp
Minimum Discharge Temp
Heat Output Scaling Lockout
OAT Lockout
Inter-stage Time Delay
Inter-stage Differentials
Proportional Gain
Direct Act (Direct/Reverse)
Setpoint Control
Emergency State
Minimum Discharge Temp
OAT Lockout
Cooling Setpoint Reset
Unoccupied
Employee
Customer
Output
Unit or Group
Nite Mode Damper
Relief Damper
Damper
Reversing Valve
Aux Heat/Heat 3
Heat 2
Input
Heat 1
Cool 3
Cool 2
Cool 1
Fan
Heat, Cool, & Fan Confirm
Compressor Status
Auxiliary Status
Freeze Status
Timed Override
Setpoint Adjust
Comms
Dirty Filter
Airflow
Humidity
Zone2/Return Temp
Discharge Temp
Zone Temp
NovarNet
BACnet
Controllers
Opus Technology Hardware
Integration
Opus BAS System Integration
Description
Using an open architecture and industry standards, Opus can integrate all of your buildings HVAC, lighting and metering systems
into a single BAS solution.
Custom Applications
Opus is designed to remove the hurdles that
have historically existed when integrating diverse smart devices within multi-site facilities.
Opus integrates these devices regardless of
the manufacturer or communication protocol
(LonWorks®, BACnet™, MODBUS®, oBIX™,
etc.) so you can preserve existing investments
in control and monitoring devices.
For customers with a diverse portfolio of BAS
and controls equipment, Novar offers services
for creating custom integrated solutions that
can provide a seamless view into their entire
enterprise.
42
Standard Applications
Lennox® HVAC Rooftop Unit*
Opus BAS provides a BACnet interface and a
proprietary gateway (LSE) for Lennox RTUs.
These interfaces allow the Opus XCM to communicate directly with the integrated RTU
controller and replace conventional thermostat controls. They offer advanced features
such as economizer damper control with
position feedback, dehumidification systems
control, equipment performance alarm notification, and a full complement of IMC error
codes with remote reset.
Opus BAS System Integration
Specifications
York® Rooftop Unit*
Opus BAS provides a Modbus interface for
York RTUs. This interface allows the Opus
XCM to communicate directly with the integrated RTU controller and replace conventional thermostat controls.
Square-D® Powerlink Lighting Controls*
Opus BAS provides BACnet and MODBUS
interfaces for Square-D lighting panels. This
interface allows the Opus XCM to communicate directly with the Square-D G3 lighting
controller located in the Powerlink lighting
panel and replaces conventional lighting controls such as input/output modules, contactors and relays.
* for more detail about these product and their
capabilities, please refer to the manufacturers
specifications.
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
•NovarNet.jar version 2.6 or higher
(for LSE applications only)
Part Numbers/Accessories
Description
Part Number
Lennox BACnet Interface
Opus-B-LNX
York MODBUS Interface
Opus-M-YRK
Opus-B-SQD
Square-D BACnet Interface
Square-D MODBUS Interface
Opus-M-SQD
LSE01 736005010
LSE05736005050
LSE10736005100
LSE15736005150
LSE20 736005200
LSE25736005250
LSE31736005310
43
Opus Technology Hardware
I/O
Universal BACnet Module (UBM)
Features Highlights
• BACnet protocol
• Functions as a controller or
distsributed I/O
• Fully programmable with Standard
applications available
• Auto Device Discovery and Configuration
• Small, compact design with
high point count
• Removable terminal strips
Product Description
Novar’s UBM can be programmed as a distributed input/output module that can be
used to meet a wide variety of control, metering, and monitoring applications.
Additionally, the UBM is a fully programmable BACnet module. It can be used as a direct
digital thermostat controller that provides
integrated control of unitary, packaged, and
staged HVAC equipment – such as rooftop
units. It can also be programmed to control
sophisticated HVAC equipment – such as built
up systems, air handlers, and chillers.
Application
44
Control an assortment of HVAC and lighting
applications as well as monitor any digital or
analog point. The UBM is ideal for applications that require open protocols, high I/O
concentration, or sophisticated HVAC control
strategies.
I/O Application Matrix
Universal BACnet Module (UBM)
Specifications
Mounting
DIN Rail Mount OR Surface-mount in a control panel
using four slotted screw holes
Dimensions
•Height: 5.45 inches
•Width: 6.85 inches
•Depth: 2.26 inches
Power Requirements
•Input: 20-30 VAC, Class 2
•Frequency: 50/60 Hz
•Consumption: 5 VA
Inputs
•Universal (6 Points):
- 0-10V DC, 20K NTC, 4-20mA
These Universal Input points can be configured to the
above voltage, resistance, and current ranges. These
can be used for temperature, humidity, CO2, or relative
humidity depending on the chosen sensor.
•Digital (4 Points):
- Voltage Rating: 0 to 30 Vdc open circuit
- Input Type: Dry contact to detect open
and closed circuit
- Operating Range:
Open circuit = False; Closed circuit = True
- Resistance: Open circuit > 3,000 Ohms;
Closed circuit < 500 Ohms
Output
•Analog (3 Points – can be either current or voltage)
- Current
- Current Output Range: 4.0 to 20.0 mA
- Output Load Resistance: 550 Ohms maximum
- Analog outputs may be configured as digital
outputs and operate as follows:
•
False (0%)
produces the min possible value of 0 mA
•
True (100%)
produces the max possible value of 22 mA
- Voltage
- Voltage Output Range: 0.0 to 10.0 Vdc
- Maximum Output Current: 10.0 mA
- Analog outputs may be configured as digital
outputs and operate as follows:
•
False (0%)
produces the min possible value of 0 Vdc
•
True (100%)
produces the max possible value of 11 Vdc
•Digital (8 Points - Triac)
- Voltage Rating: 20 to 30 Vac @ 50/60Hz
- Current Rating: 25 mA to 500 mA continuous,
and 800 mA (AC rms) for
- 60 milliseconds
Approvals
•UL/cUL (E87741) listed under UL916 (Standard for
Open Energy Management Equipment) with plenum
rating. CSA (LR95329-3) listed.
•Meets FCC Part 15, Subpart B, Class B
(radiated emissions) requirements.
•Meets Canadian standard C108.8
(radiated emissions).
•Conforms to the following requirements per
European Consortium standards:
- EN 61000-6-1; 2001 (EU Immunity).
- EN 61000-6-3; 2001 (EU Emissions)
- BTL B-ASC (BACnet Testing Laboratories,
BACnet Application Specific Controller)
Communications
•Method: RS-485
•Application Protocol: BACnet MSTP,
maximum 76.8 Kbps
•Method: Two-Wire
•Application Protocol: Sylk™ Bus for supported
wall sensors
Application Requirements
•Opus Version 5.8 or higher
•Application Version 4.0 or higher
•NovarNet.jar version 2.6 or higher
•UnitConversion.jar
•docUBM.jar
•genericUIFramework.jar
•ubmSupport.jar
•ubmTool.jar
•ubm.jar
Operating Environment
•Temperature: -40° to 150°F (-40°C to 68.5°C)
•Humidity: 5% to 95% RH, non-condensing
LED Indicators
There is a single LED indicator with the following statuses denoted:
LED State
Blink Rate
OFF
Not applicable
Status or Condition
No power to processor, LED damaged, low voltage to board,
first second of power up or loader damaged.
ON
ON steady; not blinking Processor not operating. Application Program CRC being checked.
This takes 1-2 seconds and occurs on each restart (power up, reset
and reflash, and following configuration file download).
Very Slow Blink
(continuous)
Slow Blink
(continuous)
1 second ON,
1 second OFF
Controller is operating normally.
0.5 second ON,
0.5 second OFF
Controller alarm is active or is in the process
of configuration file download.
Medium Blink
(continuous)
0.3 second ON,
0.3 second OFF
Controller is in reflash mode or awaiting/receiving reflash
data via the BACnet network.
Part Numbers/Accessories
Name
Universal BACnet Module (UBM)
45
Description
UBM
Part Number
UBM-P-6438
Opus Technology Hardware
I/O
MinIO Distributed I/O module
Features Highlights
• Relay outputs for switching line
voltage loads
• Dedicated analog outputs
• Highly configurable universal inputs
• Dedicated digital inputs for pulse meters
• Surge suppression protection on
all I/O points
• Remote firmware upgrades
Product Description
The MINio functions as a distributed input
and output module on the Opus BAS network. It offers a combination of easily configurable inputs and outputs that can be used
to meet a wide variety of control, metering,
and monitoring applications.
Application
Control an assortment of HVAC and lighting
applications as well as monitor any digital or
analog point. Ideal for applications that require NovarNet protocol and distributed I/O.
46
I/O Application Matrix
MinIO Distributed I/O module
Specifications
Mounting
•Surface mounted within a control panel or
optional enclosure
Dimensions
•Height: 6.20 inches
•Width: 8.35 inches
•Depth: 1.88 inches
Power Requirements
•Input: 24 VAC, Class 2 (20 to 28 VAC)
•Frequency: 50/60 Hz
•Consumption: 14 VA
•Protection: protected against high voltage continuous application of 28 VAC and transients in excess of
28 VAC
Inputs
•6 Universal
- Thermistor: Type 2, 20k -30 to 220 F
- Voltage: 0V to 10VDC
- Current: 4 – 20mA loop powered sensor mode
- Digital: contact closure and pulse, input
impedance 250Ω, 24mA wetting current
•2 Dedicated Digital: contact closure and pulse,
5mA wetting current, frequency response
10hHz maximum
Part Numbers/Accessories
Name
MINio
MINio BPL
Output
•6 Form C Relay: 125VAC-240VAC, 125VA Pilot Duty,
30VDC/240VAC MAX. 5A Resistive, 1/8 HP 125VAC,
1/3 HP 240VAC
•2 Analog: 0 – 10VDC, drive capability of 5mA
at 10VDC
Communications
•Method: RS-485
•Application protocol: NovarNet, 1.7-9.6kBd
LED Indicators
•Output relay
•Power
•Module communication
Operating Environment
•Temperature: -40°F to 140°F (-40°C to 60°C)
•Humidity: 5% to 95% Relative, non-condensing
Approvals
•Listed device: CUL C22.2, No 24-1993/UL 873
•Standards used: UL 916, Energy Management
Equipment CSA C22.2, No. 205-M1983
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
•NovarNet.jar version 2.6 or higher
Description
MINio distributed I/O module
Optional Enclosure
Part Number
737200000
737200100
47
Supported
# Quantity
6
6
2
4
0 0 6
0 0 8
2
3
* Also supported on the embedded I/O on the xcm.10S and xcm.20R
**Also supported on the embedded I/O on the xcm.20R
Time Override
Load Shed/Demand Response
Site Emergency
OAT Lockout
Min On/Off
Control to Schedule
Control to a Networked Analog Point
Fan (Dig. Out)*
Control to a Networked Digital Point
Control to Analog Sensor
Load Shed/Demand Response
Lead Lag
Timed Override
Unit Heater (Dig. Out)*
Output state sensor fail
Setpoint Override
Load Shed Demand Response
Timed Override
Control to Temp
Control to Digital Point
Control to Schedule
Setpoint Differential
Ext.Lighting (Dig.Out)* Dim. Lighting (Analog Out)**
OAT lockout
Emp, Cust, Unocc Setpoints
Output on/off setpoint (ftcd)
Load shed/ Demand Response
Output state sensor fail
Timed Override
Monitoring Applications
Control to Digital Point
Control to Schedule
Site Emergency Response
Min On/Min Off Time
Photocell (light sensor)
Timed Override
Control to Digital Point
Control to Schedule
Site Emergency Response
Min On/Min Off Time
Int.Lighting (Dig.Out)*
Photocell (light sensor)
Timed Override
Load shed/ Demand Response
Control to Digital Point
Control to Schedule
Site Emergency Response
Min On/Min Off Time
Type
Photocell (light sensor)
Timed Override
Digital
Pulse count 16-bit
Analog 0-10 VDC
Analog 1-5 VDC
Outputs
Analog 4-20mA
Thermistor 10K type 3 (-30 to 220 F/-34
Thermistor 10K type 2 (-30 to 220 F/-34
Thermistor 20K type 2 (-30 to 220 F/-34
Analog
Inputs
Digital
Timed Override (Dedicated)
Comms
Analog (Deticated)
Digital (Dedicated)
NDIO
Universal
MINio
UBM
NovarNet
BACnet
I/O Application Matrix
I/O Modules
Control Applications
Opus Technology Hardware
I/O
Custom Loads (Dig. Out)*
Opus Technology Hardware
Meters
Class 3200 Smart Meter
Features Highlights
• Integrated display
• Split-core current sensors
• BACnet MSTP communications
• On-board diagnostics
Product Description
The E-Mon D-Mon® Class 3200 meter is a
3-element meter with communications. The
device is used to monitor electric power usage of individual loads (after the utility meter)
and store kW and kVAR data for automatic
meter reading. It provides real-time monitoring of kWh, kW demand, power factor, voltages, and amperages.
Application
As an integrated BAS component these meters allow for advanced energy monitoring
and control features such as demand limiting,
demand response, and load response.
50
Meter Application Matrix
Class 3200 Smart Meter
Specifications
Mounting
•Surface mounted within a NEMA 4X rated enclosure
•Multiple Meter Unit
Dimensions
•Height: 7.75 inches
•Width: 7.75 inches
•Depth: 4.0 inches
Power Requirements
•Input Voltage Configuration: 3-wire (delta)
or 4-wire (wye)
•Mains Voltage Input: Up To 600 VAC RMS available
•Input Power: 6 VA maximum
•Current Sensor Rating: Up To 3200 amps
RMS AC available
•Power Factor: 0.5 leading or lagging
•Line Frequency: 50-60 Hz
•Voltage Overload +25% continuously: +100%
For 20 cycles
•Current Sensor Overload: 100% for 1 minute
Standard Ranges
•4-Wire Wye: 208 VAC: 100, 200, 400, 800,1600 Amp
•3-Wire Delta: 240 VAC: 100, 200, 400, 800,1600 Amp
•4-Wire Wye: 480 VAC: 100, 200, 400, 800,1600 Amp
•3-Wire Delta: 480 VAC: 100, 200, 400, 800,1600 Amp
•4-Wire Wye: 600 VAC: 100, 200, 400, 800,1600 Amp
Communications
•Method: RS-485
•Application Protocol:
- Modbus RTU max 38.4 Kbps
- BACnet MS/TP max 38.4 Kbps
- RS-232 (local computer communication only)
LED Indicators
•None, LCD Display
Operating Environment
•Temperature Range: -20C to +50C
•Relative Humidity Range: 0-95% non-condensing
Approvals
•Listed device: CUL/UL (Listed to latest applicable
standards for safety)
•Metering Accuracy: ANSI C12.20
•NEMA 4X
Ordering Information
Name
Class 3200 Meter
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
Part Number
Meter32
Model Number
E32–XXXXXXXXXXXKIT
Part and Model Numbers are required in ordering. Model numbers vary based on the configuration selected. Below are the available configuration options and an example of the part/model
number.
Brand
Class
Voltage
Amperage
Enclosure
Protocol
Split Core CT
E
32-
208
100M
RTU
KIT
Configuration Options
208
208V THREE PHASE 3/4W
480
480V THREE PHASE 3/4W
600
600V THREE PHASE 4W
100100 amp
200200 amp
400400 amp
800800 amp
1600
1600 amp (no dash required)
3200
3200 amp (no dash required)
M
MMU
R
Rain-tight, non-metallic, NEMA 4X
(standard)
RTU
Modbus RTU
BAC
BACnet MS/TP
51
Opus Technology Hardware
Meters
Class 5000 Smart Meter
Features Highlights
• Integral display
• Split-core current sensors
• BACnet MS/TP or IP communications
• On-board diagnostics
Product Description
The E-Mon D-Mon® Class 5000 meter is a
3-element meter with communications. The
device is used to monitor electric power usage of individual loads (after the utility meter)
and store kW and kVAR data for automatic
meter reading. It provides real-time monitoring of kWh, kW demand, kVA, kVAR, power
factor, voltages, and amperages.
Application
As an integrated BAS component these meters allow for advanced energy monitoring
and control features such as demand limiting,
demand response, and load response. The
class 5000 meter is dual protocol capable and
provides RS-854 and Ethernet communications. Its Ethernet communications make it an
ideal solution for stand-alone meter applications or when one-minute interval data is
required.
52
Meter Application Matrix
Class 5000 Smart Meter
Specifications
Mounting
•Surface mounted within a NEMA 4X rated enclosure
Dimensions
•Height: 7.75 inches
•Width: 7.75 inches
•Depth: 4.0 inches
Power Requirements
•Input Voltage Configuration: 3-wire (delta) or
4-wire (wye)
•Mains Voltage Input: Up To 600 VAC RMS available
•Input Power: 6 VA maximum
•Current Sensor Rating: Up To 3200 amps
RMS AC available
•Power Factor: 0.5 leading or lagging
•Line Frequency: 50-60 Hz
•Voltage Overload +25% continuously: +100%
For 20 cycles
•Current Sensor Overload: 100% for 1 minute
Standard Ranges
•4-Wire Wye: 208 VAC: 100, 200, 400, 800,1600 Amp
•3-Wire Delta: 240 VAC: 100, 200, 400, 800,1600 Amp
•4-Wire Wye: 480 VAC: 100, 200, 400, 800,1600 Amp
•3-Wire Delta: 480 VAC: 100, 200, 400, 800,1600 Amp
•4-Wire Wye: 600 VAC: 100, 200, 400, 800,1600 Amp
Communications
•Method: RS-485
- Application Protocol: Modbus RTU max 38.4 Kbps,
BACnet MS/TP max 38.4 Kbps , RS-232 (local
computer communication only)
•Method: Ethernet
- Application Protocol: Modbus TCP or BACnet IP
(BACnet IP not available with BACnet MSTP)
LED Indicators
•None, LCD Display
Operating Environment
•Temperature Range: -20C to +50C
•Relative Humidity Range: 0-95% non-condensing
Approvals
•Listed device: CUL/UL (Listed to latest applicable
standards for safety)
•Metering Accuracy: ANSI C12.20
•NEMA 4X
Ordering Information
Name
Class 5000 Meter
Application Requirements
•Opus Version 5.5 or higher
•Application Version 4.0 or higher
Part Number
Meter50
Model Number
E50–XXXXXXXRXXKIT
Part and Model Numbers are required in ordering. Model numbers vary based on the configuration selected. Below are the available configuration options and an example of the part/model
number.
Brand
Class
Voltage
Amperage
Enclosure
Protocol
E
50-
208
100R
02
Configuration Options
208
208V THREE PHASE 3/4W
480
480V THREE PHASE 3/4W
600
600V THREE PHASE 4W
100100 amp
200200 amp
400400 amp
800800 amp
1600
1600 amp (no dash required)
3200
3200 amp (no dash required)
02
03
05
06
Split Core CT
KIT
Modbus RTU
BACnet MS/TP
BACnet IP
Modbus RTU &
TCP/IP
53
Supported
Analog
Digital
Analog or Digital
Programmable
E-Mon Class 3200
E-Mon Class 5000
Integrated
1600 Amp
800 Amp
400 Amp
Voltage
200 Amp
100 Amp
277/480V, 3-Phase (Wye)
347/600V, 3-Phase (Wye)
Data Output
120/208-240V, 3-Phase (Delta)
120/208-240V, 3-Phase (Wye)
277/480V, 3-Phase (Delta)
Amps/Phase
Voltage/Phase to Neutral
Voltage/Phase
Power Factor % & Angle/Phase
Frequency
Power Factor/Phase
Application
kW, kVA & kVAR/Phase
Total kW, kVA & kVAR
Realtime Load in kW
kW Demand
kWh
Phase Loss
Submetering
Power Monitoring
Hardware Specs
Automated DR/LR
Pulse Output
Split-core CT
MMU Mount
Surface Mount NEMA 4X Enclosure
Comms
Ethernet Ports
RS-485 Ports
Integrated Display
Modbus TCP
Modbus RTU
BACnet IP
BACnet MSTP
etersMeter Application Matrix
Opus Technology Hardware
Meters
Amperage
VFD SMARTDrive
Features Highlights
• Easy to install and configure
• Integrated/detachable keypad
• BACnet protocol support
• Easily integrates with Opus or Other BAS
• Remote access to Feedback & Fault Status
Opus Technology Hardware
Variable Frequency Drives
Product Description
Novar’s variable frequency drives (VFD) are offered
in a variety of horsepower and amperages. These
drives can be applied to new or existing rooftop
units to control the speed of the motor, or the
equipment driven by the motor – such as the
blower fan. Using VFDs to control blower fans can
significantly reduce energy usage, improve comfort, reduce power factor, and extend equipment
life.
Application
As an integrated BAS component, Novar’s VFDs
are designed to run 3 phase standard and high
efficiency induction motors by varying the output
voltage and frequency. Three standard applications are offered to control HVAC fans to ensure
they run at the optimal speed needed to meet the
actual load required to condition the area served
and to maximize energy efficiency. These applications include:
UBM - Ideal for BACnet applications.
ETM/Minio - Ideal for NovarNet Integration
Thermostat/Relay - Ideal for 3rd Party BAS Integration
55
Opus Technology Hardware
Variable Frequency Drives
VFD SMARTDrive
Specifications
Mounting
Drive must be located in the indoor blower fan cabinet
and be surface in a vertical position using four screws
Dimensions
Frame 4 (HP 0.75 – 3)
•Height: 12.9 inches
•Width: 5 inches
•Depth: 7.5 inches
Frame 5 (HP 5 – 10)
•Height: 16.5 inches
•Width: 5.7 inches
•Depth: 8.4 inches
Frame 6 (HP 15 & 20)
•Height: 21.9 inches
•Width: 7.7 inches
•Depth: 9 inches
Frame 7 (HP 25 - 40)
•Height: 25.4 inches
•Width: 9.3 inches
•Depth: 10.2 inches
Frame 8 (HP 50 – 75)
•Height: 38 inches
•Width: 11.4 inches
•Depth: 13.5 inches
Frame 9 (HP 100 – 125)
•Height: 45.3 inches
•Width: 18.9 inches
•Depth: 14.4 inches
Power Requirements
Mains Connection
•Input (Uin): 208/240V; 380/480V (+/- 10%)
•Frequency: 47-66 Hz
•Starting delay: Frames 4-9 seconds
Motor Connection
•Output: 0-Uin (+/- 10%)
•Frequency: 0-320 Hz (resolution 0.01 Hz)
•Starting current: 2 seconds every 20 seconds
Control Characteristics
•Switching frequency: 1.5-10 kHz
•Field weakening point: 8-320Hz
•Acceleration time: 0.1-3000 seconds
•Deceleration time: 0.1-3000 seconds
Inputs
•6 Digital:
•Voltage Rating:
0 to 30 VDC open circuit
•Input Type:
Dry contact to detect open and closed circuit
•2 Analog:
•Voltage: 0-10VDC
•Current: 0-20mA
•1 Thermistor: 4.7kΩ (PTC), Measuring 3.5V
Feature
56
Communications/Protocols
BACnet
NovarNet
3rd-Party-Proprietary
Feedback
Motor Speed
Torque
Amperages
Bypass
Fault Condition (identity of fault type)
Fault Status (faulted or not)
Remote Setpoint Adjust
Output
•2 Relay: 24VDC, 8A Max
Communications
•Method: RS-485
•Application Protocol:
BACnet MSTP, maximum 76.8 Kbps
Operating Environment
•Temperature: 14° (no frost) to 104°F (-10°C to 40°C)
•Humidity: 0% to 95% RH, non-condensing
Approvals
•UL/cUL listed 9D42
•CE
•EMC (at default settings):
•EN 61800-3; 2004 (Immunity)
•EN 61800-3; 2004 (Emissions)
Option 1
(UBM)
Option 2
Option 3
(ETM/MINio) (ETM/Relay)
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Variable Frequency Drives
Part Numbers/Accessories
VFD SmartDrives
Voltage
480 VAC
HP
AMPS
Frame
Part Number
1.5
3.4
4
2
4.8
3
4
Voltage
HP
AMPS
Frame
Part Number
HVFDSD3C0015G100/U
.75
3.7
4
HVFDSD3A0007G100/U
4
HVFDSD3C0020G100/U
1
4.8
4
HVFDSD3A0010G100/U
5.6
4
HVFDSD3C0030G100/U
1.5
6.6
4
HVFDSD3A0015G100/U
8
4
HVFDSD3C0040G100/U
2
8
4
HVFDSD3A0020G100/U
5
9.6
4
HVFDSD3C0050G100/U
3
11
4
HVFDSD3A0030G100/U
7.5
12
4
HVFDSD3C0075G100/U
5
18
5
HVFDSD3A0050G100/U
10
16
5
HVFDSD3C0100G100/U
7.5
24
5
HVFDSD3A0075G100/U
15
23
5
HVFDSD3C0150G100/U
10
31
5
HVFDSD3A0100G100/U
20
31
5
HVFDSD3C0200G100/U
15
48
6
HVFDSD3A0150G100/U
25
38
6
HVFDSD3C0250G100/U
20
62
6
HVFDSD3A0200G100/U
30
46
6
HVFDSD3C0300G100/U
25
75
7
HVFDSD3A0250G100/U
40
61
6
HVFDSD3C0400G100/U
30
88
7
HVFDSD3A0300G100/U
50
72
7
HVFDSD3C0500G100/U
40
105
7
HVFDSD3A0400G100/U
60
87
7
HVFDSD3C0600G100/U
50
140
8
HVFDSD3A0500G100/U
75
105
7
HVFDSD3C0750G100/U
60
170
8
HVFDSD3A0600G100/U
100
140
8
HVFDSD3C1000G100/U
75
205
8
HVFDSD3A0750G100/U
125
170
8
HVFDSD3C1250G100/U
100
261
9
HVFDSD3A1000G100/U
150
205
8
HVFDSD3C1500G100/U
125
310
9
HVFDSD3A1250G100/U
200
261
9
HVFDSD3C2500G100/U
208/230 VAC
VFD SmartDrive Accessories
Replacement Graphical Keypad
HVFDSDGRAPHICKP/U
Frame 4 Replacement Fan
HVFDSDFANFR4/U
Frame 5 Replacement Fan
HVFDSDFANFR5/U
Frame 6 Replacement Fan
HVFDSDFANFR6/U
Frame 7 Replacement Fan
HVFDSDFANFR7/U
Replacement Install Accessories Frame 4
HVFDSDINSTALLFR4/U
Replacement Install Accessories Frame 5
HVFDSDINSTALLFR5/U
Replacement Install Accessories Frame 6
HVFDSDINSTALLFR6/U
1 x AI, 2 x AO (isolated, D- and E- slot compatible)
HVFDSDOPT1AI2AO/U
Battery Package, 5 pcs, for Real Time Clock
HVFDSDBATTERY/U
VFD commissioning cable & USB adaptor
HVFDCABLE/U
Panel mount kit for SmartVFD HVAC display for NEMA 12 install 3 meter cable
HVFDSDMOUNTKIT/U
57
Temperature
Sensors
Sensors
Temperature
Features Highlights
• Indoor, outdoor and duct mounting options
• Combination sensors available
• Outdoor sensor assembly option
• Wide operating ranges
• Thermistor, 4-20mA, Voltage sensors available
• Open protocol options
Product Description
58
Novar offers a wide range of sensors for monitoring and controlling a building. Our products provide
solutions for sensing temperature, relative humidity,
CO2, ambient light, current, and pressure.
FTS-1
FTS-3
FTS-3A
FTS-4
FTS-4A
WTS-10
WTS-UVC
WTS-SOS
TR-21
TR-23
TR-71
TR-71-H
DTS-30
DTS-50
RTS-10
RTS-30
RTS-40
RTS-50
RTS-UVC
KTV-24
C7041B
OTS-2
732203000
732403000
732401000
732503000
732501000
712003000
736002000
736006000
N-TR21
N-TR23
N-TR71
N-TR71-H
712007000
712000000
712004000
712006000
712008000
712010000
736003000
50041353-001
C7041B2005
735070000
Supported
Override
Integrated Humidity Sensor
Setpoint Adjust
20 to 144 F
50 to 90 F
-30 to 220 F
Other
20 to 127 F
-40 to 120 F
70 to 220 F
-40 to 70 F
20 to 170 F
20 to 120 F
Range
Sylk Bus
mVDC
20K Thermistors Type 2
10K Thermistor Type 2
Output
4-20mA
Type
Outdoor
Part Number
Duct
Temperature Sensors
Humidity Sensors
Current Monitoring Sensors
CO2 Sensors
Outdoor Sensor Assemblies
Light Sensors
Combo Sensors
Indoor
Opus Technology Hardware
Sensors
CWLSXX
C7632A
IAQ-WNC-D
Telaire CO2 Sensor
Supported
V-CWLSXX
C7632A1004
N-1508A1017
815002000
Accuracy
LCD Display
Range
LCD Display
.75 to 150A
0-30/60/120A
Output
+/- 5% Full Scale
Range
3.5 to 135A
Digital
4-20mA
LCD Display
+/-5% (30 to 70% RH)
+/-3% (10 to 80% RH)
10 to 90% RH
0 to 100% RH
0-10VDC
0-5VDC
4-20mA
Outdoor
Indoor
Output
+/- 30ppm (+3% of
reading for 0-2000ppm)
Output
Variable Frequency
Type
+/- 30ppm (+5% of
reading from 2000-5000ppm)
Type
Type
+/- 30ppm
(+/- 2% measured value)
Part Number
0 to 2000ppm
CO2 Sensors
Load Trending
Part Number
0 to 2000/5000ppm
Go/No Go Status
Current Monitoring Sensors
0-10VDC
HO3XMSX (Veris)
HWL3XSX (Veris)
H7655A
RH3-R
4-20mA
Humidity Sensors
0-5VDC
Comms
Indoor
CO2Sensors
Modbus RTU
BACnet MSTP
Humidity Sensors
Range Accuracy Other
V-HO3XMSX
V-HWL3XSTA
H7655A1001/U
780100000
Supported
Current Monitoring Sensors
Other
H904
H921
RIBXGTA
Supported
Other
59
Outdoor Sensor Assemblies
OSA-300
OSA-300 w/Humidity
OSA-1.5K w/Humidity
Supported
V-HWL3XSTA
N-1508 A 1005
N-1508 A 1013
N-1508 1021
HO3XMSX (Veris)
ALS-300
100 to 5000fc
0 to 1500 fc
708100000
708101000
813000101
Other
LCD Display
+/- 30ppm (+3% of
reading for 0-2000ppm)
CO2
Accuracy
+/- 30ppm (+5% of
reading from 2000-5000ppm)
0 to 2000/5000ppm
+/-3% (10 to 80% RH)
+/-5% (at 50% RH)
RH
Accuracy Range
0 to 95%
Range
0 to 100%
+/- .5C
+/- 1 F
32 to 122F
0-10VDC
0-5VDC
4-20mA
50 to 95F
Temp
Range Accuracy
Output
Indoor CO2
Indoor RH
Type
Indoor Temp
Comms
Modbus RTU
Part Number
BACnet MSTP
HWL3XSTA (Veris) -COMBO
IAQ-WAC-TRH
IAQ-WAC-TRH-D
IAQ-WNC-TRH-D
Range
Supported
Combo Sensors
60
Output
0 to 300 fc
Type
Indoor
Part Number
ALS-300
ALS-1.5K
ALS-5000
Combo Sensors
OTS-2
Light Sensors
4-20mA
Light Sensors
78005000
780652000
780651500
Outdoor
Supported
Sensors
Light
Type
ALS-1.5K
Part Number
Humidity
Outdoor Sensor Assembiles
Temperature
Opus Technology Hardware
Sensors
Novar Opus BAS System
Peripherals
Product Description
Novar offers a wide range of peripherals to support the installation of your BAS. Our
line of peripheral products include: interface/lighting panels, enclosures, power supplies, wire, relays/contactors, and user interfaces devices such as – XCM LCD and pushbutton overrides.
Part Number
Interface Panels
846000000
BRD968 CTI Conventional Thermostat Interface Board for Trane® RTU
780051000
CP-1 Interface Panel w/ 8 Relays, 2 Transformers, 110VAC Receptacle
Part Number
Lighting Panels
779002000
MINioCP Contactor Panel - 5 Contactors (space for 12), Transformer
779000400
RCP-4 Contactor Panel - 7 Relays, 5 Contactors (space for 14), Transformer
860057100
Eclipse Light Dimming Panel 2.0
Part Number
Enclosures
770012000
Metal Enclosure, 18 x 24 x 6
770013000
Metal Enclosure, 18 x 18 x 6
770015000
Metal Enclosure, 18 x 12 x 6
770014000
Metal Enclosure, 12 x 12 x 6
50036373-002
NEMA4 Non-Metallic Enclosure 10 X 7 X 4 (PS2518-9) for
ETM, UCM, MINio, Spyder
50036375-002
NEMA4 Non-Metallic Enclosure Baseplate (TK2518)
770003000
DIN Rail mounting track, 9.25" length
Part Number
User Interface Devices
XCM-LCD-C
XCM Override Panel, LCD Display, Color Screen
XCM-LCD-G
XCM Override Panel, LCD Display, Monochrome Screen
50029461-001
Consensio Remote BACnet MS/TP Override Panel, 5 OVR buttons
780040000
2 Button Override Panel
780026000
8 Button Override Panel
780026100
8 Button Override Panel, Universal Output
Opus Technology Hardware
Accessories
61
Opus Technology Hardware
Accessories
62
Part Number
Veris Meters (not for use in Automated DR/LR programs)
V-H8463VBS-N1
Veris 8463 Watts Transducer, Phase Loss, Surface Mount, No CT's
V-H8463V-N1
Veris 8463 Watts Transducer, Phase Loss, Panel Mount, No CT's
V-H6811-400A1V
Veris 400A Split Core CT - Medium
V-H6811-800A1V
Veris 800A Split Core CT - Medium
770076000
Veris 800A Split Core CT - Large
770075000
Veris 1200A Split Core CT - Large
V-H68121600A1V
Veris 1600A Split Core CT - Large
V-H68122400A1V
Veris 2400A Split Core CT - Large
V-H8053-0100-2
Veris 8053 Watts Transducer, Self Contained, Pulse Output, 100A CT's - Small
V-H8053-0300-2
Veris 8053 Watts Transducer, Self Contained, Pulse Output, 300A CT's - Small
V-H8053-0400-3
Veris 8053 Watts Transducer, Self Contained, Pulse Output, 400A CT's - Medium
V-H8053-0800-3
Veris 8053 Watts Transducer, Self Contained, Pulse Output, 800A CT's - Medium
V-H8053-0800-4
Veris 8053 Watts Transducer, Self Contained, Pulse Output, 800A CT's - Large
V-H8053-1600-4
Veris 8053 Watts Transducer, Self Contained, Pulse Output, 1600A CT's - Large
V-H8053-2400-4
Veris 8053 Watts Transducer, Self Contained, Pulse Output, 2400A CT's - Large
Part Number
Phase Loss Monitoring
874000000
Phase Loss Monitor, Model 460, 190-480VAC Adjustable Voltage Input
Wire / Cable
All Lines
709029000
Novar 8761 22/2 AWG 1000' reel, Plenum Rated
709022000
Novar 9155 20/2 & 18/2 AWG Shielded Cable, 1000' reel, Plenum Rated
709033000
Novar 88761 18/2 AWG Shielded Cable, 1000' reel, Plenum Rated
50036323-001
Novar 18/3 AWG Non-Shielded Cable,1000' Roll-Boxed, Plenum Rated, MODBUS
709024000
Novar 18/9 AWG Stranded Cable, 500' reel, Plenum Rated
318008000
RJ45 Patch Cord, 7 feet, CAT 5
770077000
RJ45 Crossover Patch Cable 7 feet, CAT 5
600540010
RS-232 Cable kit (universal, w/ 9-pin DB adapter, neutral adapter removable for
RJ-11)
600540000
EIA-232 Controller Direct Connect Cable for Savvy, EP/2 or EC
Accessories
Part Number
Relays / Contactors
872003000
ABB Lighting Contactor, 30A, 4P, NC, 110V Coil
770001000
RH1B-UAC24V SPDT IDEC Relay, 24VAC Coil
770002000
SH1B-05 SPDT IDEC Relay Base
770058000
RH2B DPDT IDEC Relay, 24VAC
770059000
SH2B-05 DPDT IDEC Relay Base, 24VAC
770003000
DIN Rail mounting track, 9.25" length
50041369-001
RIBU1C SPDT 10A Relay, 24 & 120VAC coil
50041361-001
RIBH1C SPDT 10A Relay, 24 & 208-277VAC coil
50041355-001
RIB24P DPDT 20A Power Relay, 24 VAC/DC Coil
50041358-001
RIB24P30 DPDT 30A Power Relay, 24 VAC/DC Coil
50041359-001
RIB2401B SPDT 20A Relay, 24 & 120 VAC Coil
50041360-001
RIB2402B SPDT 20A Relay, 24 & 208-277 VAC Coil
50041364-001
RIBT2401B Hi/Low Separation SPDT 20A, 24 & 120VAC Coil
50041371-001
RIBXGTA Current Status Switch, Split Core, .75-150A Range
Part Number
Power Supplies
730090000
40VA Transformer, 120:24V, Double Knockout Mount
770067000
100VA Transformer, 120:24V, Double Knockout Mount
AT140A1034
120:24V 40VA Transformer, Foot Mount, 9" leads, 24v spade connection
709051000
Kele DCP-250-H DC Power Supply - 250mA, hub mount
802000300
Siemens DC Power Supply- 100-240:24VDC, 2.5A output, DIN Rail Mount
770007000
120:24VAC 100VA Transformer, Hub or Foot mount, single hub
Part Number
Accessories
890015000
RTS Duct mounting bracket for bead type sensors
680002000
Current Limiter (Clamps above 21mA - Prevents shorted fault alarms)
733080000
Current Transformer, Solid Core (Ratio 100:5)
780035000
Honeywell 958 Magnetic Door Switch,SPST, 24" armored cord, Ademco
50036329-001
Kele UCS-121-H SPST Output Transducer, 4-20mA or 0-10VDC input, 5A@ 120VAC
contact, with Enclosure
770003000
DIN Rail mounting track, 9.25" length
570095400
XCM10S/Savvy Output Override Label
651103000
Transition Board with HOA toggle switches, for Savvy-IP Panel
651101000-M
Transition Board with HOA toggle switches, for Savvy Baseplate
651104000
Transition Board without toggle switches, for Savvy Baseplate
63
64
Novar Services
BAS Installation Services
BAS Management Services
Life Cycle Support
65
Installation Services
Novar Services
Installation Services
Description
Novar’s Installation Services are designed to
manage large roll-outs of BAS installations in
new construction and retrofit sites. Additionally these services can be used to implement
system enhancements such as – Opus upgrades, metering, and VFDs. With dedicated
project teams for each customer Novar provides consistent installations across hundreds
of sites and is critical to a successful BAS rollout. Novar’s Integrated Client Services (ICS)
team has over 20 years experience managing
site projects for over 40,000 locations. Novar
follows the Project Management Institute
(PMI®) principles, processes, and guidelines
for planning, scheduling and controlling.
These principles, processes and guidelines
are used in the design, documentation and
implementation of all projects.
The key functions of Novar’s Installation Services are project management, engineering
and design, installation, and system verification and sign-off.
66
Service Components
• Project Management
• Engineering and Design
•Installation
• Quality Assurance Test (QAT)
• System Verification and Sign-off
Project Management
Project Managers, based at Novar’s Headquarters, are responsible for managing project scope, time, quality and budget and offer
customers a single point of contact during
the deployment of a project.
Engineering and Design
Controls System Engineers (CSE), based at
Novar’s Headquarters, are responsible for
creating point-to-point wiring diagrams and
other control drawings, writing sequences
of operations and creating application programs. In addition CSEs provide technical
support to customers and installation contractors
Installation
Novar leverages a highly trained network
of Novar-certified installers and Field Engineers. These installers are located throughout North America and have performed installations in all 50 states, Puerto Rico, and
Canada. These contractors are managed by
the Novar Project Manager and are responsible for the on-site installation of the Opus
BAS components.
Quality Assurance Test (QAT)
A QAT is a process designed to verify proper
operation of all BAS equipment and control
applications. During the verification process
all inputs/outputs are tested and control
sequences such as – heating/cooling stages
are confirmed and documented. Additionally, the QAT provides key site configuration information such as – HVAC mechanical equipment model/serial numbers, BAS
communication wiring sequence, lighting
output/relay/breaker association and installation photos.
System Verification and Sign-off
67
BAS Management Services
Novar Services
BAS Management Services
Description
Novar’s BAS Management services are an
extension of a customers’ team and focused
on delivering results by:
• reducing energy consumption
• maintaining a comfortable shopping
environment
• ensuring HVAC and lighting equipment
are operating properly
• managing maintenance costs
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Novar’s Building management services offer
multiple levels of engagement giving you the
option to select only the services you need.
The service components include Site Management, Alarm Management, and Energy Management and are offered in three support
levels - Standard, Premier, and Premier Plus.
This allows you to select the component(s)
that are important to your business and tailor
the support levels to your needs.
Service Components
• Site Management
• Alarm Management
• Energy Management
Support Levels
•Standard
•Premier
• Premier Plus
Site Management
Novar’s network operation center provides
24/7/365 coverage and is designed to handle
all remote service requests (RSR) in a timely
manner. By remotely accessing the building
automation systems, our staff can diagnose
and quickly resolve HVAC, lighting, and BAS
issues. For incidents that cannot be resolved
remotely, Novar can dispatch local service
contractors and provide the diagnostic information required to close the service requests
promptly. RSRs are defined as the following:
Critical RSR-1:
•Supporting on-site contractors to provide
remote diagnostic information and
•recommend actions for issue resolution
•Response to major store environmental issues (i.e. improper lighting conditions and/
or comfort issues during occupied hours)
Non-Critical RSR-2:
•Providing temporary and/or permanent
setpoint and/or schedule adjustments to an
individual site
•Providing store personnel site information
such as current temperatures, setpoints
and/or schedule status
•Diagnose alarms upon request
Global Changes RSR-3:
•Providing temporary and/or permanent
setpoint and/or schedule adjustments to
multiple sites
69
Novar Services
BAS Management Services
The Alarms types are defined as the
following:
Critical Alarm (AR-1):
•Phase Loss: requires a local phase loss
monitor be tied into the BAS (if applicable).
•Comfort: High/Low Zone Temperature:
temperature is +/- 3 degrees Fahrenheit
outside the heating/cooling setpoint range
for more than 1 hour.
•Multiple Module Communication Loss:
more than 25% of the Novar controllers
within a site are not communicating with
the Opus XCM.
•XCM Offline: The Opus XCM has lost communication with the Opus Supervisor
70
Energy Management
Novar’s team of energy professionals will
help you determine which demand-side
strategies will achieve the maximum payback
for your business. We work closely with your
staff to identify energy strategies for implementation across your enterprise. Novar’s
range of energy management services include:
Alarm Management
Capturing alarms 24/7/365 is only the first
step in Alarm Management. Novar offers
three options for alarm management. The
Alarm Processing option will provides customer’s team with a daily report of all critical
and non-critical alarms. The Alarm Notification option notifies users of critical alarms
within 30 minutes and a weekly report of
non-critical alarms. The Alarm Diagnosis
option offers a more proactive approach by
also including the diagnostic information and
recommended resolution to the critical alarm
within 2 hours.
Providing customers access to
Opus Orchestrator – Novar’s cloud based
energy analytics software
Non-critical alarm (AR-2):
•Module Communication Loss – an individual RTU controller is not communicating with the Opus XCM.
•Sensor fault: Open/Shorted– sensor is
communicating an open or shorted fault
for more than 24hrs.
•Battery faults – the Opus XCM battery
needs replacing.
•Power restore – the Opus XCM has lost
power and subsequently been restored.
•Energy Alerts – Unoccupied Energy Usage, Failed Meter, Fail Occupancy Switch,
Excess Lighting Overrides (more than 15
times/month)
•Performance Alerts – Opus will monitor all stages of heating/cooling generate
an alarm based upon supply temp, zone
temp, and the duration of cooling/heating
stages engaged.
Demand meter verification report –
meter data accuracy is verified by comparing
interval meter data to utility bill data on a
monthly basis
Setpoint/Schedule verification and
management – Novar will ensure that
your sites will maintain corporate defined
setpoints and schedules across the entire
enterprise
Outlier management – Novar will manage
top energy outliers on a weekly basis. Outliers
will be defined as any site using more energy
than the performance model has predicted.
Outliers will be remotely resolved when possible or will contact customer when contractor dispatch is required.
Other energy related services including
custom energy reporting – define/deploy
Energy Conservation Measures (ECM) and
supporting demand/load response programs
Standard
Premier
This support level is designed for
customers that largely manage their
own enterprises and need additional
support and/or tools for their facilities staff.
This support level is designed for
customers that are involved in the
management of their enterprise, but
seek tools and a partner that can be
an extension to their in-house facilities staff to drive additional incremental energy savings and reduce
maintenance cost.
This support level is designed
for customers that have little to
no in-house facilities staff or for
customers who experience serious
business interruptions if critical
building systems fail.
Site
Management
•(X)* RSR’s/site/month
•Critical RSR-1: 60-min Response
•Non-Critical RSR-2:
60-min Response
•Global Change RSR-3: within 5
days of request
•24/7 Telephone Support
•Weekly Service Request Report
•(X)* RSR’s/site/month
•Critical RSR-1: 30-min Response
•Non-Critical RSR-2:
60-min Response
•Global Change RSR-3: within 5
days of request
•24/7 Telephone Support
•Weekly Service Request Report
•(X)* RSR’s/site/month
•Critical RSR-1: 15-min Response
•Non-Critical RSR-2:
30-min Response
•Global Change RSR-3: within 5
days of request
•24/7 Telephone Support
•Weekly Service Request Report
Alarm
Management
Alarm Processing:
•24/7 retrieval of individual site
alarms
•Daily Alarm Report Summary for
critical and non-critical alarms (AR1/AR-2)
Alarm Notification:
•24/7 retrieval and notification of
individual site alarms
•Critical Alarm AR-1: 30-min email
notification
•Non-critical Alarm AR-2: notified
weekly
•Weekly Alarm Report Summary
**Alarm Diagnosis:
•24/7 retrieval and management
of individual site alarms
•Critical Alarm AR-1: 30-min
email notification and 2-hr notification of with description and
resolution recommendation
•Non-critical Alarm AR-2: notified weekly
•Weekly Alarm Report summary
Energy
Management
•24/7 collection and storage of
interval meter data
•Opus Orchestrator, a cloud base
analytics tool designed to monitor and manage energy usage and
building performance
•Monthly Interval meter data accuracy verification
•24/7 collection and storage of
interval meter data
•Opus Orchestrator, a cloud base
analytics tool designed to monitor and manage energy usage and
building performance
•Monthly Interval meter data
accuracy verification
•Weekly enterprise schedule/
setpoint verification and
management
•24/7 collection and storage of
interval meter data
•Opus Orchestrator, a cloud base
analytics tool designed to monitor and manage energy usage
and building performance
•Monthly Interval meter data
accuracy verification
•Weekly enterprise schedule/
setpoint verification and
management
•Monthly Outlier Management
Service Component and
Support Level Matrix
Premier Plus
(X)* Monthly RSR allotment to be defined by client
**Premiere plus level of alarm support includes diagnosis of all critical alarm events (AR-1) and therefore these
events will not be counted as a RSR
71
Logic One
Executive
Ext
en
LIFE CYCLE
SUPPORT
N
ew
Pro
Opus
Executive
Controllers
Sensors
Wire
Installation
it y
Produc
tS
up
rt
po
rt
uppo
dS
de
Opus Technology Hardware
Product Lifecycle Support
d u ct C o n
ti n
u
Existing Enterprise
72
Description
New Product Continuity
Novar’s product support program provides
the lowest total cost of ownership, preserves
your initial investment and maximizes the
useful life of your Building Automation System. Novar’s history of providing a 20+ years
of support on our products stands as a testament to our commitment to providing you
with the greatest return on your investment.
Novar stands on the cutting edge of technology, and we’re dedicated to helping our
customers leverage the latest advances. As
we develop and apply new technologies, we
build in backward compatibility so that your
seasoned equipment can adopt the new technology. Again, our promise to you is that we
will help you preserve your investment and
get the absolute strongest performance from
your Novar products.
For example, Opus technology has been
developed to be compatible with legacy
Novar equipment. As a Novar customer, you
can upgrade to this state-of-the-art building
Our product support program includes:
•In- and out-of-warranty coverage
•Advance Exchange Return Material
Authorization (RMA) Program
•Technical support
•Product repair program for
extended support
•Backward compatibility providing product
continuity throughout a site life cycle.
automation system for a low up-front cost.
You’ll continue to leverage 80% to 90% of
your existing investment in controls, sensors,
wiring, and installation, while enjoying the
benefits of the most advanced technology
available.
Support Level
Product Lifecycle Stages
Active Product Support
Generally Available
End of Sale
Typical
EMCS
Novar
20+ YRS
Purchase New
In-warranty RMA
Out-of-Warranty RMA
Product Repair RMA
Tech Support
Product Patches / Bug Fixes
Active Product Support
The support components provided during its
active life include:
Warranty
Warranty coverage includes:
1yr Labor
2yr Novar BAS Equipment
3yr Honeywell VFDs
5yr E-mon Meter
RMA Program
Novar’s Return Material Authorization Program offers the following:
•In-warranty products are replaced in advance at no charge to the customer.
•Out-of-warranty products are replaced in
advance for a fraction of the sell price.
Extended Support
Extended Product Support
Technical Support
Technical support is provided to authorized
customer agents Monday through Friday
8AM - 8PM EST. It consists of counseling,
advice and post-training instructions for
Novar products.
Software Updates
Updates to product software, including
feature enhancements and patches/fixes are
provided at no charge.
Novar appreciates the sizable investments our
customers make in our technology. We help
them preserve those investments by providing long-term support that maximizes product life. Our long-term support plan covers
products beyond its active lifecycle in the
following ways:
RMA Support
Product Repairs are provided during the
product’s extended support period. RMAs can
be processed as advanced exchanges or
repair and returns.
Technical Support
For as long as the product is in use in a
customer’s facility, Novar offers technical
support, regardless of age or product status.
Product Software Patches/Fixes
For a minimum period of five (5) years
following the product’s remove-from-sale
date, Novar offers product patches for all
severity-level-one issues, at no charge to the
customer.
73
Specifications subject to change without prior notification.
Copyright © 2013 Honeywell International. All rights reserved. Printed in the U.S.A.
All trademarks and registered trademarks are the property of their respective owners.
Novar
Global Headquarters
6060 Rockside Woods Blvd.
Suite 400
Cleveland OH 44131
800.348.1235
Novar
Canadian
Headquarters
85 Enterprise Blvd
Markham, ON L6G 0B5
289.333.1383
Novar
Latin American
Headquarters
Av. Santa Fe 94, Torre “A” Piso 1
Col. Zedec Santa Fe
México D.F 01210
+52 55 5281 8125
Novar
Brazilian
Headquarters
Av. Tambore, 576 Tambore
Barueri – Sao Paulo Brazil
06460-000
+52 11 3475 1955
Novar
Asia Pacific
Headquarters
25/F Honeywell Tower
Olympia Plaza 255 Kings
Hong Kong China
+852 29536418
74