Our award-winning IQ line is an entire family of proven controllers designed for the most complex applications and supports any variation from a single stand-alone site to a network of up to 13,000 controllers. Our flagship IQ3xcite controller offers a built-in Web server and BACnet interoperability for seamless integration and practical central plant control. We're proud of our commitment to backward compatibility, which means today's IQ3 controllers work flawlessly with the IQ1 controllers you installed 20 years ago and will work exactly the same with the controllers we engineer tomorrow.
Trend Control Systems - dependable, comprehensive products deliver a one-two punch to your bottom line. Our solutions last and are easily extensible so you enjoy a faster, better return on your investment. Because they're so easily installed and serviced, you also save maintenance costs over the long term.
Find out how these products fit together on our System Architecture page.
Controllers
IQ3 Web enabled BACnet/IP controllers
The IQ3 Web enabled BACnet/IP controllers are Building Management System controllers that use Ethernet and TCP/IP networking technologies; they are optionally able to use BACnet protocol over IP. Each controller incorporates a web server which can deliver user-specific web pages to a PC or mobile device running internet browser software. If a system is set up with the correct connections, a user with the appropriate security codes can monitor or adjust the controller from any Internet access point in the world. It is also compatible with the traditional IQ system protocol. The IQ3 range consists of DIN rail mounting controllers with from zero to 16 input/output points (expandable up to 128 points by adding DIN rail mounting I/O modules). This flexibility makes them suitable for a broad range of applications. A local PC or display (SDU-xcite) can be connected to the RS232 port.
Show ProductsIQ3XACT
The Trend IQ3xact is a Web-enabled building automation system (BAS) controller that uses Ethernet and TCP/IP networking technologies. In addition to the standard IQ protocol, the IQ3xact incorporates a Web server, which can deliver user-specific Web pages to a personal computer or mobile device with Internet browser software. This allows you to monitor or adjust the controller from any Internet access point in the world.
IQ3XACT Cut Sheet
The Trend IQ3xact is a Web-enabled building automation system (BAS controller that uses Ethernet, TCP/IP and BACnet/IP networking technologies. In addition to the standard IQ protocol, the IQ3xact incorporates a Web server, which can deliver user-specific Web pages to a personal computer or mobile device with Internet browser software. This allows you to monitor or adjust the controller from any Internet access point in the world. (190 KB)
IQ3XCITE
Trend Control Systems’ IQ3xcite building management system (BMS) controller uses BACnet IP, TCP/IP, Ethernet networking technologies as well as Trend’s proprietary communications. Its secure, embedded Web server delivers user-specific Web pages to a PC or mobile device running familiar, easy-to-use Internet browser software. The IQ3xcite’s graphics are easy to understand and navigate. This controller is virtually plug-and-play; its modular design accommodates any expansion or configuration a user needs. The DIN-rail-mounted IQ3xcite’s basic version offers10 inputs and 6 outputs; an expandable version can have up to 128 points by adding I/O modules. A user can network more than 16,000 IQ3xcite controllers.
IQ3XCITE HOA Cut Sheet
The Hand-Auto-Off module for the Trend IQ3xcite Web-enabled building automation system (BAS) controller offers end users the ability to perform an onboard override at the output itself, saving time and eliminating disruption to operations. The switch can be set to Hand (H—manually overridden ON), Auto (A—under automatic control from the strategy) or Off (O—manually overridden OFF). (248 KB)
IQ3XCITE LAN Cut Sheet
With the LAN card plug-in, the Trend IQ3xcite Web-enabled building automation system (BAS) controller can reside anywhere on the IT network without requiring proprietary hardware at the PC’s location. (177 KB)
IQ3XCITE XNC Cut Sheet
The Trend IQ3xcite Web-enabled building automation system (BAS) controller with XNC hardware facilitates integration of third-party equipment. (183 KB)
IQ3XCITE Cut Sheet
The Trend IQ3xcite is a Web-enabled building automation system (BAS) controller that uses Ethernet, TCP/IP and BACnet/IP networking technologies. In addition to the standard IQ protocol, the IQ3xcite incorporates a Web server, which can deliver user-specific Web pages to a personal computer or mobile device with Internet browser software. This allows you to monitor or adjust the IQ3xcite controller from any Internet access point in the world. (206 KB)
IQ2xx Series Controllers
The all fully programmable IQ2xx series controllers come in a variety of configurations to
fit small to large applications. The IQ204 Controller has 8 analogue
inputs, 8 digital inputs and 8 voltage analogue outputs. The IQ204/ADL
has the same features of the IQ204, but also includes a on board modem
that provides auto dialing. The IQ21x series of intelligent controllers are designed
for use as unitary controllers in building control systems. The IQ22x Medium
size controller with extremely versatile I/O capability suitable for a broad
range of applications, especially in the area of dedicated controls (e.g. air
handling units, terminal units, chillers).
IQ204
The IQ204 is a fully programmable unitary controller with eight analog inputs, eight digital inputs, and 8 voltage analog outputs. The IQ204 offers the ideal solution for air-handling units, boilers, or chillers.
IQ204 Cut Sheet
The IQ204 is a fully programmable unitary controller with eight analog inputs, eight digital inputs, and 8 voltage analog outputs. (203 KB)
IQ211
The IQ211 controller is a unitary terminal unit controller with five inputs and six triac outputs for use in a building automation system (BAS). Fully compatible with other Trend IQ controllers, the IQ211 communicates with other devices through the IQ Network.
IQ211 Cut Sheet
The Trend IQ211 controller is a unitary terminal unit controller with five inputs and six triac outputs for use in a building automation system (BAS). Fully compatible with other Trend IQ controllers, the IQ211 communicates with other devices through the IQ Network. (204 KB)
IQ212
The IQ212 controller is a unitary terminal unit controller with five inputs, four triac outputs, and two 0–10V analog outputs for use in a building automation system (BAS). Fully compatible with other Trend IQ controllers, the IQ212 communicates with other devices through the IQ Network.
IQ212 Cut Sheet
The IQ212 controller is a unitary terminal unit controller with five inputs, four triac outputs, and two 0–10V analog outputs for use in a building automation system (BAS). Fully compatible with other Trend IQ
controllers, the IQ212 communicates with other devices through the IQ Network. (203 KB)
IQ221
The IQ221 is a medium sized controller with six universal inputs, two analog voltage outputs, and five relay outputs. It accommodates a broad range of applications, including air handling units, terminal units, and chillers.
IQ221 Cut Sheet
The IQ221 is a medium sized controller with six universal inputs, two analog voltage outputs, and five relay outputs. It accommodates a broad range of applications, including air handling units, terminal units, and chillers. (203 KB)
IQ222
The IQ222 is a medium sized controller with six universal inputs and six analog voltage outputs. It accommodates a broad range of applications, including air handling units, terminal units, and chillers.
IQ222 Cut Sheet
The IQ222 is a medium sized controller with six universal inputs and six analog voltage outputs. It accommodates a broad range of applications, including air handling units, terminal units, and chillers. (197 KB)
IQ223
The IQ223 is a medium sized controller with seven universal inputs, one digital input, seven analog voltage outputs, and one relay output. It accommodates a broad range of applications, including air handling units, terminal units, and chillers.
IQ223 Cut Sheet
The IQ223 is a medium sized controller with seven universal inputs, one digital input, seven analog voltage outputs, and one relay output. It accommodates a broad range of applications, including air handling units, terminal units, and chillers. (198 KB)
IQ228
The IQ228 is a medium sized controller with seven universal inputs and one digital input. It accomodates a broad range of input monitoring applications.
IQ228 Cut Sheet
The IQ228 is a medium sized controller with seven universal inputs and one digital input. It accomodates a broad range of input monitoring applications. (197 KB)
IQ229
The IQ229 is a medium sized controller with seven universal inputs, one digital input, seven analog voltage outputs, and five relay outputs. It accommodates a broad range of applications, including air handling units, terminal units, and chillers.
IQ229 Cut Sheet
The IQ229 is a medium sized controller with seven universal inputs, one digital input, seven analog voltage outputs, and five relay outputs. It accommodates a broad range of applications, including air handling units, terminal units, and chillers. (200 KB)
Lon Controller Line
The IQL series are terminal unit controllers which can be networked using a LONWORKS® network. It can communicate with other IQLs and LONMARK devices using a LONWORKS network, and with IQ system networked devices using 3xtend/EINC L or LINC.
IQL11
The IQL11+ is a terminal unit controller which can be networked using a LONWORKS® network. It can communicate with other IQLs and LONMARK devices using a LONWORKS network, and with IQ system networked devices using 3xtend/EINC L or LINC. It has 1 relay output (normally fan on/off), and 4 triac outputs (normally to control valves or dampers). It has 2 variable resistance inputs of which one is normally a thermistor temperature sensor. There is also a digital input for monitoring a manual button or alarm contact; it can also be used to connect a room display.
IQL11 Cut Sheet
The IQL 11+ is a low-cost unitary controller that can communicate with other IQLs and LonMark® devices using a LonWorks network, and with IQ system networked devices using an IQ3xtend node controller- EINC L combination or with an IQ LINC. The input/output capabilities of the IQL 11+ controller support a variety of applications. The IQL11+ has one relay output, typically used to control fans, and four triac outputs to control valves or dampers. This controller also has two variable resistance inputs and one digital input. The first variable resistance input is typically a thermistor temperature sensor. The digital input is typically used to monitor manual buttons or alarm contacts, or to connect a room display. There are three versions of the IQL 11+ controller: Airside, 2-pipe and 4-pipe valves. An additional version of the IQL 11+ controller includes variable volume and temperature (VVT). (220 KB)
IQL13
The IQL13+ is a terminal unit controller which can be networked using a LONWORKS® network. It can communicate with other IQLs and LONMARK network devices using the LONWORKS network, and with IQ system networked devices using 3xtend/EINC L or LINC. It has 3 relay outputs (normally to control fan speed), and 4 triac outputs (normally to control valves or dampers). It has 3 variable resistance inputs of which the first is normally a thermistor temperature sensor.There are also 2 digital inputs for monitoring manual buttons or alarm contacts; one of these (IN4) can be used to connect a Room Display.
IQL13 Cut Sheet
The IQL 13+ is a low-cost unitary controller that can communicate with other IQLs and LonMark® devices using a LonWorks network, and with IQ system networked devices using an IQ3xtend node controller- EINC L combination or with an IQ LINC. The input/output capabilities of the IQL 13+ controller support a variety of applications. The IQL13+ has three relay outputs, typically used to control fans, and four triac outputs to control valves or dampers. This controller also has three variable resistance inputs and two digital inputs. The first variable resistance input is typically a thermistor temperature sensor. The digital input is typically used to monitor manual buttons or alarm contacts, or to connect a room display. There are three versions of the IQL 13+ controller: Airside, 2-pipe and 4-pipe valves. (220 KB)
IQL15
The IQL15+ is a terminal unit controller which can be networked using a LONWORKS® network. It can communicate with other IQLs and LONMARK devices using a LONWORKS network, and with IQ system networked devices using 3xtend/EINC L or LINC. It has 3 relay outputs (normally to control fan speed), and 4 triac outputs (normally to control valves or dampers). A fourth relay is used either as an electric heater output (/E version) or as an auxiliary contact output (/AUX version). It has 3 variable resistance inputs of which the first is normally a thermistor temperature sensor.There are also 2 digital inputs for monitoring manual buttons or alarm contacts; one of these (IN4) can be used to connect a Room Display.
IQL15 Cut Sheet
The IQL 15+ is a low-cost unitary controller that can communicate with other IQLs and LonMark® devices using a LonWorks network, and with IQ system networked devices using an IQ3xtend node controller- EINC L combination or with an IQ LINC. The input/output capabilities of the IQL 15+ controller support a variety of applications. The IQL15+ has three relay outputs, typically used to control fans, and four triac outputs to control valves or dampers; a fourth relay is used either as an electric heater output or as an auxiliary contact output. This controller also has three variable resistance inputs and two digital inputs. The first variable resistance input is typically a thermistor temperature sensor. The digital input is typically used to monitor manual buttons or alarm contacts, or to connect a room display. There are three versions of the IQL 15+ controller: Airside, 2-pipe and 4-pipe valves. (219 KB)
BACnet MS/TP Controller Line
Trend's BACnet controllers support nearly every type of installation with one product family, communicating at up to 76.8 Kbps on a BACnet MS/TP LAN.
IQeco
The IQeco is a terminal unit controller for use with BACnet over MS/TP. It can communicate with other IQecos over the BACnet MS/TP network, and with IQ system networked devices by way of a BINC. It has an optional actuator and pressure sensor which facilitates its use as a VAV controller.
IQeco V2 Cut Sheet
IQeco V2 Cut Sheet. (99 KB)
TouchView, TouchView-W
Display controller with two fixed inputs, three universal inputs, six binary outputs and two analog outputs, humidity sensor, factory-loaded applications and an option for a built-in wireless receiver.
Network, Controller & Sensor Displays
Trend has a complete line of displays to fit the needs of any typical controls application. From in room visual sensors to interactive touch screen programmable displays we have you covered.
Network Displays: IQview
The IQView is a touch screen display which provides a self configuring user interface to the IQ system. The IQView software presents the user with the familiar Windows operating environment. System access is provided by means of a navigator tree, enabling controller selection, and hence access to modules, graphs, alarms, and timezones. The standard version has a color screen with RS232, Ethernet, and IQ System current loop Lan. There are surface or rear panel mounting variants with all units having a single relay output.
IQVIEW Cut Sheet
Trend’s IQView is a wall-mounted touchscreen display that provides full access to any building automation system (BAS) data in IQ controllers without requiring a personal computer. Using only the IQView touchscreen, you can view scheduling strategies and alarms or clear alarms. (228 KB)
Network Displays: IQView8
The IQView8 is a touch screen display that provides an interface into the Trend system. It enables the users to view and adjust operating times, monitor alarms, make adjustments to controller parameters and display graphs of logged data. Schematic display provide that ability to view, change and graph data from color graphics pages. Alarms can be sent directly to the IQview8 where they appear on a special display.
IQView8 Cut Sheet
IQView8 Cut Sheet (44 KB)
Controller Displays: IQview4
The IQView4 is a touch screen display which provides an interface to an IQ controller by way of its local supervisor port. It allows access to modules, graphs, and timezones. It has a 4.3” (109.2 mm) LCD touch screen colour display, and is housed with the electronics in a single unit suitable for rear panel mount applications. As well as a ‘Home’ screen, the unit can be programmed with a number of favourite screens.
IQView4 Cut Sheet
Trend’s IQView4 single controller local display panel enables users to
view displays of inputs, outputs, directories, alarms, and logs from the IQ
controller to which it is connected. (248 KB)
Controller Displays: SDU
The Smart Display Unit (SDU) enables the user to view and adjust selected controller parameters within the controller. It provides all the facilities necessary for the operation of a stand-alone building control system. It is a 4 line by 20 character display panel for mounting on a standard electrical back box. The IQ and xcite versions connect directly to the controller local supervisor port and the LONWORKS® version connects to the LONWORKS network and is associated with an IQL controller; the SDU can only access information in the connected controller. All the adjustments from the SDU can be PIN protected using the controller’s builtin security system. The accessible display pages can be selected by setting the SDU mode (Unrestricted, Display and Directory mode etc.).
SDU Cut Sheet
The Smart Display Unit (SDU) provides a user interface to a connected
IQ or IQL controller, creating a stand-alone building automation system
(BAS). (179 KB)
Sensor Displays: RD
The Room Display (RD) is a temperature sensor and 3 digit display. RDs are used to monitor and control setpoints, fan speed and occupancy. The RD is available in IQ, IQL and WMB versions. The IQ version connects to IQ controllers through the EIA-232 port. The IQL version connects to the IQL controllers through a digital (Tbus) input. The WMB connects to a controller’s wall module bus connector. All versions can be fitted to a standard wall plate or panel mounted.
LNC2 Cut Sheet
The LANcard Node Controller (LNC2) is a PCI bus card that interfaces
between a Trend supervisor program or software tool and the Trend
network. (151 KB)
RD Cut Sheet
The Room Display (RD) is a temperature sensor and 3-digit display. Use
the RD to monitor and control setpoints, fan speed, and occupancy. (189 KB)
RD-WMB Cut Sheet
RD-WMB Cut Sheet (28 KB)
Management
Trend Building Management Systems (BMS) play a crucial role in tens of thousands of premises. Operating silently and largely unseen, they provide accurate efficient control and monitoring of heating, ventilation and air conditioning plant and often other services such as lighting. Understandably perhaps, most building occupants remain unaware of their existence. However, though a BMS is designed to perform its many tasks completely automatically, it should not simply be forgotten or only referred to on rare occasions. For within the system is a wealth of monitored data and it is only by making use of this that the technology’s true potential can be fully exploited. Catering for all capabilities, the operator interfaces that provide access to Trend Building Management Systems are a product of many years of research, much of which has gone into making them exceptionally intuitive and user friendly. As a consequence, it is not just the few who understand building services control that find them simple to use, but also many first time users and those positively techno phobic. They do in fact make Trend systems accessible to anyone who works in a building. The range of supervisors that are available from Trend enable all users, whether a caretaker in a school or a facilities manager overseeing a multitude of sites, to maintain the optimum building environment while maximizing the building efficiency.
963 Supervisor
963 Supervisor Software is a graphical, real-time user interface for the building control system. From a graphical display, users can monitor equipment or building services and change the way the building is controlled. All pages and actions are accessible using a mouse. The security system ensures that users are only presented with information and functions that are relevant to their authority or task. Because 963 learns the structure of the system, its Device View can provide system information without the need for engineering. 963 Server also acts as a Web server allowing access to the graphical displays from a Web browser such as Internet Explorer.
963 Cut Sheet
963 Supervisor Software is a graphical, real-time user interface for the
building control system. From a graphical display, users can monitor
equipment or building services and change the way the building is
controlled. (200 KB)
EnergySuite
Trend Control Systems EnergySuite is a fully customizable Web-based
dashboard that provides a dynamic, real-time view of a building’s
energy performance, enabling building occupants and visitors to see an
organization’s commitment to improving energy management and its
performance against targets. (137 KB)
963/TOPS
963/TOPS (Trend Open Proticol Server) is the standard 963 support software to provide access to BACnet devices.
TOPS: BACnet Driver
Trend Open Protocol Server (TOPS) is the driver for 963 that is installed
and licensed over the standard 963 Supervisor software to provide
access to BACnet devices. (194 KB)
TOPS: Logic One Driver
Trend Open Protocol Server (TOPS) is the driver for 963 that is installed
and licensed in addition to the standard 963 Supervisor software to
provide access to Novar® Logic One devices. (210 KB)
TOPS: TONN Driver
The Trend Open Protocol Server (TOPS) is a Windows-based software
application that runs on a PC to provide the communications between
the 963 Supervisor (v3.00 or greater) to third party devices. (57 KB)
EnergySuite
Trend Control Systems EnergySuite is a fully customizable Web-based
dashboard that provides a dynamic, real-time view of a building’s
energy performance, enabling building occupants and visitors to see an
organization’s commitment to improving energy management and its
performance against targets. (137 KB)
EnergyEYE
Trend EnergyEYE is a local site software application that displays utility readings that are connected to the Trend Building & Energy Management System (BEMS). It can display meter readings from Electricity and Gas monitored by a 963 Supervisor head end and show yesterday’s, last month and year to date values as well as a monthly graph in either a line or bar chart.
EnergyEYE Cut Sheet
Trend EnergyEYE is a template-based software dashboard that provides a dynamic, real-time view of a building’s energy performance, enabling building occupants and visitors to see an organization’s commitment to improving energy management and its performance against targets. Trend EnergyEYE is a valuable tool in an organization’s energy saving program and a power advertisement of its commitment to being green. (208 KB)
EnergySuite
Trend Control Systems EnergySuite is a fully customizable Web-based dashboard that provides a dynamic, real-time view of a building’s energy performance, enabling building occupants and visitors to see an organization’s commitment to improving energy management and its performance against targets.Trend’s EnergySuite is a valuable tool in an organization’s energy saving program and a powerful advertisement of its commitment to being green.
Trend’s EnergySuite is a supplemental application to the 963 Supervisor that runs on a standard Microsoft Windows-based computer and uses values stored within the Trend 963 database. This can be the 963 computer or a networked computer that can communicate with the 963 Supervisor database over a standard offi ce Ethernet network.
EnergySuite displays a building’s daily, monthly and yearly consumption of resources to give any tenant or visitor a snapshot view of the site’s energy consumption.
EnergySuite offers a high level of customization, giving users the ability to change backdrops and labels, and to personalize the display even further by easily adding logos and scrolling text to reinforce customerspecific messaging.
EnergySuite
Trend Control Systems EnergySuite is a fully customizable Web-based
dashboard that provides a dynamic, real-time view of a building’s
energy performance, enabling building occupants and visitors to see an
organization’s commitment to improving energy management and its
performance against targets. (137 KB)
Integration
Trend control systems are designed to connect with a variety of 3rd party systems communicating with each other by working together to respond to data from sensors and controllers creating maximum comfort and efficiency throughout your building.
For special integration we have the XNC3 product line. For applications requiring 3rd party integration contact your local dealer that will work with a Trend Integration Specialist to develop a customized interface for your building.
3XTEND
The IQ3xtend node controller acts as an interface between parts of an IQ network running over the IQ System current loop, Ethernet and Lon. It operates at the internetwork level, including the necessary support for wide area networks (WANs). Virtual communication node controllers (CNCs) allow supervisory or tool software (for example, SET) running in networked PCs to connect to the building automation system.
3XTEND Cut Sheet
The 3xtend node controller acts as an interface between parts of an IQ
network running over the IQ System current loop, Ethernet, and Lon. It
operates at the internetwork level, including the necessary support for
wide area networks (WANs). (203 KB)
IQL Router
The IQL Router allows the connection of two communication channels, and the routing of LonTalk messages between them. It improves system reliability by physically isolating one channel from another, and by strategic positioning, can reduce the network traffic in selected channels.
IQLRTR Cut Sheet
The IQL Router allows the connection of two communication channels and
the routing of LonTalk messages between them. (58 KB)
MS/TP IP Router
MSTP RTR Cut Sheet
MS/TP IP Router Features and Highlights BACnet-compatible Supports Annex J BACnet IP, enabling automation system interoperability through IP wide area networks (WANs) or the Internet. (258 KB)
NXIP
The NXIP is an interface board that can be installed into an NX variable speed drive. It enables the drive to be connected to an IQ System Lan running on Ethernet. IQ System controllers can communicate with the drive using Inter-Controller Communications and IQ System supervisors can communicate with the drive using text communications.
NXNI
The NXNI is an interface board which can be installed into a Trend NX variable speed drive. It enables the drive to be connected to the Trend current loop local network (Lan). Trend controllers can communicate with the drive using Inter-Controller Communications (e.g. to specify required demand), and Trend supervisors can communicate with the drive using text communications (e.g. to monitor and control the drive).
TMNH
The Modem Node Controller (TMNH) enables networked or stand-alone Trend IQ devices to access the Public Switched Telephone Network (PSTN) or Integrated Services Digital Network (ISDN). With the TMNH, Trend devices use an internal or external modem to access the PSTN. Devices use a terminal adapter to access the ISDN.
TMNH Cut Sheet
The Modem Node Controller (TMNH) enables networked or stand-alone
Trend IQ devices to access the Public Switched Telephone Network
(PSTN) or Integrated Services Digital Network (ISDN). (218 KB)
TL1
The TL1 is a Trend network device that utilizes Niagara AX® software to allow a Novar Logic One® system to interface, communicate and integrate with a Trend system. The TL1 replaces the Logic One executives located within a building, and replicates functionality. The TL1 is an effective tool for extending the life of a current Logic One system while creating a clear and comprehensive migration path to a new and updated building management system.
TL1 Cut Sheet
The Trend TL1 is a Trend network device that utilizes NiagaraAX®
software for a Trend system to interface, communicate and integrate
with a Novar Logic One® controllers. (74 KB)
TOPS: TONN Driver
The Trend Open Protocol Server (TOPS) is a Windows-based software
application that runs on a PC to provide the communications between
the 963 Supervisor (v3.00 or greater) to third party devices. (57 KB)
TONN
The Trend Open Network Node (TONN) is a Trend networking devices that enables the Trend system to interface and integrate with 3rd party systems like BACnet®, LONWORKS ®, Mbus®, MODBIS®, SNMP® and KNX® utilizing the Niagara AX Framework®.
LTTR-TR-TONN-EN
Cut Sheet for the TONN (Enhanced). (43 KB)
TOPS: TONN Driver
The Trend Open Protocol Server (TOPS) is a Windows-based software
application that runs on a PC to provide the communications between
the 963 Supervisor (v3.00 or greater) to third party devices. (57 KB)
Sensors
Trend has a complete line of sensors to fit the needs of any typical controls application. From power supply, transformer and space temperature to general sensors we have you covered.
Sensors: General Sensors
Miscellaneous sensors
Space Temperature Sensor Cut Sheet
The Trend space temperature sensor is a wall-mounted temperature
sensor in a low-profile enclosure designed for good thermal response. (196 KB)
Devices: 2RM
The Two Relay Module (2RM) converts an analog output of an IQ controller to two stages of relay output. The 2RM also acts as an interface between Novar equipment and heating and ventilating equipment.
2RM Cut Sheet
The Two Relay Module (2RM) converts an analog output of an IQ
controller to two stages of relay output. (208 KB)
Devices: 3RM
The Three Relay Module (3RM) converts an analogue output of a Trend IQ controller to three stages of relay output, and acts as an interface betweenTrend equipment and heating and ventilating equipment. It may be configured as a Fan/Heating/Cooling sequence controller (HCM) or a 3 stage sequence controller (TRM) using the operating mode link. There are manual override links for each relay to aid commissioning. Field wiring is facilitated by rising cage clamp type output terminals, and a supply loop terminal aids wiring to additional modules.
3RM Cut Sheet
The Three Relay Module (3RM) converts an analog output of an
IQ controller to three stages of relay output. (204 KB)
Devices: 4DIX
The Digital Input Expander allows 4 volt free inputs to be monitored by a single analogue input channel. The resultant analogue value can be decoded by the A to D Function Module in a Trend IQ controller to produce internal digital status bits for alarm monitoring or other status input applications. A pin header allows quick connection to a 4SIM which provides switched mains voltage isolation for applications where volt free contacts are not available. Field wiring is facilitated by rising cage clamp type input terminals, and a supply loop terminal aids wiring to additional modules.
4DIX Cut Sheet
With the Digital Input Expander you can monitor four volt-free inputs
with a single analog input channel. (199 KB)
Devices: 6RM
The Six Relay Module (6RM) converts an analogue output of a Trend IQ controller to six stages of relay output, and acts as an interface between Trend equipment and heating and ventilation equipment. This compact unit includes manual override links for each relay to aid commissioning. Field wiring is facilitated by rising cage clamp type output terminals, and a supply loop terminal aids wiring to additional modules.
6RM Cut Sheet
The Six Relay Module (6RM) converts an analog output of an IQ
controller to six stages of relay output. The 6RM also acts as an interface
between Trend equipment and heating and ventilation equipment. (201 KB)
Devices: Power Supplies & Transformers
Miscellaneous Power Supplies and Transformers
Devices: SRMAC
The Single Relay Module enables a controller output signal to drive a single changeover relay. This allows plant of up to 8A at 240 Vac resistive to be switched via the relay contacts. The module may either be mounted on a DIN rail or on a flat surface. There are two versions: the SRMV accepts a 0 to 10 V signal, and the SRMAC accepts a 0 to 24 Vac signal (e.g. triac output).
SRM Cut Sheet
Single Relay Modules (SRM) enable a controller output signal to drive a single changeover relay. (192 KB)
Devices: SRMV
The Single Relay Module enables a controller output signal to drive a single changeover relay. This allows plant of up to 8A at 240 Vac resistive to be switched via the relay contacts. The module may either be mounted on a DIN rail or on a flat surface. There are two versions: the SRMV accepts a 0 to 10 V signal, and the SRMAC accepts a 0 to 24 Vac signal (e.g. triac output).
SRM Cut Sheet
Single Relay Modules (SRM) enable a controller output signal to drive a single changeover relay. (192 KB)
Access Control
Trend Building Access Control is an integrated, Web-based system for access control, intrusion detection and alarm monitoring. The system enables users to manage and monitor their facility using a Web browser at any time, from anywhere. Trend Building Access Control integrates with any building automation system (BAS), enabling users to control lighting, HVAC equipment and other building systems—including BACnet-based ones—in response to access events and alarm conditions.
Building Access Control
Trend Building Access Control is an integrated, Web-based system for access control, intrusion detection and alarm monitoring. The system enables users to manage and monitor their facility using a Web browser at any time, from anywhere. Trend Building Access Control integrates with any building automation system (BAS), enabling users to control lighting, HVAC equipment and other building systems—including BACnet-based ones—in response to access events and alarm conditions.
Security Controller
The Trend Building Access Control security controller is a Web-based,
Building Access Control appliance that contains a Web server, embedded
database and security appliance software. (268 KB)
Enclosures
Trend Building Access Control enclosures are used to securely mount the
security controller, reader module and I/O module. Each enclosure comes
with a DIN rail, key lock, tamper switch and, in the case of medium and
large enclosures, a power supply (for the security controller) covered by a
protective metal shield. (235 KB)
Remote Intrusion Display Keypad
The Trend Building Access Control system includes an LCD display
keypad for remotely arming and disarming intrusion zones. (231 KB)
I/O Module
The Trend Building Access Control I/O module is a modular component
that expands the capabilities of the Trend Building Security controller. (271 KB)
Building Security Reader Module
The Trend Building Access Control Remote 2 Reader (R2R) module
provides a Wiegand interface for two additional card readers. (255 KB)
