TREND IQ500 కంట్రోలర్ యూజర్ గైడ్

The IQ500 controller provides a secure and versatile control platform for building and energy management systems. With four onboard Ethernet ports and three RS-485 ports, the IQ500 not only enables the creation of a powerful Trend network but also provides the ability to interface with a wide range of third-party devices using BACnet, Modbus, M-Bus, MS/TP.
The IQ500 integrates with the latest IQ5-IO input/output modules over a high-speed T1L bus. A separate bus is also provided for use with IO modules from the IQ4 and XCITE ranges.
Flexible licensing options allow the IQ500’s functionality and number of IO channels to be easily configured to match your application.

ఫీచర్లు

Designed to meet ISA/IEC 62443-4-2, and been developed using processes that are fully certified to ISA/IEC 62443-4-1.
Audit logging
T1L high-speed secure bus for T1L devices (IQ5-IO modules & IQ5-LAN-ADPT)
Compatible I/O bus for IQ4 and XCITE (IQ3) I/O modules
Compatibility mode for incorporating into existing Trend systems
1 Isolated Gigabit, and 3 Switched Gigabit Ethernet Ports
3 onboard RS-485 ports for Modbus, M-Bus (via M-Bus convertor), MS/TP and XNC
BACnet over IP (BACnet protocol revision 23)
Automatic time synchronisation and daylight saving via SNTP
DIN rail mounting, DIN 19 size 2 standard enclosure
USB local supervisor/engineering port
24 Vac/dc input power supply
Multi-State Strategy Modules provide simplified configuration and are automatically mapped to BACnet Multi-State Objects, enabling seamless integration with third-party systems.
State Text for Digital Strategy Modules for easy understanding and management of system operations at a glance.

భౌతిక

గమనిక: An RJ-11 socket is located on the left hand side of the IQ500 and is reserved for future use.

ఫంక్షనాలిటీ

COMPATIBILITY WITH EXISTING SYSTEMS
From v1.10 firmware, the IQ500 is able to coexist on the same Trend network as pre-IQ5 controllers (IQ1, IQ2, IQ3, IQ4, IQECO). To allow this the IQ500 can be configured to operate in one of two modes:

IQ5 మోడ్
అనుకూలత మోడ్

IQ5 Mode: When in IQ5 Mode, the IQ500 is only able to communicate with other IQ5s in IQ5 mode and IQECO controllers; it will have the latest functionality and will comply with the latest security standards.

అనుకూలత మోడ్: When in Compatibility Mode the IQ500 acts as like an IQ4 controller and is able to communicate with IQ1, IQ2, IQ3, IQ4, and IQECO controllers, and other IQ5 controllers provided they are also in Compatibility Mode. Its security system will operate in the same way as an IQ4 controller to ensure it is compatible with the existing controllers.

గమనిక: Compatibility mode should be used to transition a site to IQ5 Mode, and a plan should be put into place with the building owner for this purpose.

The table below provides a comparison between the two modes:

ఫీచర్	IQ5 మోడ్	అనుకూలత మోడ్
Compatible IQ1, 2, 3 and 4 systems	O	P
సిస్టమ్ ఖాతాలు	P	O
Synchronised Account Management	P	O
Encrypted Trend communications	P	O
IQ5-IO మాడ్యూల్స్	P	P
IQ4/IO/.. I/O Expansion Modules XCITE/IO/.. I/O Expansion Modules	P	P
*Use all RS-485 ports for interfacing	P	P
*IQ Interfacing (ModBus, M-Bus, XNC)	P	P
*MS/TP router (NC)	P	P
BACnet	P	P
Password recovery via email	P	O
IQVIEW SCD for IQ5	P	P
802.1x	P	O
Trend Current Loop	O	P
Isolated Ethernet port	P	O

*Requires Licence
For more details see the IQ5 Configuration Manual (TE201485).

సిస్టమ్

The IQ500 has communication ports for Ethernet, RS-485 and USB, together with T1L and IQ3/4 buses:

గమనిక: The Current Loop LAN Adapter (IQ5-LAN-ADPT) can be used to enable an IQ5 in compatibility mode to connect to the Trend current loop network – see the IQ5-LAN-ADPT Current Loop LAN Adapter Data Sheet (TA201510).

ఈథర్నెట్ పోర్ట్స్
The IQ500 has four gigabit Ethernet ports connected to two network adapters. Adapter 1 ( 1) is connected to one isolated Ethernet port ( 1). Adapter 2 ( 2) is connected to three switched ports ( 2 ports 1, 2 & 3). Both adapters have unique MAC addresses that can be used to help identify the IQ5 during configuration. All ports support either static or dynamic (DHCP) IP addressing (DHCP by default) and can be individually enabled/disabled and configured. Using daisy-chain/star/tree topologies the ports can be used for:

communication with IQ5 Controllers (IQ5 Mode),
communication with IQ5 (Compatibility Mode), IQ4, IQ3 controllers, and IQ1 and IQ2 controllers via an NC.
IP-based communication with field devices,
connection to the IQVISION supervisor,
యాక్సెస్ web pages via the onboard web సర్వర్,
integration with third party IP systems using XNC

గమనిక: The isolated Ethernet port is not available when the IQ5 is in compatibility mode.
దిగువ రేఖాచిత్రం మాజీని చూపుతుందిample of how a system might be connected using the Ethernet ports:

Using one of the ports the IQ500 can form a Trend LAN with other IQ5-compatible devices over an Ethernet network:

The IQ500 has the ability to join an internetwork using its virtual internetwork node controller (vINC). Other devices connected to the Ethernet network can communicate with the IQ500 using IP addressing. Remote PCs can communicate through standard IT networks using IP.

గమనిక: Remote communication with the Trend network by a supervisor, tool or display will require the use of a secure virtual CNC (vCNC) in the IQ500 or another CNC on the network.

ఒక సమగ్ర web interface is also accessible over an Ethernet/IP connection.
The IQ500 supports communication with IP Modbus devices.

Network Service Routing
The IQ500’s network services (vCNCs, Trend IP communication, BACnet IP communication, and Web server) can be routed to either the isolated port or the switched ports.

పోర్ట్ నిర్వహణ
The Ethernet ports can be individually enabled/disabled.

Isolated Port
The isolated port provides a quick way to connect the BMS network to the client’s IT infrastructure.

RS-485 పోర్ట్‌లు
The IQ500 has three galvanically isolated RS-485 ports, each with switchable 120 Ω termination. These can be independently configured to operate using Modbus, M-Bus or XNC functionality.

గమనిక: M-Bus operation will require an RS-485 to RS-232 converter (e.g. the PW60).
If IQ500 is configured as a node controller, one port can be used to connect IQECO controllers on an MS/TP trunk.

USB (Local Engineering Port)
The USB (Local Engineering Port) allows direct connection of IQSET, enabling IQSET to communicate across the entire Trend network.

గమనిక: An additional USB port is located adjacent to Ethernet port 1. This is reserved for future use.

BACnet కమ్యూనికేషన్స్
BACnet is an open protocol that enables the products of a number of different manufacturers of building automation and control equipment to communicate with each other. It supports communication using BACnet over IP (Ethernet,) including:

Access to IQ5 parameters over BACnet,
Alarm delivery,
IC comms to a BACnet device.

A full specification of the objects, properties, and BIBBS (BACnet Interoperability Building Blocks) supported by the IQ500 are given in the IQ5 Protocol Implementation Conformance Statement (TP201479). The mapping of BACnet properties to Trend parameters is described in the IQ5 Configuration Manual (TE201486).

T1L బస్సు

The T1L bus enables the connection of T1L devices (IQ5-IO modules and a single IQ5-LAN-ADPT).
For details of the range of available IQ5-IO modules refer to the IQ5-IO Modules Data Sheet (TA201481). For details of the Current Loop LAN Adapter (IQ5-LAN-ADPT) refer to the Current Loop LAN Adapter Data Sheet (TA201510).
T1L devices can be slotted together, adjacent to the controller (or other T1L devices) with inter-device connections being made via integral spring connectors.

గమనిక: T1L devices can easily be removed without disturbing adjacent devices Alternatively, T1L devices can be mounted remotely and connected to the T1L bus by means of the IQ5-IO-ADPT wiring adapter and suitable cable.

గమనిక: The IQ5-IO-ADPT wiring adapter includes a self-resetting fuse and transient voltage suppression that protects the T1L bus from over-current and over-voltagఎలక్ట్రికల్ ట్రాన్సియెంట్స్ లేదా తప్పు వైరింగ్ వల్ల కలిగే ఇ పరిస్థితులు. మెయిన్స్ వాల్యూమ్ యొక్క ప్రమాదవశాత్తు కనెక్షన్ నుండి రక్షణ అందించబడదుtages.

Cabling between devices on the T1L bus may be wired from right to left side, right to right or left to left, as long as correct bus polarity is maintained. Spurs are not permitted.
A cover plate (IQ5-IO-END) must be fitted to the last T1L device on the bus, to protect the exposed bus connectors.
గమనిక: A cover is supplied with each IQ5 controller which can be used for this purpose. A pack of spare covers is also available.

Maximum T1L Bus Length
When designing a system with remote IO you need to be aware that separately powered panels with T1L devices may be switched off and hence the distance between T1L devices may now be X + Y or even X + Y + Z. For this reason, we recommend the distance between panels of IO be no more than the 1/3 of the distance (10 devices off) shown in the table.

The table below identifies cables that have been tested and the distances which can be achieved between active devices, assuming up to 10 offline devices are between them.

కేబుల్	సాధారణ ఉపయోగాలు	కేబుల్ లక్షణాలు	Max Distance (between working nodes)	Max Distance (10 devices off)	సిఫార్సు చేయబడింది 1/ Distance (10 3 devices off)
74040NH – Belden	T1L- Long-distance harsh environments	2 core solid 18AWG,SF/ UTP Shielded and foil, unshielded twisted pair.	1000మీ	900మీ	300మీ
8471 – Belden	LON	2 core stranded/tinned 16AWG, unshielded cable.	560మీ	504మీ	168మీ
9841 – Belden TP/1/1/24/200/HF-600V	MSTP (Serial)	2 core stranded/tinned 24AWG, Foil shield & drain wire, twisted pair.	400మీ	360మీ	200మీ
8723NH – Belden TP/2/2/22/200/HF-600V	Trend 4 wire LAN	4 core, 2 pairs, stranded/ tinned, 22AWG, Foil shield & drain wire, twisted pairs.	160మీ	144మీ	48మీ
8761NH – Belden TP/1/1/22/200/HF-600V	Trend 2 wire LAN	2 core stranded/tinned, 22 AWG, Foil shield & drain wire, twisted pairs.	320మీ	288మీ	96మీ
5501UE 0081000 – Belden/BAV	Security, speaker, PA, & telephone systems	3 core stranded bare copper, 22 AWG, no shield or twist.	600మీ	540మీ	180మీ
82836 – Helukabel	Profibus – Industrial ఈథర్నెట్	2 core solid, 18AWG Foil + braided screen twisted pair.	800మీ	720మీ	240మీ
3076F – Belden	కఠినమైన వాతావరణం digital and serial two way communication	2 core solid 18AWG, Shielded and foil, unshielded twisted pairs.	428మీ	385మీ	128మీ
Helukabel J-Y(ST)YLG	Telecommunications & Fire Alam Cable (Fire Warning Cable)	Multicore solid bare copper, 20AWG (0.8mm), foil wrapped.	320మీ	288మీ	96మీ
పిల్లి5/పిల్లి6	Standard wired IT నెట్వర్క్ కేబుల్	8 core, 4 pairs, solid bare copper, 23AWG, twisted pairs.	720మీ	648మీ	217మీ

విద్యుత్ సరఫరా
IQ5-IO modules and other T1L devices can typically be powered from the controller via the T1L bus supply. This supply is derived from the controller’s 24 Vac/dc supply and, therefore, the maximum current available to the T1L bus depends upon other current demands placed on the controller.

The maximum current required by each T1L device is specified in the appropriate data sheet and can be used to estimate the total current required by the T1L bus:
Where the total current requirement of the T1L bus exceeds the maximum available from the controller, one or more additional 24 Vac/dc power supplies may be installed. Additional supplies may also be required in the following circumstances:

at the end of a long T1L bus cable run, to prevent voltagబస్సు సరఫరాలో తగ్గుదల (కనీసం 19V సరఫరా అవసరం),
where the current flow through the power line of any one T1L device would exceed the maximum of 2 A, thus requiring the T1L bus power line to be split or segmented.

అదనపు విద్యుత్ సరఫరా

ముఖ్యమైన: UL-కంప్లైంట్ ఇన్‌స్టాలేషన్‌లకు అనుమతి లేదు.
Where it is necessary to install an additional power supply along the T1L bus, the supply output must be isolated from earth (ground). The supply unit must also comply with the relevant EMC and safety standards.

గమనిక: Trend offer a range of DIN rail-mounted auxiliary power supplies that are suitable for this purpose.
The I/O wiring adapter (IQ5-IO-ADPT) is used to make the connection of external power supply units to the T1L bus as shown below:

ముఖ్యమైన: The 24 Vdc connection from the previous T1L device must not be made. The 0 V connection must be made when an external supply is used and the 0 V line must be continuous for the entire length of the T1L bus.

Earthing/Grounding Arrangements
It is important that correct earthing/grounding is provided for the controller and devices on the T1L bus.
The T1L bus ground is connected to earth/ground via the controller. T1L devices located within the same secondary enclosure are earthed/grounded via the T1L bus ground connection.
Where T1L devices are located in different secondary enclosures or where T1L bus cables exceed 1 m (39”), a local earth/ground connection must be provided. For further details refer to the IQ5 Installation Instructions – Mounting (TG201484).
అన్ని DIN పట్టాలు తప్పనిసరిగా ఎర్త్/గ్రౌండ్ చేయబడాలి.

IQ3/4 Bus
The IQ3/4 bus allows the IQ500 controller to be used in conjunction with both IQ4 and XCITE I/O modules. This bus must be enabled using an optional CAN licence7.
Up to 30 modules can be connected to the IQ3/4 bus, depending on the module range(s).

మాడ్యూల్ పరిధి	IQ4/IO only	IQ4/IO and/or XCITE/IO
మాడ్యూళ్ల సంఖ్య	30	15

గమనిక: Modules connected to the IQ3/4 bus cannot be powered from the IQ500 controller and must be provided with one or more separate 24Vdc power supplies.
For further details see the IQ4/IO Modules Data Sheet (TA201341) and the XCITE/IO Modules Data Sheet (TA201352).

Trend Current Loop
When in compatibility mode the IQ500 can be configured to connect to a Trend current loop LAN or internetwork via the Current Loop LAN Adapter (IQ5-LAN-ADPT) – see the IQ5-LAN-ADPT Current Loop LAN Adapter Data Sheet (TA201510).

గమనిక: For connection to a Trend current loop internetwork.

Modbus and M-Bus Interfacing
The IQ500 can be configured to communicate with Modbus devices enabling it to be easily integrated with many third party devices including meters, sensors, and variable speed drives.

గమనిక: Modbus and M-Bus functionality needs to be enabled using an optional INT licence.
Standard strategy blocks, available in IQSET, allow easy strategy configuration using drag and drop for common Modbus and M-Bus devices.
Engineering with standard Network and Interface modules allows connection to other Modbus or M-Bus devices. Strategy blocks can be created for favourite devices.

మోడ్బస్
IQ500 can be configured to communicate with Modbus devices over IP (using the onboard Ethernet ports) or the RS-485 ports.

* Maximum number of inputs/outputs per device: Each Modbus Interface module can have up to 500 inputs/outputs. If more than this is required additional Modbus Interface modules can be connected to the same Modbus address (device).
* గమనిక: Total number of inputs/outputs is limited by the number of licensed interface points.

Maximum number of devices: Although the maximum number of Modbus devices connected to the IQ500 is determined by the number of available interface modules in the IQ500 (max 1000), in reality, the limit is set by the Modbus rules or the IQ500 integration license.
Maximum number of connected Modbus networks: Each connected network requires one Modbus Network module. There is a maximum of 10 Modbus IP network modules. For Serial
Modbus network modules, the number is set by the IQ500’s hardware.
Devices from different manufacturers can be connected to the same network provided the network parameter configuration are the same.

గమనిక: IQ500 cannot operate as a subordinate, so does not have registers.

M-బస్సు
IQ500 can be configured to communicate with M-Bus devices using the RS-485 ports in conjunction with a suitable RS-485 to RS-232 converter (e.g. the PW60).
*Maximum number of outputs per device: Each M-Bus Interface module can have up to 1000 outputs, which allows 1000 outputs per device. If more than this is required additional M-Bus Interface modules can be connected to the same M-Bus address (device).

*గమనిక: Total number of outputs is limited by the number of licensed interface points.

గమనిక: An individual M-Bus device is limited to 255 values. Therefore, although there can be 1000 outputs on the interface module, each one can only be set to one of 255 values from the M-Bus device.
Maximum number of devices: Although the maximum number of interface modules is 1000, the maximum number of M-Bus devices is limited to 250 but is dependent on the M-Bus converter used.

*గమనిక: Total number of outputs is limited by the number of licensed interface points.

When values are requested from an M-Bus device ALL values are sent to the IQ500. For example, when requesting a single value from an M-Bus device that has 20 values the M-Bus device will send all 20 values to the IQ500. Therefore, it is necessary to consider the data flow rate.

గమనిక: The more values and devices that are required the larger the strategy requirements. Therefore, the brIQ count must be considered.
Maximum number of connected M-Bus networks: Each connected network requires one M-Bus Network module. The number of M-Bus network modules is set by the IQ500’s hardware.
Devices from different manufacturers can be connected to the same network, provided the network parameter configuration is the same.

XNC Functionality
The IQ500 supports the use of XNC functionality, enabling the Trend system to interface with third party systems. It utilises standard IQ strategy modules in conjunction with the Trend Custom Language (TCL) to present information from other systems as though it is from an IQ controller. It also allows parameters within the third-party system to be adjusted from Trend supervisors and software tools.

XNC communication with third party systems can be over Ethernet or RS-485, and with other Trend devices over Ethernet.

గమనిక: XNC functionality needs to be enabled using an optional INT licence.

Node Controller Operation
The IQ500 can be licensed for Node Controller operation. It can be configured to operate in one of four modes:

- Ethernet Internetwork to MS/TP LAN Mode
- Trend Internetwork to MS/TP Mode
- Ethernet to Trend LAN Mode
- Ethernet to Trend Internetwork Mode
Ethernet Internetwork to MS/TP LAN Mode: Available in both IQ5 Mode and Compatibility Mode this mode enables it to connect a LAN of IQECO controllers on an MS/TP RS-485 trunk to a Trend internetwork on Ethernet.
Trend Internetwork to MS/TP Mode: Only available in Compatibility Mode and requires an IQ5-LAN-ADPT. This mode enables the IQ5 to act as an interface between an internetwork on a Trend current loop network and an IQECO LAN on the MS/TP trunk.
Ethernet to Trend LAN Mode: Only available in Compatibility Mode and requires an IQ5-LAN-ADPT. This mode enables the IQ5 to act as an interface between an internetwork on Ethernet and a LAN on the Trend current loop network.
Ethernet to Trend Internetwork Mode: Only available in Compatibility Mode and requires an IQ5-LAN-ADPT. This mode enables the IQ5 to act as an interface between an internetwork on Ethernet and an internetwork on the Trend current loop network.
గమనిక: Node Controller functionality needs to be enabled using an optional NC licence. Only one RS-485 port can be enabled for MS/TP.

నెట్వర్కింగ్
In order to connect to the Trend network the IQ500 will create its own internal LAN, which includes the following nodes:

a CNC for its own controller,
a supervisor CNC (sCNC) for its USB port,
four virtual CNCs (vCNC1, vCNC2, vCNC3 and vCNC4), and
a virtual INC (vINC).

CNC Functionality: When a PC running IQSET is connected to the USB port it uses an sCNC. If the USB port address is set to 0 (default), the sCNC is dynamically created at address 125 for the duration of the IQSET session. When the PC is removed the sCNC times out and no longer exists on the network. If the address is configured to be non-zero, the sCNC remains on the network at all times.
CNC Functionality: vCNC Functionality: Allows a supervisor/tool/display to make a permanent, secure connection to the Trend network using TCP/IP. By default all vCNCs are disabled. The standard IQ500 has four vCNCs, which increases to eight when operated as a Node Controller (with an NC licence).
INC Functionality: When the IQ500 joins a LAN on Ethernet, the controller with the lowest IP address assumes INC functionality (using its vINC at address 126); any vINCs in other controllers on that LAN will automatically be disabled.
IC Comms: When in IQ5 Mode the IQ500 can communicate with other IQ5s in IQ5 mode, IQECOs, and BACnet devices using IC Comms. Some IQECOs running earlier versions of firmware may not support all IC Comms types..

When in Compatibility Mode, the IQ500 can communicate with other IQ5s in Compatibility Mode, IQ4s, IQ3s, IQ2s, IQ1s and IQECOs and BACnet devices using IC Comms in the same way as an IQ4.

ఇన్‌పుట్‌లు మరియు అవుట్‌పుట్‌లు
The IQ500 does not include any onboard analogue or digital I/O but has two buses for the connection of expansion modules.

T1L Bus – for T1L devices (IQ5-IO modules and IQ5-LAN-ADPT
IQ3/4 Bus – for IQ4/IO and XCITE/IO (IQ3) modules

The IQ500 ships with a base licence supporting up to 16 channels/points, which is expandable up to 300 points. The total licenced point count is shared between both buses.

హార్డ్వేర్

ఎన్ క్లోజర్
The IQ500 is housed in a polycarbonate enclosure compatible with the DIN43880 and DIN 19 size 2 standard. Integral clips on the back of the enclosure enable the unit to be clipped on to (and quickly released from) a standard TS35 DIN rail.
It must be installed in a secondary enclosure with a minimum protective rating of IP20 (or equivalent).
The unit may be mounted horizontally or vertically but not upside down or on its back:

తొలగించగల క్లిప్-ఆన్ పాలికార్బోనేట్ కవర్లు వివిధ ఆన్‌బోర్డ్ టెర్మినల్ కనెక్షన్‌లకు యాక్సెస్‌ను అందిస్తాయి.

Spare covers are available

టెర్మినల్ కనెక్టర్లు
Connection for power, RS-485 and IQ3/4 bus is via two-part pluggable screw terminal connectors which are supplied as standard with the controller and available in packs for spares. Optional connectors with push-fit terminals are also available.

ఇన్పుట్ పవర్ సప్లై
The IQ500 requires a 24 Vac/dc power supply rated as follows:

24 Vac ±20%, 50/60 Hz, 34VA (1.42A);
24 Vdc ±20%, 12.5W (0.52A).

If T1L devices (IQ5-IO modules and IQ5-LAN-ADPT) are to be powered from the controller’s T1L bus, the above rating must be increased to take account of the additional load. Refer to the IQ5-IO Modules Data Sheet (TA201481) or IQ5-LAN-ADPT Current Loop LAN Adapter Data Sheet (TA201510) for details of T1L device power consumption.

The local earth terminal must be earthed (grounded) at the controller. The 24 V supply must include a suitably rated switch in close proximity and be clearly marked as the disconnecting device for the unit. Do not position the equipment so that the disconnecting device is difficult to operate. Wiring exampలే:

సర్వీస్ బటన్
The service button is located behind the drop-down fl ap located on the front of the IQ500. It has the following functions:

To identify the IQ500 to IQSET during commissioning,
To return the IQ500 to its factory default settings.

సూచికలు
Various indicators are provided on the IQ500 giving feedback on its operational status.

General (located on the front panel):

Ethernet: (located adjacent to each Ethernet connector):

బ్యాకప్
In the event of an interruption to the power supply, the IQ500 uses the following mechanisms to retain data until power is restored. Controller data (including firmware, strategy ,and parameter values) is stored in non-volatile eMMC memory. Live data, which includes last known values, is stored in non-volatile FRAM.
A supercap is used to maintain the real time clock (RTC). In the event of power failure, this will typically maintain the time and date function for up to 3 days.

గమనిక: Operation at elevated temperature or high humidity levels may reduce the lifetime of the supercap. Extended operation in these conditions may permanently reduce the capacity of this component and result in a reduction in the number of days that the controller can successfully backup the time and date.

లేబులింగ్
Two removable self-adhesive labels detailing the serial number (SN) and Ethernet MAC address (EN1 MAC) of the IQ500 controller are supplied which can adhered to plant room panels, cabinets or schematic plans as required:

The serial number comprises the following manufacturing and product information:

The serial number is also provided as a QR code, and the MAC address is provided as a barcode (in Code 128 format) such that both can be read using a suitable hand-held scanner.
A non-removable label containing the same information is fi xed to the inside of the drop-down fl ap on the controller’s front panel.
A third self-adhesive label detailing licences included with the controller when shipped from the factory and the serial number (SN) is fi xed behind the drop-down fl ap.

The QR code provides a comma-separated scannable format of the Part number, description & serial number.

ఫర్మ్‌వేర్

The firmware in the IQ500 controls its basic functionality and provides a range of modules that can be configured to produce a control strategy.

వ్యూహం

In order to run sequences of operation for equipment and building control, the modules provided by the firmware must be configured to define the way the controller is to control the connected equipment. This configuration is known as the strategy. Strategies are configured using the System Engineering Tool (IQSET).
This produces a strategy file (filename.IQ5) that can be downloaded to the controller to define its operation. This file consists of all the strategy module instances, their parameters, and links. When this is downloaded, it is stored in the controller and then run using the controller firmware.
For details of using IQSET see the System Engineering Tool Manual (TE200147).

Strategy Modules
The range of strategy modules provided in the IQ5 firmware are listed in the table below. Full details of each module can be found in the IQ5 Configuration Manual (TE201486).

మాడ్యూల్	brIQs	Max. number of Modules	గమనిక
చిరునామా	24	1 (స్థిరమైనది)
Alarm Destination	14	8
Alarm Group	9	500
Alarm Route	9	500
అలారం లాగ్	0	1 (fixed) 2000 records
Analog Node	16	4000
క్యాలెండర్	566	100
Digital Byte	16	4000
డిజిటల్ ఇన్పుట్	28	4000	1
డైరెక్టరీ	13	1000
ప్రదర్శించు	19	4000
డ్రైవర్	61	1000	1
ఫంక్షన్	19	4000	1
IC Comms	19	2000 (on IP network) 500 (on MS/TP/current loop)	1 4
ఇంటర్ఫేస్	130	1000	1 3
I/O మాడ్యూల్	14	283
నాబ్	13	4000
తర్కం	19	4000	1
లూప్	55	1000
Multistate Selector	17	4000
మల్టీస్టేట్ ఇన్‌పుట్	77	4000
Network Service/ Network	0	Max 10 Modbus IP
NTD	30	4000
ఎంపిక	0
OSS	34	500
పేజీ	4	500
ప్లాట్లు	12	4000
కార్యక్రమం	0	1 (స్థిరమైనది)
Schedule Offset	21	4000
సెన్సార్	76	4000	1
సెన్సార్ రకం	12	99
క్రమం	106	1 (స్థిరమైనది) – see separate table for maximum steps
భద్రత	0	1 (స్థిరమైనది)
States Category	0	100
మారండి	10	4000
సమయం	38	1 (స్థిరమైనది)
సమయ షెడ్యూల్	566	100	2
స్థానిక వినియోగదారు	12	500
Virtual CNC	9	4 (fixed); 8 (with NC licence)
The number of brIQs used on these modules varies with the module type. The largest size is shown here. Includes a maximum of 50 exceptions per module. Additional brIQs are required per input and output: XNC 5; Modbus Input 16, Output 15; M-Bus Output 12. For IP networks, a maximum of 2000 IC comms/COV subscriptions can be configured but there is a maximum transmission rate of 300 IC comms/COV subscriptions per minute. For MS/TP and Trend current loop networks, a maximum of 500 IC comms/COV subscriptions can be configured but there is a maximum transmission rate of 100 IC comms/COV subscriptions per minute shared between the two networks. For more details, see the IQ5 Configuration Manual (TE201485).

The quantity of each type of module may be adjusted to match the requirements of the application subject to the following:

a maximum of 4000 modules in total,
the maximum for each type of module, and
the IQ500’s memory capacity (measured in ‘brIQs’).

The maximum number of modules for each type, and number of brIQs required per module are shown in the table above.

The total available memory capacity varies according to the number of licenced I/O channels:

Number of I/O channels	Max. brIQs available
16	30,000
50	40,000
100	60,000
150	90,000
200	120,000
250	150,000
300	180,000

గమనిక: If the IQ5-INT-50 or IQ5-INT-50-UP licence is applied these values are increased by 15,000. If the IQ5-INT-2500 or IQ5-INT-2500-UP licence is applied these values are increased by 50,000.

Plot Modules
The IQ500’s Plot modules can plot the value of any connectable module output (analogue or digital) at a specific interval of between 1 second and 24 hours. There are four types of Plot module: Synchronised, Triggered, Periodic and COV (change of value). Although all four types are BACnet interoperable, only periodic plots can be compliant with the BACnet standard. All Plot modules can generate a buffer ready alarm when the number of records equals a notification threshold.

The maximum number of records per plot is 1000. The maximum total number of records (for all plots) depends on the available plot memory (measured in log points) and the type of plots used:

Maximum plot memory (log points)

3,000,000

రికార్డుల గరిష్ట సంఖ్య

Synchronised plots

ఒకే ఖచ్చితత్వం

(5 log points per record)

రెట్టింపు ఖచ్చితత్వం

(10 log points per record)

600,000

300,000

Triggered, COV or periodic plots

ఒకే ఖచ్చితత్వం

(10 log points per record)

రెట్టింపు ఖచ్చితత్వం

(15 log points per record)

300,000

200,000

గమనిక: A maximum of 100 plots can be serviced in a 1 s period (e.g. 100 x 1 s plots only). This is calculated on the average plots serviced in 1 s, so a 1 minute plot would contribute a 1/60. For example, 90 x 1 s plots plus 360 x 1 min plots would give 96 (90+6) plots per second on average. The periodic and triggered plots must also be counted, and it is up to the engineer to make their best estimate.

Sequence Table Module
The maximum number of steps in the sequence table varies with the number of licensed I/O channels:

Number of I/O channels	Max. sequence steps
16	600
50	750
100	1500
150	2250
200	3000
250	3750
300	4500

గమనిక: If the IQ5-INT-2500-BASE or IQ5-INT-2500-UP licence is applied these values are increased by 1,000.

BACnet COV Reporting and Receiving
The IQ500s BACnet Change Of Value (COV) services allow a COV client to receive reports from a COV server when the value of a referenced property changes. IQ500 provides both COV reporting and COV receiving facilities.
ఫర్మ్‌వేర్ నవీకరణలు
ఫంక్షనాలిటీని మార్చడానికి లేదా జోడించడానికి లేదా కొత్త ఉత్పత్తులకు మద్దతుని అందించడానికి ఫర్మ్‌వేర్ యొక్క కొత్త వెర్షన్‌లు ఎప్పటికప్పుడు అందుబాటులో ఉంచబడతాయి.
Firmware can be upgraded using a PC running the IQTool Firmware Upgrade Applet, and to the IQ500 connected over Ethernet or the USB Engineering Port.
Timemaster
The IQ500 can act as a system Timemaster to synchronise the time and date across the Trend system. It can use SNTP (simple network time protocol) to obtain the precise current time from an unauthenticated NTP server on the Internet. Daylight saving can be implemented automatically (via timezone setting) or manually by specified dates and time adjustments.
అలారాలు
The IQ500 will generate Network, General, and Item alarms. Network alarms are generated by the Trend Network nodes, General alarms are generated when the IQ500 detects a problem within its own hardware or program, and Item alarms are generated by the strategy and are normally due to a faulty plant condition.

Network alarms are sent to supervisors or tools connected to the USB local engineering port, or to one of the controller’s vCNCs.
General and Item alarms can be sent either to a designated Trend LAN address, to an IP address, or as an email. Alternatively, certain Item alarms (e.g., sensor, digital input, digital driver readback, and plot), can be sent to a BACnet device.

Alarms sent to a Trend LAN address, or to an IP address, can either be sent in text, coded, or attribute format. Network alarms are sent in text format only.

For coded alarms, the protocol limits the item number to 255 maximum. For text alarms the maximum item label length is 20 characters.

Sending an alarm by email requires the Email Server Address to be set up in the Address module. The Email Server Address can be an IP address, an internet domain name, or a host name; the internet domain name or host name require a DNS server address or a WINS server address, respectively to be set up in the network module so that the name can be resolved.

All alarms (except Network alarms) are also stored locally in the Alarm Log. The alarm log can record up to 2000 alarms. Once this limit is reache,d each new alarm will overwrite the oldest record.

Web సర్వర్
Information from the IQ500 can be viewed or adjusted from a web client (PC, tablet, or smartphone) over any TCP/IP network (e.g. company intranet) using secure HTTPS protocol. All that is required is the IQ500’s IP address or host name, and a user name and password. Once a connection to the controller has been made, it is possible to view/adjust occupation times, view the alarm log, and view/adjust/graph individual module parameters.

ది web interface does not allow the strategy structure to be modifi ed (e.g. adding or deleting modules, or changing module interconnections).
Graphical display pages (GraphIQs), which are confi gured using IQ500’s display and directory modules, can also be accessed.

యొక్క మరిన్ని వివరాల కోసం web Configuration Manual (TE201485), the IQ5 User Manual (TE201490), and the Graphical Display Pages Editor Manual (TE200629).

భాష
The user can specify which language the IQ500 uses for the display of web pages and for transmitted alarms. The standard languages are in the controller as supplied. In the controller the Address module has a language parameter which will be set to the default language, but can be changed to any one of the other available languages. The IQ500 can use languages which require 8 bit code (i.e. special or accented characters) and can also operate with right to left languages (e.g. Chinese, Arabic).

గుర్తింపు కేషన్
When in IQ5 Mode the IQ500 will identify itself as an IQ5 to w comms. When in IQ5 Compatibility Mode the IQ500 will identify itself as IQ4 v5 to w comms.

భద్రత
IQ500 is designed to meet ISA ISA/IEC 62443-4-2, and has been developed using processes that are fully certifi ed to ISA/IEC 62443-4-1. To meet these requirements, IQ500 provides:

సురక్షిత బూట్
Authenticated and Encrypted Network
Encrypted at Rest
Synchronised Account Management
Audit logging

In the event of a forgotten password, an engineer can initiate an unlock code to be sent to a pre-defi ned email address.
All of this is managed by an admin account which should be provided to the site owner.
It is not recommended that IQ500 is directly connected to the Internet.

Synchronised Account Management: IQ500 features an account management system that provides the engineer with a single logon for the site, and synchronizes any password changes across the whole site.

Audit logging: From V2.0 fi rmware the IQ500 provides audit logging which can be viewed from the IQ500’s web pages for:

యాక్సెస్ నియంత్రణ
Request errors
Operating system events
Control system events
Backup and restore events
Configuration changes
Reconnaissance activities
Audit logging events

IEEE 802.1X: From V2.0 fi rmware the IQ500’s isolated Ethernet port can be configured to use IEEE 802.1X EAP-TLS authentication. This enables the connection to the IQ500 to be authenticated and ensures that the IQ500 can meet the cybersecurity requirements of sensitive sites, ensuring traffic between the BMS network and the client network is only allowed with authenticated devices.

ముఖ్యమైన: Operating the IQ500 in Compatibility Mode will cause the IQ500 to operate using the same security mechanisms adopted for IQ4-based systems.

లైసెన్సింగ్

All IQ500s have the same base level capacity/functionality i.e. IQ5 Mode or Compatibility Mode, 16 I/O points, T1L bus, Trend communication over Ethernet and BACnet IP communication.

Additional capacity/functionality can be added to an IQ500 by applying a licence to the controller. There are two types of licences Base and Upgrade:

Base Licences
Base licences are used for the initial licensing of the controller i.e., during installation/commissioning. From V2.0 firmware base licenses can be applied to the controller during the grace period after this an upgrade licence must be used to add to the controller’s capacity/functionality.

గ్రేస్ పీరియడ్: From IQ5 firmware V2.0, the grace period is 60 days of power-on time following the application of the initial base license. Within this timeframe, additional base licenses may be added. The initial base license is applied either prior to shipment for pre-licensed controllers or by IQSET for unlicensed controllers. The grace period is visible in IQSET’s IQ5 feature licenser and the IQ5’s web pages in the address module. Prior to IQ5 firmware V2.0, no grace period existed; only the first download of BASE licenses were allowed and the Upgrade licenses had to be applied.

గమనిక: IQ5’s upgraded to V2.0 will only receive the grace period if they have not yet received a base license; if they have a base license only Upgrade licenses can be used.

Licensing Process

Upgrade Licences
Upgrade licenses are used allow for system expansion after the grace period.

Licences can either be applied in the factory (pre-licensed controllers) or by the engineer using IQSET once the controller hardware has been delivered.
Pre-Licensed Controllers
Pre-licensed controllers are IQ500 controllers that are supplied from the factory licensed with additional functionality. The pre-licensed controllers available have been selected to ensure that the most common capacity/functionality combinations are available directly from the factory. If these don’t meet the requirements base or upgrade licences can be used to add to the pre-licensed controller’s capacity/functionality.
Hardware Only Controllers
Hardware-only controllers are IQ500 controllers that are supplied from the factory with only the base level functionality and require either a base or upgrade licence to be applied using IQSET if additional capacity/functionality is required.

ఫీల్డ్ మెయింటెనెన్స్

The IQ500 requires no routine maintenance.

హెచ్చరిక: సేవ చేయదగిన భాగాలను కలిగి ఉండదు. యూనిట్ తెరవడానికి ప్రయత్నించవద్దు. పాటించడంలో వైఫల్యం యూనిట్‌కు నష్టం కలిగించవచ్చు.

పారవేయడం

COSHH (Control of Substances Hazardous to Health – UK Government Regulations 2002) ASSESSMENT FOR DISPOSAL OF IQ500.
రీసైక్లింగ్ .
All plastic and metal parts are recyclable. The printed circuit board may be sent to any PCB recovery contractor to recover some of the components for any metals such as gold and silver.

WEEE ఆదేశం:
వారి ఉపయోగకరమైన జీవితం ముగింపులో ప్యాకేజింగ్ మరియు ఉత్పత్తిని తగిన రీసైక్లింగ్ కేంద్రం ద్వారా పారవేయాలి.
సాధారణ గృహ వ్యర్థాలతో పారవేయవద్దు. కాల్చవద్దు.

అనుకూలత

బ్రౌజర్‌లు: This device has been successfully tested with the latest versions of browsers typically found on most PCs, smartphones, and tablets.

Supervisors and Displays:

IQ5 Mode – IQVISION V4.15 u2 (or later), IQVIEW Single Controller Display for IQ5.
Compatibility mode – IQVISION V4.15 u2 (or later), IQVIEW Single Controller Display for IQ5, 963 and IQVIEW8.

గమనిక: A supervisor connected to the USB Local Engineering Port of an IQECO cannot see IQ5 devices.
యుటిలిటీ సాఫ్ట్‌వేర్: IQSET V8.60 (or later).

T1L Devices:

IQ5 Mode – IQ5-IO Modules
Compatibility mode – IQ5-IO Modules, IQ5-LAN-ADPT

To ensure compatibility and follow cyber security best practices, when installing an IQ5 controller or adding/replacing IQ5 on an existing controller, always ensure that the IQ5 is running the latest version of firmware available from PNet. (https://partners.trendcontrols.com).
IQ3/4

బస్సు: IQ4/IO Modules, XCITE/IO (IQ3) Modules

కంట్రోలర్లు:

IQ5 Mode – IQ5s in IQ5 Mode (via Ethernet), IQECO (via RS-485 configured as MS/TP).
Compatibility mode – IQ5s in Compatibility Mode (via Ethernet), IQ4 (via Ethernet), IQ3 (via Ethernet) IQECO (via RS-485 configured as MS/TP).

IQ5s in compatibility mode will also be able to communicate with IQ4, IQ3, IQ2 and IQ1 controllers via Trend current loop providing the link to the current loop is made by a non IQ5 device e.g. IQ4NC or the Current Loop LAN Adapter (IQ5-LAN-ADPT) is used.

వ్యూహాలు: IQ1, IQ2, IQ3, IQ4 can be imported into IQSET, converted into IQ5 strategies, and then downloaded into an IQ500.

IC Comms:

IQ5 Mode – IQ5s in IQ5 Mode, IQECO
గమనిక: IC Comms originating from an IQECO cannot be sent to an IQ500 in IQ5 Mode. To obtain a value from an IQECO, the IQ500 must request it. See the IQ5 Configuration Manual for further details.
Compatibility mode – IQ5s in Compatibility Mode, IQ4, IQ3, IQ2, IQECO, and IQ1 (v3 onwards).
గమనిక: Some controllers running earlier versions of firmware may not support all IC Comms types. Refer to the IQ4 Configuration Manual (TE201263) for full compatibility details.

BACnet Devices: The IQ500 controller is a BACnet Building Controller (B-BC). Compatibility is defined in the IQ5 Product Implementation Conformance Statement (TP201479).

సంస్థాపన

The IQ500 is designed to be clipped onto a TH35x7.5 or TH35x15 DIN rail. The IQ500 must be installed in a secondary enclosure with a minimum protective rating of IP20 (or equivalent).

సంస్థాపనా విధానం వీటిని కలిగి ఉంటుంది:

Mounting the controller in position
శక్తిని కలుపుతోంది
Connecting Ethernet network(s)
Connecting RS485 networks (if required)
Mounting and connecting I/O modules (if required) Mounting and connecting Current Loop LAN Adapter (if required)
పవర్ అప్
Setting up Ethernet connectivity
Creating a strategy
కంట్రోలర్‌కి కనెక్ట్ చేస్తోంది
Setting up feature licensing
కాన్ఫిగర్ చేస్తోంది web server (if required)
Setting up NC functionality (if required), downloading strategy and other configuration files Checking BACnet communications
Connecting inputs and checking operation Connecting outputs and checking operation

A full description of installing the unit is given in the IQ500 Installation Instructions – Mounting (TG201482) and IQ5, IQ5-IO Installation Instructions – Configuring (TG201483).

ఆర్డర్ కోడ్‌లు

HARDWARE ONLY CONTROLLERS
Hardware-only controllers are supplied with base-level functionality and require either a base or upgrade licence to be applied using IQSET if additional capacity/functionality is required.

IQ5-00-24

IQ500 with 0 onboard I/O, licensed to 16 I/O channels, expandable to 300 I/O channels, BACnet communications, 24 Vac/dc supply.

PRE-LICENSED CONTROLLERS
Pre-licensed controllers are IQ500 controllers (IQ5-00-24) that have been licensed in the factory with additional functionality.

గమనిక: From V2.0 firmware base licences can be added to a pre-licensed controller to add additional capacity/functionality during the grace period. After the grace period upgrade licences must be used to add capacity/functionality.

The pre-licensed controller order codes (Short Description) are in the format below:
IQ5-00-<IO Capacity>-<Integration Capacity>-<Network Routing>-<IQ3/4 Bus>-<SCD Support>-24-<IO Module>

కోడ్	ఎంపికలు	వివరణ
<IO Capacity>	16, 50, 100, 150	The number of IO channels, shared between T1L bus and IQ3/4 bus (if licensed).
<Integration Capacity>	50, 250, 2500	The number of integration points (Modbus, M-Bus and XNC).
<Network Routing>	NC	NC functionality.
<IQ3/4 Bus>	చెయ్యవచ్చు	IQ3/4 bus functionality
<SCD Support>	SCD	IQVIEW SCD functionality
<IO Module>	16UIO	Controller supplied with an IQ5-IO-16UIO module

ముఖ్యమైనది: When ordering the pre-licensed controllers, the Part number MUST be used.

Controller with I/O Capacity

సంక్షిప్త వివరణ	Part Number / Product Code	వివరణ
IQ5-00-50-24	IQ500-50X000000000	IQ500 licensed for 50 I/O channels.
IQ5-00-100-24	IQ500100X000000000	IQ500 licensed for 100 I/O channels.
IQ5-00-150-24	IQ500150X000000000	IQ500 licensed for 150 I/O channels.