MONITOR XL ITI Wireless (RF) Module Installation Sheet

Transcription

1 MONITOR XL ITI Wireless (RF) Module Installation Sheet Antenna shroud locations Antenna shrouds Mounting hole Mounting hole Wire access Enclosure Top latches OEM transceiver R 2 mm power jack Terminal block Daughter board LEDs ON Bottom latch UTC Fire & Security Americas Corporation, Inc. All rights reserved. 1 / 8 P/N REV B ISS 05JUN14

2 Installation Sheet Description These instructions cover the installation and programming of a MONITOR XL ITI Wireless (RF) module. The ITI Wireless Module communicates with ITI learn mode wireless sensors. They transmit with Frequency Agile MHz spread spectrum radio transmissions. For each sensor s instructions, consult the ITI s instructions packed with each sensor. Each ITI Wireless (RF) Module supports a maximum of 32 wireless sensors (Remember: maximum of 128 input points per MONITOR panel). The ITI wireless module must be connected to the module bus to enable programming. Mount the module centrally to the wireless sensors. Install module away from large metal objects. Mounting the module on metal surfaces will impair performance. This module is intended for indoor use only. Use in outdoor applications may impair performance. Figures Figure 1: System overview Figure 2: Enclosure back plate Figure 3: ITI Wireless Module Power considerations For every 3-4 modules that do not include a power supply (LCD keypad, point expansion, etc.), a supplementary power supply will need to be added (13.7 V, 1 amp regulated). Each P/S will require a suitable transformer, plus a backup battery (as applicable). Tip: Cluster devices close to each power supply to minimize voltage loss through the cabling. Use a multi-meter to ensure adequate voltage is available at each device at least 12.5 volts (with any relays energized) to allow for reasonable battery backup operation during a power failure. Install additional power supplies if needed. Also: Install an isolating diode in the +12 connection(s) at the main panel. Note: For large current-draw devices with built-in power supplies, treat the +12V as a "pass-through". (Connect the incoming and outgoing Module +12 lines together, but do not connect to the +12 inside a door controller cabinet.) Module bus guidelines The RS-485 Module bus allows all expansion modules to communicate with the main panel. It also provides power for a small number of modules, plus auxiliary power for detectors connected to the aux-power outputs on LCD keypads. You can connect up to 24 modules to a system panel (via two bus ports/ connections). Cabling can run up to 610 m / 2000 ft. from each of the provided bus ports. In larger systems, try to reasonably balance the length of cable and number of modules on each port. For longer cable runs, and/or where many expansion modules are connected on one line, a 150 terminating resistor will need to be installed across the A and B communications terminals of the last module on the bus line (on each of the two ports, as applicable). Communications cabling should be a single run (per port as applicable) with modules daisy-chained onto the line. (No multi-splicing into new directions.) Cabling and cable specifications To prevent damage, run cables before mounting the specific modules. Earth Grounds: Recommended: 18 AWG, stranded & insulated. OK: Standard 22 AWG quad cable (use all 4 wires). Module Bus (RS485) Cabling (device comms & power): Recommended: 24 AWG, 4 wires, shielded, 120 impedance, low cap. (e.g., Belden 9842). ULC: 22 AWG, 4 conductors, shielded, low capacitance. Max. Length: Up to 610 m / 2000 ft. of cable on each of the two SNAPP bus ports. Cabling P/Ns: FT4 FT6 Module Bus (shielded) Preferred (24 AWG): ULC (22 AWG): Notes: Max. length may be less w/ 22 AWG. Mounting Use the unit itself as a template to mark a suitable height and location. Then, use screws and anchors as required to mount the unit. (Use 4 screws.) Caution: You must be free of static electricity before handling circuit boards. Wear a grounding strap or touch a bare metal surface to discharge static electricity. 2 / 8 P/N REV B ISS 05JUN14

3 Programming Overview The ITI Receiver has a 5-digit module serial number, attached to the PCB of the daughter board, which is programmed into the system module programming. ITI wireless sensors can be learned into the system through the LCD keypad. For systems with a Feature Set of 5 or above, local configuration programming at an LCD keypad cannot be done. Module enrollment and input point assigning must be done through the Director software and sent to the panel. Receiver Module Programming M0xx 00 Keypad Selections: Save *M0xx 00 Default Name Selections Serial Number Area Inputs 0=00, 1=04, 2=08, 3=12, 4=16, 5=20, 6=24, 7=32 0 Outputs N/A (no) N/A N/A (no) Monitor Tamper (yes) (No) Program the ITI module serial # into the module configurations. Assign the number of input points required (4 to 32). The ITI does not have outputs. The outputs selection may be left as 0. After making these selections, press the button below Save in the LCD keypad s module enrollment screen, or send the module info to the panel from the Director Software. The next screen will look like this Save M0xx 01 Default Name Selections 00 Module Type 19 ITI Wireless (no) N/A N/A Assign the module type 19 ITI Wireless. Press the Save button from that screen to get to the next module programming screen. Go back to the M0xx 00 screen and press the Save button. If module configuration is correct the next will look like this AllSVN:1 Force:2 Save It can only be programmed through the system s LCD keypad. AllSVN: ITI Module Supervision Timeouts. The time allowed before a supervision signal is transmitted from the ITI because it has not received a trigger or supervisory signal from any of the sensors assigned to it. Selections: 1 = 2 Hrs, 15 Min (default) 2 = 6 Hrs, 35 Min 3 = 12 Hrs 4 = 25 Hrs, 15 Min 0 (None) cannot be entered. Force: The number of times any sensors should be triggered before the ITI will Force learn it into the system. This can be helpful if in a big system with e.g. wireless PIRs that are being periodically tripped, the Force count is increased to avoid false force enrolment of a sensor. The default is 2 triggers but can be changed from 2 to 9 triggers. When these selections are acceptable, press the Save button. Pressing the button will display the module type (ITI), input rane (pxxx-xxx) and its serial number (S#xxxxx). Input Configuration P0xx 00 Keypad Selections: 0xx ITI pxxx-xxx S#xxxxx Save *P0xx 00 Default Name Selections 000 Circuit Type 0: NC (no EOL) 000 Point Type 01-33: See the Input Point Type Reference table ( E) 01 Area 01 Buffer Area Note: Wireless sensor s circuit types are always 0 normally closed. If the system s Feature Set is greater than 5, the input point type and name screens cannot be programmed through the system s LCD keypad Config. That information must be programmed in the Director software and sent to the panel. P/N REV B ISS 05JUN14 3 / 8

4 If the circuit type and sensor type have been programmed into the system with the LCD keypad and Save is pressed, the next screen below will display: Save *Pxxx 01 Program the ITI sensor name and press the Save button. The next screen will look like this: No Sensor Learn Save Pxxx 2 If they were programmed in using the Director because the Feature set is greater then 5, re-enter input point programming at the keypad and ignore any warnings about no programming using the keypad. Wireless points are learned into the system using keypad input programming regardless of the Feature Set. Return to this following screen and follow the next steps. 1. Press the right arrow key on the LCD keypad. No Sensor Learn Save Pxxx 2 2. In this next screen, if the ITI sensor has a tamper button, press it several times until the screen changes. TMP: (Tamper) tamper button Enroll. T (FF) Al: (Alarm) trigger the sensor as many times as Force is set in the previously mentioned "AllSVN / Force" screen (default: 2 times) - (e.g. pendant panic button) Fob: (Keyfob) enrollment a keyfob. Note: The sensor cannot be triggered in rapid successions. Trigger it once, wait 5 seconds and then the next trigger and wait a few moments again. Trigger it as many times as the Force times are set. Note: When a packet is received from a sensor then the (FF) will be changed. It will represent the last two characters of a serial number (DL), e.g. DL C6FEAA. Enroll. T (FF) Note: When Al is selected then the screen will also display number of triggers for the sensor, e.g. DL 1B7EAA4. Enroll. A (A4)1 3. When the sensor has been detected, this screen will display: SV:0.TM:. Pt: SV: Sensor Supervision Timeouts. The time allowed before the ITI will send a supervision signal identifying a specific sensor that has not transmitted after these timeout selections. Selections: 0 = None (default) 1 = 2 Hrs, 15 Min 2 = 6 Hrs, 35 Min 3 = 12 Hrs 4 = 25 Hrs, 15 Min TM: Whether the sensor s Tamper will be monitored ( default) or not ( ). Pt: represents that the sensor has the capacity for additional contacts to be attached to it external input. If not, this entry will remain blank and not used. If it does have an external input, it will indicate with a (no) - an additional external input will be discarded or a (yes) an additional external input will be used. With the cursor under the box or check mark, press any keypad key to toggle the selection back and forth. Note: If an external input is activated then standard input functionality is ignored. Del: Delete Sensor. After a sensor has been programmed or, an error was made, the keypad button below this selection can be pressed and the sensor will be deleted. The screen will return to "No Sensor Learn". 3. If the screen selections are acceptable, press Save. The screen will momentarily display Programming This screen will then display: T14: Edit Save Pxxx 2 T14:001287: is the Sensor type (14) and Serial Number of the sensor that was enrolled into this input number. Pressing the keypad right arrow button will display the "SV:0 TP: Pt: " screen for editing. The Del button can also be pressed to remove the sensor and another sensor could be programmed for this input number if desired. 4. If the Sensor type and the Serial number are correct, press Save. ISM, AFx Equipment/Pseudo Point Selections for ITI Wireless Module Trouble (E011), ensure this is set to detect: Module Bus connection to ITI module failure. ITI module failure. ITI module has not received any sensor signal for X amount of time (AllSVN). Module Battery Low (E012), ensure this is set so Sensor Low Battery will be detected. Module Program Edit (E013) can be optionally set to detect when the sensor settings have been changed. This alert will 4 / 8 P/N REV B ISS 05JUN14

5 not re-set until there have not been any further program changes for one hour. ITI Receiver and sensors status 1. Enter Status at the system s LCD keypad. 2. Press the keypad s right arrow key until App (Application Module) displays. Press the keypad button under it. 3. When "ITI 63bit 319" displays, press the button under Yes. xx module number xx:iti 63bit 319 Yes No 4. Keypad left and right arrow keys can be pressed to scroll through the input numbers and ITI module conditions. Input and Repeater status The input number associated with the ITI will display and the input s condition, e.g. 009 Ok. 009>Ok It can also display the following for an input: NoSvn: No Supervision. A sensor or Repeater supervision signal failure. The input will appear in point status as a tamper. The repeater will cause a module tamper. Lobat: Low sensor battery. This will generate a module or pod low battery alert. If the sensor s battery was replaced, the sensor s reset button on its printed circuit board must be pressed. NoRcv: No Receiver detected. ITI module malfunction. PtTmp: Input sensor tamper. The input will appear in point status as a tamper. RJam: A Repeater has reported that its incoming RF signal is jammed. ITI Receiver module status After scrolling through all the ITI input conditions, the condition of the ITI module will display, e.g. Pod Ok. Pod>Ok It can also display the following for a ITI module: Tampr: indicates that pod is in tamper. The tamper condition can be generated in different ways. RTmp: reflects the physical tamper condition of the receiver. RPow: the receiver is in a low power mode. RBuf: the receiver buffer overflow. RJam: the receiver RF signal is jammed. NoSen: The ITI module has not received communication from its sensors, based on the supervision delay period set for the ITI module (AllSVN). Module Status will display the ITI module in tamper for any of these conditions. ITI Test Menus 1. Log on to the system LCD keypad as a Service User and select Test from the Menu. 2. Press the keypad s right arrow key until App (Application Module) displays. Press the keypad button under it. 3. When "ITI 63bit 319" displays, press the button under Yes. xx:iti 63bit 319 Yes No xx module number 4. This screen will display: Check (x.xx) Signal Scan (x.xx) indicates the ITI Receiver firmware version number. Signal: selects a sensor signal strength menu. Pressing Signal will display this screen: xxx < Not Enrolled Signal -111dB xxx: represents an input sensor number (e.g. 014) on the ITI module. < >: keypad left and right arrow keys can be pressed to scroll through the input numbers. The second line in both screens displays the actual signal strength measured. If a sensor has not been enrolled in an input number, Not Enrolled will display on the top line. Scan: selects an RF scanning menu. When Scan is pressed the screen will display "Waiting..." to receive an RF transmission from any sensor: Waiting... Note: if this screen never changes, it is possible the ITI module is not working properly. If a signal is received from a sensor that has not been enrolled in the system, the screen will display point number 272 (P#272). T06:0001B0 P#272 AA BB CC PS:00 T06: is the sensor type. 0001B0: is the sensor s unique serial number. P/N REV B ISS 05JUN14 5 / 8

6 If a signal is received from a sensor that is enrolled in the system, the screen will display P#xxx (e.g. 017) T14:001287*P#017 AA BB CC PS:XX b) External contact jumper selection: SV:0.TM:. Pt: Pt: CHECKED. xxx: is the input number. Either an asterisk or a blank will display after a sensor s serial number as it toggles every time a transmission from a different sensor is received. Second line "AA BB CC PS:XX" is for internal Engineering use only. Supported sensors P/N Description TX Smoke detector Micro Wrist Watch Panic Button R Indoor SAW PIR Pet Immune Motion TX Designline Garage Door Sensor- White REPEATER KIT 319.5, WITH CRYSTAL TRANSMITTER Learn Mode Shock Sensor N R R Door/Window Sensor-White Freeze Sensor MHZ SAW Micro Keyfob 319.5MHz SAW Note: Additional sensors may be supported, but were not tested at the time of printing. Contact customer service for more information. Sensor notes Smoke Detector (TX ) Use the tamper (TMP) option to enroll this sensor. Micro Wrist Watch Panic Button ( ) Use the alarm (Al) option to enroll this sensor. Indoor SAW PIR Pet Immune Motion ( R) Use the tamper (TMP) option to enroll this sensor. Designline Garage Door Sensor - White (TX ) Use the tamper (TMP) option to enroll this sensor. Learn Mode Shock Sensor ( ) Use the tamper (TMP) option to enroll this sensor Door/Window Sensor - White (60-362N ) Use the tamper (TMP) option to enroll this sensor. Only one door/window input can be used at any given time. For example, if the external contact is used, internal reed switches cannot be used. a) Reed A or Reed B jumper selection: SV:0.TM:. Pt: Freeze sensor MHz SAW ( R) Use the tamper (TMP) option and the programming button on a sensor to enroll this sensor. This sensor has type 0A, NOT 0E. This sensor behaves as a door/window sensor and its thermostat is connected to an external input. It means that an external input has to be configured with the Verex LCD Keypad, as it is for a door/window sensor (60-362N ). Note: The programming button on a Freeze sensor needs to be pressed again after an enrollment. Otherwise the sensor will be in an Alarm state. Micro Keyfob, MHz SAW ( R) Use the keyfob (Fob) option and the UNLOCK button on a keyfob to enroll this sensor. It uses standard inputs to signalize the pressed button. It means, that when a keyfob is enrolled it uses 4 inputs. Example: A keyfob is enrolled in point P022. In this situation: P022 represents LOCK P023 UNLOCK P024 LIGHT P025 STAR Note: Also, what is very important, equivalent actions should be added for these input points in the Verex system. Programming examples Door/Window Sensor - White (60-362N ) Reed A jumper selection, Point number: 022, DL: a) Select P in the Advanced configuration menu. b) Program the circuit type, the sensor type and the area: Save *P : N/C (no EOL), 01: Entry Door, 01: Area 1, 01: Buffer Area 1 b) Program the sensor name and press Save. Door Save *P c) Press the right arrow key. No Sensor Learn Save P022 2 d) Press TMP key if the T letter is not displayed. Pt: UNCHECKED 6 / 8 P/N REV B ISS 05JUN14

7 Enroll. T (FF) e) Press the sensor tamper once and verify if the last two characters of the serial number match characters displayed on the screen: Enroll. T (56) If characters are incorrect press TMP key to start enrolment from a beginning. f) Press the sensor tamper 2, 3 times until the screen will display: SV:0.TM:. Pt: Set Supervision Timeouts (SV), for example, SV=1 i.e. 2 Hours 15 Min (for SV values, see page 4): g) Press the Save key. SV:1.TM:. Pt: Micro Keyfob, MHz SAW ( R) Point numbers: 022, 023, 024, 025, DL: a) Select P in the Advanced configuration menu. b) Program the circuit type, the sensor type and the area: Save *P : N/C (no EOL), 80: Custom Point: Arming, 01: Area 1, 01: Buffer Area 1 Note: Custom Point types should be defined before a keyfob is enrolled. c) Program the sensor/input name and press Save. Arming Area 1 Save *P Enroll. F (56) If characters are incorrect press the Fob key to start enrolment from a beginning. g) Press the UNLOCK button 2, 3 times until the screen will display: SV:0.TM:. Pt: h) Press the Save key. i) Points 023, 024 and 025 will display: T0F: Ext Save *P j) Return to the beginning of Advanced configuration and select P in the Advanced configuration menu (or other points: 024, 025). k) Program the circuit type, the sensor type and the area: Save *P l) You can program the sensor/input name: m) Press the Save key. Disarming Area 1 Save *P T0F: Ext Save *P n) Program all other keyfob points (024, 025) using instructions from "j" to "m". Additional installation notes: All sections of the DIP switch should be OFF (down) by default. d) Press the right arrow key. No Sensor Learn Save P022 2 e) Press Fob key if the letter F is not displayed. Enroll. F (FF) f) Press the UNLOCK button once and verify if the last two characters of the serial number match characters displayed on the screen: It is possible to configure special settings (before power up): a) Low speed mode section 3 up (ON) b) Reset to defaults section 4 up (ON) Possible red LED indication after power up: a) Blinking 3 times wrong serial number (contact with a technical support). a) Blinking 7 times defaults have been restored. P/N REV B ISS 05JUN14 7 / 8

8 Specifications Voltage Board dimensions (W H D) Operating environment Temperature Relative humidity 8 to 15 VDC in. ( mm) 0 to 60 C (32 to 140 F) up to 95% noncondensing Regulatory information Manufacturer FCC compliance UTC Fire & Security Americas Corporation, Inc Progress Drive, Lincolnton, NC, 28092, USA This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Contact information For contact information, see or For technical support, toll-free: in the US including Alaska, Hawaii, Puerto Rico, and Canada. Outside the tool-free area, contact your dealer. Copyright 2014 UTC Fire & Security Americas Corporation, Inc. All rights reserved. 8 / 8 P/N REV B ISS 05JUN14