INSTALLATION AND PROGRAMMING GUIDE CELLCOMSL SERIES UNIVERSAL ALARM COMMUNICATOR

Transcription

1 INSTALLATION AND POGAMMING GUIDE CELLCOMSL SEIES UNIVESAL ALAM COMMUNICATO

2 FCC NOTICE This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC ules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: eorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/tv technician for help. Changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment. If necessary, the installer should consult the dealer or an experienced radio/television technician for additional suggestions. The installer may find the following booklet, prepared by the Federal Communications Commission, helpful: How to identify and esolve adio-tv Interference Problems. This booklet is available from the U.S. Government Printing Office, Washington D.C Stock No , Inc. Information furnished by DMP is believed to be accurate and reliable. This information is subject to change without notice. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons. THIS DEVICE COMPLIES WITH PAT 15 OF THE FCC ULES. OPEATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS: (1) THIS DEVICE MAY NOT CAUSE HAMFUL INTEFEENCE, AND (2) THIS DEVICE MUST ACCEPT ANY INTEFEENCE ECEIVED, INCLUDING INTEFEENCE THAT MAY CAUSE UNDESIED OPEATION. Industry Canada This device complies with Industry Canada license-exempt SS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Le présent appareil est conforme aux CN d Industrie Canada applicables aux appareils radio exempts de licence. L exploitation est autorisée aux deux conditions suivantes : (1) l appareil ne doit pas produire de brouillage, et (2) l utilisateur de l appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d en compromettre le fonctionnement. Caution Notes Throughout this guide you will see caution notes containing information you need to know when installing the communicator. These cautions are indicated with a yield sign. Whenever you see a caution note, make sure you completely read and understand its information. Failing to follow the caution note can cause damage to the equipment or improper operation of one or more components in the system. ii CellComSL Series Universal Communicator Install/Programming Guide

3 TABLE OF CONTENTS Table of Contents Description... 1 What is Included... 1 System Components Terminals... 1 Power Connection Terminals... 1 Control Panel Standby Power... 1 Zones Dialer Connection Programming (POG) Connection TAMPE ESET Button LOAD Button Programming Cable... 2 Model 400 USB Flash Module Backlit Logo... 3 Mounting the CellComSL Series Communicator Selecting a Location... 4 Applications CID Dialer Connection Zones 1-4 Input Connection Zone 4 Bell Connection Ademco/Honeywell ECP Connection... 7 Accessing Programming on the Ademco/Honeywell Panel... 7 Configuring Communication with the Ademco/Honeywell Panel and the CellComSL... 7 User Codes in the Ademco/Honeywell Panel... 8 emote Arming/Disarming DMP Virtual Keypad App / Virtual Keypad Browser... 9 Programming the CellComSL Series Universal Alarm Communicator Before You Begin...10 Programming Information Sheet Getting Started...10 Accessing the Programmer Programming Menu eset Timeout Special Keys...11 CMD (command) Key...11 Back Arrow (< ) Key...11 Select Keys/Areas Entering Alpha Characters Entering Non-Alpha Characters Keypad Displays Current Programming...12 Initialization Initialization Clear All Codes Clear All Schedules Clear Events Clear Zone Programming Clear Communication Set to Factory Defaults...13 Communication Communication Account Number Transmission Delay Communication Type Test Time Test Days...14 iii

4 TABLE OF CONTENTS 7.7 Cell Check In Fail Time eceiver 1 Programming Alarm eports Supervisory/Trouble eports Opening/Closing and User eports Test eport First IP Address First IP Port Second IP Address Second IP Port eceiver 2 Programming Alarm eports Supervisory/Trouble eports Opening/Closing and User eports Test eport First IP Address First IP Port Second IP Address Second IP Port...15 Messaging Setup Messaging Setup Enable Messaging System Name Destination Destination 1 User Number Destination Destination 2 User Number Destination Destination 3 User Number O/C SMS Monthly Limit...16 emote Options emote Options emote Key emote Disarm App Key...17 System eports System eports Opening/Closing eports Zone estoral eports...17 System Options System Options Entry Delay Exit Delay Cross Zone Time Power Fail Delay Swinger Bypass Trips eset Swinger Bypass Time Changes Keypad Input...18 Output Options Output Options Cutoff Outputs Output Cutoff Time Communication Failure Output Armed Output...19 iv

5 TABLE OF CONTENTS 12.5 emote Arming Output Heat Saver Temperature (CellComSLCZ only) Cool Saver Temperature (CellComSLCZ only)...19 Area Information Area Information Area Number Area Name Automatic Arming Bad Zones Automatic Disarming...20 Zone Information Zone Information Zone Number Zone Name Zone Type Area Assignment Arming Zone Assignment Style Next Zone Alarm Action Disarmed Open Message To Transmit Output Number Output Action Swinger Bypass Cross Zone eceiver outing Zone Number...22 Stop Stop...23 Set Lockout Code Set Lockout Code...23 Z-Wave Setup Add Z-Wave Devices (ADD) List Z-Wave Devices (LIST) ENAME Z-Wave Devices STATUS of Z-Wave Devices emove Z-Wave Devices (EMOVE) Favorites (FAV) Adding a FAVOITE ADD Devices to FAVOITES Device Settings in FAVOITES...26 Lights...26 Doors...26 Thermostats EDIT Devices in FAVOITES EMOVE Devices from FAVOITES Transfer Controller (XFE)...27 Transfer Operation: Optimize (OPT)...28 Appendix False Alarm eduction...29 System ecently Armed report Diagnostics Function...29 Cellular Status...29 Cellular Signal Strength (CELL SIGNAL)...29 Cell oaming Indicator...29 v

6 TABLE OF CONTENTS Activate Cell...29 Panel Settings...29 Serial Number...29 Model Number...29 Firmware Version...29 Z-Wave Test Option...30 Contact ID ecvd...30 Exiting the Diagnostics program Using the 984 Command Function...30 CELL Using the Walk Test...30 Walk Test...30 Trip Counter for Walk Test (STD)...30 Test End Warning...30 Failed Zones Display Cross Zoning Z-Wave Information Zone 4 Bell Cadence Information emote Arming/Disarming for Ademco Vista Control Panels Ademco Vista 20P to CellComSL for emote Arming/Disarming DMP XSuper6 to CellComSL for emote Arming/Disarming...33 Compliance CellComSLCF Commercial Fire Slave Communicator Installation ANSI/UL Fire Protective Signaling Systems using Internet/Intranet/Cell Networks...34 Path 1 Type CELL Primary with no Backup Model 685- Back Box Installation CellComSLCF Series for FACP Communication Fail Output...35 New York City (FDNY) Specifications Introduction Network and Cellular Communication, Primary and Secondary...36 icomslf Primary and CellComSLCF Series Backup Programming...36 CellComSLCF Series Primary and icomslf Backup Programming Wiring Additional equirements...36 Specifications Ordering Information Dimension and Color Certifications vi

7 INTODUCTION CellComSL Series Universal Alarm Communicator Description The CellComSL Series Alarm Communicator provides a fully supervised alarm communication path for any burglary, commercial fire or residential fire control panel. The CellComSL Series can be connected to a control panel s dialer output and used to capture Contact ID messages based on SIA DC DCS. The CellComSLC has a built-in CDMA cellular module to send messages to DMP Model SCS-1 or SCS-V Central Station eceivers. The communicator also provides four input zones and two open-collector outputs for connection to burglary, commercial fire or residential fire control panel outputs and zones. The CellComSL Series Communicator Zone 4 allows a connection to the bell output of an existing control panel. The communicator operates in a variety of applications: CID Dialer Connection, Zones 1-4 Input Connections, or Zone 4 Bell Connection (See Applications on page 5). The CellComSLCZ Alarm Communicators include an onboard Z-Wave controller for home automation applications. The CellComSLCF Series Fire Alarm Communicator includes a ed Enclosure and a Model 685- (ed) Back Box. What is Included The CellComSL Series Universal Alarm Communicator includes the following: PCB with Enclosure Hardware Pack Dual Band ubberduck Antenna (Part No. 383) SYSTEM COMPONENTS System Components 1.1 Terminals Power Connection Terminals Power is provided from the Nominal 12VDC auxiliary output of the control panel for CellComSLC and CellComSLCZ. The CellComSLCF Series may be powered from the 12VDC or 24VDC auxiliary output of the control panel. OBSEVE POLAITY (See Figure 1 and Backlit Logo) Using AWG wire, connect the communicator terminal +12 to the +12 or +24 Volt positive terminal on the control panel auxiliary output. Cell Modem J19 S1 ESET S2 LOAD J8 B S3 J9 Figure 1: CellComSL Series Communicator Connect the communicator terminal G (Ground) to the negative terminal on the control panel auxiliary output. Control Panel Standby Power During a power outage, the CellComSL draws power from the control panel s backup battery. The CellComSL must be included in the standby battery calculations for the control panel. Zones 1-4 Terminals Z1 to Z3, G (Ground), Z4+ and Z4- provide four zones to connect to individual relay outputs on the control panel. Zone 4 (Z4+ and Z4-) can be connected to the control panel bell output. See Zone 4 Bell 1

8 SYSTEM COMPONENTS Connection. Open-Collector Outputs The two outputs, terminals O1 and O2 (see Figure 1), can be programmed to indicate the activity of the zones or conditions occurring on the system. Open-Collector outputs do not provide a voltage but instead switch-toground the voltage from another source. Maximum voltage is 50 ma. The outputs can respond to any of the conditions listed below: Activation by zone condition: Steady, Pulse, Momentary, or Follow Communication Cell Modem Armed area annunciation J19 2 emote Arming Output Dialer Connection Directly connect the telco phone line (tip and ring) from the control panel to the CellComSL Series Universal Communicator terminal (ing) and one into T (Tip) (See CID Dialer Connection). 1.2 Programming (POG) Connection A 4-pin POG header is provided to connect a keypad when using a DMP Model 330 Programming Cable. This provides a quick and easy connection for programming the CellComSL Series Universal Alarm Communicator. For 24VDC applications using the CellComSLCF Series, connect the keypad using a Model wire programming harness with in-line resistor. After programming is complete, remove the keypad. If connecting to a 24VDC control panel, do not connect a keypad using a Model 330 harness! Damage to the keypad could occur. B 1.3 TAMPE The TAMPE button is pressed when the cover of the CellComSL Series Communicator is secured onto the enclosure. When the cover is removed, the communicator sends a Tamper Trouble message to the Central Station. 1.4 ESET Button The ESET button is located on the right side of the circuit board and is used to Figure 3: TAMPE Location reset the communicator microprocessor. After resetting Cell Modem the communicator, begin programming within 30 minutes. If you wait longer than 30 minutes, reset the communicator again. J19 S1 1.5 LOAD Button The CellComSL Series Universal Alarm Communicator firmware can be updated via the POG header. Do not connect a Model 400 to the CellComSLCF if using 24 volt power! Damage to the Model 400 could occur. To update the communicator with a new firmware version, complete the following steps at the protected premise: 399 Programming Cable 1. Connect a DMP 399 Cable from the POG Header to the serial port of your PC operating emote Link and containing the communicator U file. 2. Start emote Link and create or open the account that matches the communicator to be updated. 3. Set the Connection Information Type to Direct with a baud rate of and choose the appropriate COM port. J8 4. Select Panel>emote B Update, then select the correct U file for the communicator. 5. Press and hold the LOAD button, then press S3 J9 and release the ESET button. 6. elease the LOAD button and click <Update> in emote Link. 7. After the firmware update is completed, remove the 399 cable and press the ESET button to resume normal operation. Model 400 USB Flash Module 1. Press and hold the LOAD switch. While holding the LOAD switch, press and release the ESET switch 2. elease the LOAD switch. 3. Connect the USB flash drive containing the.u file to the Model 400 and connect the assembly to the CellComSL POG header. The LED on the Model 400 will flash then display steady green. 4. Press and release the LOAD button on the Model 400 to initiate the firmware update. The LED on the Model 400 will flash slowly. If the LED displays fast flashes it means the firmware update was B J8 Figure 2: POG Port Location J8 S2 S3 ESET LOAD Figure 4: ESET and LOAD Button Location J9

9 unsuccessful. SYSTEM COMPONENTS 5. The update will take approximately 4.5 minutes and when complete the LED on the Model 400 will display steady green. 6. Press and release the ESET switch then remove the Model 400 assembly. 1.6 Backlit Logo The backlit logo indicates the Power and Armed status of the communicator. Depending on the operation, the LED displays in ed or Green as listed in the table. The LED indicates the armed state and status of the system primary power. Color and Activity Green Steady No Light ed Steady Operation Communicator Disarmed, Primary Power OK No Power Communicator Armed, Primary Power OK 3

10 B INSTALLATION Mounting the CellComSL Series Communicator 2.1 Selecting a Location Install the communicator away from metal objects. DO NOT MOUNT THE CELLCOMSL SEIES COMMUNICATO INSIDE O ON A CONTOL PANEL METAL ENCLOSUE (See Figure 5). ubber Duck Antenna Mounting Screw Locations Conduit SMA Antenna Cell Modem Control Panel Metal Enclosure J19 S1 ESET S2 LOAD Conduit J8 S3 J9 Figure 5: Suggested Mounting Locations Figure 6: Mounting Screw Locations Mounting the communicator on or near metal surfaces impairs cellular and Z-Wave wireless performance. The enclosure for the communicator should be mounted to the wall using the included #6 screws in the four mounting holes (See Figure 6). Mount the enclosure in a secure, dry place to protect the communicator from damage due to tampering or the elements. It is not necessary to remove the PCB when installing the enclosure. When installing component wires, care must be taken to route all wires in such a manner that they will not interfere with the TAMPE switch (See Figure 7). Note: Care should be taken to not damage any PCB components when removing or installing the top cover. Connect the External Antenna 1. emove the cover of the universal communicator. 2. Place the rubberduck antenna onto the SMA connector. 3. Using your index finger and thumb, twist the antenna until it is securely tightened. See Figure 6. J19 S1 ESET J19 S1 ESET S2 LOAD S2 LOAD J8 J8 Tamper Switch B S3 J9 B S3 J9 Figure 7: Wire outing Options APPLICATIONS Applications The CellComSL Series Communicator can be used in a variety of applications: 3.1 CID Dialer Connection Directly connect the tip and ring from the control panel to the CellComSL to capture Contact ID messages that are based on the SIA communication standard DC DCS. These messages are then formatted into a Serial 3 message and sent to a DMP Model SCS-1 or SCS-V eceiver. Note: CID Dialer Connection cannot be used when using Zone 4 Bell Connection. Do not connect telephone company wires to the CellComSL. emove any connected telephone company wires from the control panel. 4

11 APPLICATIONS B J9 S3 +12 G Z1 Z2 Z3 G Z4+ Z4- O1 O2 T Control Panel The panel or separate power supply must be 12 Volt egulated and Power Limited. 12VDC Aux. Output + Ground - BELL + BELL - Telephone Jack Connector Use AWG for Power Supply connection Figure 8: CellComSL Series Wiring Diagram for Tip and ing Connection CONTOL PANEL TIP CONTOL PANEL ING 3.2 Zones 1-4 Input Connection Connect each control panel relay output to a CellComSL Series Communicator zone. For programming purposes, the zone numbers are 1-4. See Figure 9 for Burglary wiring details or Figure 10 for Fire wiring details. The following are examples of how you might use this application for a burglary or fire alarm: Burglary Use a normally closed output on a burglary control panel to indicate a burglary alarm. The CellComSL zone should be programmed with a Zone Name and burglary Zone Type. When the output on the control panel turns on and trips the CellComSL zone, a message will be sent to an SCS-1 or SCS-V receiver at Central Station. The zone name programming could be used to describe which control panel zone indicated a burglary. Note: Zone 4 can only be used as a standard input zone when not programmed as zone type Auxiliary 2 (A2). See Zone 4 Bell Connection. P B J9 S3 +12 G Z1 Z2 Z3 G Z4+ Z4- O1 O2 T Burglary Control Panel The panel or separate power supply must be 12 Volt egulated and Power Limited. 12VDC Aux. Output + Ground - Normally Open Common Normally Closed Normally Open Common Normally Closed Normally Open Common Normally Closed Normally Open Common Normally Closed Use AWG for Power Supply connection 1k ohm 1k ohm 1k ohm 1k ohm Z1 + Z2 + Z3 + GND Z4 + Z4 - Figure 9: CellComSL Series Wiring Diagram for Burglary Zones 1-4 S1 Fire Use a normally open output on a Fire control panel to indicate a fire alarm. The CellComSLCF Series zone should S2 be programmed with a Zone Name and Fire Zone Type. When the output on the control panel turns on and trips MODEL the CellComSLCF Series zone, a message will be sent to an SCS-1 or SCS-V receiver at Central Station. The CellComSLC zone name programming could be used to describe which control panel zone indicated a fire. P J8 B J9 S3 +12 G Z1 Z2 Z3 G Z4+ Z4- O1 O2 T Fire Control Panel The panel or separate power supply must be 12 Volt egulated and Power Limited. 12VDC Aux. Output + Ground - Normally Open Common Normally Closed Normally Open Common Normally Closed Normally Open Common Normally Closed Normally Open Common Normally Closed Use AWG for Power Supply connection 1k ohm 1k ohm 1k ohm 1k ohm Z1 + Z2 + Z3 + GND Z4 + Z4 - Figure 10: CellComSL Series Wiring Diagram for Fire Zones 1-4 5

12 APPLICATIONS 3.3 Zone 4 Bell Connection Zone 4 (Z4+ and Z4-) can be connected to the control panel bell output. This zone detects an alarm condition on the control panel by monitoring the voltage and cadence timing of the bell output. See Zone 4 Bell Cadence Information in the Appendix for cadence timing. To enable alarm detection operation, Zone 4 Bell Connection must be programmed as Zone Type (A2) in Zone Information programming. The type of Cadence sent to the CellComSL Communicator, the Zone Number, and type of message sent to the SCS-1 or SCS-V receiver are listed below: BELL CADENCE ZONE NUMBE TYPE OF MESSAGE Steady ZONE 4 BUGLAY Pulse or Temporal 3 ZONE 5 FIE Temporal 4 ZONE 6 EMEGENCY O CABON MONOXIDE Note: Zone 5 and 6 are automatically generated by the CellComSL Series, using Zone 4 s Zone name to send to the Central Station. Zones 5 and 6 cannot be preprogrammed in Zone Information. Note: CID Dialer Connection cannot be used when using Zone 4 Bell Connection. DMP Panel POG B J8 J9 MODEL CellComSL 12VDC Aux. Output + - Use AWG for Power Supply connection S3 +12 G Z1 Z2 Z3 G Z4+ Z4-1k ohm Z4 - Z4 + O1 O2 T Voltages above 1.4VDC are considered Alarm 1k ohm (for Supervision) ADEMCO Panel POG J8 MODEL CellComSL 12VDC Aux. Output + 12VDC BELL + BELL - - Use AWG for Power Supply connection B J9 S3 +12 G Z1 Z2 Z3 G Z4+ Z4-1k ohm Z4 - Z4 + O1 O2 T Voltages above 1.4VDC are considered Alarm NAPCO Panel POG J8 MODEL CellComSL 12VDC BELL + 12VDC Aux. Output BELL Use AWG for Power Supply connection 2.2k ohm (for Supervision) B J9 S3 +12 G Z1 Z2 Z3 G Z4+ Z4-1k ohm Z4 - Z4 + O1 O2 T Voltages above 1.4VDC are considered Alarm DSC Panel POG J8 MODEL CellComSL 12/24VDC Aux. Output + 12/24VDC BELL + BELL - - Use AWG for Power Supply connection 1k ohm (for Supervision) B 10k ohm J9 S3 +12 G Z1 Z2 Z3 G Z4+ Z4- Z4 - O1 O2 T Voltages below 0.7VDC are considered Alarm Program Zone 4 DO - Alarm AO - Alarm 24VDC Panel 12/24VDC Aux. Output + 24VDC BELL + BELL - - Use AWG for Power Supply connection POG 4.7k ohm (for Supervision if required) B J8 1k ohm J9 S3 MODEL CellComSL +12 G Z1 Z2 Z3 G Z4+ Z4-1k ohm Z4 - Z4 + O1 O2 T Voltages above 1.4VDC are considered Alarm Figure 11: Zone 4 Bell Connection 6

13 3.4 Ademco/Honeywell ECP Connection A CellComSL may be connected to the ECP Bus of an Ademco/Honeywell panel. Figures 12 and 13 detail the necessary wiring connections for the CellComSL to communicate with the Ademco/Honeywell ECP Bus. CellComSL When connected as shown in Figures 12 and 13, the CellComSL provides the following operation:below: Arm and disarm the Ademco/Honeywell panel using the Virtual Keypad App and browser (Stay/Away systems only). eceive alarm, trouble, opening/closing and other messages from the panel and send them to the central station SCS-1 or SCS-V receivers. Add, delete, and change user codes in the Ademco/Honeywell panel. ECP operation must be enabled in the CellComSL. See Keypad Input in System Options for additional information. Accessing Programming on the Ademco/Honeywell Panel The Installer code may be changed in Ademco/Honeywell panels. A new 4-digit Installer code may be entered. If the Installer code is not known, the following steps describe how to access Programming in the Ademco/ Honeywell panel without an Installer code: 1. Power down and then power up the Ademco/Honeywell panel. 2. Within 1 minute of powering up the Ademco/Honeywell panel, simultaneously press and hold the # and * on the keypad. 3. The keypad will display Programming. CellComSL to ECP Wiring Configuring Communication with the Ademco/Honeywell Panel and the CellComSL The following steps describe how to configure Ademco/Honeywell control panels to communicate with the CellComSL. 1. Program Position * 54: Enter 0. (No signaling delay) 2. Program Position * 55: Enter 1 (Enables communication to CellComSL). 3. Program Position * 65: Enter 0 (To turn off Opening eports). 4. Program Position * 66: Enter 0 (To turn off Closing eports). Ademco/Honeywell ECP Bus +12 Keypad Power G Keypad GND Z4+ Data Out Z4- Data In Figure 12: CellComSL to Ademco/Honeywell ECP Pinout 5. Program Position * 84: Enter 0 (To disable CP01 and allow remote Arm Away). 6. Program Position * 193: Enter 1 0 (Enables CellComSL ECP Bus address). APPLICATIONS Note: In the event the Ademco/Honeywell panel fails to communicate with the CellComSL, program Position * 29 to enable the long range radio on the Ademco/Honeywell panel. CellComSL Series Universal Communicator Install/Programming Guide 7

14 APPLICATIONS User Codes in the Ademco/Honeywell Panel Because the CellComSL duplicates the panel s user codes, existing user codes in the Ademco/Honeywell panel, including Master, must be added to the CellComSL. Any new user codes added to the CellComSL from the Virtual Keypad App will be automatically entered in the Ademco/Honeywell panel. Master level users cannot be added to the Ademco/Honeywell panel from the CellComSL. User codes from the Ademco/Honeywell panel that are designated as Master or Partition Master should be configured as Master codes in the CellComSL. If the Ademco/Honeywell panel is armed/disarmed from a keypad, the CellComSL reports an opening/ closing message by user 0 to the central station. When the CellComSL is armed by the Virtual Keypad App or Browser, the Ademco/Honeywell panel is also armed and the CellComSL reports an opening message. If opening and closing reports are enabled in the Ademco/ Honeywell panel a duplicate message will also be sent to the central station. J19 S1 S2 ESET LOAD B J8 S3 J9 +DC G Z1 Z2 Z3 G Z4+Z4- O1 O2 T +12 G Z1 Z2 Z3 G Z4+Z4- O1 O2 T BLACK ED + - OUT AUX GND OUT (USE SA4120XM-1 CABLE) SYNC COM DATA Ademco Vista 20P VISTA 20P ONLY HI LO LO HI HI LO LO HI HI LO LO HI HI LO LO HI TIP ING TIP ING (BOWN)(GAY) (GEEN) (ED) Figure 13: Ademco Vista 20P ECP to CellComSL 8 CellComSL Series Universal Communicator Install/Programming Guide

15 EMOTE AMING/DISAMING emote Arming/Disarming 4.1 DMP Virtual Keypad App / Virtual Keypad Browser Using a Smartphone with the DMP Virtual Keypad App or using a computer with the Virtual Keypad Browser ( you can connect to the CellComSL Series Communicator to arm Areas, turn Outputs on and off, and add, edit or remove Users. When using the CellComSLCZ, you can control Z-Wave devices, Favorites and ooms. Figure 14: Virtual Keypad Application can be used to access the CellComSL Series Communicator. P MODEL CellComSL B Control Panel +12 G Z1 Z2 Z3 G Z4+ Z4- O1 O2 O2 O1 T 12VDC Aux. Output + Zone 1 GND Zone 2 - Use AWG for Power Supply connection Control Panel EOL resistor Figure 15: Burglary control panel zones connected to the CellComSL Series outputs to arm and disarm the burglary control panel. A burglary control panel zone may be programmed as an arming zone and connected to a CellComSL output (O1 or O2) (See Figure 14). Program the output number in Armed Output or emote Arming Output in Output Options of the CellComSL (See Armed Output or emote Arming Output). The CellComSL Communicator output connections can be used with any of the applications listed in Applications Section. CellComSL Series Universal Communicator Install/Programming Guide 9

16 POGAMMING INTODUCTION Programming the CellComSL Series Universal Alarm Communicator 5.1 Before You Begin Before starting to program, we recommend you read through the contents of this guide. The information in this document allows you to quickly learn the programming options and operational capabilities of the CellComSL Series Universal Alarm Communicator. After this Introduction, the remaining sections describe the functions of each programming menu items along with their available options. The communicator contains all of its programming information in an on-board processor and does not require an external programmer. In addition to this manual, you should also be familiar with the following documents: CellComSL Series Universal Alarm Communicator User Sheet (LT-1349) CellComSL Series Universal Alarm Communicator Programming Sheet (LT-1333) Programming Information Sheet Included with each communicator are the Programming Sheets. These sheets list the various options available for programming the communicator. Before starting, completely fill out the sheets with the programming options you intend to enter into the communicator. Having completed the programming sheets available while entering data helps to prevent errors and can shorten the length of time you spend programming. Completed sheets also provide you with an accurate account of the communicator s program you can keep on file for future system service or expansion. The remainder of the Introduction explains starting and ending a programming session. 5.2 Getting Started Initializing the CellComSL Series When programming a communicator for the first time or rewriting the entire program of an existing communicator, use the Initialization function described in Section 6. Initializing clears the communicator s memory of any old data and sets the highest numbered user number to user code 99. Accessing the Programmer To access the programmer function of the communicator: 1. Connect the keypad to the POG header 2. Press and release the ESET button. 3. Enter the code 6653 (POG). 4. The keypad displays: POGAMME. 5.3 Programming Menu You are now ready to start programming the CellComSL Series Universal Alarm Communicator. Pressing the CMD key scrolls you through the programming menu items listed below. Menu Item Section in This Manual Menu Item Section in This Manual Initialization 6 Output Options 12 Communication 7 Area Information 13 Messaging Setup 8 Zone Information 14 emote Options 9 Stop 15 System eports 10 Set Lockout Code 16 System Options 11 To select a section for programming, press any Select key when the name of that section displays on the keypad. The detailed instructions for each programming step are found in this guide. 5.4 eset Timeout The CellComSL Series Universal Alarm Communicator has a feature that requires you to enter the Programmer within 30 minutes of resetting the communicator. After 30 minutes, if you attempt to program by entering the 6653 (POG) code, the keypad displays: ESET PANEL. You must reset the communicator and enter the program code within the next 30 minutes. If you are already in the Programmer and do not press any keys on the programming keypad for 30 minutes, the communicator terminates programming. All data entered up to that point is saved in the communicator memory. Using the STOP function disarms all areas: To exit the communicator s Programmer you must use the STOP function. The STOP option is the second to the last option in programming. The Stop function disarms all areas. The programming session is then terminated and the keypad returns to the Status List or Main Screen. 10

17 5.5 Special Keys The following special keys/areas are common to all DMP keypads. POGAMMING INTODUCTION CMD (comand) Key Pressing the CMD key allows you to go forward through the programming menu and through each step of a programming sec tion. As you go through the programming, the keypad display shows any current programming already stored in the communicator memory. If no change is required for an option, press the CMD key to advance to the next step. The CMD key is also used to enter information into the communicator s memory such as an IP address or zone names. Press the CMD key after entering information. Back Arrow (< ) Key Use the Back Arrow key to back up one step while programming. The Back Arrow key is also used when an error is made while entering in formation. Press the Back Arrow key once to erase the last character entered. Select Keys/Areas The top row of keys are called the Select keys on Thinline, and Aqualite keypads or Select Areas on Graphic Touchscreen keypads. Each time you need to press a Select key, the keypad displays the function or options above one of the keys or in the Select Area. Displaying choices above individual Select keys or in Select Areas allows them to be used for many different applications. For example, you can enter AM or PM when programming the automatic test time or answer YES or NO for a system option. During programming, the Select keys/areas also allow you to change infor mation currently in communicator memory by pressing the appropriate Select key under or on the display. You then enter the new information using the keypad data entry digit keys. When there are more than four re sponse options avail able, press the CMD key to display the next one to four options. Pressing the Back Arrow key allows you to review the previous four choices. The Select keys/areas are also used for choosing a section from the pro gramming menu. Press any Select key or touch the Select Area when the programming section name you want displays. On Thinline and Aqualite keypads, when instructed to press the first Select key, press the far left Select key; the second Select key is the second from the left; third Select key is second from the right; and the fourth Select key is the far right key. See Figure 16. On Graphic Touchscreen Keypads, when instructed to press the first Select key, touch Select Area 1; the second Select key touch Select Area 2; third Select key touch Select Area 3; and the fourth Select key touch Select Area 4. See Figure 17. Select Area 2 Select Area 3 Select Area 1 Select Area 4 A B C ( First Letter Third Letter Second Letter Special Character 32-Character Display Figure 16: Thinline/Aqualite Select Keys Figure 17: Graphic Touchscreen Select Areas 5.6 Entering Alpha Characters Some options during programming require you to enter alpha characters. To enter an alpha character, press or touch the key that has that letter written below it. The keypad displays the number digit of the key. Next, press the Select key/area that corresponds to the loca tion of the letter under the key. Pressing a different Select key/ area changes the letter. When an other digit key is pressed, the last letter displayed is retained and the process starts over. 11

18 POGAMMING INTODUCTION 5.7 Entering Non-Alpha Characters To enter a space in an alpha entry, press the 9 digit key followed by the third Select key/area. The three characters on the 9 digit key are Y, Z, and space. You can also enter the following characters: (dash),. (period), * (asterisk), and # (pound sign) using the 0 (zero) key and the four Select keys/areas from left to right. For example, to enter a (dash), press the 0 (zero) key and then the left Select key/area. A dash now appears in the keypad display. The table below shows the character locations for DMP keypads. Key Number Select Key 1 Select Key 2 Select Key 3 Select Key 4 1 A B C ( 2 D E F ) 3 G H I! 4 J K L? 5 M N O / 6 P Q & 7 S T 8 V W X, 9 Y Z space _ 0 -. * # 5.8 Keypad Displays Current Programming Each programming option displayed at the keypad shows the currently selected option in the communicator memory. These options are either shown as a number, a blank, or a NO or YES. To change a number or blank to a new number, press any top row Select key or touch any Select Area. The current option is replaced with a dash. Press the number(s) on the keypad you want to enter as the new number for that option. It is not necessary to enter numbers with leading zeros. The communicator automatically right justifies the number when you press the CMD key. To change a programming option that requires a NO or YES response, press the Select key or touch the Select Area for the response not selected. For example, if the current option is selected as YES and you want to change it to NO, on Thinline or Aqualite keypads press the third top row Select key. On Graphic Touchscreen keypads touch Select Area 3. The display changes to NO. Press the CMD key to display the next option. 12 CellComSL Series Universal Communicator Install/Programming Guide

19 6.1 INITIALIZATION Initialization Initialization INITIALIZATION This function allows you to set the communicator s programmed memory back to the factory defaults in preparation for system programming. After you select YES to clear a section of memory, the communicator asks if you are sure you want to clear the memory. This is a safeguard against accidently erasing part of your programming. No memory is cleared from the programming until you answer YES to the SUE? YES NO option. For each section of the panel program you can initialize, a NO or YES option is provided. CODES? NO YES Selecting YES advances you to a confirmation prompt. SUE? YES NO Selecting NO advances you to the next prompt. SCHEDS? NO YES 6.2 CODES? NO YES Clear All Codes SUE? YES NO 6.3 SCHEDS? NO YES Clear All Schedules SUE? YES NO 6.4 EVENTS? NO YES Clear Events SUE? YES NO NO leaves existing codes intact. YES clears the user code memory and assigns the user code number 99 to user 20. NO - Leaves existing schedules intact. YES - Clears all schedules from the programming. NO leaves existing event memory intact. YES clears all event memory currently held in the communicator s Display Events buffer. 6.5 ZONES? NO YES Clear Zone Programming SUE? YES NO NO leaves existing zone information intact. YES sets all zones in the system to * UNUSED * 6.6 COMMS? NO YES Clear Communication SUE? YES NO NO - Leaves existing communication programming intact. YES - Clears communication to factory defaults. 6.7 DEFAULTS? NO YES Set to Factory Defaults SUE? YES NO If you select YES, the panel initializes that section of the program and advances you to the next prompt. If you select NO, the panel advances you to the next section prompt but does not initialize that section of the program. NO leaves the remainder of the existing communicator programming intact. YES sets the communicator programming back to factory default selections and clears all Z-Wave device programming and Favorites from the communicator. Selecting YES does not clear the event memory, zone, user code information, or schedules. 13

20 COMMUNICATION Communication 7.1 COMMUNICATION Communication 7.2 ACCOUNT NO: Account Number 7.3 XMIT DELAY: 0 Transmission Delay 7.4 COMM TYPE: CELL Communication Type 7.5 TEST TIME Test Time 00:00 AM 7.6 CELL TST DAYS: 1 Test Days 7.7 CHECKIN: 0 Cell Check In 7.8 FAIL TIME: 240 Fail Time The Communication section allows you to configure the communication settings for the CellComSL Communicator. After choosing the Communication Type, continue through the list of options. Enter the account num ber sent to the receiver. The range of account numbers is 1 to For account numbers of four digits or less, you do not have to enter leading zeros. The communicator automatically right justifies the account number. Enter the number of seconds (15 to 45 seconds) the communicator waits before sending burglary alarm reports to the receiver. Enter 0 (zero) to disable this function. The default is 0. The communicator uses CELL communication to DMP Model SCS-1 or SCS-V eceivers. Press CMD to display the Test Time. Enter the time of day the communicator sends the test report to the SCS-1 or SCS-V eceivers. Use entries between 12:00 to 11:59 and then choose AM or PM. To enable daily tests from the host panel, leave the time blank and enable test reports for receiver 1 (see 7.13) and/or for receiver 2 (see 7.22). Enter how often the panel test report is sent to the receiver. Enter from 1 to 60 days. Enter zero to disable the test report. Default is 1 (one) day. These options only display if a test time is entered. Check-in reports are a method of supervising the panel for communication with the receiver. Enter the number of minutes between check-in reports. Select from 0 or minutes. Enter 0 (zero) to disable the check-in option. Default is 0. Note: If Cell Check-in option is used, additional cell charges may apply. Fail Time allows the SCS-1 or SCS-V receiver to miss a defined number of check-ins before logging that the panel is missing. For example, if CELL CHECKIN is 20 and FAIL TIME is 30, the SCS-1 receiver only indicates a Panel Not esponding after 30 minutes. The FAIL TIME must be equal to or greater than the CELL CHECKIN minutes: If the CHECKIN is 20 minutes, the FAIL TIME must be 20 or more. The maximum FAIL TIME is 240 minutes. Select from 0 or minutes. The default FAIL TIME is 240 minutes. 7.9 ECEIVE 1 POG eceiver 1 Programming 7.10 ALAM NO YES Alarm eports Allows you to set the options for the first receiver the communicator attempts to contact when sending reports from the host panel and/or the CellCom/iCom communicator. The communicator supports communication to two receivers. YES enables Abort, Alarm, Alarm estoral, Alarm Bell Silenced, Ambush, Exit Error, and System ecently Armed reports to be sent to this receiver. Default is YES 7.11 SPV/TBL NO YES Supervisory/Trouble eports YES enables Supervisory, Trouble, Trouble estoral, Force Armed, and Fault reports to be sent to this receiver. Default is YES O/C USE NO YES Opening/Closing and User eports 7.13 TEST PT NO YES Test eport 7.14 FIST IP ADD First IP Address YES enables Opening/Closing, Schedule and Code Changes, and Bypass reports by user to be sent to this receiver. Default is YES. Enter YES to enable the ecall Test report from the host panel and/or CellCom communicator to be sent to this receiver. Enter the first (primary) IP address where the communicator sends cell messages. Enter all 12 digits and leave out the periods. For example, enter IP address as The periods display automatically. 14

21 7.15 FIST IP POT First IP Port SECOND IP ADD Second IP Address SECOND IP POT Second IP Port 2001 COMMUNICATION Enter the first IP port number to be used in conjunction with the First IP Address. The IP port identifies the port used to communicate messages to and from the communicator. The default IP Port setting is Enter the second IP address where the communicator sends network messages. Enter all 12 digits and leave out the periods. For example, enter IP address as The periods display automatically. Enter the second IP port number to be used in conjunction with the Second IP Address. The IP port identifies the port used to communicate messages to and from the communicator. The default IP Port setting is ECEIVE 2 POG eceiver 2 Programming 7.19 ALAM NO YES Alarm eports Allows you to set the options for the second receiver the communicator attempts to contact when sending reports from the host panel and/or the CellCom/iCom communicator. The communicator supports communication to two receivers. If you select YES for any of the eceiver 2 options, you must have at least one IP address programmed in eceiver 2 programming. eceiver 2 defaults are set to NO. YES enables Abort, Alarm, Alarm estoral, Alarm Bell Silenced, Ambush, Exit Error, and System ecently Armed reports to be sent to this receiver. Default is NO SPV/TBL NO YES Supervisory/Trouble eports YES enables Supervisory, Trouble, Trouble estoral, Force Armed, Late to Close, and Fault reports to be sent to this receiver. Default is NO O/C USE NO YES Opening/Closing and User eports 7.22 TEST PT NO YES Test eport 7.23 FIST IP ADD First IP Address FIST IP POT First IP Port SECOND IP ADD Second IP Address SECOND IP POT Second IP Port 2001 YES enables Opening/Closing, Schedule and Code Changes, and Bypass reports by user to be sent to this receiver. Default is NO. Enter YES to enable the ecall Test report from the host panel and/or CellCom communicator to be sent to this receiver. Default is NO. Enter the first (primary) IP address where the communicator sends cell messages. Enter all 12 digits and leave out the periods. For example, enter IP address as The periods display automatically. Enter the first IP port number to be used in conjunction with the First IP Address. The IP port identifies the port used to communicate messages to and from the panel. The default IP Port setting is Enter the second IP address where the communicator sends network messages. Enter all 12 digits and leave out the periods. For example, enter IP address as The periods display automatically. Enter the second IP port number to be used in conjunction with the Second IP Address. The IP port identifies the port used to communicate messages to and from the panel. The default IP Port setting is

22 MESSAGING SETUP Messaging Setup 8.1 MESSAGING SETUP Messaging Setup This section allows you to enter the information needed to send and receive messages directly to and from the panel via MyAccess text messaging using CDMA cellular communication. The Destination addresses allow up to 48 characters to be entered. System Name is displayed with initial caps. The transmitted messages are: Zone Alarms by Zone Name Zone Troubles by Zone Name Zone Bypass by User Arming (Closings) by User Disarming (Openings) by User AC Power Trouble and estoral Cancel by User 8.2 ENABLE MESSAGING Enable Messaging NO YES 8.3 SYSTEM NAME System Name DESTINATION 1 Destination 1 - Select YES to allow the panel to send messages to three programmed destinations. Default is NO. Enter a unique name for the communicator. The communicator name is used as the sender of the message. The text entered is displayed with initial caps. If this field is left blank, the communicator account number is sent. Enter the first cell phone number where messages will be sent. The message can be sent to any cell phone as long as a valid cell phone number is entered. 8.5 DESTINATION 1 Destination 1 User Number USE NUMBE: DESTINATION 2 Destination 2 - Enter a user s user number from this account. This option is used when sending commands such as arming or disarming back to the CellComSL using MyAccess text messaging from the same cell phone. The user number must have the authority to perform the commands. Entering 0 (zero) disables this option. Default is 0. Enter the second destination cell phone number. 8.7 DESTINATION 2 Destination 2 User Number USE NUMBE: DESTINATION 3 Destination 3 - Enter the user s User Number for arming/disarming authorization. Enter the third destination cell phone number. 8.9 DESTINATION 3 Destination 3 User Number USE NUMBE: O/C SMS NO YES O/C SMS 8.11 MONTHLY LIMIT: 0 Monthly Limit Enter the user s User Number for arming/disarming authorization. Select YES to allow the panel to send Opening and Closing messages to a cell phone via SMS protocol. Default is NO. This number limits the monthly incoming and outgoing SMS messages allowed to be sent or received by the communicator. A panel event that causes messages to be sent to destination cell phone numbers is counted towards the communicator s monthly limit. For example, SMS messages sent from a cell phone to the communicator including status requests and alarm messages received from the communicator all count toward the monthly limit. The limit is reset at midnight on the 14th of every month. ange is from 0 to 999. When 0 is entered, there is no limit on the number of messages able to be sent or received by the panel. Default is 0. 16

23 emote Options 9.1 EMOTE OPTIONS emote Options 9.2 MT KEY: emote Key 9.3 DISAM NO YES emote Disarm 9.4 APP KEY: App Key SYSTEM EPOTS EPOT OPTIONS This section allows you to enter the information needed for emote Command/emote Programming operation. A description of the emote Options follows: This option allows you to enter a code of up to eight digits for use in verifying the authority of a receiver to perform a remote command/programming session. The receiver must give the correct key to the communicator before being allowed access. All CellComSL Communicators are shipped from the factory with the emote Key preset as blank. To enter a new emote Key, press any Select key and enter any combination of up to 8 digits. The numbers you enter appear as asterisks. Press CMD. Enter YES to enable the communicator to be disarmed remotely. Selecting NO disables remote disarming. Enter the 8-digit App Key obtained in your Dealer Settings tab at vk.securecomwireless. com. This option is a security feature of the Virtual Keypad iphone/android App used only when your Dealer Settings at vk.securecomwireless.com have EASYconnect set as the Communication Type. This communication option is only available for XT panels with onboard network and is used to eliminate the need for a static IP address programmed in Network Options. To enter a new App Key, press any Select key and enter any combination of 8 digits. Press CMD. The default for this option is blank. System eports 10.1 SYSTEM EPOTS System eports This function allows you to select which reports the communicator sends to the receiver O/C PTS NO YES Opening/Closing eports 10.3 ESTOAL YES Zone estoral eports NO YES DISAM SYSTEM OPTIONS NO - No Opening/Closing eports are sent. YES - Sends Opening/Closing eports for each programmed area. This option allows you to specify whether the communicator sends zone restoral reports and when they will be sent. NO - estoral reports are not sent by the communicator. YES - The communicator always sends zone restoral reports at the time the zone restores from an alarm or trouble condition. DISAM - The communicator sends zone restoral reports when a zone that has restored from an alarm or trouble is disarmed. Twenty-four hour zones send restorals immediately. System Options 11.1 SYSTEM OPTIONS System Options 11.2 ENTY DLY 1: 30 Entry Delay EXIT DELAY: 60 Exit Delay This section allows you to select system wide parameters used in the operation of the communicator system. A description of each System Option follows: Enter the entry delay time for all exit type zones programmed. When an armed Exit type zone is faulted, the area must be disarmed before the entry delay expires or a fault will be detected. All burglary type zones are delayed along with the Exit zone. Entry delay times can be from 30 to 250 seconds. Default is 30 seconds. Enter the Exit Delay time for all Exit type zones. When the exit delay time starts, all activity on exit and burglary zones is ig nored until the exit delay expires. During Exit Delay, if an exit zone trips, then restores, and trips again, the Exit Delay timer restarts. This restart can occur only once. Exit delay times can be from 30 to 250 seconds. Default is 60 seconds. Exit Error Operation: At arming, when an entry/exit zone (EX) is faulted at the end of the exit delay then a zone alarm and an Exit Error are sent to the receiver. 17