Transcript
16-Zone and 16-Remote Wireless Bus Module V1.3
DGP-319
Installer’s Guide
TABLE OF CONTENTS 1.0 INTRODUCTION .............................................................................. 3 1.1 Technical Specifications .........................................................................3 1.2 System Features .....................................................................................3
2.0 INSTALLATION ............................................................................... 4 2.1 Location ..................................................................................................4 2.2 Connections and Mounting .....................................................................4
3.0 PROGRAMMING ............................................................................. 6 3.1 Programming Methods ............................................................................6 3.2 Low Battery Supervision .........................................................................7 3.3 Check-in Supervision ..............................................................................8 3.4 Tamper Supervision on Receiver Module ...............................................8 3.5 PGM Deactivation Mode .........................................................................9 3.6 PGM Base Time ......................................................................................9 3.7 PGM Timers ............................................................................................9 3.8 PGM Activation Event .............................................................................10 3.9 PGM Deactivation Event .........................................................................11 3.10 PGM Override .......................................................................................11 3.11 System Reset .......................................................................................12 3.12 Viewing Unknown Serial Numbers ........................................................12
4.0 DETECTORS AND CONTACT SWITCHES .................................... 13 4.1 Assigning Detectors & Contact Switches to Receiver .............................13 4.2 Assigning Detectors & Contact Switches to Zones .................................14 4.3 Viewing Signal Strength of Detectors & Contact Switches .....................14
5.0 REMOTE CONTROLS ..................................................................... 16 5.1 Assigning Remote Controls to the Receiver Module ..............................16 5.2 Assigning Remote Controls to User Access Codes ................................17 5.3 Programming Remote Control Buttons ...................................................18 5.4 Replacing the Remote Control’s Battery .................................................22
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1.0 INTRODUCTION 1.1 TECHNICAL SPECIFICATIONS Manchester Decoding Diversity Antenna Error Detection & Correction Frequency Hopping: Range:
Sensitivity: Current Consumption: Dimension (without antennas) Operating Temperature: Operating Humidity: PGM Outputs: PGM Output current:
@ 902 MHz - 928 MHz or 868MHz Detectors & Contact Switches: 1000m (3280ft) or 300m (984ft) for 868 MHz Remote Controls: 30m (100ft) -105dBm 70 mA 15cm H x 16cm L x 3cm W (6in H x 6.5in L x 1.1in W) 0°C to 50°C (32°F to 122°F) 85% 1 relay (an additional PGM Output is available) 5A
1.2 SYSTEM FEATURES Add 16 wireless detectors or contact switches to the Digiplex System Add 16 remote controls to the Digiplex System Reflow Design No tuned Circuit Tamper Switch Low Battery, Check-in, and Tamper supervision through Digiplex Control Panel Trouble Display through Digiplex Control Panel Signal Strength Indicator
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2.0 INSTALLATION 2.1 LOCATION Mount the Wireless Bus Module on a wall allowing at least 5cm (2ft) around the module to permit adequate ventilation and heat dissipation. Select a site that is not susceptible to drastic temperature changes. Avoid installation near or in the path of strong RF fields (i.e. neon lights, computers), on or near metal objects, circuit breaker boxes, air conditioners, and heater ducts since they may cause interference and reduce its sensitivity. We recommend installing it in a centralized location on the main floor. Avoid installing it in the basement. Refer to the Digiplex Control Panel's Reference & Installation Manual for maximum allowable distances between the control panel and the Wireless Bus Module.
2.2 CONNECTIONS AND MOUNTING Firmly screw the two antennas into the connectors marked ANT on the Receiver Module (see Figure 2.1). Using a drill or screwdriver, punch out the four mounting holes on the back of the plastic case. Align the six holes of the printed circuit board with the six pins on the back plastic mounting case and snap into place. If placed correctly, the antennas will lean directly over the grooves in the mounting case. Do not cut, bend, or alter the antennas. Avoid mounting the Receiver Module near or on metal as this may affect its sensitivity.
The Wireless Bus Module is connected to the control panel's bus in a star and/or daisy chain configuration. The bus is a 4-wire communication bus that provides power and two-way communication between the control panel and all the modules connected to it. Connect the GRN and YEL terminals from the Receiver Module to the corresponding GRN and YEL terminals of the control panel. Connect the RED terminal to the AUX+ of the control panel. Connect the BLK terminal to the AUX- of the control panel. Remove AC power and then remove the battery from the control panel before adding a bus module to the system or it may cause communication trouble.
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Figure 2.1: Connections for Receiver Module to Control Panel
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3.0 PROGRAMMING 3.1 PROGRAMMING METHODS All programming can be done through Module Programming Mode in the Digiplex Control Panel from any keypad as shown in Figure 3.1. The sections referred to in Step 5 and the data referred to in Step 6 from Figure 3.1 are explored in the following sections of the manual. Figure 3.1: Module Programming Mode
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3.1.1 Feature Select Programming Sections [001], [002] and PGM Programming are programmed using the Feature Select Method, where each number from 1 to 8 corresponds to a specific feature or option. Set these options by turning the number corresponding to the feature ON or OFF. The option is considered ON when the number appears within the brackets on the LCD keypad or when the number is illuminated on an LED Keypad. Press the key again to remove or extinguish the digit, thereby disabling (turning OFF) the option. You turn options ON and OFF by pressing the corresponding keys on the keypad. Press the keys as many times as you need to select the desired options and then press [ENTER] to save.
3.1.2 Module Broadcast Copy sections [001] to [008] of one Wireless Bus Module to one or more Wireless Bus Modules. For details see the Digiplex Reference & Installation Manual.
3.1.3 WinLoad With the WinLoad Security System Management Software, the control panels, modules and keypads can be programmed remotely through a modem or on-site at 19,200 baud with a 306 Adapter. For details refer to the Digiplex Reference & Installation Manual.
3.2 LOW BATTERY SUPERVISION SECTION
[001]: OPTION [1]
When a detector or contact switch’s battery voltage drops below a recommended level (refer to the transmitter’s Instruction Sheet), its yellow LED will flash and it will transmit a signal to the Wireless Bus Module indicating that the voltage is low. If this option is enabled, the Receiver Module will transmit the signal to the control panel. The control panel will generate a trouble and can transmit a report code to the monitoring station. For details refer to the Digiplex Reference & Installation Manual. From Step 6 in Figure 3.1, page 6, enable or disable the option: Option [1] OFF = Low Battery Supervision disabled Option [1] ON = Low Battery Supervision enabled (default)
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3.3 CHECK-IN SUPERVISION SECTION
[001]: OPTIONS [2] AND [3]
The Wireless Bus Module waits for each of its assigned detectors and/or contact switches to send a status signal within a specified time period to confirm their presence and functionality. If a device has not sent a signal within the time period, the Wireless Bus Module will transmit a supervision loss signal to the control panel. The control panel can generate a trouble, an alarm and/or can transmit a report code to the monitoring station. For details refer to the Digiplex Reference & Installation Manual. Option [2] enables the Check-in Supervision feature and option [3] specifies the time period required for the devices to send their signal. From Step 6 in Figure 3.1, page 6, enable or disable the options: Option [2] OFF = Check-in Supervision disabled Option [2] ON = Check-in Supervision enabled (default) Option [3] OFF Option [3] ON
= Check-in every 12 hours (default) = Check-in every 12 minutes
Ensure that the assigned detectors and/or contact switches are set to the same time period as the Receiver Module (i.e. if the Receiver Module is set to Check-in every 12 minutes, the detectors/contact switches must be set to Check-in every 12 minutes.
3.4 TAMPER SUPERVISION ON RECEIVER MODULE SECTION
[001]: OPTION [4]
If this option is enabled and the Receiver Module's cover is removed, the on-board tamper switch will be triggered. When this occurs, the Wireless Bus Module will transmit a tamper signal to the control panel. The control panel can generate a trouble, an alarm and/or can transmit a report code to the monitoring station. For details refer to the Digiplex Reference & Installation Manual. From Step 6 in Figure 3.1, page 6, enable or disable the option: Option [4] OFF = Receiver Module's Tamper Supervision disabled (default) Option [4] ON = Receiver Module's Tamper Supervision enabled
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3.5 PGM DEACTIVATION MODE SECTION
[002]: OPTION [1] AND [5]
The Wireless Bus Module has one or two on-board PGMs. Each PGM can be in Follow Mode or in Timed Mode. If the PGM is in Follow Mode, it will deactivate according to its PGM Deactivation Event. If the PGM is in Timed Mode, it will deactivate according to its PGM Timer. However, if PGM Override is enabled, Follow Mode and Timed Mode will be ignored. From Step 6 in Figure 3.1, page 6, enable or disable the options: Option [1] OFF = PGM 1 in Follow Mode Option [1] ON = PGM 1 in Timed Mode (default) Option [5] OFF Option [5] ON
= PGM 2 in Follow Mode = PGM 2 in Timed Mode (default)
Ensure that both the PGM Activation Event and PGM Deactivation Event are programmed for each PGM for Follow Mode to function properly.
3.6 PGM BASE TIME SECTION
[002]: OPTION [2] AND [6]
These options define the Base Time of the PGM Timers when the PGM is in Timed Mode. From Step 6 in Figure 3.1, page 6, enable or disable the options: Option [2] OFF = PGM 1 Base Time is in seconds (default) Option [2] ON = PGM 1 Base Time is in minutes Option [6] OFF Option [6] ON
= PGM 2 Base Time is in seconds (default) = PGM 2 Base Time is in minutes
3.7 PGM TIMERS SECTIONS
[003] AND [004]
When PGM(s) are in Timed Mode, the values programmed for PGM 1 in section [003] and for PGM 2 in section [004] are defined as seconds or minutes by the PGM Base Time. This value can be any decimal from 001 to 255. This defines the time
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period the PGM(s) will remain activated unless the PGM Override is enabled. (Default 005) From Step 5 in Figure 3.1, page 6: Timer PGM 1:
Timer PGM 2:
1) 2)
1) 2)
Enter section [003] Enter value (001 to 255)
Enter section [004] Enter value (001 to 255)
3.8 PGM ACTIVATION EVENT SECTIONS
[005] AND [007]
The PGM Activation Events determine which events will activate the Wireless Bus Module's one or two on-board PGMs. If other PGM(s) on other modules or the control panel are programmed with the same PGM Activation Event as the Receiver Module, those PGM(s) will also be activated when the event occurs. For details on the available activation events, refer to the PGM Programming Table in the Digiplex Programming Guide. Both the PGM Activation Event and PGM Deactivation Event must be programmed for the PGM(s) in Follow Mode to function properly. From Step 5 in Figure 3.1, page 6: PGM 1: enter section [005] PGM 2: enter section [007] Use the PGM Programming Table in the Digiplex Programming Guide to program a PGM Activation Event by following these steps: 1)
In the selected section, enter the first digit where each digit is a hexadecimal value from 8 to F that represents a specific event (0 = PGM Disabled, hexadecimal values 1 to 7 cannot be used).
2)
Then enter the second digit, which can be any hexadecimal value from 0 to F depending on the first digit chosen.
3)
After entering the second digit, use Feature Select Programming to enable/ disable options [1] to [8]. Select up to eight specific events as detailed in the PGM Programming Table.
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These keys represent the hexadecimal values from A to F: [STAY] =A [ARM] =C [BYP] =E [FORCE] = B [DISARM] = D [MEM] =F For installations using the LED Keypads, the hexadecimal values will illuminate the following LEDs: (A) (B)
= [STAY] LED = [FORCE] LED
(C) = [A1] LED (D) = [A4] LED
(E) = [BYP] LED (F) = [MEM] LED
3.9 PGM DEACTIVATION EVENT SECTIONS
[006] AND [008]
When a PGM Activation Event occurs, the Receiver Module's on-board PGM will deactivate when the events programmed in section [006] (PGM 1) or section [008] (PGM 2) occurs unless PGM Timed Mode is enabled. The PGM Deactivation Event is programmed the same way as the PGM Activation Event (see section 3.8).
3.10 PGM OVERRIDE SECTION
[002]: OPTIONS [3] AND [7], [4] AND [8]
When the PGM Override is enabled in options [3] and/or [7], the Receiver Module will ignore the PGM Mode, PGM Activation Events, PGM Deactivation Events, and PGM Timers of the corresponding PGM(s). Options [4] and [8] control whether each PGM is activated or deactivated until the PGM Override is disabled. From Step 6 in Figure 3.1, page 6, enable or disable the options: Option [3] OFF = PGM 1 Override disabled (default) Option [3] ON = PGM 1 Override enabled Option [4] OFF Option [4] ON
= PGM 1 deactivated (default) = PGM 1 activated
Option [7] OFF Option [7] ON
= PGM 2 Override disabled (default) = PGM 2 Override enabled
Option [8] OFF Option [8] ON
= PGM 2 deactivated (default) = PGM 2 activated
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3.11 SYSTEM RESET Performing a system reset will erase all the sections in the Wireless Bus Module's programming and set the following sections to their defaults: Sections: [001] = Options 1 and 2 ON; options 3 to 8 OFF [002] = Options 1 and 5 ON; options 2, 3, 4, 6, 7, and 8 OFF [003] = 005 (seconds) [004] = 005 (seconds) To perform the system reset: 1) Disconnect the bus from the Receiver Module 2) Place the reset jumper on both reset pins on the Receiver Module. 3) Reconnect the bus to the Receiver Module 4) Wait until the Locate LED turns off (takes about 4 seconds) 5) Remove the jumper The module can also be reset using the Module Reset feature in the Digiplex Control Panel (see Digiplex Control Panel's Reference & Installation Manual).
3.12 VIEWING UNKNOWN SERIAL NUMBERS SECTION
[025]
The serial number of a detector, contact switch, or remote control can be displayed. From Step 5 in Figure 3.1, page 6: 1) Enter section [025] 2)
On LCD Screen: Press and hold the tamper switch on the detector or contact switch or press and hold the remote's A and B buttons simultaneously until the keypad squawks and the device's serial number appears on the LCD screen under the words “View Data”. On LED Screen: Press and hold the tamper switch on the detector or contact switch or press and hold the remote's A and B buttons simultaneously until the keypad squawks. The first number of the device's serial number will illuminate (10 = zero). Press the key to view each subsequent number. When you press the key on the last number of the serial number, the control panel will exit the section.
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4.0 DETECTORS AND CONTACT SWITCHES Programming for the wireless transmitters is accomplished in three steps: 1)
Assign the detectors and contact switches to the Wireless Bus Module.
2)
The detectors and contact switches from the Wireless Bus Module must be assigned to zones in the Digiplex Control Panel.
3)
The zone parameters must be defined in the Digiplex Control Panel.
For more details concerning zones, refer to the Digiplex Control Panel's Reference & Installation Manual. Complete the Programming Guide while assigning the detectors and contact switches. The serial numbers and the inputs that they are assigned to will be needed when programming the zones in the control panel. Sections [020], [021], [101] to [116], and [201] to [216] are all interrelated. For example, when assigning a detector or contact switch to the Receiver Module: 1) The serial number and input number will be assigned in section [101] 2) The number of devices will automatically appear in section [020] 3) Its signal strength can be viewed in section [201]
4.1 ASSIGNING DETECTORS & CONTACT SWITCHES TO RECEIVER In these sections you will assign the detectors and contact switches to the Wireless Bus Module. Up to 16 detectors or contact switches can be assigned to each Receiver Module. SECTIONS
[101] TO [116]
Enter the serial numbers of the detectors and contact switches in the sections [101] to [116]. The serial numbers can be found inside the devices. Inputs 001 to 016 are automatically assigned when the serial number is entered. For example, Section [101] is assigned to input 001, Section [102] is assigned to input 002, etc. When one section is programmed, the keypad will automatically switch to the next section.
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From Step 5 in Figure 3.1, page 6: 1) Enter the desired section from [101] to [116] 2) Enter the serial number of the detector or contact switch If you are unable to find the serial number, refer to section 3.12 of this manual. SECTIONS
[020] AND [021]
The number of devices assigned to sections [101] to [108] can be viewed in section [020]. The number of devices assigned to sections [109] to [116] can be viewed in section [021]. In section [021] devices assigned to sections [109] to [116] appear as 1 through 8. For example, the device assigned to section [109] would appear as 1 in section [021]. Devices can also be deleted through these sections. Use Feature Select Programming (see section 3.1.1) to delete device(s) by pressing the corresponding key(s). For example, to delete the device assigned in section [109], press the [1] key in section [021], and then press [ENTER].
4.2 ASSIGNING DETECTORS & CONTACT SWITCHES TO ZONES Once the detectors and the contact switches have been assigned to the Wireless Bus Module, they must be assigned to zones in the control panel. For instructions on how to assign the devices to the zones and then program the zones, refer to the Digiplex Control Panel's Reference & Installation Manual. Zones assigned to detectors or contact switches cannot be programmed as Fire Zones.
4.3 VIEWING SIGNAL STRENGTH OF DETECTORS & CONTACT SWITCHES SECTIONS
[201] TO [216]
Once the detectors and/or contact switches have been installed and assigned to the Wireless Bus Module, the average signal strength of each device can be verified in these sections by briefly holding the tamper switch or opening the zone. Each section represents the signal strength viewer for a specific device. For example,
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section [201] is the viewer for the device in section [101] and section [216] is the viewer for the device in section [116]. From Step 5 in Figure 3.1, page 6, enter a section from [201] to [216] to view the average strength of each device. For installations using the LCD Keypads: The signal strength is represented by one to ten characters that will appear on the LCD screen below the words “Module Data”. The reading (number of characters) will appear beside the characters.Three characters or less is a very weak signal and the device should be moved. An average reading above four characters is acceptable. For installation using the LED Keypads: The signal strength is represented by the illumination of the numerical LEDs from LED 1 to LED 10. A reading from LED 1 to LED 3 is a very weak signal and the device should be moved. An average reading above LED 4 is acceptable.
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5.0 REMOTE CONTROLS To program the remote controls: 1) Remote controls must be assigned to the Wireless Bus Module 2) The remote controls from the Wireless Bus Module must be assigned to User Access Codes in the Digiplex Control Panel. 3) The buttons on the remote controls must be programmed Complete the Programming Guide while assigning the remote controls. The serial numbers will be needed when assigning the remote controls to User Access Codes. Also, knowing which User Access Code was assigned to which remote control may affect how the remote's buttons are programmed. Sections [030], [031], [301] to [316], [401] to [416], and [501] to [516] are all interrelated. For example, when assigning a remote control to the Receiver Module: 1) The serial number will be entered in section [301] 2) It will automatically appear in section [030] 3) It is assigned to a User Access Code in section [401] 4) Its buttons are programmed in section [501] When using the remote controls, users must press the button(s) until the red LED on the remote control illuminates. This short delay (0.25 sec.) before sending a signal is to avoid accidental transmissions. After pressing and holding a button continuously for five seconds, the remote control will no longer transmit any signals until the button is released and pressed again.
5.1 ASSIGNING REMOTE CONTROLS TO THE RECEIVER MODULE In these sections you will assign the remote controls to the Receiver Module. Up to 16 remote controls can be assigned to each Receiver Module. SECTION
[301] TO [316]
Enter the serial numbers from the remote controls in the sections [301] to [316]. When one section is programmed, the keypad will automatically switch to the next section.
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If you are unable to find the serial number, refer to section 3.12 of this manual. From Step 5 in Figure 3.1, page 6: 1) Enter a section from [301] to [316] 2) Enter the serial number of the remote control SECTIONS
[030] AND [031]
The number of remote controls assigned to the Receiver Module can be viewed in sections [030] and [031]. The remote controls assigned in [301] to [308] will appear in section [030] and the remote controls assigned in [309] to [316] will appear in section [031]. In section [031] remote controls assigned in [309] to [316] appear as 1 through 8. For example, the remote assigned in [309] would appear as 1 in section [031]. Remote controls can also be deleted through these sections. Use Feature Select Programming (see section 3.1.1) to delete a remote control from the system by pressing the corresponding key. For example, to delete the remote control assigned in section [309], press the [1] key in section [031], and then press [ENTER].
5.2 ASSIGNING REMOTE CONTROLS TO USER ACCESS CODES SECTIONS
[401] TO [416]
Each remote control must be assigned to a User Access Code. All User Access Codes are given a User Number from 001 to 096 (001 is the System Master Code). Each section from [401] to [416] represents the remote control assigned to sections [301] to [316] (see section 5.1). For example, the remote assigned in section [301] will be assigned to the User Access Code designated in section [401]. From Step 5 in Figure 3-1, page 6: 1) Enter a section from [401] to [416] 2) Enter the User Number (001 to 096) to be assigned to the remote control.
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5.3 PROGRAMMING REMOTE CONTROL BUTTONS SECTIONS
[501] TO [516]
For each remote control, each button or a combination of the buttons pressed simultaneously can be programmed to send a signal to the control panel to perform certain actions as if users had gone to a keypad and entered their User Access Codes. When a user arms or disarms using the remote, the control panel will arm or disarm all the areas assigned to the User Access Code. For example, you arm with a remote control whose User Access Code is assigned to areas 1 and 3, the control panel will attempt to arm areas 1 and 3. Each section from [501] to [516] represents the remote control assigned to the sections [301] to [316] (see section 5.1 of this manual). For example, the buttons for the remote control assigned in section [301] will be programmed in section [501]. Figure 5.1: Remote Controls with button identification
When you enter each section from [501] to [516], each digit represents a button or a combination of buttons pressed simultaneously.
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Table A: Button choice [0] = Not used
[8] = Panic 2
[1] = Regular Arm
[9] = Panic 3
[2] = Stay Arm
[A] = Smoke reset
[3] = Instant Arm
[B] = PGM Table: First Digit: 8, Second Digit: 0, Feature 1
[4] = Force Arm
[C] = PGM Table: First Digit: 8, Second Digit: 0, Feature 2
[5] = Disarm
[D] = PGM Table: First Digit: 8, Second Digit: 0, Feature 3
[6] = Stay/Instant Disarm [E] = PGM Table: First Digit: 8, Second Digit: 0, Feature 4 [7] = Panic 1
[F] = PGM Table: First Digit: 8, Second Digit: 0, Feature 5
The button choices [1] to [9] function only with control panel (DGP-48) versions 2.12 or higher. In versions prior to 2.12, these button choices will ONLY function with the System Master Code (Code 01). These keys represent the hexadecimal values from A to F: [STAY] =A [ARM] =C [BYP] =E [FORCE] = B [DISARM] = D [MEM] =F For installations using the LED Keypads, the hexadecimal values will illuminate the following LEDs: (A) (B)
= [STAY] LED = [FORCE] LED
(C) = [A1] LED (D) = [A4] LED
(E) = [BYP] LED (F) = [MEM] LED
For explanations concerning the function of each of the Button choices, refer to their respective sections in the Digiplex Control Panel's Reference & Installation Manual. For installations using LCD Keypads: From Step 5 in Figure 3.1, page 6: 1)
Enter a section from [501] to [516] depending on the remote control you want to program. For example, program the buttons for the remote control assigned in section [301] in section [501].
2)
Place the underline under the digit of the button or button combination you want to program (see Figure 5.2). Enter a hexadecimal value (0 to F) of the option you want from Table A on page 19.
3)
Return to Step 2 for each button or button combination for the remote control. Digiplex Liberator 19
4)
Press [ENTER] once the remote control is programmed. The LCD screen will automatically switch to the next section for the next remote control. For example: You have programmed section [501] for the remote control assigned in section [301]. Press [enter]. Section [502] will appear on the screen for you to program the remote control that is assigned in [302]. Figure 5.2: Button programming shown on LCD screen
In Figure 5.3 button A is programmed to Regular Arm, button B is programmed to Disarm, and the combination of buttons A+B is programmed to activate the PGM(s) according to PGM Table, First Digit 8, Second Digit 0, Feature 4. The other buttons and their combinations are not programmed. Figure 5.3: Programmed buttons on LCD screen
For installations using LED Keypads: Completing the Programming Guide before beginning Button Programming is suggested. From Step 5 in Figure 3.1 on page 6: 1)
Enter a section from [501] to [516] depending on the remote control you want to program. For example, program the buttons for the remote control assigned in section [301] in section [501].
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2)
In each section there are eight digits available to program. Each digit represents a button or a combination of buttons. Enter a hexadecimal value (0 to F) of the option you want from Table A on page 19. After every second digit programmed, the keypad will emit beeps. First digit: Second digit:
enter the choice for Button A enter the choice for Button B
(BEEP-BEEP-BEEP) Third digit: Fourth digit:
enter the choice for Button C enter the choice for Button D
(BEEP-BEEP-BEEP) Fifth digit: Sixth digit:
enter the choice for Buttons A+B enter the choice for Buttons C+D
(BEEP-BEEP-BEEP) Seventh digit: enter the choice for Buttons A+C Eighth digit: enter the choice for Buttons B+D (BEEP-BEEP-BEEP-BEEP-BEEP) Confirmation Beep 3)
Press [ENTER] once the remote control is programmed. The keypad will automatically switch to the next section for the next remote control.
Once you have programmed section [501], the keypad will emit a Confirmation Beep. The keypad will automatically switch to section [502] and so on. You can verify the programming in each section by returning to the sections and pressing the button. The numerical LEDs and the LEDs representing the hexadecimal values will illuminate one at a time as you press the button.
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5.4 REPLACING THE REMOTE CONTROL’S BATTERY
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Warranty The Seller warrants its products to be free from defects in materials and workmanship under normal use for a period of one year (unless otherwise indicated). Except as specifically stated herein, all express or implied warranties whatsoever, statutory or otherwise, including without limitation, any implied warranty of merchantability and fitness for a particular purpose, are expressly excluded. Because Seller does not install or connect the products and because the products may be used in conjunction with products not manufactured by Seller, Seller cannot guarantee the performance of the security system. Seller obligation and liability under this warranty is expressly limited to repairing or replacing, at Seller's option, any product not meeting the specifications. In no event shall the Seller be liable to the buyer or any other person for any loss or damages whether direct or indirect or consequential or incidental, including without limitation, any damages for lost profits, stolen goods, or claims by any other party caused by defective goods or otherwise arising from the improper, incorrect or otherwise faulty installation or use of the merchandise sold.
Printed in Canada 02/2001 I319EI-04
