ademco 7720p programming tool manual

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The 7845GSM powers the 7720P Table 2 below lists For a description of key functions on the Will light SHIFT LED. LED goes out once a key. Limited and up-to-date stocks Honeywell is offering an innovative solution for communication of alarm panels, which not only allows monitoring alarm panels via GPRS modems latest generation and remote programming by COMPASS software. All alarm signals are sent to the Central Alarm AlarmNet and redirected to the Central 7810iR. This real-time with the support of AlarmNet. The 7720P is a serial terminal intended for use with the 7720 or 7920SE Subscriber Radios, and can be used to program, test and diagnose these radios. These instructions will acquaint you with the keyboard functions of the 7720P. Refer to the specific Subscriber Radio’s Installation Instructions for detailed programming and test information. LED Indications: The 7720P has two LEDs labeled “XMIT” and “SHIFT” which have the following functions: XMIT: Flashes when the host device is transmitting messages SHIFT: This LED lights when the SHIFT key is pressed and, when lit, indicates that the next keystroke will be the Shift function for a particular key.Honeywell is offering an innovative solution for communication of alarm panels, which not only allows monitoring alarm panels via GPRS modems latest generation and remote programming by COMPASS software. LED Indications: The 7720P has two LEDs labeled “XMIT” and “SHIFT” which have the following functions: XMIT: Flashes when the host device is transmitting messages SHIFT: This LED lights when the SHIFT key is pressed and, when lit, indicates that the next keystroke will be the Shift function for a particular key.Due to occasional changes in technology some of these mentioned may change. The final prices are calculated with a 4% additional discount considering payment method is cash or wire transfer. The price can increase depending on the payment type. Product availability, at the moment, is in flux.

This KEY and MAC number are also stored in the AlarmNet servers. When a communication module contacts AlarmNet, it sends the MAC number in the clear followed by the message that is encrypted using the KEY data. The server looks up its copy of the KEY based on the MAC number and uses that KEY to decrypt the message. The IGSMHS uses 256 bit AES (Rijndael) encryption (which is required for certain government installations). The AlarmNet-i AES Encryption Software Module Version 1.0 contained in the Honeywell products has NIST approval. Listings for this approval can be found at Certification number 127. The system configurations are not suitable as a Dual Line Signal transmission system. This feature provides additional security to the installation by making the module tamper resistant. Primary power loss and low battery conditions. Cover tamper condition. Current Drain: 80mA average standby, 650mA peak transmit UL: Powering the IGSMHS from a control panel has not been evaluated by UL.The IGSMHS has been evaluated for connection to police station receivers. When choosing a suitable mounting location, understand that signal strength is very important for proper operation. For most installations using the supplied antenna, mounting the unit as high as practical, and avoiding large metal components provides adequate signal strength for proper operation. You will use the communications module to determine signal strength in order to find a suitable mounting location. NOTE: If the SIM is already activated, the RSSI signal strength indicators will indicate signal strength. If the SIM has not been activated, the firmware in the communications module enables it to communicate with the cellular network towers (without the SIM being activated) so that signal strength measurements can be determined. In this case, you can display the signal strength by simultaneously pressing the MODE and TAMPER switches. Signal strength should be within 3-5 bars.

The NOC receives data and routes the information to the Central Station of your choice, based on the account number you assign to the module. Note that your Central Station needs to give you the account number. The same account number is used for both Internet and GSM transmissions. If your current Central Station is capable of receiving signals from the Honeywell NOC, they are capable of receiving signals from the IGSMHS module. If, for some reason, Internet connectivity is not available, (for example, your customer's ISP is off line or disconnected), the IGSMHS will transmit signals via the AlarmNet-G (GSM) cellular network, which uses the GPRS (General Packet Radio Service) to complete these transmissions. These transmissions are sent to the Honeywell NOC and then forwarded to your Central Station exactly the same way as if they were received via the Internet. If the Internet and GPRS (part of the GSM cellular network) are both unavailable (fail), the message will not be sent via this communication module.Quick connection to compatible Honeywell series control panels Simple programming using a 7720P programming tool Reports fire (Fire has not been evaluated by UL), burg, and status messages via the Internet Reports messages via AlarmNet-G as backup to Internet reporting Allows uploading and downloading of control panel data over the Internet. An Internet Communicator Module transmits status, supervisory, and alarm messages to the AlarmNet Control Center using a broadband Internet connection. The AlarmNet Control Center identifies, validates, and forwards the messages to the appropriate AlarmNet central station. AlarmNet-i has an unlimited account capacity. Private Key encryption means that both the sender and the receiver know the KEY used to encrypt the data. Each communication module produced by Honeywell is loaded with a globally unique identifier called a MAC number, and a large random number or KEY.

Install the battery as follows, and refer to the Summary of Connections diagram at the end of this document. 1. Place the battery inside the case back. 2. Snap the right side of the battery clip onto the inside of the case back and secure the left side with the screw provided. NOTE: Do not plug the battery in until after you have powered-up the IGSMHS.The IGSMHS uses 256 bit AES (Rijndael) encryption which is required for certain government installations. For replacement installations, the AlarmNet-i account is created automatically when the module is registered. Log in and follow the on-screen prompts. Please have the following information available when programming the module: 1. Primary City ID (two-digit number) 2. Primary Central Station ID (two-digit hexadecimal number) 3. Primary Subscriber ID (four-digit number) 4. MAC ID and MAC CRC number (located on the outside of box and on label inside module) of the communication module you are installing After programming is complete, you must transfer the data to the module and the module must be registered. Refer to Section 4: Registration, for further instructions. Using a 7720P Programming Tool Connect the 7720P Programming Tool as shown below. The IGSMHS powers the 7720P Programming Tool via the programming jack, and automatically senses the presence of the 7720P when it is plugged in.To perform a normal key function, simply press the desired key. The prompts in this document reflect use of the 7720P Programming Tool. The table below lists each normal and shift key function. Table 3-1. 7720P Normal and Shift Key (shift LED lit) Functions. Will light SHIFT LED. LED goes out once a key is pressed.Using the Control Panel Programming Mode Most control panels support programming of the IGSMHS through the control panel programming mode (refer to the control panel’s installation guide). If programming through the control panel, only the ECP Mode programming options are available.

The best signal strength is usually found at the highest point in the building, near a window. Unplug the transformer.Position the top first, then press the bottom section until it snaps in place. Secure bottom using the supplied cover screw. (This is required for UL installations.)IGSMHS must be connected to a UL Listed dry contact or voltage trigger outputs of a UL Listed compatible control panel. All interconnecting wires between the UL Listed control panel and the IGSMHS must be less than 3 feet in length contained in the same room. All interconnecting wiring must be installed in rigid or EMT (where exposed on interior walls) or in flexible metal tubing if run in the walls or ceiling. A UL listed control panel must monitor the radio fault output of the IGSMHS. Premises openings and closings should be sent via the UL listed control panel. Only ECP mode has been evaluated by UL. 4204 Mode and Two-4204 Mode has not been evaluated. When programming the IGSMHS ensure the following programming is accomplished. The example below is for Zone 6.Check the Installation and Setup Guide for the control panel you are using to see if it supports ECP communication. Connect the IGSMHS to a compatible Honeywell VISTA control panel's ECP terminals, in parallel with keypads and other peripheral devices such as RF receiver, VIP module, etc. To wire the module for ECP or 4204 modes, see Figure 2-2 and make the following connections: Connect a wire from the triggering source (bell output, voltage trigger, etc.) of the control panel to the zone input of the module, and connect a common ground between the module and control panel. Examples of zone connections follow:In all installations, TB1-4 GND must be connected to ground (GND) on the control panel.If system power is restored after the IGSMHS has shut down, a power-on reset condition exists, the module initializes itself and the battery will recharge.

The auto detect logic will resume only when the parameter is changed back to “Auto Detect”. The programming prompts are displayed again. If a value requires change, simply type in the correct value. When the last field is displayed, the “REVIEW?” prompt again appears.Some control panels display these on the keypad as “LngRng Radio” followed by a 4-digit code (listed in the table below). In addition, the Contact ID codes (listed in Appendix B) for these conditions are sent to the central station by the module. IGSMHS tamper detected (cover removed). IGSMHS has lost contact with AlarmNet. IGSMHS is not registered; account not activated. IGSMHS tamper detected and IGSMHS battery low. Primary power loss (will only be displayed in conjunction with another event). Battery charger failure (will only be displayed in conjunction with another event). Low battery (will only be displayed in conjunction with another event). The first zone input can detect both pulsed and steady signals if connected to a bell output. Additionally, the first zone input can be programmed to detect a single pulse (characteristic of a Panic indication on the Lynx, LynxR or LynxR-EN control panel by enabling the Lynx Panic option). If the programming option “Lynx Panic” is enabled, the IGSMHS reports an alarm on zone 3. No restores are reported for this zone. If this option is selected, the second physical zone input is ignored. 3-9 Zones 3, 4, 5, 6 and 7 are voltage trigger inputs located on TB1 pins 6-10. If the Lynx Panic feature is being used, do not connect zone 3 (the second physical zone input). Refer to Table 3-4 for Zone Trigger Mode programming and follow the prompts that pertain to Zone Trigger Mode. A check mark (!) indicates whether the prompt applies to that mode. 4204 Emulation Mode In 4204 Emulation Mode, the IGSMHS communicates with a compatible Honeywell VISTA series or First Alert control panel as though it were a 4204 Relay Module.

If two 4204s are enabled in the module, it acts as two 4204s at consecutive device addresses. The control panel must be configured to recognize one or two 4204 relay modules accordingly. On VISTA-32FB (or higher) control panels and First Alert equivalents, addresses 6 and 13 should not be used when the secondary 4204 is enabled. Messages are sent in ADEMCO High-Speed format. NOTE: See your control panel Installation and Setup Guide for the number of 4204 modules supported. 4204 Emulation Mode Options For control panels that do not support ECP communication, the 4204 Emulation modes provide a means of sending up to eight unique reports based on defined system conditions. In 4204 mode, the IGSMHS functions as a logical 4204 Relay Module, where each relay number, referred to in the module as zone number, can be programmed to send a report based on the output function programmed in the control panel for that relay. Each relayzone can also be programmed to send a restore message of the reported condition, can be set to delay transmission of messages, and can be programmed to send reports only when a conditional zone is triggered (armed), (see Important Information Regarding Zone Input Options later in this section). In single 4204 mode, the IGSMHS supports up to four relay-zones. In Two-4204 mode, the IGSMHS functions as two 4204 modules, supporting up to eight relay-zones. NOTE: Zone 4 status is not reported when being used as the conditional (armed) trigger zone. NOTE: Zone 8 status is not reported when being used as the conditional (armed) trigger zone or if tamper reporting is enabled. Instead, enable 4204 relay module address(es) and program the appropriate relay activation functions for the relay-zones being used. In some control panels, it is called “relay programming” and in others it is called “output device programming.” It is recommended that “close and stay closed” (usually choice 2) action is selected.

For a description of key functions on the control panel keypad, and how they map to the 7720P Programming tool, refer to the control panel's Programming Guide. Programming Conventions Programming is accomplished by answering a series of prompts.If this has been done, the following prompt appears: Access to Prog Mode Denied If a password has been previously assigned, this prompt appears. Enter a 4-digit password (0-9, A-F, N, S, T, X, Y). The next prompt appears. Re-enter the password as confirmation. Refer to the Exiting Programming Mode paragraph in this section. NOTE: After going from a “GSM” only com path choice to an “IP” only choice, Prompt 41: “DHCP” will default to No.If the control panel supports secondary account reporting, you will need secondary account information. The City ID, CS ID or Subscriber ID of the secondary account must differ from that of the primary account. Enter the 2-digit primary central station ID number, 01-FE (HEX). Enter the 4-digit subscriber account number, 00019999 (decimal). Enter the 2-digit second central station's ID number, 01-FE (HEX). Enter the 4-digit subscriber account number for the second central station, 0001-9999. In ECP mode, the IGSMHS communicates with the control panel as a communications device (LRR). Enter the appropriate ECP device address. For VISTA-10 and VISTA-20 series control panels, use address 03. Enables Direct Wire Downloading over IP. This applies only to the Vista-32FB and VISTA BP and FBP series control panels with revision 3.x. BP and FBP panels rev 4.x and higher support Downloading via IP over ECP.NOTE: When “UL Hi Line Sec” is selected, a loss of communications is treated as an alarm condition. If it fails, a Periodic Comm Test Failure message will be sent over Ethernet. If the message is not validated, it is retried until the old alarm time is reached or the message is validated. UL: Must be 10 minutes. IP failure will always be sent to the central station as Primary Communication Path Failure.

UL: Must be one (01) minute. A GSM failure will always be sent to the central station as Secondary Communication Path Failure. UL: Must be one (01) minute.A restore report is sent within 1-3 hours after power is restored. Sends a low-battery report when a low battery condition exists. A low battery restore is automatically sent when the low battery condition clears. Sends a tamper report when the module detects a tamper condition. A tamper restore is automatically sent when the tamper condition clears.Inverts the alarm and normal states of the zone 6 trigger; otherwise uses normal input signal. Enables restore reporting for zone 6. Defines the reporting delay in seconds for zone 6. UL: Must be set to 00.Inverts the alarm and normal states of the zone 7 trigger; otherwise, uses normal input signal. Enables restore reporting for zone 7. Defines the reporting delay in seconds for zone 7. UL: Must be set to 00. The 4 parts of the address must be separated by spaces (displayed as periods in Review mode). Enter the 32-bit address mask used to indicate the portion (bits) of the IP address that is being used for the subnet address. The 4 parts of the address must be separated by spaces (displayed as periods in Review mode). Enter the 4-part address assigned to the Gateway. Enter the 4-part IP address assigned to the DNS (Domain Name System) server. If “Present” is chosen, it is assumed that an IP is connected to the device. If it is not detected, a Primary Comm Path Failure message will be delivered after the programmed fault time expires. If “Auto Detect” is chosen, the device will always try to use IP to communicate but it will not generate a Primary Comm Path Failure unless it previously detected the presence of IP. As soon as the presence of IP is detected, a Primary Comm Path Restore message is generated and the value of IP Connectivity programming parameter is changed from “Auto Detect” to “Detected”. From this point on, the software expects connectivity.

Selection of momentary activation will cause the IGSMHS to generate an alarm and NOT a restore, even if the IGSMHS is programmed to send a restore for the given zone. In 4204 mode, messages are reported in ADEMCO High-Speed format. Zone alarms (status 7) are reported with “1” (alarm) or “3” (restore) displayed in the zone position for the respective zone (e.g. alarm on zone 2: 5155 5555 7; restore 5355 5555 7). A supervision fault 3-10 The message is: 5555 5515 5; restore message is: 5555 5535 5. Refer to Table 3-4 for 4204 Emulation Mode programming and follow the prompts that pertain to 4204 or Two-4204 mode. A check mark (!) indicates whether the prompt applies to that mode. If this has been done, the following prompt appears: Access to Prog Mode Denied If a password has been previously assigned, this prompt appears. The next prompt appears. Re-enter the password as confirmation.Refer to the Exiting Programming Mode paragraph in this section. NOTE: After going from a “GSM” only com path choice to an “IP” only choice, Prompt 68: “DHCP” will default to No.Enter the 4-digit subscriber account number, 0001-9999 (decimal). The IGSMHS communicates with the control panel as a 4204 relay module. Enter the appropriate address. For VISTA-10P, and FA130CP Series control panels, this must be address 12. For other controls, see the control panel’s Installation and Setup Guide. NOTES: 1. The 4204 protocol limits address range to 01-15. If using 2-4204 mode, the IGSMHS assigns the second 4204 to the next higher device address (e.g., if entering address 12 for the first 4204, then address 13 is automatically assigned to the second 4204 module).This applies only to the Vista-32FB and VISTA BP and FBP series control panels with revision 3.x. BP and FBP panels rev 4.x and higher support Downloading via IP over ECP. Enter the appropriate device address. NOTES: 1.

This address must also be programmed as an alpha keypad in the control panel or an AUI (Advanced User Interface) type device, if a full enhanced graphic interface to the system is desired and the control panel supports it. NOTE: When “UL Hi Line Sec” is selected, a loss of communications is treated as an alarm condition. Sets how long an undeliverable alarm is retried for delivery to the central station. UL: Must be set to 10 minutes. IP failure will always be sent to the central station as Primary Communication Path Failure. A restore report is sent within 1-3 hours after power is restored. A low-battery restore is automatically sent when the low battery condition clears. A tamper restore is automatically sent when the tamper condition clears.Reports a Panic alarm on zone 3 when the module detects a single pulse on zone 1. No restores are generated for a Panic alarm. NOTE: These triggers are not available when using 2-4204 mode. Zone Trigger Mode provides six hardwire zone input triggers by making connections to the module’s zone terminals and programming the appropriate zone trigger options below. Zones are numbered 1-7, with zone 2 serving as a reporting zone only (see Bell Output Zone below). Bell Output Zone 1 (and 2): The zone 1 terminal can detect both pulsed and steady signals. The IGSMHS reports an alarm on zone 1 (fire) when it detects a pulsed signal and an alarm on zone 2 (burglary) when it detects a steady signal. UL: Use of the Bell output is not supported. Connect the appropriate trigger from the control panel to the selected zone input for each of these options. Inverted Trigger: Zones can be programmed for inverted trigger, where the alarm and normal states of the zones are inverted; this can serve a fail-safe supervisory purpose for certain installations. Restore and Delayed Reports: Zone inputs can be programmed for restore reporting, and for delayed reporting (NOT for UL installations) which allows time for the user to abort false alarms.

UL: Zone restoral must be enabled. Report Only if Armed option: To help eliminate redundant reports, zone alarms can be restricted to report only if a conditional zone is triggered (armed). If this feature is desired, the conditional zone is automatically used as the “arming” zone. Connect the appropriate control panel trigger to the conditional (arming) zone. The trigger must be programmed as necessary in the control panel. The conditional (arming) zone on the module is a different dedicated zone for each programming mode, as follows: Mode Zone Trigger 4204 2-4204 Conditional (Arming) Zone 7 4 8 Enter the zone number to be used for Telco line fault reports. This zone assignment must be unique from the Telco zone selected in Prompt 29. Selects the triggering method for this zone input. Enables restore reporting for zone 1. UL: Must be set to “Y.” Defines the reporting delay in seconds for zone 1. UL: Must be set to 00. Report alarms on zone 1 ONLY if the conditional zone (zone 7 in zone trigger mode; zone 4 in 4204 mode; or zone 8 in 2-4204 mode) is triggered (armed).Reports alarms on zone 2 ONLY if the conditional zone (zone 7 in zone trigger mode; zone 4 in 4204 mode; zone 8 in 2-4204 mode) is triggered (armed).Enables restore reporting for zone 3. UL: Must be set to “Y.” Defines the reporting delay in seconds for zone 3. UL: Must be set to 00. Reports alarms on zone 3 ONLY if the conditional zone (zone 7 in zone trigger mode; zone 4 in 4204 mode; zone 8 in 2-4204 mode) is triggered (armed). Enables restore reporting for zone 4. UL: Must be set to “Y.” Defines the reporting delay in seconds for zone 4. UL: Must be set to 00. Reports alarms on zone 4 ONLY if the conditional zone (zone 7 in zone trigger mode; zone 8 in 2-4204 mode) is triggered (armed).Inverts the alarm and normal states of the zone 5 trigger; otherwise uses normal input signal. Enables restore reporting for zone 5. UL: Must be set to “Y.” Defines the reporting delay in seconds for zone 5.

UL: Must be set to 00. Reports alarms on zone 5 ONLY if the conditional zone (zone 7 in zone trigger mode; zone 8 in 2-4204 mode) is triggered (armed). Inverts the alarm and normal states of the zone 6 trigger; otherwise uses normal input signal. Reports alarms on zone 6 ONLY if the conditional zone (zone 7 in zone trigger mode; zone 4 in 4204 mode; zone 8 in 2-4204 mode) is triggered (armed). Inverts the alarm and normal states of the zone 7 trigger; otherwise uses normal input signal. UL: Must be set to “Y.” Defines the reporting delay in seconds for zone 7. Zone Trigger mode: This prompt will only be displayed if zone 7 is not used as the conditional (arming) trigger zone. UL: Must be set to 00. Reports alarms on zone 7 ONLY if the conditional zone (zone 4 in 4204 mode; zone 8 in 2-4204 mode) is triggered (armed).The 4 parts of the address must be separated by spaces (displayed as periods in Review mode). UL: Must be set to Y. If “Present” is chosen, it is assumed that an IP is connected to the device. The programming prompts are displayed again. When the last field is displayed, the “REVIEW?” prompt again appears.A message is displayed telling the user that this step is being executed. If critical configuration changes were made, such as the mode of operation, the IGSMHS will reset to ensure that the programming features are enabled. If the file is not successfully uploaded, one of the following prompts will be displayed. Follow the steps shown below until the upload is successful. DisplayThe registration status is indicated below: To program the module via the website (if you are already signed up for this service), go to: Log in and follow the on-screen prompts. If you are not signed up for this service, click on “Dealer Signup” from the login screen to gain access to the Honeywell web-based programming. Dealer Sign-Up Direct Link: You will be instructed how to proceed upon completing the sign-up form. Only one sign-up per dealer is required.

Once an initial user is established, additional logins may be created by that user. NOTE: Central Stations sign up by contacting AlarmNet Administration at 800-222-6525 option3. Once module is registered, you may log out of the AlarmNet Direct website. Register using the Tamper Switch Initiate the registration sequence by clicking the Tamper Switch three times. You can monitor the registration process by viewing the Status Display. The Message (yellow) LED and the Status (green) LED will blink slowly in unison while registration is in progress. This message will appear at the receiving station as “E339 C08xx”, where “xx” is the ECP device address. If repeated registration attempts time out, check your Internet connection and RSSI level, and verify that IGSMHS account information has been entered correctly. Register using the Programming Tool The interactive registration feature allows the installer to register the IGSMHS through a series of keyboard commands on the 7720P Programming Tool. This method of registration lets the installer monitor the registration process. The registration message is sent and the unit waits for the acknowledgment. If this is a new installation and the city, central station, and customer numbers have been correctly entered, the IGSMHS is registered and this message is displayed. The IGSMHS is now in full service and available for alarm reporting to the central station. Indicates the city, central station, or customer number for the labeled account(s) is not accepted. The ID information was either entered incorrectly, or the central station failed to pre-authorize programmed ID numbers with AlarmNet customer service. Indicates the city, central station, or customer number for the Secondary account is not accepted. The ID information was either entered incorrectly, or the central station failed to pre-authorize programmed ID numbers with AlarmNet customer service. See the Replacing an existing module section below for further displays.