Honeywell VISTA-20P Alarm System Integration Guide

Project Goal

1. Implement a self-monitoring alarm system using mainstream products.
2. Integrate smoke detectors into the alarm so I would be notified if a smoke detector activated. Note: Disarming the system does not silence the smoke detectors.
3. Keep the existing alarm system in place.

System Configuration

• Honeywell VISTA-20P [WA20P-10.24]
• Honeywell 6160RF Alpha Keyboard
• Honeywell 6160 Alpha Keyboard
• Honeywell 4219 - 8 Zone Wired Expansion Module
• Konnected Alarm Panel Pro 12-Zone Interface Kit
• First Alert RM4 Smart Relay (BR-RM4)
• Altronix 6062 Multi-Function Timer
• Samsung SmartThings App (New Version)

Setup and Programming

This section is dedicated to programming the panel so that it can be used with SmartThings to Arm/Disarm.

Follow these instructions carefully.

Honeywell/Ademco VISTA Series Setup & Configuration: https://help.konnected.io/support/solutions/articles/32013442589-honeywell-ademco-vista-series-setup-configuration

STEP 1: Program Triggers 1 and 2

Program Triggers 1 and 2 to indicate armed/disarmed status and alarm triggered status.

Connect the first pin (indicated as OUTPUT 17/TRIG 1 in the diagram) and the fourth pin (indicated as OUTPUT 18 / TRIG 2 in the diagram) to two zones on the Konnected Interface module with female-to-male jumper wires.

Enter panel programming mode using the alpha keypad:

[INSTALLER CODE] 800 *

Set both outputs 17 and 18 to normally low with the following sequence:

• *79 > enter the output mapping menu
• 17* > output #17
• 1* > set to normally low
• 18* > output #18
• 1* > set to normally low
• 00 > save and exit

Program output 17 to trigger high when the system is set in armed/stay:

• *80 > enter the output programming menu
• 01* > first program slot
• * > continue
• 2* > activated by zone type
• 20* > zone type 20 means arm-stay
• 0* > any partition
• 2* > stay closed
• 17* > output #17

Program output 17 to also trigger high when the system is set in armed/away:

• * > return to output programming menu
• 02* > second program slot
• * > continue
• 2* > activated by zone type
• 21* > zone type 21 means arm-away
• 0* > any partition
• 2* > stay closed
• 17* > output #17

Now, program output 17 return to low when the system is disarmed:

• * > return to output programming menu
• 03* > third program slot
• * > continue
• 2* > activated by zone type
• 22* > zone type 22 means disarmed
• 0* > any partition
• 0* > open
• 17* > output #17

Moving on to the second output, program output 18 to trigger high when there is an alarm:

• * > return to output programming menu
• 04* > fourth program slot
• * > continue
• 2* > activated by zone type
• 33* > zone type 33 means burglar alarm
• 0* > any partition
• 2* > stay closed
• 18* > output #18

Finally, program output 18 to return low when the alarm is disarmed:

• * > return to output programming menu
• 05* > fifth program slot
• * > continue
• 2* > activated by zone type
• 22* > zone type 22 means disarmed
• 0* > any partition
• 0* > open
• 18* > output #18

When finished programming, exit:

• 00 > exit the menu
• *99 > exit installer mode

STEP 2: Programming the Keyswitch Zone

For this example, we'll use Zone 2 as our keyswitch zone, but you can use any available zone.

1. Enter panel programming mode using the alpha keypad: [INSTALLER CODE] 800 *
2. Program Zone 2 as a keyswitch zone:
   • *56 > enter zone programming mode
   • 0 > no confirmation
   • 08* > select zone 2
   • * > continue
   • 77* > zone type 77 means keyswitch
   • 1* > partition 1
   • * > skip report code
   • 1* (only on zones 2-8) set hardwire type to 2 (Normally Open) to not need a resistor
   • * > confirm response time
   • * > confirm summary
   • * > skip program alpha
3. When finished programming, exit:
   • 00 > exit the menu
   • *99 > exit installer mode

STEP 3: In the Konnected App

Navigate to Manage Zones and click "+" to add a new zone.

Note: I purchased the Konnected Alarm Panel Pro 12-Zone Interface Kit. This is why there are 12 zones listed along with the relays.

List of Zones to Add

STEP 3 (Cont.): Setting up the Zones in Konnected App

Typical window/door sensor that is NC

Description of screenshot showing 'Edit Zone' dialog for Zone 2. Fields include Zone Number (2), Zone Type (Window), Name (Windows Front), Inverse (unchecked), Save, Cancel.

Smoke detectors are NO. Note Inverse switch.

Description of screenshot showing 'Edit Zone' dialog for Zone 8. Fields include Zone Number (8), Zone Type (Fire/Smoke), Name (Fire), Inverse (checked), Save, Cancel.

Alarm State configured as a regular sensor.

Description of screenshot showing 'Edit Zone' dialog for Zone 17 (labeled as Alarm State On/Off (17)). Fields include Zone Number (17), Zone Type (Alarm State On/Off), Name (Alarm State On/Off), Inverse (unchecked), Save, Cancel.

Alarm Triggered configured as a regular sensor.

Description of screenshot showing 'Edit Zone' dialog for Zone 18 (labeled as Alarm Triggered On/Off (18)). Fields include Zone Number (18), Zone Type (Alarm Triggered On/Off), Name (Alarm Triggered On/Off), Inverse (unchecked), Save, Cancel.

Arm Stay configured as a momentary switch with a 3 second delay.

Description of screenshot showing 'Edit Zone' dialog for Zone 5 (labeled as Arm Stay). Fields include Zone Number (5), Zone Type (Momentary S...), Name (Arm Stay), Duration (ms) (3000), Pause (ms) (empty), Repeat (empty), Activation (1/High (default)), Save, Cancel.

Arm Away configured as a momentary switch with a 1 second delay.

Description of screenshot showing 'Edit Zone' dialog for Zone 6 (labeled as Arm Away). Fields include Zone Number (6), Zone Type (Momentary S...), Name (Arm Away), Duration (ms) (1000), Pause (ms) (empty), Repeat (empty), Activation (1/High (default)), Save, Cancel.

B. Myers - Last Updated 1/21/2022

STEP 4: SmartThings Integration

Scroll to Devices and scroll to bottom and look for Konnected. Follow steps to link the account.

1.) List of all zones displayed after linking the account

Screenshot showing SmartThings app with a list of devices/zones, including Entry Door, 1st Floor Back, Basement Back, Fire, Windows Front, Alarm State On/Off (17), Alarm Triggered On/Off (18), Arm Stay, Arm Away.

2.) All zones setup in Konnected should display

Screenshot showing the Konnected app interface with various zones listed.

3.) Look for Home Monitor. You need to go in and assign sensors for Arming

Screenshot showing the SmartThings 'Security' section, highlighting 'Home Monitor' and options like 'Monitor for intrusions', 'Monitor for smoke and carbon monoxide', 'Monitor for water leaks'.

4.) Go to settings

Screenshot showing navigation within SmartThings app, leading to settings.

5.) Select Security

Screenshot showing the 'Security' menu in SmartThings.

6.) Select Armed Away sensors (follow same steps 7. and 8. for Armed Stay)

Screenshot showing 'Set up Armed (away) sensors' in SmartThings, with options to select sensors.

7.) Scroll down to Use all open/closed sensors and select. (Slide switch to Left so grayed out)

Screenshot showing 'MONITOR MOVEMENT' and 'Use all open/closed sensors' with the switch set to 'All selected'.

8.) Select sensors associated with Armed Away. (Smoke are on all the time and are not shown in this menu)

Screenshot showing 'Set up Armed (away) sensors' with a list of selected sensors like '1st Floor Back', 'Alarm State On/Off (17)', 'Alarm Triggered On/Off (18)', 'Entry Door', 'Basement Back', 'Windows Front'.

Program the following Automations

1.) I set up alerts for when smoke detectors go off, and for when the alarm is triggered. The other 3 automations allow you to arm and disarm from Home Monitor Buttons.

Screenshot showing SmartThings 'Automations' list with 'Smoke Alarm Notification', 'Alarm Triggered Notification', 'Armed (away)', 'Armed (stay)', 'Disarmed'.

2.) Settings for Smoke Alert

Screenshot of a SmartThings automation routine for 'Smoke Alarm Notification'. If 'Smoke detector: Smoke detected', Then 'Send text message'.

3.) Settings for Alarm Triggered

Screenshot of a SmartThings automation routine for 'Alarm Triggered Notification'. If 'Alarm Triggered On/Off (18): Contact sensor: Open', Then 'Send text message'.

4.) Settings for Alarm (away)

Screenshot of a SmartThings automation routine for 'Armed (away)'. If 'SmartThings Home Monitor: Armed (away)', Then 'Arm Away'.

5.) Settings for Alarm (stay)

Screenshot of a SmartThings automation routine for 'Armed (stay)'. If 'SmartThings Home Monitor: Armed (stay)', Then 'Arm Stay'.

6.) Settings for Disarmed. NOTE: Executing the Arm Stay or Away will work. used away as it is a 1 second signal.

Screenshot of a SmartThings automation routine for 'Disarmed'. If 'SmartThings Home Monitor: Disarmed', Then 'Disarmed'.

STEP 5: Give it a try!!

1.) Before Armed.

Screenshot showing SmartThings 'Favorites' screen with Home Monitor status 'disarmed'.

2.) After clicking the Armed Away button. Note device is displayed.

Screenshot showing SmartThings 'Favorites' screen with Home Monitor status 'Armed Away' and 'Alarm State On/Off (17) is open'.

Some NOTES:

1. If the alarm has been triggered, the triggered device will show and you should get text alerts. You can also visit History in the Samsung app to see all activity.
2. Shortcomings of Home Monitor I am still trying to find a solution for: If Alarm Trips Example: Click Armed Stay, trip alarm, and click disarm to silence alarm. If you click Armed Stay in Home Monitor, the action clears the fault and the Armed Stay button goes blue. But the alarm does not arm. So if you click Disarm, that activates the Armed Stay because it uses the same button to Arm the alarm. The only way to get the button back in sync is to go to devices and Click the Armed Stay device. The Automations in Smart Things can't do any nested IF/THEN conditions to test out. Anybody have a solutuion? Looking to clear fault codes maybe through a programmed relay??

B. Myers - Last Updated 1/21/2022

Component Details

Honeywell 4219 Wired Zone Expander Module

General Information

The 4219 expander module adds up to eight normally closed or eight end-of-line resistor supervised zones to compatible control/communicators via the control's keypad wiring. The module may be mounted within the control's cabinet (if room permits), or remotely. If mounted remotely, there are provisions to tamper protect the unit. Communication to the module is supervised so that it cannot be disconnected from the keypad wiring without detection by the control. If the wiring is cut, a tamper alarm or signal will result, to indicate that this device (and possibly other similarly connected devices) has become inoperative.

? IMPORTANT: Some carbon monoxide detectors may not be compatible with the Honeywell 4219 hardwire zone expanders. When using carbon monoxide detectors in systems that support the 4219 zone expanders, install the detectors only on the basic hardwire zones of the system control panel, and NOT on the zone expanders.

Installation

1. Disconnect power before proceeding.
2. Mount the 4219 before making any wire connections.

When the module is mounted remotely, holes on the back of the module's housing permit it to be mounted horizontally or vertically. Wires can exit from the side or the breakout on the back of its housing. For tamper protection, attach the tamper magnet (provided) (Figure 1) to the module inside cover. Place DIP switch position #8 in the OFF position. Affix the connections label that accompanies the module to the inside of the module's cover. When the installation is complete, put the modules cover on. The magnet attached to the cover, positioned near the reed switch, will cause a tamper signal to be sent to the control if the cover is removed.

When the module is to be mounted inside the control's cabinet, mount it horizontally to the raised tabs at the back of the cabinet. Insert self-tapping screws (provided) in two adjacent raised tabs at the back of the cabinet. Leave the heads projecting 1/8". Hang the module on the screw heads via two slotted holes on the back of the module's housing. When the module is installed in the control's cabinet, it need not be tamper protected.

? NOTE: For EN50131-3 compliance a tie-wrap must be secured around the case of a remotely mounted 4219.

Apply tie-wrap around the case to the right of the large zone wire opening (4-inch case width). This is in opposition of the tamper switch and magnet.

Affix the connections label that accompanies the module to the inside of the control's cover.

See the control's installation and setup guide for additional information.

Connections and Settings

Zone Connections

Make protection zone connections to the module's 12-position terminal block TB1.

Set DIP switch 7 for the desired zone operation (NC or EOLR):

• ON = End of line resistor operation. Each zone that is used must have a 2K-ohm end-of-line resistor connected across the end of its loop, as shown in Figure 2.
• OFF = Normally closed operation

? UL: Set to OFF (EOLR)

The method of programming each zone for the type of alarm and reporting code to the central monitoring station varies with the control to which the module is connected. Refer to the Installation and Setup Guide for that control unit.

Module Address

Set the module address using DIP switches 2-6. Select one of 31 addresses, as shown in Figure 3, so the control can identify the module and communicate with it properly. The address to be set is determined by the particular control to be used, and the control's installation instructions must be consulted.

Normal/Fast Response Time for Zone A

Use DIP switch 1 to select normal or fast response time for zone A:

• OFF = fast response time of 10ms to an open circuit
• ON = normal response time of 300ms. All other module protection zones have a nominal response time of 300ms.

Connection to the Control Panel

Connect the module to the control panel's keypad (ECP) terminals via 4-terminal block TB2 or the 4-pin plug (wire color connections are the same).

Specifications

Figure 1. Tamper Magnet Installation: Shows how to attach a magnet to the module cover for tamper detection.

Figure 2. Summary of Connections: Illustrates the wiring of the 4219 module, including terminal blocks TB1 (zones) and TB2 (ECP connection), DIP switches, and the reed tamper switch. It specifies EOLR resistor usage for zones.

Figure 3. DIP Switch Settings: A detailed chart showing the function of each DIP switch (1-8) and various address settings (0-31) for the 4219 module.

Federal Communications Commission (FCC) Part 15 & IC Statement

The user shall not make any changes or modifications to the equipment unless authorized by the Installation Instructions or User's Manual. Unauthorized changes or modifications could void the user's authority to operate the equipment.

FCC CLASS B STATEMENT: This equipment has been tested to FCC requirements and has been found acceptable for use. The FCC requires the following statement for your information: This equipment generates and uses radio frequency energy and if not installed and used properly, that is, in strict accordance with the manufacturer's instructions, may cause interference to radio and television reception. It has been type tested and found to comply with the limits for a Class B computing device in accordance with the specifications in Part 15 of FCC Rules, which are designed to provide reasonable protection against such interference in a residential installation. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause 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: • If using an indoor antenna, have a quality outdoor antenna installed. • Reorient the receiving antenna until interference is reduced or eliminated. • Move the radio or television receiver away from the receiver/control. • Move the antenna leads away from any wire runs to the receiver/control. • Plug the receiver/control into a different outlet so that it and the radio or television receiver are on different branch circuits. • Consult the dealer or an experienced radio/TV technician for help.

FCC/IC STATEMENT: This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada. This device complies with Part 15 of the FCC rules and RSS 210 of Industry Canada. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation. Cet appareil est conforme à la partie 15 des règles de la FCC & de RSS 210 des Industries Canada. Son fonctionnement est soumis aux conditions suivantes: (1) Cet appareil ne doit pas causer d' interférences nuisibles. (2) Cet appareil doit accepter toute interference reçue y compris les interférences causant une réception indésirable.

For the latest warranty information, please go to: http://www.security.honeywell.com/hsc/resources/wa

N8924V4 3/14 Rev. B

Copyright © 2008 Honeywell International Inc.

First Alert RM4 Smart Relay (BR-RM4)

General Description

This accessory relay is designed to activate auxiliary devices such as bells, lights and door closers. The RM4 Relay is intended for use with BRK and First Alert Smoke, Heat, and Carbon Monoxide Alarms. The relay contacts will activate whenever any interconnected alarm sounds. The relay contacts will automatically deactivate a few seconds after the alarms stop sounding. This relay must be installed in a junction box.

Compatibility: Works with all First Alert and BRK "Smart Interconnect" CO Alarms.

Standards Met: Meets UL Standards UL217, UL2034 and UL539 for accessories. Meets ULC Standards ULC S-531, CSA6.19 and ULC S-530 for accessories.

Installation Notes:

• Read and follow all instructions supplied with each Alarm and the RM4 Relay before installing and using the relay.
• Use the RM4 Relay only with compatible BRK and First Alert Alarms.
• The RM4 Relay will not operate auxiliary devices without 120V AC power. The Alarms provide the interconnect signal to trigger the RM4 Relay; they do not supply any power to drive the auxiliary device.
• NFPA guidelines allow a maximum of 18 compatible First Alert and BRK Alarms plus 6 RM4 Relays to be interconnected. No more than 12 of the 18 devices shall be Smoke Alarms.
• The RM4 Relay should not be used to connect groups of alarms with a fire alarm control panel or to interconnect chains of alarms to each other.
• Residential Alarms reset automatically.
• The RM4 Relay should only be installed where conditions normally remain between 40°F (4°C) to 100°F (38°C) and 10% to 90% relative humidity.
• Alarm and relay installation must conform to local electrical codes and Article 760 of the U.S. National Electrical Code. Wiring should be performed only by a licensed electrician.
• The circuit used to power the alarm and relay must be a 24-hour 120V AC pure sine wave, 60Hz circuit not controlled by a switch or dimmer.

⚡ ELECTRICAL SHOCK HAZARD: TURN OFF POWER AT THE FUSE BOX OR CIRCUIT BREAKER TO THE AREA WHERE YOU WILL BE WORKING.

Installation

To install this relay to an alarm, connect the power wires as listed below. (If wiring the relay remote from the alarm, use a maximum of 1000 feet [300 meters] of #18AWG or larger wire rated at least 300V.)

Now connect the accessory to be activated by the relay to the relay's switch contact wires as listed below. (Use wiring appropriate to the auxiliary device being controlled.)

? NOTE: Since voltage is present on all relay contact wires at some time during operation, the installer must properly insulate any unused relay contact wire.

• BROWN WIRE: HOT CONTACT TO AUXILIARY DEVICE
• GRAY WIRE: NORMALLY CLOSED CONTACT
• BLUE WIRE: NORMALLY OPEN CONTACT

Wiring diagram showing connections between Alarm, Relay, Unswitched 120V AC Source, and To Additional Alarms. It details the wire colors for HOT, NEUTRAL, INTERCONNECT, and the relay contacts (COM, NC, NO).

Contact Ratings (Maximum)

After installation, test the interaction of the auxiliary device with the alarm by pressing the alarm test button.

Warranty: Limited 5-year warranty from BRK Brands, Inc.

Altronix 6062 Multi-Purpose Timer

Overview

Model 6062 programmable timer is suitable for many functions that require a timed operation e.g. Access Control Applications, Siren/Bell Cut Off Module, Dialer Delay, Guard Tour Supervisory Timer, etc. Some optional functions include: One Shot, Delayed Release, Delayed Operate, Delayed Pulse and Pulser/Flasher. A new feature has been added which provides a momentary relay activation at the end of a desired timing cycle. This feature eliminates the need for having to use two (2) timers to achieve this function.

Specifications

Installation Instructions

1. Mount 6062 in desired location/enclosure.
2. Set proper DC Input Voltage DIP Switch 3: 12VDC ON, 24VDC OFF.
3. Refer to DIP Switch Selection and Jumper Selection Tables for desired functions (e.g.: Timing, Trigger, Pulse).
4. Measure DC input voltage before powering device to ensure proper operation.
5. Refer to Terminal Identification Table and Typical Applications fig. 1 through fig. 8. for desired wiring connections.

? Note: When triggering via a N.O. (normally open), momentary or maintained trigger, connect the dry contact trigger to Pos (+) and TRG terminals. When triggering via a N.C. (normally closed), momentary or maintained trigger, connect the trigger to Neg. (–) and TRG terminals and install a resistor [for 12VDC - 2K (2,000 ohm) or for 24VDC - 4.7K (4,700 ohm)] between the Pos (+) and TRG terminals (Fig. 8).

Enable the reset features:

• Cut J3 when power is removed the timer will reset and not re-trigger when power is restored unless a new trigger is applied.
• ? Note: The closed trigger and delayed pulse options will not operate if the reset feature is desired.

DIP Switch Selection Table

* When relay energizes (LED is on) [N.O. & C] switch from open to close and [N.C. & C] switch from close to open.

Jumper Selection Table

Terminal Identification

Figure 1 - Timed Door Annunciator: Shows wiring for a timed door chime using the 6062 timer.

Figure 2 - Guard Tour Supervisory Timer: Shows wiring for a guard tour system using the 6062 timer.

Figure 3 - Swinger Eliminator: Shows wiring for a swinger eliminator function using the 6062 timer.

Figure 4 - Delay Timer: Shows wiring for a delay timer application (e.g., Door Ajar Alarm, Dialer Delay) using the 6062 timer.

Figure 5 - Timed Door Strike: Shows wiring for a timed door strike using the 6062 timer.

Figure 6 - Timed Shunt for a Door: Shows wiring to bypass alarm contacts for a door using the 6062 timer.

Figure 7 - Bell Cut Off Timer: Shows wiring for a bell cut-off timer using the 6062 timer.

Figure 8 - Closed Circuit Trigger Option: Shows wiring for a closed circuit trigger option, including resistor placement for 12VDC or 24VDC systems.

Altronix is not responsible for any typographical errors.

Board Dimensions (L x W x H): 3" x 2.5" x 0.75" (76.2mm x 63.5mm x 19.05mm)

Wiring Method for House 3-wire Smoke Detectors to Alarm Control

? NOTE: Credit to the Alarm Guy Russ VanDevanter, Seattle, WA for the wiring diagram related to integrating 110v 3 wire smoke detectors into the Vista 20P Alarm Panel. https://www.alarmprofessor.com/110vac-smoke-detector-integration-with-timer/

1. BR-RM4 (Firex 499) and Altronix 6062 Timer Module

Wiring diagram showing a 110V Smoke Detector connected to a BR-RM4 (Firex 499) 110V smoke Relay. The BR-RM4 is connected to an Altronix 6020 Timer Module (Dip Switch 1-on, 3-on; 2-on, 4-off). The Altronix 6020 is connected to Vista 20P - Zone 1 (terminals 4(-), 5(+), 8, 9) with a 2K resistor in the circuit.

? Note 1: This configuration allows to set the timer for the period of time (1 – 60 seconds) that the 110V smoke detector has to be tripped before it will activate the Alarm Control fire alarm. I recommend setting the timer for 10+ seconds. The reason for this is that sometimes the smoke detectors are not on dedicated 110V AC circuits and a surge on the line from an appliance (such as a vacuum cleaner) can cause a momentary activation of the smoke detector that will activate the BR-RM4 relay. The timer circuit will eliminate false alarms from such occurrences.

? Note 2: BR-RM4 relay is a 110V AC relay. In the event of a house power outage, the house smoke detectors will not trigger the alarm control panel. For this reason I usually recommend putting at least one smoke detector that is wired directly to the alarm control panel (or a wireless smoke detector programmed directly to the alarm control panel).