Honeywell Notifier DVC User Manual (English)

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28 Mass Notification — P/N LS10063-000NF-E:E 06/26/2019

Programming Programming



Create MN Logic Zones

Create a logic zone that will activate if a ZF20 MN alarm comes in from any MN-mapped node.

Figure 3.16 Create a Logic Sequence for the MN Active Tone

 Add MN Active Tone Logic to PAM Programming

On the PAM Settings branch, add the Logic Zone created in Figure 3.16 above to the entire MN Active Tone Input row (Input 31,

Sequence 1 in this example).

Figure 3.17 Map the MN Active Tone Sequence to a Logic Zone

1. Select “OR” as the function.

2. Select “Special Function” ZF20 as the point,

and link it to each MN-mapped node on the

system.

3. Close the equation with a parenthesis, and

save changes.

4. Add label “MN Active Tone” (optional.)

5. In this example, ZL1 is the Logic Zone

programmed to activate when a ZF20 MN

alarm comes in from any MN-mapped node.

All MN-mapped nodes must be included in

the logic equation. In this example, there are

three in the system, so all three are in the

equation.

Add the MN Active Tone logic

equation to the entire Input row

for the MN Active Tone

Sequence.

In this example, Logic Zone 1 is

being added to all the cells in

Input row 31.

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Honeywell Notifier DVC Specifications

General

Type	Digital Voice Command
Operating Temperature	32°F to 120°F (0°C to 49°C)
Compatibility	Notifier Fire Alarm Control Panels
Operating Voltage	24 VDC nominal
Current Draw	Standby: 120 mA, Alarm: 250 mA
Humidity Range	10% to 93% non-condensing
LED Indicators	Power
Relay Contacts	2 Form C relays
Certifications	FM, CSFM, MEA