Intelligent NAC Module

Advanced Intelligent NAC Module is an addressable
module for use with the AxisAX Series Intelligent
Fire Alarm Control Panel’s SLC Loops. Each
module incorporates an independent, individually
programmable, notification appliance circuit (NAC),
providing cost-effective solutions in areas requiring
multiple notification appliance circuits. Each NAC
module allows switching of an external power supply,
such as a 24 VDC regulated power source or audio
amplifier to a group of notification appliances.

The notification appliance circuit can be wired either
Class A or B. Each module also supervises the wiring
for opens, shorts and grounds and reports this status
back to the intelligent fire alarm control panel. Typical
input power to the NAC module would be from the main
FACP, a power supply booster or an amplifier.

Unique Features:
• Class A or B Wiring
• Horn/Strobe or Speaker Control
• Flexible Programmability
• Durable Construction
• Cost-Effective & Trouble-Free Installation

Features:
• 4” Square or 2-Gang Electrical Outlet Box Mounting
• Power Limited
• Dedicated NAC Status LED
• Voltage Regulated NACs (Compatible with all Listed NAC devices)
– Use with regulated 24 VDC Power Supply
• 25/70 VRMS Speaker Capability

Listings and Approvals:
• ETL ANSI/UL 864 Listed: 3118002NYM-001B
• UL fi le: UOXX.S7003 / ML fi le: S24460
• CSFM Approved: 7300-1713:108
• NYC MEA: 294-95-E

Description

Voltage 17-28 VDC, w/ Communication Pulses 5-9 VDC
Operating Current
                   Quiescent
                   Alarm
                   w/ LED's

1 mA
1 mA
6 mA VDC
Line Impedance 50Ω
Wiring Classification Class A or Class B
Circuit Voltage Input 47KΩ, 0.5 Watt (Class "B" only)
Max NAC Circuit Line Loss 24 VDC @ 25 / 70.7VRMS @ 500mA
Max Speaker Circuit Output 24 VDC, 25 / 70.7VRMS @ 500mA
Wiring Terminals Screw In-Out Terminals
Mounting 4" Square or 2-Gang Electrical Outlet Box
Dimension (Diameter & Height) 4 1/2"W x 4 1/2"H x 1"D
Weight 2.8 oz
Operating Temperature 32° - 120°F (0° - 49°C)
Humidity 10-93 % (non-condensing)