Commercial Dual Path Fire, LTEA AT&T Alarm Communicator, Powered by Control Panel Input: 12-24VDC (100mA @ 24VDC w/Peak RF Transmission Draw of 200mA)
Commercial Fire Alarm Cellular &/or IP Fire Alarm LTE Communicators.
Universal full event sole & dual path cellular &/or IP commercial fire alarm reporting from any panel brand, virtually anywhere nationwide.
Code-compliant, replaces 2 POTs lines per FACP saves thousands of dollars per year over the leased landlines.
Supports 12V-24V control panels and FACPs that communicate using Contact ID and 4/2 (such as on legacy panels), as primary or backup.
Full data Reporting to any Central Station nationwide via choice of LTE Networks, Verizon® or AT&T®. Communicate critical life and safety alarm reports on LTE (Long Term Evolution) 10+ year life, cyber-protected multi-billion dollar cellular network, for maximum life safety & liability protection.
Proven to work even where other’s won’t using Signal Boost™ & twin dual diversity antennas - Max. signal acquisition & null avoidance (receives signals simultaneously on both antennas).
Easiest installation, powered by panel, NO extra power supply, NO extra conduit (Excludes Direct AC-Powered “-PS” models, with transformer option.)
Dual Path Cellular/IP Models Save Time & Money uniquely including 4 programmable EOLR zone inputs; 2 Form C Relay outputs (no extra supervision modules to buy or install); plus, 2 Telephone-style jacks for easy FACP-connection. Self-supervised on 4 wires.
Preactivated to ensure communications saves time and labor onsite.
LED Status /Trouble Indicators 3 Radio Status LED Indicators (visible from outside standard model housing) - Green, Signal Strength; Amber- Busy/Activation; Red-Trouble (4 additional LEDs, not visible, for network status & troubleshooting). Power LED indicator viewable on outer metal enclosure models.
Over-the-Air Upgradable Communicator Firmware remote ability for critical/mandatory updates, without a truck-roll. Cost-saving models and plans for any code requirement dramatic savings over monthly dedicated landline charges.
Napco StarLink Universal Fire Alarm Communicators:
Sole Path Cellular and Dual Path Cellular &/or IP Models.
Choice of LTE Networks Verizon or AT&T models.
Choice of plans(varies by model) - check-ins from 200 seconds to 5-minutes, and from 1 hour; up to 6 hours for dual path.
Patented Signal Boost™ and Dual Diversity Antenna for maximum signal acquisition & null avoidance, receiving signals simultaneously on both antennae.
Money-saving Trade up incentive credit for security professionals, on new or retrofit fire systems, i.e., trade up missing/retired POTs lines, old radios & networks or new installations.
Bonus Full High-Speed Napco Panel remote uploading/downloading.
Compliances NFPA 72 Editions: 2019, 2016, 2013, 2010, 2007; UL 864, 10th Ed., UL1610, UL985, UL1023, NYCFD; CSFM; LAFD. SLE-LTEAI-CFB:
Dimension: 9.63" x 11.75" x 3.38"(HWD)
LTE Network: AT&T.
Wi-Fi Option: Yes.
Unique Onboard Labor/Cost-Saver Features: 2 Telco jacks for EZ FACP Connect; 4 Programmable EOLR zone inputs; 2 Form C Relay outputs (avoids reqt for supervision module).
Electrical Input: Panel-Powered Tech’y: Input Voltage: 10-25VDC, Input Current: 162mA to 100mA standby; 300mA peak during transmissions.
Inputs: IN1, IN2, IN3, IN4, IN5.
Input Ratings: IN1: 9-25VDC Max input current 2mA; IN2,IN3,IN4,IN5: 9-25VDC Max input current 1.2mA.
Outputs: OUT1, OUT2, PGM3.
Output Ratings: OUT1,OUT2: Dry Contact, Form C Relay, 30V AC/DC, 500mA Max, PGM3: Open Collector Outputs Max 3V when active, Max 25V when active. Max current 24mA@ 25V.
Other Power Supply (Optional): Transformer (TRF12 16VAC, 20VA transformer). Must Specify “PS” When Ordering.
Category: Access Control, Alarms & Intercom, Burglar Alarms, Control Panels/Keypads
- - Warranty Provided by Manufacturer
- - Allow 3-5 Days Before Shipping
Design Tools & Resources
CCTV Security systems consist of several electronic parts. The system requires all of them to be operating flawlessly for reliable operation. When one item fails it can be difficult to find the issues because each part relies on the other for system-wide operation. Follow these simple step-by-step instructions and you'll quickly identify the part causing the problem.
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