RM3119 Alarm Signalling Equipment (ASE)

The dual 4G SIM signalling equipment is your go-to for secure and reliable alarm, fault, isolation and power signal reporting from fire systems. Together with 24/7 support and monitoring solutions, it delivers unrivalled safety and compliance – which is why it's trusted by industry leaders.

Enables immediate fire detection for rapid response

Unmatched Reliability - Dual SIM, Dual Modems, Dual Antennas, engineered in Australia

Australia-based support, manufacturing and purpose-built 24/7 monitoring centre

Key Features

Dual Redundancy
4G Dual SIM switching to LAN if paths are unavailable. If one communication path is unavailable, all alarms can still be ​transmitted via a completely separate and independent network. Delivers 99.95% uptime. Device uptime is when monitored by Romteck.​
‍
​Fully compliant​
CSIRO certified for optimum compliance. ​​

‍Easy to install ​
Fast installation and easily integrates with existing fire panels. The commissioning is carried out by a Romteck technician with a swift turnaround on new connections.

Networking options​
Multiple ASEs can be networked to share a single cellular connection. ​​

‍Alarm testing supported​
End-to-end fire alarm testing using live feed QR code. Large backlit LED screen is easy to use and will help avoid false alarms during test modes.

​​​Remote isolation functionality ​
Available via our 24/7 monitoring centre.​​​

‍Customisable notifications ​
Options include SMS, email and voice call.

Specifications

Dimension:​
110 mm (W) x 110 mm (H) x 71 mm (D)​​

Weight:​
350g
​​
Power Feed Voltage (at ASE):​
8-35 Vdc - polarity sensitive​​

Regulated Circuit Voltage:​
3.3 V nominal​​

Reset Voltage Detector:​
3.0 V​​

Typical Current Drain:​
12V operation WIP-WIP - 120 mA24V operation WIP-WIP - 62 mA​​

Temperature Range:​
-10 deg C to +50 deg C​​

Humidity:​
10% to 95% non-condensing
​​
Open Collector Outputs Max Voltage:​
30 Vdc t Max current - 100mA2

Resources

Download the ASE Brochure for further technical information.

Book a Demo

Fill out the below form and our team will be in contact.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.