The EnviroAlert EA400 provides flexible critical environmental monitoring for temperature, humidity and/or water of multiple locations. With an eight-event alarm history, user-friendly programming and freezer/cooler defrost time delay, the EA400 excels in industrial, commercial and residential applications.
Operating on 12 or 24VDC, the form C relay output can be integrated to existing alarm panels, bells, dialers, etc. Relays may be energized or de-energized. The EA400 is available through distributors worldwide.
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The WB-200 provides critical environmental monitoring for presence of water. Monitoring up to six locations each up to 100 feet away, the WB-200 works well in industrial, commercial and residential applications. The WB-200 will not alarm due to condensation or high humidity. One standard surface sensor is included.
Operating on 12 or 24 VDC, the form C relay output can be integrated to existing alarm panels, bells, dialers, etc. Relays are supervised. Product is available through distributors worldwide.
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Wausau Window and Wall Systems Blast Hazard Mitigation (BHM) Series combines blast mitigation, energy performance and recycled content to meet government buildings’ high-security and green goals. BHM Series SuperWall Curtain Wall meets blast performance up to 33 psi peak pressure, 81 psi-msec impulse. The system accommodates cladding for steel tubes, which may be necessary to ensure structural performance in blast mitigating designs. SuperWall's screw-spline construction in multiple frame depths presents a uniform, three-inch exterior sightline. These products are designed for compliance with the GSA ISC and DoD UFC, and supported with an industry-leading warranty of up to 10 years.
Connect ONE Network Gateway is a fully encrypted communication that only requires an outgoing Internet connection. No router or firewall configuration is necessary and it accepts up to 50 temperature probes and readings that will not vary based on wire distance. Users can view real-time temperature from all connected probes, low/high temperature alarm, and trouble events are notified via email, text or onscreen alert.
ADPRO SmokeTrace, a downloadable software application for the FastTrace 2/2E Remotely Managed Multi-service Gateway (RMG), provides remote visual verification of smoke. The analytic is designed to provide reliable visual confirmation of smoke developing from a fire. The system that is triggered by the smoke alarm of an existing traditional smoke detection system analyzes the images from strategically-placed cameras or a PTZ camera to confirm the presence of smoke. The images, including a bounding box that highlights the smoke, are handled by the FastTrace 2/2E and transmitted to a remote central monitoring station for assessment and appropriate action.
ADPRO LoiterTrace, a downloadable software application for the FastTrace 2/2E Remotely Managed Multi-service Gateway (RMG), enables real-time, reliable detection of unauthorized loitering in indoor and outdoor monitored areas. Install LoiterTrace on channels inside and outside to monitor loiter behavior that ranges from soliciting, to begging, to vandalism and theft to identify any prolonged, suspicious loitering that could lead to a potential threat. Use Xchange, an Xtralis online licensing portal with a downloadable PC application designed to deploy and commission analytics licenses such as LoiterTrace for the FastTrace 2/2E RMG.
Potter Electric Signal Co.
The DDA provides early detection of smoke and combustion products present in air moving through HVAC ducts in commercial, industrial, and residential applications. It is compatible with the PFC-6000 series addressable FACPs and any panel which utilizes the Potter/Nohmi addressable protocol. The DDA uses state-of-the-art addressable sensors and control modules to provide flexibility in tackling demanding applications. With a listed air velocity of 100 to 4,000 ft/minute, it will function in an array of conditions and duct systems. The STN sampling tubes do not require tools for installation or testing, as a test port is available for testing the installed unit as required.
Potter Electric Signal Co.
Potter's PFC-6006 is designed and configured ideally for monitoring a wet or dry fire sprinkler system. The system includes six inputs which are selectable from a menu of options including water flow and two-wire smoke detection. The panel offers a one amp power supply for notification and remote accessories. The panel includes a fully programmable two line digital alarm communicator as well as an Ethernet connection. The Ethernet connection is multi-purpose allowing an installer to program the panel, e-mail and report using the IP communicator. The panel is backed by a five year warranty, standard on all Potter fire products.
The Macurco MRS-485 output is connected via a four terminal screw type connector.
The MRS-485 is wired in the standard 2W-Modbus circuits definition with selectable built-in terminating resistors at the ends of the RS-485 bus.
The power for the MRS-485 adapter is connected via a two terminal screw type connector, 12 to 24 VAC or 12 to 24 VDC and no polarity. The MRS-485 accepts the 4-20mA output and is powered from the same connection as the detector.
The MRS-485 has the ability to interface with Building Automation Systems, Control Panels or other Control Devices that accept Modbus communications. MRS-485 operates in the RTU Modbus Transmission Mode.
The Macurco 6-series is a family of fully programmable, low voltage, dual relay gas detectors, controllers and transducers for BAS, HVAC and Fire and Security applications.
System Sensor’s new intelligent version of FAAST Fire Alarm Aspiration Sensing Technology provides very early warning of smoke for high-value and critical facilities, as well as within challenging applications. The FAAST detector’s newly added ability to directly integrate with fi re alarm systems enables it to supply more detailed alarm, fault and trouble information to the Fire Alarm Control Panel, thereby simplifying system monitoring, maintenance and overall design. The new intelligent FAAST evolves beyond the common scenarios of monitoring one or more standalone aspiration systems to create high level interfaces between the aspirating smoke detection system and the fire alarm system.