System Sensor PC2WLED-LF Ceiling Low-Frequency Horn Strobe
The System Sensor PC2WLED-LF Ceiling Low-Frequency Horn Strobe and L-Series with LED platform offer the most versatile and easy-to-use line of Low Frequency Sounders and Sounder Strobes in the industry with lower current draw and modern aesthetics. They are made to address the NFPA 72 sleeping space requirements that require a low frequency notification appliance that operates within frequency range of 520 Hz ± 10% and is of a square wave tone.
The Fire-Lite ISO-6 Six Fault Isolator Module provides six equivalent circuits that will allow a portion of the communications loop to continue operating when a short circuit occurs on that loop. An amber LED indicator will blink in the normal state for each of the six inputs and will latch on during a short circuit condition. The module will automatically restore the communications loop to normal condition on short circuit removal.
The 1,110 point addressable Silent Knight 6820U Fire Alarm Control Panel includes connected panel options, enhanced communications, wireless detection, and other advanced features. Allows connection up to 17 panels with convenient single point communications. Copper wire or fiber-optic cable panel connectivity can be use within the same link system. Multiple signal line circuits (SLCs) can be use within one system limit only by maximum points available.
6820U datasheet
The System Sensor SCWLED Ceiling Strobe delivers dependable visual notification in emergencies. Designed for ceiling installation, this strobe light uses energy-efficient LED technology to provide high-intensity flashes that are easy to recognize, even in large or well-lit spaces. Its plug-in design and universal mounting plate make installation faster and easier. Additionally, the device includes a tamper-resistant feature to help maintain security and system integrity in public or high-traffic areas.
The System Sensor PC2WLED Ceiling Horn Strobe is rich with features that increase application versatility, simplify installation, and maximize profits with lower current draw and modern aesthetics. LED lighting technology offers significantly lower current draw compared to older Xenon bulbs across a full candela range. This improves design flexibility for notification appliance circuits (NACs) while also reducing power supply requirements allowing for simpler and lower cost installations. All devices feature plug-in designs with minimal intrusion into the backbox, making installations fast and foolproof while virtually eliminating costly and time-consuming ground faults. To further simplify installation and protect devices from construction damage, the L-Series utilizes a universal mounting plate for all models with an onboard shorting spring, so installers can test wiring continuity before the device is installed. Installers can also easily adapt devices to suit a wide range of application requirements using field-selectable candela settings and a rotary switch for horn tones with two volume selections.
The System Sensor 4W-B Photoelectric Smoke Detector is designed to detect smoke in a wide range of environments. This highly reliable device uses advanced photoelectric sensing technology to provide fast and accurate smoke detection. Ideal for both residential and commercial applications, the 4W-B offers improved safety, dependable performance, and easy installation.
The System Sensor SS-PHOTO smoke detectors are intelligent (addressable) detectors with point ID capability that enable each detector address to be set with rotary address switches providing exact device locations. SS-Series detectors support current SK, LiteSpeed™ and SS Protocol systems. Refer to the Addressable Detector and Sounder Base Compatibility Chart or the Intelligent Control Panel SLC Wiring Manual for specific panel compatibility. Detector sensitivity is continually monitored and reported to the fire alarm control panel. The modern design and expanded color options support contemporary aesthetic demands. In addition, each detector is constructed for exceptional installation and maintenance efficiency.
The Honeywell IDP-MONITOR Addressable Monitor Module for use with the Honeywell Farenhyt Series fire alarm control panels (FACPs). The IDP-MONITOR acts as an interface to contact devices, such as waterflow switches and pull stations. The IDP-MONITOR supports Class A supervised or Class B supervised wiring to the load device. Conventional 4-Wire smoke detectors can be monitored for alarm and trouble conditions.
The Honeywell IDP-CONTROL Addressable Notification Module for use with Honeywell Farenhyt Series fire alarm control panels. It provides supervised monitoring of wiring to load devices that require an external power supply to operate, such as bells, horns, and strobes. The module supports both Class B (Style Y) and Class A (Style Z) wiring configurations.
Upon command from the FACP, the IDP-CONTROL disconnects supervision and connects the external power supply across the load device. This disconnection provides a positive indication to the panel that the control relay has activated. The external power supply is always relay-isolated from the SLC loop, ensuring that a trouble condition on the power supply will never interfere with the rest of the system.
Honeywell IDP-PULL-DA Addressable Dual Action Pull Station
The Honeywell IDP-PULL-DA Addressable Pull Station is a dual-action manual fire alarm initiating device design for use with compatible Honeywell Farenhyt Series fire alarm control panels. The station requires two motions—push then pull—to activate the alarm, helping reduce accidental activation while providing reliable manual emergency signaling. A bi-color LED indicator visible through the station handle flashes green during normal operation and remains steady red when the station is in alarm.
The Gamewell-FCI MMO-6SF Supervised Control Module connects to the signaling line circuits (SLC) of the Gamewell-FCI analog addressable series fire alarm control panels. Each of the MMO-6SF supervise control circuits occupies its own address on the system’s SLC that allows each to be fully programmable in its control-by-event sequence of operation. The address of the first supervise output circuit is set with a pair of rotary dials. Each remaining circuit is automatically assign to its own subsequent address.
The Edwards IO1000R provides one Class A or Class B intelligent device loop that supports up to 250 device addresses. Loop controller modules may be added in combination to expand total system capacity in 250-point increments to up to 1,000 device addresses. The Edwards IO1000R panel includes four NACs that may be wired for either Class A or Class B operation.
