Description

The Simplex 4906-9151 with speaker and synchronized strobe offers convenient installation in standard electrical boxes with extensions. The design of the enclosures is both impact-resistant and vandal-resistant, ensuring durability. Additionally, the device allows users to select the desired strobe intensity output. This flexibility reduces on-site inventory requirements and easily adapts to changes during construction.

The wall-mount S/V housings are a one-piece assembly, including a lens, and they mount securely to a 4-inch square electrical box with an extension. For more details, refer to the Wall Mount Installation reference. You can quickly remove the cover using a tool, and separate covers are available for color conversion.

During installation, you can adjust the strobe intensity by using a selection plug located at the back of the housing. An attached flag, featuring black letters on a highly visible yellow background, indicates the selected intensity next to the strobe lens.

When multiple strobes are visible from a single location, synchronized flashes reduce the likelihood of photo-sensitive reactions. This also minimizes the annoyance and distraction caused by random flashing. The multi-candela strobes are activated by NACs that provide the Simplex synchronization format.

Features / Specifications

• Durable, High-Impact Housings: Made from flame-retardant thermoplastic.
• ADA Compliance: The device meets ADA requirements for operation.
• Color Options: Housings come in red or white, with a clear lens and contrasting FIRE lettering in either white or red.
• Selectable Strobe Intensity: 24 VDC xenon strobe with intensity options of 15, 30, 75, or 110 candela. A visible selection jumper secures the intensity setting behind the strobe housing.
• Synchronization: Strobes are activated by NACs that support the Simplex synchronization format or by separate strobe synchronization modules, available for both Class A or Class B operation.
• Regulated Circuit Design: Ensures consistent flash output while controlling inrush current.