Eaton ELHSRC Wheelock Eluxa LED Horn Strobe, Ceiling, FIRE Lettering, 24V, 15/30/75/110/150/177 cd, Indoor, Red,

The Eaton ELHSRC is a Wheelock Eluxa LED horn strobe for ceiling mounting, with red housing and FIRE lettering. It sounds an audible alarm and flashes a strobe in one device, so it suits installers outfitting indoor building fire alarm systems. Its low-current LED design, selectable candela settings and combined fire and CO signaling are what set it apart.

Key features

• LED technology gives a very low current draw, which can mean fewer power supplies, smaller wire gauge and shorter wire runs.
• The low-profile single-gang design has no visible mounting screws.
• Six candela settings are field selectable on one device, so you can match the strobe output to the space: 15, 30, 75, 110, 150 and 177 cd in ceiling mode.
• Three horn patterns are available: Continuous, T3, and T3/T4.
• One device handles both fire and CO signaling, and it meets NFPA 72 low frequency sounder codes for sleeping rooms.
• Sound pressure is 86 dBA on low and 91 dBA on high for Continuous, T3 and T4 patterns.

Specifications

Brand: Eaton

Model: ELHSRC

Product line: Eluxa Indoor

Product type: Horn Strobe

Alarm type: Audible

Application: Building

Lamp type: LED

Color: Red

Lens color: Clear

Print/message: Fire

Shape: Circular

Mount type: Ceiling mount

Indoor/outdoor: Indoor

Connectivity: Wired

Power source: DC power

Input voltage: 33V DC

Sound emission: 86dB

Compatibility: Fire alarm systems and xenon strobes

Operating temperature: 32-122°F

Durability: UV resistant

Certifications and standards: FCC

Environmental certification: RoHS, compliant

Diameter: 6.23″

Height: 1.91″

Depth: 1.70″

Weight: 0.70 lb

Packaged quantity: 1

Package contents: Eluxa ELHSRC Horn/Strobe, Mounting Plate

Installation notes

Set the candela and horn pattern to match the room and the design requirements before closing up the device, and check the settings again at commissioning. Because the unit draws little current, confirm the loop's power and wire sizing against the actual load rather than assuming a particular wire gauge.