Edwards Signaling 867STR Series Catalog Page

VISUAL SIGNALS

FEATURES

> Low current draw

> High dB output

> Terminals for easy wiring

> Gray flame resistant housing

> Five lens colors

> 150 candela strobe (clear lens)

AdaptaBeacon

®

Electronic Horn/Strobe

Indoor, Surface Mount

867STR Series

The Edwards 867STR AdaptaBeacon series is a bright, low current,

high decibel, surface mount, combination electronic horn/strobe for

indoor use. It has been designed for mounting with the supplied

back box. Strobe and horn may be operated independently.

The 867STR mounts to the gray, corrosion resistant surface box

supplied with the unit. The box measures 5 5/8" (143mm) square by

3 5/16" (84mm) deep.

> Complete with gasket and surface

back box

> Engineered thermoplastic

housing

> 1,000 hour strobe tube

AGENCY APPROVALS

> Strobe - UL 1638 Listed

Horn - UL 464 Listed

The 867STR AdaptaBeacon is for indoor wall mounting in

manufacturing sites. Used where a distinctive visual or audible

signal is required for timing, scheduling, paging, process control,

and general alarm applications.

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© Copyright 2004 Edwards

TECHNICAL INFORMATION

5 1/2"

(140mm)

3 5/16"

(84mm)

Mounting Plate

(supplied)

VISUAL SIGNALS

5 5/8"

(143mm)

5 5/8"

(143mm)

Surface Box

(supplied)

5 1/2"

(140mm)

5/8"

(16mm)

Catalog
Number 867STR(*)-N5 867STR(*)-AQ

Operating Voltage** 120V AC 24V AC 24V

DC

Operating Current - Horn*** 21 mA 60 mA 20 mA
Operating Current - Strobe*** 90 mA (RMS) 158 mA (RMS) 219 mA (AVG)
Operating Environment Indoor: 85% relative humidity at 86F (30C); 32F to 120F (0 to 49C) variable ambient
Strobe Flash Rate 1 flash per second
Sound Level Output 90 dBA at 10 ft. (3.05 m) in an Anechoic Chamber
Mounting Indoor Surface Mount
Light Output Clear Lens - 150 cd

UL 1638 Amber Lens - 90 cd

Green Lens - 70 cd

Red Lens - 21 cd

Blue Lens - 20 cd

*Insert lens color: C - clear, R - red, G - green, B - blue or A - amber
**Operating voltage: -20% to +10% of nominal voltage
***Horn and strobe currents are additive when connected in parallel.

© Copyright 2004 Edwards

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