Federal AM302GCX
Federal Signal AudioMaster AM302GCX Dust Moisture Proof Public Address Speaker, 30 W, 25/70 VA Power Output, 400 to 4000 Hz, 124 dB Sound
Signaling Beacons
6856457
AM302GCX
Federal
$0.00
/ ea
- Color: Gray
- Dimensions: 10-1/2 in W x 11 in D x 14 in H
- Frequency Response: 400 to 4000
- Material: Die Cast Aluminum
- Mounting Type: Wall
- Power Output: 25/70
- Power Source: 30
- Sound Level: 124
- Specifications: -40 to 66 deg C Operating Temperature, 25/70 Vrms, 114 dB Loudness, NEMA 4X Enclosure
- Type: Dust Moisture Proof
AudioMaster Public Address Hazardous Location Speaker, 30 Watt, Gray - 15 watt (AM300GCX) or 30 watt (AM302GCX). 25 or 70 Vrms. Transformer coupled. Re-entrant horn design. Wall mount. 1/2-inch conduit openings. Type 4X, IP66 enclosure. IP69K compliant. UL Listed for Class I, Division 2, Groups A, B, C, D & Class II, Division 2, Groups F, G & Class III. CSFM Approved. UL Fire Listed.
- Features
- Rugged, transformer coupled, re-entrant speakers for use in public address or paging applications
- Features a rugged cone and projector constructed of spun aluminum
- The wiring connections are enclosed in a dust and moisture proof, die cast aluminum compartment
- All external surfaces are finished with a gray powder coat paint
- 30/15/9 transformer taps
- Both speakers are designed for use in 25 or 70 Vrms distributed systems
- Design and seal of the speaker assembly and housing
- (4) screws inserted through the metal tabs located at the side of the housing make for a simple wall mount
- Bottom of these speakers contains (2) 1/2 in conduit openings in the base of the housing to accommodate inbound and outbound audio wiring
- Unique shape of the speaker projector provides a 60 deg sound dispersion
- Projector is held in position with a Teflon coated lock ring that can be rotated 180 deg in order to obtain the desired sound distribution
- AudioMaster® CTs series amplifiers and the AudioRouter to complete an industrial grade public address system
- Transformer coupled
- Re-entrant horn design