Electro-Voice EVF-1152D/96-WHT

Electro-Voice EVF-1152D/96-WHT

Electro-Voice EVF-1152D/96-WHT

Electro-Voice EVF-1152D/96-WHT

EVF-1152D 90 X 60 EVCOAT WHITE

SKU: EV-F.01U.272.579
MSRP: $3,512.00

Overview

EVF-1152D/66 features a 60° x 60° rotatable waveguide, design for mid-far field medium long throw raw spread coverage pattern.

Features

  • Compact and lightweight
  • Low distortion, high efficiency
  • Ideal for fixed installations
  • DVX3151A woofer with fully symmetric drive
  • 3-inch DH7N titanium/neodymium HF compression driver
  • Rotatable Constant-directivity waveguide
  • Six available patterns with coverage from 40º to 90º
  • 100 dB sensitivity, 134 dB maximum SPL
  • Power handling: 600 W continuous, 2400 W peak
  • 4th-order crossover with HF protection
  • Trapezoidal 13-ply birch enclosure in three finishes: EVCoat, PI, and fiberglass (FG)
  • M10 threaded suspension points (22)
  • Transformer kit available for distributed systems

Specifications

Frequency Range (-10 dB)40 - 21000kHz
Weight Net75.84lbs (34.4kg)
Depth18.37" (466.6mm)
Width18.5" (469.8mm)
Height30.26" (768.6mm)
Coverage (Nominal -6 dB) H60°
Coverage (Nominal -6 dB) V60°
Crossover Frequency1300Hz
Enclosure Material13-ply weather-resistant birch with EVCoat
Environmental SpecsStandard versions: IEC 60529 IP44, PI and FG versions: IEC 60529 IP55
Frequency Response (-3 dB)70 - 18000Hz
Grille16 GA powder-coated galvanneal with screen behind
HF TransducerDH7N 3-inch (76mm) diaphragm compression driver
Input ConnectionsPhoenix/Euroblock style screw terminals; PI and FG versions include dual-gland-nut input-panel cover
LF Nominal Impedance
LF TransducerDVX3151A 15-inch (381 mm) woofer
Max. SPL/1m (calc)134dB
Minimum Impedance
Nominal Impedance (Passive)
Passive Power Handling2400W peak
Recommended High-Pass Frequency45Hz
Sensitivity 1 W/1 m100dB
Shipping Weight86.2lbs (39.1kg)
Speaker TypeFull-Range, Two-Way
Suspension(22) M10 threaded suspension points
System Power Handling (Continuous/Program/Peak)600/1200/2400 Watts
WeatherizedNo