Sennheiser

Sennheiser AWM UHF I Active Directional Antenna 470 to 694 MHz for EW-D and EW-DX, White

Name: Sennheiser AWM UHF I Active Directional Antenna 470 to 694 MHz for EW-D and EW-DX, White
Brand: Sennheiser

The Sennheiser AWM UHF (article 508865) is an active directional antenna for Evolution Wireless Digital systems, covering the UHF I band from 470 to 694 MHz. It is built for installed and portable applications where directional pickup and adjustable gain improve RF reliability, boardrooms, lecture theatres, houses of worship and stage productions running EW-D or EW-DX.CompatibilityConnects to any stationary Evolution Wireless Digital receiver or to the EW-D ASA antenna splitter. The antenna draws power down the coax via its DC-coupled BNC when used with the EW-D ASA or EW-DX EM 4 (Dante). When used with the EW-DX EM 2 (Dante) or EW-D EM, an optional external power supply is required.FeaturesActive directional antenna for the 470-694 MHz UHF I bandSelectable amplification: −6, 0, +6 and +12 dBDC-coupled BNC female connector, 50 ΩWall, ceiling or mic-stand mounting3/8" tripod thread and VESA 100 x 100 fixingSupplied with wall-mount adapter and drilling templateHalogen-free flame-retardant PC/ABS housingTraffic white (RAL 9016) finish for discreet installationSpecificationsManufacturerSennheiserModelAWM UHF (470-694 MHz)Article number508865TypeActive directional antennaFrequency range470-694 MHz (UHF I)Antenna gain≥ +3.0 dBi (480 MHz), ≥ +3.5 dBi (582 MHz), ≥ +4.5 dBi (694 MHz)Amplification modes+12 dB / +6 dB / 0 dB (−0.5 dB) / −6 dBPolarisationLinearRF connectorBNC female, DC coupledImpedance50 ΩMax. RF output powerapprox. +22 dBmOIP3≥ 35 dBmPower supply12 V DC (9-18 V DC) / max. 100 mA @ 12 VMounting3/8" inside thread (tripod); VESA 100 x 100Dimensions180 x 180 x 53 mm (without wall bracket); 180 x 180 x 63 mm (with bracket)Weightapprox. 700 gOperating temperature−10 °C to +55 °CHousing materialHalogen-free flame-retardant PC/ABSColourTraffic white (RAL 9016)Show more

from £375.00

1 offer

See all offers