Name: Yamaha DHR10 Loudspeaker
SKU: 4419
Availability: InStock

Yamaha DHR10 Loudspeaker

More Information

DHR10
Speaker type		2-way, Bi-amped Powered Speaker, Bass-reflex
Frequency range (-10dB)		52 Hz – 20 kHz
Coverage area		H90ﾟ x V60ﾟ (Rotatable)
Crossover		1.9 kHz: FIR-X tuning™ (linear phase FIR filter)
Maximum Output Level (Measured peak, IEC noise@1m)		128 dB SPL
Components	LF	Diameter: 10″ cone, Voice Coil: 2″, Magnet: Ferrite
Components	HF	Diaphragm: 1.4″, Type: 1″ throat compression driver, Magnet: Ferrite
Amplifier class		Class-D
Power rating	Dynamic	700 W (LF: 500 W, HF: 200 W) *1
Power rating	Continuous	325 W (LF: 260 W, HF: 65 W)
Cooling		Fan cooling, 4 speeds
Power consumption		60 W (1/8power), 18 W (Idle)
Power requirements		100 V, 100-120 V, 220-240 V, 110/127/220 V (Brazil), 50/60 Hz
A/D D/A Converters		24 bit 48 kHz Sampling
Processors		HPF: OFF, 100 Hz, 120 Hz, 24 dB/Oct.; D-CONTOUR: FOH/MAIN, MONITOR, OFF
I/O connectors		INPUT1: Combo x1, INPUT2: Combo x 1 + RCA pin x 2 (Unbalanced), OUTPUT: XLR3-32 x 1 (CH1 Parallel Through or CH1+CH2 Mix)
Cabinet material		Plywood
Finish		Durable Polyurea Painting, Black
Handle		Top x1
Pole socket		Φ35 mm x1 (Bottom)
Rigging		Top x 2, Rear x 1 (Fit for M10 x 30 – 50 mm Eyebolts)
Floor Monitor Angle		–
Dimensions	W	305 mm (12.0″)
	H	494 mm (19.5″) (with rubber feet)
	D	300 mm (11.8″)
Net weight		15.0 kg (33.1 lbs)
Options		U-bracket: UB-DXRDHR10

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Featuring a plywood cabinet that delivers a clear sound with minimal vibration.
Plywood enclosure with a polyurea coating for a robust, scratch resistant surface.
Compact appearance thanks to a 10-inch LF driver that provides excellent low frequency response.
Can be installed in a horizontal or vertical configuration with a rotatable HF horn offering the flexibility needed for installation in a wide range of environments.
Optional UB-DXRDHR10 U-bracket allows both for vertical or horizontal use.
A pole socket for use on a stand.
Rigging points for use with eye bolts. Propitiatory FIR-X„ tuning, provides FIR filtering and corrective EQ, minimizing phase distortion