Beyerdynamic: Opus 660 Handheld System

The SDM 660 handheld transmitter features the interchangeable DM 960 microphone head, which applies the legendary TG-X 60 microphone capsule. The mass reduced diaphragm made in Germany ensures extraordinary sound features and a high gain-before-feedback. The elastic suspension of the capsule reduces handling noise to a minimum.

Both, receiver and transmitter dispose of 16 pre-programmed, free selectable UHF frequencies. Auto Scan function and frequency transmission via infra red from receiver to the transmitter makes the setup easy, also in multi-channel applications. Up to 16 channels can be operated simultaneously (depending on operating conditions and specific national regulations).

Comprises NE 600 S true diversity receiver + SDM 660 handheld transmitter (dynamic, hypercardioid)

 

 

Technical Specifications
NE 600 S receiver
Operating principle	True diversity receiver (UHF)
Frequencies	16 pre-programmed frequencies
	841 - 865 MHz
Switching bandwidth	24 MHz
Antenna connection	2 x TNC
Nominal deviation	¡À 40 kHz
Output level	1.2 V
Signal-to-noise ratio	> 110 dB(A)
T.H.D.	< 0.5% at 1 kHz
Squelch	Adjustable
Power supply	12 V - 15 V DC
Mains	100 V - 240 V AC
Dimensions	210 x 235 x 43 mm
Weight	1.1 kg
SDM 660 handheld transmitter
Transducer type	Dynamic
Polar pattern	Hypercardioid
	841 - 865 MHz
Frequency response	55 - 18,000 Hz
Modulation	FM
Nominal deviation	¡À 40 kHz
Radiated transmitter power	> 10 mW
Max. SPL	146 dB
Transmission range	> 100 m
Signal-to-noise ratio	> 105 dB
T.H.D.	< 0.5% at 1 kHz
Power supply	2 x AA batteries (alkaline) or rechargeable batteries
Operating time	¡Ý20 hours with battery
Dimensions (with microphone head):
Length	272 mm
Shaft	38 mm
Weight	338 g (incl. batteries)

This item ordered through eric lindsey music will be delivered by the UK Parcel Force courier '2 day delivery service'. In the unlikely event any of the the items within your order are not deemed fit for dispatch or are out of stock we will contact you as soon as possible with any changes to the dispatch date.