Genz Benz Shen 100 Owner'S Manual Download Page 5

SHENANDOAH™ ACOUSTIC 100 

ENGINEERING  SPECIFICATIONS

INPUTS

 

XLR Balanced input impedance:  

2.2 k ohms

 

XLR Balanced input sensitivity:   

-60 to –30 dBV

 

¼” Unbalanced input impedance: 

150 k ohms

 

¼” Unbalanced input sensitivity:  

-30 to +4 dBV

AMPLIFIER OUTPUT

 

Power at 8 ohm load: 

 

 

70 watts RMS

 

Power at 4 ohm load: 

 

 

100 watts RMS

 

THD + N (preamp): 

 

 

<0.02%

 

THD + N (power amp):   

 

<0.05%

 

Frequency response: 

 

 

20 Hz – 20 kHz +/- 1dB

CHANNEL EQUALIZATION

 

Low frequency:   

 

 

125 Hz shelving, +/-15dB

 

Mid frequency (sweep):   

 

250 Hz – 5 kHz , peaking, +/-12dB

 

High frequency:  

 

 

8 kHz shelving, +/-15dB

DIRECT OUTPUTS

 

XLR balanced output level: 

 

-30 dBV nominal

 

XLR balanced output impedance: 

150 ohms

 

¼” unbalanced output level: 

 

+4 dBv nominal

 

¼” unbalanced output impedance: 

1 k ohm

EFFECTS LOOP

 

¼” unbalanced output level: 

 

-10 dBV

 

¼” unbalanced output impedance: 

1 k ohm

 

¼” unbalanced input level: 

 

-10 dBV

 

¼” unbalanced input impedance: 

47 k ohm

 

¼” effects cancel jack:   

 

short T-S cancels return

DIGITAL EFFECTS

 Processor 

type: 

   Alesis® 

DSP 

engine

 Internal 

processing: 

  24 

bit

 

A/D converter:   

 

 

24 bit – 64X oversampling

 

D/A converter:   

 

 

24 bit – 128X oversampling

 Dynamic 

Range:   80 

dB

 

THD + N (1 kHz): 

 

 

<0.01%

 Sampling 

rate: 

   48 

kHz

INTERNAL PRESET EFFECTS PROGRAMS:

      3 

– 

Plate 

Reverbs

      3 

– 

Room 

Reverbs

      2 

– 

Hall 

Reverbs

      1 

– 

Rotary 

Effect

      1 

– 

Chorus/Room

      1 

– 

Chorus/Plate

      1 

– 

Chorus

      1 

– 

Flange

      2 

– 

Delays 

(long 

and 

short)

      1 

– 

Bypass

Due to continuing product improvements and changes, all specifi cations are subject to change without notice

5

Summary of Contents for Shen 100

Page 1: ...alizers with a sweepable midrange frequency Equalization centers were carefully selected for use with acoustic instruments Each channel also contains individual send controls to the on board Alesis 15 program digital effects circuit The channel signals are then summed together mixed with the digital effects return and passed on to the internal 100 watt power amplifier The back panel contains 3 dire...

Page 2: ...as one to blend levels between the 2 inputs Equalization will be common to both inputs on the channel PHANTOM POWER An internal phantom power source 13 6 volts is provided for use with condenser mics This power source is on at all times and does not affect the standard operation of the amp even when a condenser mic is not used We use the DIN 45 596 P12 volt standard which will operate virtually al...

Page 3: ...ewarding results The easiest and most repeatable way to determine the offending frequency range is to boost the mid level somewhat but not to the point of feedback and while playing sweep the frequency control slowly across its range You may need a third hand until it becomes second nature but soon you will find out just how quick it can be You will hear a clear and obvious accentuation of the ugli...

Page 4: ...orrect value fuse as indicated on the fuse chart located on the back of the amplifier BOTTOM MOUNTED TILT BACK HANDLE This feature allows the cabinet to be tipped up towards the performer This also can change the tone of the amp and reduce boomy low frequencies SPEAKER STAND MOUNT A 1 1 2 speaker stand mount is provided for use with a speaker stand CAUTION Never set an amplifier on anything that wil...

Page 5: ...d output impedance 150 ohms unbalanced output level 4 dBv nominal unbalanced output impedance 1 k ohm EFFECTS LOOP unbalanced output level 10 dBV unbalanced output impedance 1 k ohm unbalanced input level 10 dBV unbalanced input impedance 47 k ohm effects cancel jack short T S cancels return DIGITAL EFFECTS Processor type Alesis DSP engine Internal processing 24 bit A D converter 24 bit 64X oversa...

Page 6: ...15 230 V 50 60 Hz Effective Date 01 01 2006 Conforms to the Following Standards X EN 55013 2001 A1 2003 X EN 55020 2002 A1 2003 X EN 60065 X IEC 61000 3 2 2000 X IEC 61000 3 3 1994 A1 2001 X IEC 61000 4 2 X IEC 61000 4 3 X IEC 61000 4 4 X FCC 47CFR Part 15 B Class B RoHS Directive 2002 95 EC X WEEE Directive 2002 96 EC X CE Mark LV Directive 73 23 EEC 7811 E Pierce St Scottsdale AZ 85257 PH 480 94...

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