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Model wAv 1000 Stereo guitar amp with digital effects and selectable preamps
Input Impedance
100W per channel 8 Ohms @ 5% THD
120W per channel 4 Ohms @ 5% THD
Hum & Noise -50dB Residual Noise, all level controls 0% (minimum)
30 dB Lead Channel, Clean Preamp output
40dB Lead Channel, Classic Preamp output
60dB Lead Channel, Crunch Preamp output
60dB Lead Channel, Wave Preamp output
6dB Lead Channel added gain for all settings with Boost on
35dB Rhythm Channel, Shift Out
40dB Rhythm Channel, Shift In
35dB Power amp gain
USA/Canada 120VAC/60Hz, 350W nominal
Europe 230VAC/50Hz, 350W nominal
UK 230VAC/50Hz, 350W nominal
Australia 240VAC/50Hz, 350W nominal
Japan 100VAC/50-60Hz, 300W nominal
mm/kg 250 (Height) x 700 (Width) x 280 (Depth), 16.2kg
Inches/Pounds 9.75 (Height) x 27.5 (Width) x 11 (Depth), 35.6 lbs
Output Power
Dimensions
Power Requirements
Digital Effects
Footswitch
System Gain
All measurements taken with 1 KHz
inputsignal, Tone controls flat, Gain
and Volume MaximumBoostoff
unless noted. Measured atpreamp
outputjacks on rear unless noted.
There are 45 selectable effects separated into 3 groups of 15. One effect from each group
active at the same time. Up to 3 groups active at the same time.
There are 12 user presets. Each preset stores all setting for the 3 groups. There are 4
Favorites banks. Each favorites bank contains 3 user presets. Presets in the banks are
selected by tracking the channel select and Lead Boost button status.
Total Harmonic Distortion
Frequency Response 20HZ-20kHz
Actual response is tailored to speakers for accurate acoustical
response using a guitar as input.
Less than 0.4%
Because of the intentional distortion created by using some of the
preamps and effects, this Distortion is measured from the power
amp input signal to the output to speakers.
200K Ohm
18 Bit 44.1Khz sampling rate Stereo Processor with onboard firmware flash memory
64K User Memory
Use any standard CAT 5 cable wired to the 568A or 568B standard
Use only with Model: KAC-FSWAV (supplied with amplifier)
Specifications
13
This stereo amplifier is designed to operate external speaker systems down to 4
ohms per channel. Use the chart below to determine the total load of different
cabinets connected to the two jacks on each channel. Loads shaded gray are not
recommended. If two cabinets are daisy chained together and plugged into one
speaker jack, you will have twice the load and half the impedance (Ohms) as one
cabinet. For example: If two 8 ohm cabinets are daisy chained together, then you
have the equivalent load of one 4 ohm cabinet.
Speaker output loading Chart
None16842
None NoLoad16842
16 16 8.00 5.33 3.20 1.78
8 85.334.002.671.60
4 43.202.672.001.33
2 21.781.601.331.00
Load (Ohms) on each
speaker jack
Speaker
Load,
Bottom
Jack
Speaker Load, Top Jack
Total load on channel
16 ohm
Cabinet
16 ohm
Cabinet
16 ohm
Cabinet
8 ohm total
Bottom Jack
16 ohm total
Top Jack
From chart, total load on left channel = 5.33 Ohm
Example :(left channel shown)
The left channel has a 16 ohm load plugged
into the top jack and an 8 ohm load plugged
into the bottom jack. The bottom jack load is 8
ohms because the two bottom 16 ohm cabinets
are daisy chained together which doubled the
load. When a load is doubled, the impedance
(ohms) drops proportionally (divides in half).
Looking at the chart, you can see the total load
on the two left channel jacks = 5.33 ohms. This
value is not in the shaded gray area making it
OK to use.