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PDF A1500 Data sheet ( Hoja de datos )
| Número de pieza | A1500 | |
| Descripción | A Series Professional Power Amplifier | |
| Fabricantes | Chevin | |
| Logotipo |  |
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Hay una vista previa y un enlace de descarga de A1500 (archivo pdf) en la parte inferior de esta página. Total 12 Páginas | ||
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www.DataSAPhereot4fSeUs.ecsUorimoSinEeaRsl PMoAwNeUr AALmplifiers
.comMinimum 4 ohm
t4UA500
eA700v
eA750
hA1000
taSA1004
aA1500
.DQ6
Q1004
wwwQB1000/600
Minimum 2 ohm
A2000
A3000
A4000
A5000
A5003
A6000
Q900
www.DataSheet4U.com
1 page  
MONO BRIDGE MODE
INPUT
CONNECTIONS
WARNING: YOU CANNOT BRIDGE THE A700v, A5000 (4U), A6000 or QB1000/600
A500
1. Make a lead with a suitable connector for the source equipment and two (2) XLR plugs for the amplifier end.
2. The HOT output from the source equipment goes to Pin 2 of Ch. A XLR plug and Pin 3 of Ch. B XLR plug
3. The COLD connection from the source equipment goes to Pin 3 of Ch A. XLR plug and to Pin 2 of CH. B XLR plug
4. The cable screen connects to Pin 1 of the XLR plugs in both cases
A750, A1000, A1004, A1500, A2000, A3000, A4000, A5003, Q900
1. Bring the input signal into Channel A as usual.
2. Make a link cable with XLR plugs at both ends to go from Ch. A LINK socket to Ch. B INPUT socket.
3. Pin 2 at one end connects to Pin 3 at the other end: that is, PIN 2-3 and PIN 3-2
Re the Q900: repeat the above procedure to bridge Channels C&D
OUTPUT
CONNECTIONS
OPERATION
A500, A750, A1000, A1004, A1500, A2000, A3000, A4000, A5003, Q900
1. Split the speaker cable by separating the 2 conductors for a distance of 20cm along the cable.
2. Connect the red conductor to Terminal 1+ of the Ch. A Speakon connector
3. Connect the black conductor to Terminal 1+ of the Ch. B Speakon connector
Re the Q900: repeat the above procedure to bridge Channels C&D
WARNING: Do not make connections to any other terminals.
Set both channels' gain controls in the same position, preferably at maximum, and control
the gain from elsewhere in the system. This ensures the load is shared equally between channels.
LOADING &
POWER OUTPUT
A500
A750
A1000
A1004
A1500
A2000
A3000
A4000
A5003/A5000
Q900
one (1) load of 8Ω minimum.
one (1) load of 8Ω minimum.
one (1) load of 8Ω minimum.
one (1) load of 8Ω minimum.
one (1) load of 8Ω minimum.
one (1) load of 4Ω minimum.
one (1) load of 4Ω minimum.
one (1) load of 4Ω minimum.
one (1) load of 4Ω minimum.
one (1) load of 4Ω minimum per channel pair.
Power output is 650 watts.
Power output is 850 watts.
Power output is 1200 watts.
Power output is 2000 watts.
Power output is 2500 watts.
Power output is 2400 watts.
Power output is 3000 watts.
Power output is 4000 watts.
Power output is 5000 watts.
Power output is 3000 watts per channel pair.
Q6, Q1004
INPUT
CONNECTIONS
OUTPUT
CONNECTIONS
Make a lead with a connector at the source end and two (2) XLR plugs at the amp end. Wiring as follows:
1. The source equipment HOT output goes to PIN 2 of Ch. A (C) XLR plug and PIN 3 of Ch. B (D) XLR plug.
2. The COLD connection from the source equipment must go to PIN 3 of the Ch. A (C) XLR plug
and PIN 2 of the Ch. B (D) XLR plug.
3. The cable screen connects to PIN 1 of the XLR plugs in both cases.
1. Connect the RED conductor of the speaker cable to Terminal 1+ of Ch. A (C) Speakon connector.
2. Connect the BLACK conductor of the speaker cable to Terminal 2+ of Ch. B (D) Speakon connector.
WARNING: Do not make connections to Terminals 1- or 2-.
OPERATION
LOADING &
POWER OUTPUT
Set both channels' gain controls in the same position, preferably at maximum, and control
the gain from elsewhere in the system. This ensures the load is shared equally between channels.
Q6 one (1) load of 8Ω minimum per channel pair. Power output is 1200 watts per channel pair.
Q1004 one (1) load of 8Ω minimum per channel pair. Power output is 2000 watts per channel pair.
5 Page 
SPECIFICATIONS
Specifications
RMS Power Output 10Hz-20kHz
into 2Ω, watts per channel
into 4Ω, watts per channel
into 8Ω, watts per chanel
No of Channels
Power Bandwidth +0dB, - 3dB
Slew Rate in excess of
Gain
Total Harmonic Distortion
Typical @ 1 dB below clip
20kHz @ 1dB below clip
Signal to Noise Ratio
Typical ref. full output, unweighted
Worst case 10Hz - 30kHz
Crosstalk
Typical
Worst case 10Hz - 30kHz
Damping Factor
Input Impedance
electronically balanced
Common Mode Rejection
typically
Input Sensitivity
ref. full output into 4 ohms
Protection
Clipping
Load Below 1.2 ohms
Shorted Output, DC or RF at output
Power Consumption
Power Requirements
50/60Hz ac in volts
Internally selectable for
Dimensions
Rack Units
Height x Width x Depth in inches
Height x Width x Depth in mm
Weight
Gross in kg/lbs
Net in kg/lbs
A2000 A3000 A4000 A5003
1200 watts
650 watts
350 watts
2
2Hz-80kHz
75V/µs
x 50
0.04%
0.07%
1600 watts
900 watts
500 watts
2
2Hz-80kHz
50V/µs
x 60
0.04%
0.07%
2000 watts
1000 watts
600 watts
2
2Hz-80kHz
65V/µs
x 65
0.04%
0.07%
2500 watts
1500 watts
900 watts
2
2Hz-80kHz
65V/µs
x 70
0.04%
0.07%
-125dB
-95dB
-125dB
-95dB
-125dB
-95dB
-125dB
-95dB
-115dB
-95dB
400
10k Ohm
-115dB
-95dB
400
10k Ohm
-115dB
-95dB
400
10k Ohm
-115dB
-95dB
400
10k Ohm
-70dB
-70dB
-70dB
-70dB
IV RMS
IV RMS
IV RMS
IV RMS
Soft
Dynamic linear
Immediate
3.9kVA
Soft
Dynamic linear
Immediate
5.3kVA
Soft
Dynamic linear
Immediate
6.6kVA
Soft
Dynamic linear
Immediate
8kVA
220- 240v
100-120v
220- 240v
100-120v
220- 240v
N/A
220- 240v
N/A
2u
3.5 x 19 x 15
88 x 483 x 381
2u 3u
3u
3.5 x 19 x 15 5.25 x 19 x 15 5.25 x 19 x 15
88 x 483 x 381 132 x 483 x 381 132 x 483 x 381
13.3kg/29lbs
11.7kg/26lbs
14kg/31lbs
12.4kg/27lbs
16kg/34lbs
14kg/29.6lbs
16kg/34lbs
14kg/29.6lbs
A6000
3000 watts
2000 watts
1200 watts
2
2Hz-50kHz
50V/µs
x 90
0.04%
0.07%
-125dB
-95dB
-115dB
-95dB
400
10k Ohm
-70dB
IV RMS
Soft
Dynamic linear
Immediate
5.3kVA per channel
220- 240v
100-120v
4u
7 x 19 x 15
178 x 483 x 381
23.5kg/59lbs
21.5kg/47.4lbs
11 Page | ||
| Páginas | Total 12 Páginas | |
| PDF Descargar | [ Datasheet A1500.PDF ] | |
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