azur 840W
Connections
The 840W features both balanced (XLR) and unbalanced (RCA/Phono) output connections. For the best quality we recommend you use the balanced output with pre-amplifiers that feature this connection (such as our own 840E Pre-Amplifier).
Before making any connections to loudspeakers, make sure all power is turned off and only use suitable interconnects (e.g. banana plugs). Ensure that the positive (+) and negative (-) connections are matched. Your loudspeaker may have more than one pair of connecting terminals; LF (Low Frequency) and HF (High Frequency). For single-wiring it is recommended to connect to the LF terminals. The metal strip connecting the low-frequency terminals to the high-frequency terminals must not be removed (only to be removed for a bi-wiring system).
Unbalanced stereo connections
The diagram below shows the 840W connected to an 840E using the Unbalanced Audio inputs via phono/RCA connectors, single wired to a pair of loudspeakers.
When using unbalanced (phono/RCA) connections, the Left and Right Input Type switches on the 840W must be in the ‘Unbalanced’ position.
Note: In this configuration the 840W must be set to Stereo mode.
840E
Power
OnOff
CAUTION | AVIS | ACHTUNG |
Risk of electric | Risque de choc | Vorm öffnen |
shock. | electrique. | des gerätes. |
Do not open. | Ne pas ouvrir. | Netzstecker ziehen. |
Designed in London, England | | Trigger |
azur 840E Pre-Amplifier | In | Out/Thru |
Power Rating: 220 - 230V AC ~ 50/60Hz
Max Power Consumption: 36W
www.cambridge-audio.com
Out Pre
| | | | | Multi-Room | | Input 2 Balanced Audio | | Input 1 Balanced Audio | |
| | | | | Keypad 1 | IR1 | IR3 | | | | | | GND |
IR Emitter | Control Bus | | International Patent Pending | | | | | | | | | |
In | In | Out | RS232C | PSU | | | | | | | | | |
| | | | In | | | | | | | | | |
| | | | | Keypad 2 | IR2 | IR4 | Right | Left | | Right | Left | Balanced |
Balanced Pre Out | | Flat / 200Hz L.P. | 2 Out Rec | 1 Out Rec | In Rec | 7 Input | 6 Input | 5 Input | 4 Input | 3 Input | 2 Input | 1 Input | |
Pre Out | Right | Left | Sub Out | Rec Out 2 | Rec Out 1 | Rec In | Input 7 | Input 6 | Input 5 | Input 4 | Input 3 | Input 2 | Input 1 |
Manufactured | | | | | | | | | | | | (Unbalanced) | (Unbalanced) |
in an ISO9001 | | | | | | | | | | | | | |
approved facility | This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: 1) This device may not cause harmful interference; 2) This device must accept any interference, including interference that may cause undesired operation. | | | |
| Loudspeaker Terminals - Right | | IMPORTANT! | | | | | Loudspeaker Terminals - Left | |
| | Impedance 4 - 8 ohms | | Only change modes | Designed in London, England | | | Impedance 4 - 8 ohms | |
| Please ensure that loudspeaker terminals are fully tightened | | when unit is off. | | | | | Please ensure that loudspeaker terminals are fully tightened | |
| Veuillez s'assurer que les bornes de l'enceinte sont entièrement serrées | | Refer to Manual for | azur 840W Class XD | Power Amplifier | | Veuillez s'assurer que les bornes de l'enceinte sont entièrement serrées | |
| | | | more information. | | | | |
| | | | | www.cambridge-audio.com | In | | | | |
| | | | Stereo | | | | | | | |
| | | | | | | Control Bus | | | | |
| | | Bridged | Mono | | | | Bridged | | | |
| | | only! | | | | Out | only! | | | |
| | | | | On | | Off | | | | |
| | Class 2 Wiring | | | | | | | Class 2 Wiring | | |
| | | | Mono Mode | | | In | | | | |
| | | | | | | | | | |
| | | | Bi-Amp | AC | | Trigger | | | | |
| | | | | | | | | | |
| | | | | | | Out/Thru | | | | |
| | | | BridgedBridged | | | | | | | |
| Balanced Audio - Right | Unbalanced | Use Left Input for | | | IR Emitter | Unbalanced | Balanced Audio - Left | |
| Bridged / Bi-Amp | | | |
| Input | Loop Output | Audio - Right | operation. | | | In | Audio - Left | Input | Loop Output | |
| | | Input | | | | | Input | | | |
| | | | Right | | | Left | | | | |
In | Loop | | | Input Type | | | Input Type | | | In | Loop |
| | Balanced | | | Balanced | |
| | Power Rating: 220 - 230V AC ~ 50/60Hz | | |
1 | = Ground | Max Power Consumption: 2400W | | 1 = Ground |
2 | = | N1863 | 2 = |
3 | = | | | | 3 = |
| Loop Output | Unbalanced | | | Unbalanced | Loop Output |
| | CAUTION | AVIS | ACHTUNG | | Manufactured in an ISO9001 approved facility |
| | Risk of electric | Risque de choc | Vorm öffnen | | |
| | shock. | electrique. | des gerätes. | AЯ46 | This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: |
| | Do not open. | Ne pas ouvrir. | Netzstecker ziehen. | 1) This device may not cause harmful interference |
2) This device must accept any interference, including interference that may cause undesired operation
Unbalanced
Input 1
Balanced
Unbalanced
Input 2
840W
Balanced stereo connections
The diagram below shows the 840W connected to an 840E using the Balanced Audio inputs via three-pin XLR connectors, single wired to a pair of loudspeakers.
When using balanced (XLR) connections, the Left and Right Input Type switches on the 840W must be in the ‘Balanced’ position.
Note: In this configuration the 840W must be set to Stereo mode.
Power
OnOff
CAUTION | AVIS | ACHTUNG |
Risk of electric | Risque de choc | Vorm öffnen |
shock. | electrique. | des gerätes. |
Do not open. | Ne pas ouvrir. | Netzstecker ziehen. |
Designed in London, England | | Trigger |
azur 840E Pre-Amplifier | In | Out/Thru |
Power Rating: 220 - 230V AC ~ 50/60Hz
Max Power Consumption: 36W
www.cambridge-audio.com
Out Pre
| | | | | Multi-Room | | Input 2 Balanced Audio | | Input 1 Balanced Audio | |
| | | | | Keypad 1 | IR1 | IR3 | | | | | | GND |
IR Emitter | Control Bus | | International Patent Pending | | | | | | | | | |
RS232C | LeisureTech Electronics Pty Ltd | | | | | | | | | |
In | In | Out | PSU | | | | | | | | | |
| | | | In | | | | | | | | | |
| | | | | Keypad 2 | IR2 | IR4 | Right | Left | | Right | Left | Balanced |
Balanced Pre Out | | Flat / 200Hz L.P. | 2 Out Rec | 1 Out Rec | In Rec | 7 Input | 6 Input | 5 Input | 4 Input | 3 Input | 2 Input | 1 Input | |
L
R
Power AC
Pre Out
Manufactured in an ISO9001 approved facility
L
R
Right | Left | Sub Out | Rec Out 2 | Rec Out 1 | Rec In | Input 7 | Input 6 | Input 5 | Input 4 | Input 3 | Input 2 | Input 1 |
(Unbalanced) (Unbalanced)
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: 1) This device may not cause harmful interference; 2) This device must accept any interference, including interference that may cause undesired operation.
Unbalanced
Input 1
Balanced
Unbalanced
Input 2
Loudspeaker Terminals - Right
Impedance 4 - 8 ohms
Please ensure that loudspeaker terminals are fully tightened
Veuillez s'assurer que les bornes de l'enceinte sont entièrement serrées
Bridged
only!
Class 2 Wiring
Balanced Audio - Right | Unbalanced |
Input | Loop Output | Audio - Right |
| | Input |
Loop Output
IMPORTANT!
Only change modes
when unit is off.
Refer to Manual for more information.
Stereo
Mono
Mono Mode
Bi-Amp
BridgedBridged
Use Left Input for Bridged / Bi-Amp operation.
Right
Input Type
Balanced
Unbalanced
Designed in London, England
azur 840W Class XD Power Amplifier
www.cambridge-audio.com
AC
Power Rating: 220 - 230V AC ~ 50/60Hz
Max Power Consumption: 2400W
CAUTION | AVIS | ACHTUNG |
Risk of electric | Risque de choc | Vorm öffnen |
shock. | electrique. | des gerätes. |
Do not open. | Ne pas ouvrir. | Netzstecker ziehen. |
In
Control Bus
Out
In
Trigger
Out/Thru
IR Emitter
In
Left
Input Type
Balanced
N1863
Unbalanced
AЯ46
| Loudspeaker Terminals - Left |
| Impedance 4 - 8 ohms |
| Please ensure that loudspeaker terminals are fully tightened |
| Veuillez s'assurer que les bornes de l'enceinte sont entièrement serrées |
Bridged | | |
only! | | |
| Class 2 Wiring | |
Unbalanced | Balanced Audio - Left |
Audio - Left | Input | Loop Output |
Input | | |
In Loop
1 = Ground
2 =
3 =
Loop Output
Manufactured in an ISO9001 approved facility
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:
1)This device may not cause harmful interference
2)This device must accept any interference, including interference that may cause undesired operation