Cable Gauge Table
Lo-Z installations, 0.5dB attenuation. 2 Ω, 4 Ω & 8 Ω loads
Cable Gauge Table
70V Hi-Z installations, 1.0dB attenuation
20 speakers evenly distributed
Cable Gauge Table
100V Hi-Z installations, 1.0dB attenuation
20 speakers evenly distributed
Cable Cross
Section
(mm
2
)
Cable Gauge
(AWG)
Max Cable
Length
(Metres, 2 Ω
load)
Max Cable
Length
(Metres, 4 Ω
load)
Max Cable
Length
(Metres, 8 Ω
load)
0.75
≈18
N/A
5
10
1.5
≈16
5
10
20
2.5
≈14
8
17
35
4.0
≈12
14
28
55
Cable Cross
Section
(mm
2
)
Cable Gauge
(AWG)
Max Cable Length
(Metres),
(1000 W/channel)
Max Cable Length
(Metres),
(1200 W/channel)
0.75
≈18
25
20
1.5
≈16
50
40
2.0
≈14
80
60
3.5
≈12
125
100
Cable Cross
Section
(mm
2
)
Cable Gauge
(AWG)
Max Cable Length
(Metres),
(1000 W/channel)
Max Cable Length
(Metres),
(1500 W/channel)
0.75
≈18
50
30
1.5
≈16
100
60
2.0
≈14
160
100
3.5
≈12
250
160
Connections
6.4 Speaker Cable Gauge
Danley DSA speaker connection cable gauge should be
chosen appropriately to reflect the type of installation.
The adjacent tables specify the appropriate cable gauge
and maximum cable length for less than 0.5dB cable
loss in Lo-Z mode and less than 1.0dB cable loss in Hi-Z
mode.
6.5 GPIO Connections
If any Danley DSA GPIO functionality is required,
cables will need to be connected to the supplied GPIO
connector. Connecting cables to the GPIO connector is
illustrated in
Diagrams 6d
.
6.6 Network Connections
Danley DSA amplifiers are TCP/IP network connected
devices that are configured via a web page based
interface. Wired (Ethernet) and wireless (WiFi)
connection options are available. Connecting Danley
DSA amplifiers to a TCP/IP network is described in
Section 5
of this manual
