QSC Audio WL3082-WH Speaker User Manual


 
12
WL3082 Connections
The WL3082 input connectors are a pair of Neutrik NL8's
wired in parallel. See Table 2 or the pinout on the
WL3082 input plate (on rear of enclosure).
The WL3082 loudspeaker is not equipped with
a crossover network. All signal processing
must be done before connecting audio power
to the loudspeaker. Do not connect full-range
audio to the high-frequency transducer or dam-
age may result!
WL212-sw Connections
Input Connections
The WL212-sw is equipped with two NL8 connectors with
pins 1+ and 1- connected to the transducers. All other
NL8 connections are paralleled between the two NL8s.
Additionally, pins 1+ and 1- are parallel connected to the
NL4s.
The WL212-sw is also equipped with two NL4 connectors
that have pins 1+ and 1- connected to the transducers.
Pins 2+ and 2- of the NL4s are parallel connected. Only
pins 1+ and 1- of the NL4s are paralleled with the NL8s
1+ and 1- pins.
Please refer to Tables 2 and 3 for pinouts. The pinouts are
printed on the input plate label, as well.
Note: pin numbers 1+ and 1- of all connectors
are wired in parallel. Pins 1+ and 1- are the
only parallel interconnect between the NL4
and the NL8 connectors. All remaining connec-
tions of the NL4 and NL8 connectors are inde-
pendent.
Table 3: WL212-sw NL8 Connector Pinout
PIN Connection
1+
Low frequency transducers + (4 Ohms)
Also connected to NL4 Pin 1+
1-
Low frequency transducers - (4 Ohms)
Also connected to NL4 pin 1-
2+
LF
2-
LF
3+
MID
3-
MID
4+
HF
4-
HF
Table 2: WL3082 Connector Pinout
PIN Connection
1+
Through
1-
Through
2+
Right low frequency transducer + (16 Ohms)
2-
Right low frequency transducer - (16 Ohms)
3+
Left low frequency transducer + (16 Ohms)
3-
Left low frequency transducer - (16 Ohms)
4+
High frequency transducer + (16 Ohms)
4- High frequency transducer - (16 Ohms)
Table 4: WL212-sw NL4 Pinout
Pin Connection
1+
Low frequency transducers + (4 ohms)
Also connected to NL8 pin 1+
1-
Low frequency transducers - (4 ohms), also
connected to NL8 pin 1-
2+
Through
2-
Through