
5.4.10.6
Connect signal generator to program input 2
(5106). Set generator for 100
Hz
and 4 volts AC
peak-to-peak (1.41 volts rms).
5.4.10.7
Check the AC voltage on bus wire connect-
ing pin 14 of the thumbwheel switches for 2.0 volts
AC peak-to-peak (0.70 volts rms).
5.4.10.8
Set the lower row of thumbwheels to 14.
5.4.10.9
Connect station 2 to BOP220 output
1
(5101).
5.4.10.10
Listen on channel 2 of station 2 for the 100
Hz
tone. Move station 2 to BOP220 output 2 (5102)
and listen for tone. Repeat for each output.
5.4.10.11
Connect signal generator to program input
3 (5107). Set generator for 10
kHz
and 4 volts AC
peak-to-peak (1.41 volts RMS).
5.4.10.12
Check the AC voltage on bus wire con-
necting pin 15 of the thumbwheel switches for 2.0
volts AC peak-to-peak (0.70 volts RMS).
5.4.10.13
Set the lower row of thumbwheels to
15.
The upper row stays at 12.
5.4.10.14
Connect station 2 to BOP220 output
1
(5101).
5.4.10.15
Listen on channel 2 of station 2 for the 10
KHz
tone. Move station 2 to BOP220 output 2
(5102) and listen for tone. Repeat for each output.
5.4.10.16
With the tone still connected to program 3,
set the upper row of thumbwheels to 15. With the 0s-
cilloscope, check between phis
1
and 2 of
all
the XLR
output connectors on the BOP220 for 2.0 volts AC
peak-to-peak (0.70 volts RMS).
5.4.10.17
Connect the tone to program input 2
(J106).
Set the upper row of thumbwheels to
14.
With the oscilloscope, check between pins
1
and 2 of
all XLR output connectors on the BOP220 for 2.0
volts AC peak-to-peak (0.70 volts RMS).
5.4.10.18
Connect the tone to program input
1
(J105). Set the upper row on thumbwheels to
13.
With the oscilloscope, check between pins
1
and 2 of
all
XLR output connectors on the BOP220 for 2.0
volts AC peak-to-peak (0.70 volts RMS).
5.4.11
CAMERA
OUTPUTS
TEST
With the
"TW"
power supply still connected to Jlll
on the SAP1626, connect station
1
to power supply
channels
1
and 2.
Build a camera output test furture. Use Figure 5-1 as
a guide. Connect wires to a male
25
pin connector.
Strip,tin, and label the wire ends. Plug the connector
into 5108 on the back panel of the SAP1626. Connect
the oscilloscope common lead to pin number
1.
5.4.11.1
Set
all
CAMERA
thumbwheels to
1.
Touch scope probe to pin 14. Talk on station
1
chan-
nel
1
and verify audio. Move upper
CAMERA
thumbwheel to
2
and check that audio stops.
Touch scope probe to pin 20. Talk on station
1
chan-
nel
1
and verify audio. Move lower
CAMERA
thumbwheel to
2
and check that audio stops.
Repeat for cameras 2
-
6, pins 15-25.
5.4.11.2
Set
all
CAMERA
thumbwheels to
2.
Touch scope probe to pin 14. Talk on station
1
chan-
nel
1
and verify audio. Move upper
CAMERA
thumbwheel to
3
and check that audio stops.
Touch scope probe to pin
20.
Talk
on station
1
chan-
nel
1
and verify audio. Move lower
CAMERA
thumbwheel to
3
and check that audio stops.
Repeat for cameras 2
-
6, pins 15-25.
5.4.113
Set
all
CAMERA
thumbwheels to
3.
Touch scope probe to pin 14. Talk on station
1
chan-
nel
1
and verify audio. Move upper
CAMERA
thumbwheel to
4
and check that audio stops.
Touch scope probe to
pin
20.
Talk
on station
1
chan-
nel
1
and verify audio. Move lower
CAMERA
thumbwheel to
4
and check that audio stops.
Repeat for cameras 2
-
6, pins 15-25.
Connect station
1
to channels 5 and 6 of the
"TW"
power supply. Connect the
"TW"
power supply to
Jlll input on SAP1626.
Page
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