2
.
Located on the rear panel
above the main board connections
, the
7 position dip switch
configures
the
PEAK function
s
of the meter.
The
Default position of the switch is in the UP (ON) position as noted in the
table below.
Switch
#
Function
1
ANALOG SIGNAL SOURCE
Selects FAST or SELECTED analog signal source from the main 3700 unit
.
2
PEAK MODE
Used with switch 3 for PEAK Mode function - +PEAK, -PEAK, MAX+MIN, TIR
3
PEAK MODE
Used with switch 2 for PEAK Mode function - +PEAK, -PEAK, MAX+MIN, TIR
4
DISPLAY
Selects L
IVE
Reading or
PEAK
Reading for
the
front panel display
5
FRONT PANEL TARE SWITCH
6
PEAK THRESHOLD DISPL
A
Y ADJUST
Switch
es
the front panel display to adjust
the level for
HAVE PEAK THRESHOLD
(Switch 4 to LIVE)
S
elect
s
the front panel TARE switch for TARE or PEAK/RESET function
7
HAVE PEAK DETECT
Analog delta detection
level
for PEAK
capture
detection
-
(
Backout level
1% or 0.1% Full Scale
)
Switch
#
1
Default - UP (ON)
DOWN (OFF)
FAST Analog Signal
SELECT Analog Signal
(low pass filtered selected)
per main analog controls of the 3700 base unit.
2
3
4
LIVE display
5
Front Panel TARE - normal operation
6
Standard
Run-Time
Operation
7
1% Full Scale Peak "Backout" Detect
PEAK Display
Front Panel TARE used for PEAK / RESET
Selects THRESHOLD display adjustment
0.1% Full Scale Peak "Backout" Detect
Viewed from the rear.
Switch
"
R
ocker"
in the UP position, is
ON
and considered the
Default function as described below.
+ PEAK - UP
- PEAK - DOWN
MAX + MIN - UP
TIR - DOWN
+ PEAK - UP
- PEAK - UP
MAX + MIN - DOWN
TIR - DOWN
Front Panel
TARE
Peak
Capture
LIVE measurement
signal
is displayed
Normal TARE
switch
operation
1%
of Full Scale beween Live and Peak level
detection
Analog Signal Source
FAST
analog signal response from main 3700
P
EAK
Mode
Display
Reading
+ P
EAK
Mode of operation, see Fig 4
DIP
Switch
Configuration
Default Position - Switches are all "ON" (UP)
Page
8
Page
2
+ PEAK
- PEAK
MAX + MIN
TIR
*
see note
*
see note
*
Note: When in the Max-Min or TIR mode, the signal may over-range due to the sum of the +/- Peak captured
signals being greater than full scale. Nominal capture level should be in the area of 50% full scale or less.
