GEORGE FISCHER SIGNET 9030 Intelek-Pro, Instruction Manual

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*Simulation signal polarity
MUST be observed. To
enable the negative polarity
indicator ( - ), shift the selected
display digit to the far left. To
disable (remove) the negative
polarity indicator, shift the
selected digit to the far left a
second time.
Voltage Input cards:
All voltge inputs MUST be
entered into memory as mV's
(i.e. 1.0 VDC = 1000 mV).
6. Enter the simulation signal value exactly as
displayed on the external digital multimeter
(DMM) as follows:
A. Press:
MOD
to enable 9030 display (display
will begin to flash)
B. Press:
mV TEMP
pH keys to enter the
exact* simulation value. Press
ENTER
to confirm
entry.
Table 1
INPUT CARD: INPUT TYPE: 4.0 pH SIMULATION: 10.0 pH SIMULATION:
(see Figure 16) (step 5): (step 8):
pH Sensor (mV) A 3-2720 pH/ORP Place pH sensor in Place pH sensor in
Input Card Preamplifier/Sensor pH 4.0 buffer pH 10.0 buffer
(#3-9030.400-1)
Record values:
B mV Generator Apply 177 mV Apply -177 mV
4-20/0-20 mA A 8710 pH/ORP Place sensor Place sensor
Input Card Transmitter (unit must in pH 4.0 buffer in pH 10.0 buffer
(#3-9030.400-3) be calibrated first,
see transmitter manual)
Jumper configurable
B
mA Generator
4-20 mA range: 4-20 mA range:
range, sec. 4.7
apply 8.6 mA apply 15.5 mA
0-20 mA range: 0-20 mA range:
apply 5.7 mA apply 14.3 mA
0-5/0-10 VDC mV Generator 0-5 VDC range: 0-5 VDC range:
Input Card apply 1400 mV apply 3600 mV
(#3-9030.400-4) (1.4 VDC) (3.6 VDC)
Progammable range 0-10 VDC range: 0-10 VDC range:
sec. 3.2 apply 2300 mV apply 7200 mV
(2.3 VDC) (7.2 VDC)