Chemglass CG-16000 User Manual
Page 3
3800 North Mill Road • Vineland, NJ 08360 • USA
Phone: 1-800-843-1794 • Fax: 1-800-922-4361
TYPE T THERMOCOUPLE
INPUT CHANNEL 3 & 4:
Input 3 is a “T” style thermocouple input. The receptacle accepts
both standard and mini male thermocouple plugs. The thermocouple input
burnout function is set for Up. When the thermocouple
burns out the displayed value will show a positive over
range “+*****.” To change parameters consult the
Yokagawa Users Manual.
PARAMETERS
Mode= TC,
Range= T,
Span_L= -200,
Span_U= 400,
TYPE K THERMOCOUPLE
INPUT CHANNEL 5:
Input 3 is a “K” style thermocouple input. The receptacle accepts both
standard and mini male thermocouple plugs. The thermocouple input
burnout function is set for Up. When the thermocouple
burns out the displayed value will show a positive over
range “+*****.” To change parameters consult the
Yokagawa Users Manual.
PARAMETERS
Mode= TC,
Range= K,
Span_L= -200,
Span_U= 1370,
pH CONTROLLER INPUT CHANNEL 6:
Channel 6 displays the output data from the pH meter. This requires
setting up both the pH meter and the Yokagawa so that output signal is
scaled appropriately. To change parameters consult the Omega &
Yokagawa Users Manuals.
The pH meter can be used either with or without a
temperature compensated probe. A RTD Receptacle
has been provided for use with a temperature
compensated probe. A two wire or three wire probe may
be used. The contacts are; upper most contact (GND),
middle contact (CP+), and lower contact (CP-). A plug
end has been provided. Refer to your probes literature
for electrical connections. Note, the temperature
compensation feature must be turned On. Please refer
to the Omega Users Manual for selecting temperature compensation
mode. The pH probe is connected to the meter using a BNC style connector. If your
probe does not have a BNC connector adapters are available, please contact
Chemglass for adapter information. Please refer to the Omega Users Manual for
probe calibration.
PARAMETERS
Mode=
Scale,
Type=
Volt,
Range=
20V,
Span_L=
0,
Span_U=
10,
Scale_L=
0,
Scale_U=
14,
Unit=
pH.
K
CP +
CONST -
CP +
CONST -
T
CU
CP +
CP -
6
pH