Replaceable Memory - Endress+Hauser Mycom S CPM 153 Operating Instructions Manual

5 Operation
24
5.1.7 Factory setting
All the factory parameters are active when the instrument is switched on for the first time.
The table below lists all the main settings. For all further factory settings, refer to the
description of the function groups (from page 31), there the factory setting is printed in
bold.
Parameter
Select operating mode
Select measuring principle
Select two-circuit measurement
Select electrode type 1
Select electrode type 2
Select connection type
Select temperature display
Select temperature compensa-
tion circuit 1
Temperature measurement K 1
Select temperature
compensation circuit 2
Temperature measurement K 2
Select temperature sensor
Contact functions
Select current output 1
Select current output 2
Hold
Current
output 1: 0/4 mA value:
20 mA value:
Current
output: 2 0/4 mA value:
20 mA value:
5.2

Replaceable memory

The DAT module is a memory device (EEPROM) which is pluggd into the connection
compartment of the transmitter. Using the DAT module you can
• save the complete settings, the logbooks and the data logger of the CPM 153 and
• copy the complete settings to other CPM 153 measuring transmitters with have
identical hardware functionality.
This considerably reduces the effort to install or service several measuring points.
One-circuit instrument
pH
One-circuit Circuit 1
–
Glass electrode 7.0
–
symmetrical
Deg. C
ATC K1
off
–
off
Pt 100
NAMUR
pH/redox K1
Temperature K1
active with PARAM and CAL
(inactive with DIAG)
pH 2 / –1500 mV / 0,0 % / 0,0 °C
pH 12 / +1500 mV / 100,0 % /
100,0 °C
Temperature Circuit 1:
0,0 °C
100,0 °C
Mycom S CPM 153
Two-circuit instrument:
pH
One-circuit Circuit 1
Two-circuit
Glass electrode 7.0
Glass electrode 7.0
symmetrical
Deg. C
ATC K1
off
ATC K2
off
Pt 100
NAMUR
pH/redox K1
pH/redox K2
active with PARAM and CAL
(inactive with DIAG)
Circuit 1:
pH 2 / –1500 mV / 0,0 % / 0,0 °C
pH 12 / +1500 mV / 100,0 % /
100,0 °C
Circuit 2:
pH 2 / –1500 mV / 0,0 % / 0,0 °C
pH 12 / +1500 mV / 100,0 % /
100,0 °C
Endress+Hauser