NEOMERIS CONTROL DES
Installation
Build:20211025-094624-9873335NSt
All information and technical data are subject to
change
Page 25
5.6 Configuration/Jumper
This chapter contains general information about configuring the hardware.
ID
Type / Usage used Jumper
Selections
Effect
eB2.JP-
LF
Cond.
Range Se-
lection
eB2.JP1
eB2.JP2
A:
JP1=o JP2=o
B:
JP1=x JP2=o
C:
JP1=o JP2=x
Selection of the possible measuring range:
Depending on which measuring range you want to measure, the jumper must be
plugged in accordingly.
This depends firstly on the K value of the probe used and secondly on the set measure-
ment gain.
Example:
Probe with a K-value of 1.0
Conductivity to be mea
sured max. Approx. 1000μS / cm
From the list below, option B would be suitable.
Jumper 1 must be plugged in and the Meas.-Ampl./Gain set to 10% in the Conductivity
Sensor menu so that a measurement range up to 1000 μS/cm can be measured with a
K = 1.0 probe.
A: 250µS/cm (K=1.0 with Meas.-Ampl./Gain = 10%), ADC-Value: approx. 395
25µS/cm (K=0.1 with Meas.-Ampl./Gain = 10%), ADC-Value: approx. 395
25µS/cm (K=1.0 with Meas.-Ampl./Gain = 100%), ADC-Value: approx. 395
B: 1000µS/cm (K=1.0 with Meas.-Ampl./Gain = 10%), ADC-Value: approx. 410
100µS/cm (K=0.1 with Meas.-Ampl./Gain = 10%), ADC-Value: approx. 410
100µS/cm (K=1.0 with Meas.-Ampl./Gain = 100%), ADC-Value: approx. 410
C: 4300µS/cm (K=1.0 with Meas.-Ampl./Gain = 10%), ADC-Value: approx. 410
430µS/cm (K=0.1 with Meas.-Ampl./Gain = 10%), ADC-Value: approx. 410
The jumper is usually plugged once into the basic configuration of the device.
If the jumper is changed after calibrations have been made, they must be redone.
