Conductivity Controller JUMO AQUIS touch S

Make: JUMO (Made in Germany)
Model Code: AQUIS touch S
Part Code: AQUIS touch S
Order Code: KLSJMAQUIStouchS

Modular Multichannel Measuring Device for Liquid Analysis with Integrated Controller and Paperless Recorder

Features:

✔ Up to four analysis inputs in any combination for direct connection of sensors for liquid analysis

✔ Up to 21 further measuring signals can be connected either directly or via interface

✔ Two pulse frequency inputs for flow measurement (up to 300 Hz or 10 kHz)

✔ Up to 17 switching outputs that are configurable as controller outputs, switch outputs, and alarm outputs

✔ Interfaces: USB host, USB device, Modbus, PROFIBUS DP, Ethernet

✔ Ethernet function: web server, alarm alerts by email, setup per PC, readout of recorded measurement data

✔ Math and logic functions

✔ Integrated timers, washtimers, and calibration timers

✔ Service and operation hours counters

SKU: KLSJMAQUIStouchS
Brand Category: JUMO (Germany)
Product Category: Liquid Analysis
Warranty: 1 Years (against manufacturing defects only)

Category: JUMO Tag: brand

Description

Conductivity Controller JUMO AQUIS touch S

Measurement
Whether it’s to display and process the pH value, redox voltage, electrolytic conductivity, high-purity water resistance, temperature, disinfection-related measurands (such as free chlorine, total chlorine, chlorine dioxide, ozone, hydrogen peroxide, and peracetic acid), or the flow volume, the JUMO AQUIS touch S Conductivity Controller provides a central platform to do so. For flow measurement, pulse frequency inputs (counters) are available. Using standard signals (4 to 20 mA or 0 to 10 V), universal inputs can be used to measure nearly any analogue measurand. Up to 19 parameters can be measured and managed at the same time by the unit.

Control
In addition to several simple alarm/limit-value/time-controlled switching capabilities, the JUMO AQUIS touch S allows for the simultaneous definition of up to four high-quality control loops.
In these applications, tried-and-true JUMO control algorithms are employed for P, PI, PD, and PID control.

Display
The display of all parameters, as well as the operation and setup of the device, is handled by a 5.5″ colour touch screen. The operation philosophy of simple text almost eliminates the necessity for a manual. The device’s operating language can be chosen from a list of 15 languages that were pre-installed at the factory. The PC setup programme can expand the language library to up to 30 languages. Languages that employ Chinese and Cyrillic characters can also be displayed. As a result, the device is poised for widespread adoption.

Recording
For data recording, a paperless recorder is included. It is possible to register up to eight analogue measurands and six binary signals. On the screen, their chronological order is shown. Data storage is impenetrable to tampering and complies with official record-keeping regulations. The data can be extracted using the JUMO PCC software or a USB flash drive, and then analysed using the JUMO PCA3000 PC evaluation programme.

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Technical Data

Inputs

Principal input

Measurement/control range

Accuracy

Temperature error

PH

-1 to +15 pH

≤ 0.3 %

0.2 %/10 K

ORP

-1500 to +1500 mV

≤ 0.3 %

0.2 %/10 K

NH3 (ammonia)

0 to 9999 ppm

≤ 0.3 %

0.2 %/10 K

Secondary input

Temperature Pt100/1000 (automatic detection)

-50 to +250 °Ca

≤ 0.5 °C

0.05 %/10 K

Temperature NTC/PTC

4 kΩ max. Entry via table with 20 value pairs

≤ 0.3 %b

0.05 %/10 K

Temperature compensation

Measurement variable

Compensation

Range

PH

Yes

-30 to +150 °C (as of software version 212.11.02) & -10 to +150 °C (up to software version 212.11.01)

ORP

No

not applicable

NH3 (ammonia)

Yes

-20 to +50 °C

pH antimony

Yes

-10 to +80 °C

Measuring circuit monitoring

Inputs

Over/underrange

Short-circuit

Cable break

PH

Yes

Yes

Yes

ORP

Yes

No

No

NH3 (ammonia)

Yes

No

No

Temperature

Yes

Yes

Yes

Impedance measurement

Impedance measurement can optionally be activated.
Since it depends on some marginal parameters, the following points must be noted:
• Only glass-based sensors are permissible.
• The sensors must be directly connected to the transmitter.
It is not permissible to use an impedance converter in the measuring circuit.
• The maximum permissible cable length between sensor and transmitter is 10 m.
• Liquid impedances will directly influence the measurement result.
We therefore recommend activating the measurement in liquids from about 100 µS/cm upwards