Conductivity Measuring Transformers  Manufacturers, Traders, Suppliers

• ISO 9001:2015 Certificate
• PTB (Physikalisch-Technische Bundesanstalt) Approval
• IPH (Institut „Prüffeld für elektrische Hochleistungstechnik“) Approval
• GL (Germanischer Lloyd) Certificate (For marine application)
• UL (Series CTB)
• GOST Certificate
• Engergy Management ISO 50001:2011 Certificate
• International Approvals - Switzerland, Austria, Russia, Hungary, the Czech Republic, Bulgaria, Romania, Slovakia, Croatia, etc.

Condumax CLS16D is a high-end conductivity sensor with certified hygienic design. It measures with highest precision providing you with reliable data for optimum process and product quality. Numerous certificates and various hygienic process connections ensure the perfect fit for your process. With Memosens technology, CLS16D combines maximum process and data integrity with simple operation. It resists corrosion and moisture, enables lab calibration, and facilitates predictive maintenance.

Measuring Principle: Conductive
Application: Pharmaceuticals, pure and ultrapure water
Characteristic: Hygienic 2-electrode conductivity sensor
Measurement range: k=0,1: 0,04µS/cm - 500µS/cm
Measuring principle: Conductiv conductivity cell
Design: Hygienic 2-electrode conductivity sensor with coaxially arranged electrodes, electropolished stainless steel and FDA sealing material; sterilizable
Material: Isolation: PEEK; Electrode: polished stainless steel 1.4435; Sealing: Isolast (FFKM) FDA conform
Dimension: Electrode diameter: 17 mm; (0.66 inch); Electrode length: 54 mm; ( 2.10 inch)
Process temperature: Max. 100°C (140°C/30 min); max. 212°F (284°F/30 min.)
Process pressure: max. 12 bar at 20°C; max.174 psi at 68°F

The JUMO dTRANS CR 02 is a compact, modular instrument, that has the flexibility (with 3 slots, optional boards, etc.,) to accomplish a wide range of tasks. The main input
of the JUMO dTRANS CR 02 is used for sensors for measuring electrolytic conductivity, specific resistance, or the TDS value. Both conductive two-electrode and
four-electrode measuring cells can be connected to the instrument. The second analog input (compensating input) is designed for Pt100 and Pt1000 resistance
thermometers, NTC/PTC, or 0(4) to 20 mA and 0 to 10 V standard signals. The two binary inputs can be used both as the initiators for actions (such as HOLD, keyboard inhibit)
and for flow rate measurement, when pulse generators (such as impeller sensors) are connected. The high-contrast graphic display allows the input signals to be realized
by numbers or as a bar graph. Parameters are displayed in plain text for easily comprehensible and secure operation.
The JUMO dTRANS CR 02 can be used as a two-point or three-point controller, a three-point modulating controller, or as a continuous controller. All controller outputs can be configured for
P, PI, PD or PID action. The controller software includes parameter set selection and a math module.
A setup program is available for convenient configuration via a PC. The instrument can be integrated into a data network by means of an RS422/RS485 or PROFIBUS-DP
interface. Screw terminals on the back are used for the electrical connection.

Features

• Display visualization options: large numbers, bar graph or trend display
• Integrated calibration routines: 1, 2 and 3 points
• Math and logic module
• Calibration logbook
• 12 integrated user languages
• Setup program features convenient programming and system documentation
• RS422/RS485 interface (option)
• PROFIBUS-DP interface (option)
• Data logger with real-time clock (option)
• Contamination detection can be activated
• Pulse input for flow rate display
• Meets all the requirements for ultra-pure water applications in Pharma+Food USP
• Suitable for conductive 2 and 4 electrode sensors
• Optional boards can be retrofitted

Applications

• Industrial and process water
• Drinking and well water
• Pure, ultra-pure and pharmaceutical water (e.g. as per USP, Ph. Eur., WFI)
• Cleaning processes in pharmaceutical applications (four-electrode measuring cells in conjunction with measuring range selection)