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PRECISE TEMPERATURE MANAGEMENT

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ONI Rhytemper®

FlowWatch Professional - Digital flowrate and temperature monitoring for HPDC and LPDC applications

Flowrate monitoring

RHYTEMPER® FlowWatch Professional is a compact water distributor with integrated electronic flowrate and temperature monitoring of several individual circuits. The system is non-susceptible to pressure shocks and is impressive in terms of its high level accuracy of measurement.

  • Compact system of brass blocks
  • Includes visualisation unit Profi with 15 inch TN bzw. 10,4 inch TFT touchscreen control panel, graphic process data display and tooling data storage
  • Installation close to tooling
  • Space saving machine integration
  • Individual circuit lettering
  • Flowrate measurement by means of turbine measuring system in the feed line
  • Flowrate calibration of all tooling circuits
  • Includes flowrate regulation of each individual circuit by means of hand valve
  • Expandable to the FlowControl, FlexControl and HotPulse multiple circuit temperature control systems

circulation control

handvalve

handvalve

measuring principle

turbine 

ultrasonic

measunring range flow

0.3 – 40 l/min

0.3 – 75 l/min

max. medium temperature

85°C (185°F) / 

160°C (320°F)

100°C (212°F)

Measurement medium

water

water

connection of main medium flow

1½ inch inner thread

1½ inch inner thread

connection of consumer circuit

½ inch inner thread

½ inch inner thread

Nominal pressure

PN 10 / PN 16

PN 10

The compact RHYTEMPER® FlowWatch Standard water distributors is expandable at any time to the FlowControl, FlexControl or HotPulse multiple circuit temperature control systems. As a cost-effective execution the RHYTEMPER® FlowWatch Basic is particularly impressive in its robustness of design, with clad distributor block, and simple, individual onsite self-installation.

The FlowControl system has a variety of setting options for individual utilisation of the impulse cooling operation, the continuous return flow temperature regulation as well as the flowrate regulation for each individual circuit. It consists of brass and, due to the building block structure of the single block modules, can be individually adapted to each plant with any number of measurement and regulation circuits. The greatest possible flowrates of up to 75 l/min of water are realised via a 1½ inch main water connection per distributor block module.

The FlowControl system enables the precise and fastest possible specification and regulation of a prescribed flowrate value per individual circuit by means of electric proportional valves. These are located, as is the integrated volume flow measurement, in each consumer feed line, whereas the temperature measurement takes place in each consumer return line. The measurement sensors are hard wired in an electronic box which communicates with the visualisation unit via a bus system.

The simple and clear operator interface enables rapid and optimum setting of the system on the production process. Each individual circuit has individual flowrate calibration as well as flowrate identification. Besides specific freely selectable modes of operation (continuous cooling, continuous temperature control and impulse temperature control), the visualisation unit provides a graphic display for the cooling water flowrate, a flowrate diagnostic function and multilingual user guidance which permits the creation of password protected user levels. If required, preheating stations/temperature control units can also be activated from the visualisation unit. All set parameters can be assigned to a tooling set and saved as a dataset and subsequently retrieved. Data backup can also be effected externally via the front-located USB interface. Data transfer to MES systems can take place via the integrated Ethernet connection which also provides the prerequisite for remote maintenance.

Numerous other special functions and configuration options form the basis for our experienced application technicians to make the optimum adjustments for economic temperature control with the respective production processes.

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