The Rhytemper® FlowWatch is a modular brass water distributor with integrated electronic flow and temperature monitoring for multiple individual circuits. The machined brass blocks provide maximum flow cross-sections while minimizing the space required.
Rhytemper® FlowWatch
Standard/Pro
Digital Flow and Temperature Monitoring for Plastics Processing
ChatGPT: Customer installation example – tool-side setup of this 60-circuit FlowWatch system with Vortex sensors enables precise heat dissipation
Modular brass design allows custom number of temperature circuits
Advantages
Technical Details
| FlowWatch | FlowWatch Professional | FlowWatch Professional | |
|---|---|---|---|
| Circuit Control | Manual balancing valve optional | Manual balancing valve included | Manual balancing valve included |
| Measurement Principle | Turbine | Vortex | Ultrasonic |
| Measuring Flow Rate: | 0,3 – 40 l/min | 1,8 – 32 l/min 1,0 – 15 l/min |
0,3 – 75 l/min |
| Maximum Medium Temperature | 85°C // 160°C | 125°C | 125°C |
| Measuring Medium | Wasser | Wasser | Wasser |
| Main Media Connection | 1 ½ inch internal thread | 1 ½ inch internal thread | 1 ½ inch internal thread |
| Consumer Circuit Connections | ½ inch internal thread | ½ inch internal thread | ½ inch internal thread |
| Rated Pressure | PN10 // PN16 | PN10 // PN16 | PN10 // PN16 |
Accessories
ONI RHYTEMPER Temperatur Control Units
The high-performance temperature control units from ONI Temperiertechnik RHYTEMPER® GmbH are ideal for use as stand-alone systems or, even more efficiently, in combination with an ONI temperature control installation.
ONI Rhytemper® Mold Drainage System
ONI temperature control systems come with perfectly matched accessories. Blow-out units are used for the effective emptying of cooling channels in injection molds before a mold change. This process reliably protects the cooling channels from corrosion during storage.
Filter unit
Perfectly matched accessories are available for ONI tempering systems. Filter units help prevent tool contamination and system malfunctions caused by dirt or metallic deposits from the cooling water network, ensuring reliable and sustainable operation.