A “Paradigm Shift” in Technical Molding - Synchronized Cooling 90 °C

Features

Synchronized Cooling

• Covering most injection molding applications: direct cooling up to 90°C.

• Available in single zone (B4YM) and dual zone (B4YD) configurations.

• High performance booster pump per zone.

• Nominal flowrate ranges of 4 to 35 m3/h (20 to 200 GPM) per zone.

• High cooling capacity with motorized modulating valves.

• Heating capacities of 6 to 24 kW per zone.

• Non-ferrous water contact surfaces, including pumps and heater manifolds.

• Available mold drain kit.

• Synchronized with the process, the inverter driven pump provides high flow rate only during cycle cooling phase, allowing the re-heating of cavities before injection.

• High-capacity centrifugal pumps, engineered to provide substantially increased flow rates, outperforming traditional TCUs for superior efficiency.

• Maximise heat exchange performance with mold cavities thus drastically reducing both mold pre-heating time and cooling cycle time.

• High cooling capacity oversized motorized modulating valves.

• Minimal temperature approach with cooling source, allows operating temperature SET POINT of 2°C above the central cooling system set point.

• Consequently, much lower operating mold temperature can be reached and better main cooling system overall efficiency, when compared to traditional TCUs.

• State-of-the-art control systems and 7” touchscreen HMIs.

• Possibility to store the parameters for each mold (recipes)

• Optional weekly performance report focused on productivity and uptime to help ad- dress process errors and further improvements.

• Online wizard for finding mold recipes that optimize the cycle time.

• Remote start/stop function.

• Serial communication OPC-UA standard on all units.

• Real time and historical process performance.

• List and dates of alarms and warnings.

• Quick guide to alarm resolutions.

• Ready to remote interface via MiND supervision system.