GC'TECH Sequential Valve Gate Controller SISE SAS

GC'TECH Sequential Valve Gate Controller

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“ Operates a simple or double (optional) solenoid valves Limit Switch (optional) Manual test for valves VNC link Quality control, scrap detection Process Monitoring (indicator drift, cycle time, cycle counting…) Connect to PC using Win'ISTech software Traceability by saving sessions Transfer data from saved sessions Label Management Connects to MES systems using OPCUA Automatic Mold Recognition Possibility to program up to 10 mold sensors For a complete system, command cables, signal cables, hydraulic group, and hydraulic/pneumatic manifolds are available as options in addition to installation and training. ”

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Presentation

SISE was a pioneer in the development of sequential molding, used principally in the automotive industry (bumpers, dashboards, door modules...), but also increasingly for technical parts and consumer packaging.

SISE offers a complete product line that can control from 6 to 36 valve gates, from the simple GC'ACCESS to the sophisticated IS’TECH, which can control using in-cavity sensors.

The GC'TECH is ideal for classic applications containing a high number of valves (36 max.), in addition to new projects integrating in-cavity mold sensors. The controller manages automatic mold recognition for fast and reliable mold changes.

This multilingual device (up to 12 languages) has a high-definition touchscreen which displays pdf files, and a USB outlet to download and save an unlimited number of program files.

The capacity for programming, traceability, process monitoring, and security make it a global reference for many automotive applications, for standard and multi-injection environments. This line is particularly suited to the automotive industry.

Technical features

Number of valves: 6, 12, 18, 24, 30, 36 Number of openings / closings per cycle: 10 Number of mold files: unlimited Multilingual: 12 languages Control via injection and hold signal: Yes Control via screw position (%, mm, cm3): Yes Control via dosing signal: Yes Injection Pressure: Yes Switchover control: Yes Data acquistion in real-time: Yes