The BAUER FCC 6 is the most advanced GIT process control system available within the industry. The FCC 6 offers GIT molders the highest level of process control.

Loaded with standard features including historical data collection, remote support & diagnosis via an internet connection, OXYPURGE, and programmable alarms for notification of out of control process conditions. As an option, pressure valves can also be relocated near the mold to reduce gas usage.

SYSTEM FOOTPRINT

DIMENSIONS L X W X H inches (mm)

• 24.5" x 24" x 55" (52 mm x 60 mm x 140 mm)

WEIGHT pounds (kg)

• 176.37 lbs (80 kg)

STANDARD SCOPE OF SUPPLY

• 10.4” touchscreen interface
• Precise pressure regulation
• Programs and quality data collected on internal memory, USB stick, or through ethernet on laptop
• A powerful PLC able to manage numerical closed loop regulation
• Password protected (3 user levels)
• 7 pressure and time steps with True Track Ramping set up on time to reach the following step
• Available with up to 8 valves
• Automatic cleaning cycle and clogged injector detection
• Leakage detection
• OXYPURGE to prevent part burning
• Self-calibration of pressure valves reactivity
• Graphic screens with set point and current value. Zoom and cursors to analyze
• Quality screen with process values and graphic history
• Alarms (message, lights, sound, and stop cycle) with history
• Service screen with maintenance history and diagnosis screen for technician
• All data can be exported by ethernet

OPTIONS

Sequential piloting :

4 outputs in 24V DC to control the distributors on hydraulic pump. (to move tool actuators in sequence regarding cycle steps)

Integrated Volume :

Nitrogen consumption monitoring for each valve with graphic & data display

• To know the gas consumption and cost
• To estimate needs of compressor flow
• To detect leaks and to save Nitrogen
• To calculate and survey gas pins flow
• To monitor the process repeatability with alarms on 4 valves

2 IMM :

The FCC can communicate with two Injection Moulding Machines simultaneously. The valves can be assigned to IMM1 or IMM2.