Description

The comprehensive Falcon Gravity Concentrator AutoPAC is simple to operate as all controls and programmable features are factory preset before commissioning. The standard version offers the flexibility of being a complete control package that can operate as a stand-alone unit or can also be integrated into onsite MCC, DCS, PCS, SCADA, etc.

The FGC is designed for continuous duty, and it is able to produce mass yields as high as 40%. The primary objective of the Falcon C-Gravity Concentrators is to maximize mineral recovery and reduce tonnage to downstream processes. The mineral recovery technology is ideal for scavenging or pre-concentrating mining applications as well, since no water is added during processing.

The Falcon C Gravity Concentrator is used in a variety of mineral processing applications, including:

• Primary concentration of tin, tantalum, tungsten, chrome, cobalt, iron, fine oxidized coal and uranium
• Scavenging of fine particles lost by low G force processes and flotation
• Pre-concentration of heavy minerals

Process Water Manifold:

• Pneumatic Proportional Valve
• Pressure Transmitter
• Solenoids for Purge, Rinse and Filter Clean

Autopac:

• Single NEMA 3R / IP54 panel
• Siemens 7″ Colour Touch Screen HMI with Ethernet
• Siemens PLC with Ethernet
• Siemens VFD with Ethernet
• Complete with Pushbuttons, Relays, Mains Disconnect and Protection Devices
• 24VDC Control Voltage for Solenoids/Enstruments
• Dynamic Braking package

Air Compressor:

A source of clean, dry, high-pressure air is required for the operation of the Falcon C Gravity Concentrator throttling valves that regulates the heavies underflow rate. Sepro supplies several compressor options for purchase with this model, contact us for more information.

FINE MINERAL RECOVERY DOWN TO 10 MICRONS AND UNIT CAPACITIES UP TO 100 t/h

Falcon C Gravity Concentrators Key Advantages:

• Fully automated, “one touch” operation that provides the least amount of offline time and highest possible mineral concentrate security.
• Advanced wear materials and a modular design decreases downtime and reduces maintenance costs.
• Produces high density (variable mass yield 0 – 40%) concentrate therefore no thickeners required.
• The variable frequency drive (VFD) enables control over G-force based on application.
• High gravitational field (up to 300 G) allows recovery of very fine particles.
• Greater than 95% mechanical availability, extremely low operating costs.
• No fluidizing water consumption or offline time for concentrate flushing.
• Continuous production of concentrate at >70% solids.
• Unit capacities up to 100 t/h.
• Small footprint.