Cyclone Size X No.:
G4 375 X 2
Pump Size:
150 / 125mm (30kw)
Screen Size L X W m(ft):
3.7m (12') x 1.5m (5')

Description

Key Features

• Static sand recovery unit on one chassis
• Twin bucket wheel
• Centrifugal pump
• Twin hyrdocyclones
• Collection tank
• 12 x 5 dewatering screen
• Produce one or two grades of sand
• Designed to work in conjunction with Terex Washing Systems range

Working Length
Working Width (Inc Walkway)
Working Height
Feed height
Product discharge
Waste Water Discharge
Total weight (Empty)
Total weight (Working)
7.80 m (22’6”)
4.4m (14’4”)
5.35m (17′ 5″’)
2.30m (7’5”)
1.26m (4’2”)
0.81m (2’ 9”)
15000 kg (33000 lb)
22800 kg (50000 lb)

• Double grade product
• Bolt on boiler box
• Control panel
• Mobile chassis with single braking axle and suspension
• Dewatering screen spraybars
• Lighting board on mobile chassis
• Adjustable blending chute

Features & Benefits

• Underflow rubber lined slurry pump
• Double bucket wheel with variable speed control
• Two rubber lined hydrocyclone which classifies at approximately 75μm (200 mesh)
• Self regulating cyclone tank complete with built in float system and anti-turbulence sections
• High frequency 12×5 dewatering screen fitted with polyurethane modular mats
• Weir discharge system which reduces the volume of fines entering the cyclone collection tank
• Collapsible bucket wheel tank for easy transport. (Mobile version)
• Bucket wheel performs 80-90% of the work. This keeps the pump and cyclone size to a minimum
• Reduced pump and cyclone wear
• Reduced overall power requirements
• Reduced running costs
• Maximum recovery of material above 75μm (200 mesh)
• Removes silt, slimes and clays below 75μm (200 mesh)
• Removes water following dewatering operation to 10–15% of residual water content
• Major reduction in saleable material discharging to the pond, thus reducing pond maintenance and saving money
• Heavy-duty robust construction ideal for rugged operating environment
• Low maintenance
• All wear areas rubber lined
• Quick assembly time
• Approx 80-120 tph