eko enviromental brings to you the brilliant wire pak!
TRANSCRIPT
S C R A P T I R E W I R E B R I Q U E T T E R
WIREPAKTM
WirePakTM ADVANTAGE• WirePak turns your tire wire into a valuable, saleable commodity
• State of the Art patent pending design built specifically for tire wire processing
• Focus on quality – utilizing “Best in Class” components
• Automatic operation, touch screen control - reduces labour costs
• Smallest footprint in the industry - compact efficient design
• Energy efficient smart hydraulics - reduces energy consumption
• Designed for easy servicing - minimizes downtime
• High wear resistant tooling - extends tool life
B.A.T.BEST AVAILABLE TECHNOLOGY
EKO Environmental Division of MacLean Engineering1000 Raglan Street Collingwood, ON Canada L9Y 3Z1 O�ce:705.445.5707 Cell:226.688.8626 [email protected]
Division of MacLean Engineering
Leading the World in Toxic Waste Recovery Systems
www.ekocorp.comwww.macleanengineering.com
EKO is a leading edge environmental technology company dedicated to solving difficult waste
handling issues. Our commitment is to deliver solution specific equipment of unparalleled quality and
superior performance. WirePakTM uses state of the art technology to deal safely and effectively with
100% diversion from landfills.
SPECIFICATION
Capacity / hr
Weight (kg/lb)
Power
Kilowatts (Peak/Average)
Horsepower
Brick Weight (kg/lb)
Brick Dimensions (mm/in.)
Brick Density**
Internet Capable
WIREPAKTM
TECHNICAL INFORMATION
WIREPAK 4000
1600 - 1800 kg3500 - 4000 lb
8500KG / 18,700 Lb
Customer Sepcified
56.25/34.0
75
8.5 / 18.7 - 18.0 / 40
152.4 (6"Ø ) - 304.8 (12"Ø )x variable length
1250-2400 kg/cu. m80-150 lbs/cu. ft.
YES
INTEGRATED WEIGH BATCH SYSTEM: Weight parameters can be easily
reprogrammed to suit all ranges of wire for .5% Rubber to 15% Rubber content.
Tooling design accommodates tooling reversal for double life expectancy.
Minimum exchange time for wear parts. Maximum 3 hours.
84.67.05
55.04.58
15°
182.415.20
70.35.85
54.4
64.6
66.55.54
127.9
191.615.97
89.07.42
158.013.17
39.0
33.3
18.0
11.8
31.9
17.0
11.8
36.8
36.024.0
128.010.67
* As tested under factory conditions. Field Capacity may vary**Density reduces as the percentage of rubber/fluff increases
Leading the World in Toxic Waste Recovery SystemsDivision of MacLean Engineering