Donasonic 0027 Micro X170 · WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY DONASONIC...

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Materials Recycling for a Sustainable Future donasonic GRANULATOR WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY MICRO X170

Transcript of Donasonic 0027 Micro X170 · WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY DONASONIC...

Page 1: Donasonic 0027 Micro X170 · WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY DONASONIC AUTOMATION LTD UK Head Office Unit 14 Shaw Wood Business Park Shaw Wood Way Doncaster

Materials Recycling for a Sustainable Future

donasonic

GRANULATOR

WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY

MIC

RO

X17

0

Page 2: Donasonic 0027 Micro X170 · WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY DONASONIC AUTOMATION LTD UK Head Office Unit 14 Shaw Wood Business Park Shaw Wood Way Doncaster

WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGYWASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY

Pulley Drive

Flange for custom hopper

connection

Maintenance Door

Nodding Unit

ElectroMotor

Screen change

access door

Maintenance Platform Screen and

Material Discharge

The Micro is a single shaft granulating machine, utilized for the secondary processing of a range of waste materials. The high speed cutting shaft fi tted with an array of angled blades and blade holders constructed from wear resistant steel, shreds the input material against the stator blade. The media is cut multiple times until the material is reduced to the size of the inbuilt screen at which point the it is ejected from the machine. The screen is manufactured from an extremely hard wearing material to increase the life and can be changed onsite quickly and easily, with little downtime.

The granulator can be fi tted with a range of drive systems including electro motor and high torque motors and this is specifi ed based on the input material.

Maintenance is simplifi ed by with the inclusion of the working platform and maintenance door from which the cutting space and screen can be cleared and the blades, blade holders and stator blades can all be changed. The blades are designed to be used four times per piece, greatly reducing wear parts costs.

The cutting shaft has also been engineered into three modules resulting in a shaft that is interchangeable and different rotor blade confi gurations can be installed, increasing the fl exibility of the machine for a greater variety of input materials.

Daily• General cleaning of the machine and cutting space• Hydraulic Components - Check level and oil temperature• Lubrication - Check lubrication, fi ll and bleed as required• Blade Clearance - Check cutting slit and adjust if necessary• Cutting space - Check, clean and empty the cutting area, screen and rotor/stator blades

Weekly• Drive System - Clean and remove dust deposits• Lubrication - Inspect lubrication of equipment• Cutting Space - Check rotor and stator blade condition• Steel Structure - Inspect, clean and remove dust

Monthly• Pipelines/hoses - Inspect, clean and remove dust• Control Cabinet - Clean the cabinet and surroundings• Belt Tensioning - Check V-belt tensioning

Annually• Lubrication - Inspect lubrication of equipment• Shaft - Check rotor shaft seal• Electrical - Inspect/monitor electrical equipment and connections, record and replace any damaged cables• Tighten screws

• Rotor Blades (Inc. Support Elements)• Stator Blades (Inc. Support Elements)• Screen

• High throughput• Homogeneous output material size• Relatively small footprint• Wide range of applications• Flexible drive system

Function Overview

Application

Maintenance

Daily

• General cleaning of the machine and cutting space • Hydraulic Components—Check level and oil temperature • Lubrication—Check lubrication, fill and bleed as

required • Blade Clearance—Check cutting slit and adjust if necessary • Cutting space—Check, clean and empty the cutting area, screen

and rotor/stator blades

Weekly

• Drive System — Clean and remove dust deposits • Lubrication — Inspect lubrication of equipment • Cutting Space— Check rotor and stator blade condition • Steel Structure — Inspect, clean and remove dust

Monthly

• Pipelines/hoses—Inspect, clean and remove dust • Control Cabinet — Clean the cabinet and surroundings • Belt Tensioning—Check V-belt tensioning

Annually

• Lubrication—Inspect lubrication of equipment • Shaft — Check rotor shaft seal • Electrical—Inspect/monitor electrical equipment and con-

nections, record and replace any damaged cables • Tighten screws

The Micro is a single shaft granulating machine, utilized for the secondary processing of a range of waste materials. The high speed cutting shaft fitted with an array of angled blades and blade holders constructed from wear resistant steel, shreds the input material against the stator blade. The media is cut multiple times until the material is re-duced to the size of the inbuilt screen at which point the it is ejected from the machine. The screen is manufactured from an extremely hard wearing material to increase the life and can be changed onsite quickly and easily, with little downtime.

The granulator can be fitted with a range of drive systems including electromotor and high torque motors and this is specified based on the input material.

Maintenance is simplified by with the inclusion of the work-ing platform and maintenance door from which the cutting space and screen can be cleared and the blades, blade holders and stator blades can all be changed. The blades are designed to be used four times per piece, greatly re-ducing wear parts costs.

The cutting shaft has also been engineered into three mod-ules resulting in a shaft that is interchangeable and differ-ent rotor blade configurations can be installed, increasing the flexibility of the machine for a greater variety of input materials.

Wear Parts List

Function Overview

Tyres (Cars, Trucks, Construction Machinery) Oil filters Cables WEEE (Waste Electrical and Electronic Equipment) Reject Materials, Textiles, Carpets and Floor Coverings Domestic, Commercial and Bulky Refuse Paper, data, files, cardboard etc. Plastics (e.g. PVC, PET, PP, PE, HDPE, LDPE, ABS) RDF, SRF & TDF The Micro X60 can be utilized for various granulating pur-poses with the output in pieces equal to the diameter of the in built screen, in the range of 5mm—100mm.

High throughput Homogenous output material size Relaively small footprint Wide range of applications Flexible drive system

Advantages

Rotor Blades (Inc. Support Elements) Stator Blades (Inc. Support Elements) Screen

Maintenance

Application• Tyres (Cars, Trucks, Construction Machinery)• Oil fi lters• Cables• WEEE (Waste Electrical and Electronic Equipment)• Reject Materials, Textiles, Carpets and Floor Coverings• Domestic, Commercial and Bulky Refuse• Paper, data, fi les, cardboard etc.• Plastics (e.g. PVC, PET, PP, PE, HDPE, LDPE, ABS)• RDF, SRF & TDF

The Micro X170 can be utilised for various granulating purposes with the output in pieces equal to the diameter of the in built screen, in the range of 5mm - 100mm.

Advantages

Wear Parts List

Machine Dimensions (L x W x H) mm 4,130 x 3,090 x 3,900

Total Weight kg Approx. 22,000 (depending on drive system, blades, and holders)

Machine Type Single Shaft - Granulator

Cutting Space (L x W) mm 1,700 x 600

Drive Power kW 1 x 110, 1 x 132, 1 x 160, 1 x 200

Power Supply 400V, 50Hz, 3 phase

Input Capacity t/hr Up to 22 (Depending on input material and screen size)

Output Fraction Size mm Dependent on material/requirements (5 Min.—100 Max. pieces)

Material infeed Conveyor Belt / Chain Conveyor / Direct from Pre-Shredder

Noise Level db(A) Idle < 85, Full Load > 85

Structure Finish RAL 5015, RAL 7030 & galvanised

Chassis Type Steel I-beam welded construction, IPB200 (DIN 1025-2

/ BS EN 1025-2)

No. of knives Rotor Blades - 36, Stator blades - 6

Rotor Dia. mm Ø 600

Central Lubrication Yes (SKF Lincoln)

Control System PLC control with touch screen HMI

IP Protection IP 54

Optional Extras Remote Control

Remote Maintenance Assistance

IIOT (Industrial Internet of Things)

Technical DataItem Unit Description

Application

Maintenance

Daily

• General cleaning of the machine and cutting space • Hydraulic Components—Check level and oil temperature • Lubrication—Check lubrication, fill and bleed as

required • Blade Clearance—Check cutting slit and adjust if necessary • Cutting space—Check, clean and empty the cutting area, screen

and rotor/stator blades

Weekly

• Drive System — Clean and remove dust deposits • Lubrication — Inspect lubrication of equipment • Cutting Space— Check rotor and stator blade condition • Steel Structure — Inspect, clean and remove dust

Monthly

• Pipelines/hoses—Inspect, clean and remove dust • Control Cabinet — Clean the cabinet and surroundings • Belt Tensioning—Check V-belt tensioning

Annually

• Lubrication—Inspect lubrication of equipment • Shaft — Check rotor shaft seal • Electrical—Inspect/monitor electrical equipment and con-

nections, record and replace any damaged cables • Tighten screws

The Micro is a single shaft granulating machine, utilized for the secondary processing of a range of waste materials. The high speed cutting shaft fitted with an array of angled blades and blade holders constructed from wear resistant steel, shreds the input material against the stator blade. The media is cut multiple times until the material is re-duced to the size of the inbuilt screen at which point the it is ejected from the machine. The screen is manufactured from an extremely hard wearing material to increase the life and can be changed onsite quickly and easily, with little downtime.

The granulator can be fitted with a range of drive systems including electromotor and high torque motors and this is specified based on the input material.

Maintenance is simplified by with the inclusion of the work-ing platform and maintenance door from which the cutting space and screen can be cleared and the blades, blade holders and stator blades can all be changed. The blades are designed to be used four times per piece, greatly re-ducing wear parts costs.

The cutting shaft has also been engineered into three mod-ules resulting in a shaft that is interchangeable and differ-ent rotor blade configurations can be installed, increasing the flexibility of the machine for a greater variety of input materials.

Wear Parts List

Function Overview

Tyres (Cars, Trucks, Construction Machinery) Oil filters Cables WEEE (Waste Electrical and Electronic Equipment) Reject Materials, Textiles, Carpets and Floor Coverings Domestic, Commercial and Bulky Refuse Paper, data, files, cardboard etc. Plastics (e.g. PVC, PET, PP, PE, HDPE, LDPE, ABS) RDF, SRF & TDF The Micro X60 can be utilized for various granulating pur-poses with the output in pieces equal to the diameter of the in built screen, in the range of 5mm—100mm.

High throughput Homogenous output material size Relaively small footprint Wide range of applications Flexible drive system

Advantages

Rotor Blades (Inc. Support Elements) Stator Blades (Inc. Support Elements) Screen

Page 3: Donasonic 0027 Micro X170 · WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY DONASONIC AUTOMATION LTD UK Head Office Unit 14 Shaw Wood Business Park Shaw Wood Way Doncaster

WASTE MATERIALS RECYCLING MACHINE TECHNOLOGY & BIO ENERGY

DONASONIC AUTOMATION LTD UK Head Office Unit 14 Shaw Wood Business Park Shaw Wood Way Doncaster South Yorkshire DN2 5TB United Kingdom

www.donasonic.com

T: +44 (0)1302 247 295 E: [email protected]

UK Head Offi ce:Unit 14

Shaw Wood Business ParkShaw Wood Way

DoncasterSouth Yorkshire

DN2 5TBUnited Kingdom

T: +44 (0)1302 247 295E: [email protected]

www.donasonic.com

Materials Recycling for a Sustainable Future

donasonic

DONASONIC AUTOMATION LTD UK Head Office Unit 14 Shaw Wood Business Park Shaw Wood Way Doncaster South Yorkshire DN2 5TB United Kingdom

www.donasonic.com

T: +44 (0)1302 247 295 E: [email protected]