Fixed-type Sawdust Producer with Motor (CH...

Features of Feeding Section The feeding section is largely composed of a wide, large hopper and a feeding unit. The feeding unit consists four individual upper rollers and lower rollers. Each upper roller is designed to move up and down or back forth independently. Unlike a machine having a feeding section consisting of one upper roller and a lower chain, therefore, this machine provides strong pressing force when feeding wood. Wet, twiggy, crooked, or bulky woods can be fed smoothly without slipping, or being caught or clogged. Woods fed are cut in a securely gripped condition. This machine offers high safety, low load factor, low wear of blade, uniform size of chips, and high productivity. Both walls of the feeding section is provided with a few rollers to prevent woods from being caught, so that woods can be fed smoothly without being caught or clogged even when they are fed excessively. Therefore, high production capacity and logn service life of the machine can be obtained. The feeding section is placed low in order to relieve a worker's fatigue and improve work efficiency. Features of Cutting Section (Blade Drum) A drum is designed not only to crush woods but also to produce sawdust. The drum is also designed to both crushing blades and sawdusting blades to be installed. If both blades are installed, crushed chips are produced. If the crushing blades are removed, sawdust is produced. Blades can be changed easily and in a short time. A blade is long and its both sides can be used. As it can be ground five or six times for use, its average lifetime is six to twelve months, depending on working conditions. Therefore, the consumption of blades is so low that a cost-saving effect can be obtained. Features of Blade Assembly System (patented and certified by KT) Blades, blade sheaths and a sheath groove base are designed to be separated from each other so that is is easy to disassemble and reassemble them. If a blade or blade sheathh is damaged by stone or metal, it is needed to replace such damaged blade or blade only. Therefore, low maintenance cost is required, and permanent lifetime of a drum is guaranteed. Each two blades are fixed into a 15° inclined blade sheath that is firmly wedged into a 45° inclined groove of the sheath base. During cutting work, blades are not vibrated so that the sheath groove is not worn away. Lifetime of a blade and blade sheath is semi-permanent. A blade sheath is designed to have a large discharging passage for sawdust and crushed chips in order to ensure smooth discharge of sawdust and chips. Blades and the drum are not heated as wind is generated from the drum. Therefore, long lifetime of the drum and blades are ensured. In addition, uniform size of chips and low load factor result in high production capacity. * The conventional machines have many problems such as vibration of blades due to its vertical assembly, overheating resulting from small discharging path around the blades, severe wear of blade sheath and blade cover plate due to vibration of blades, severe overload caused by wood residues such as resin sticking to the blades, short lifetime of a drum and blades due to overheating, and irregular size of chips. However, Serim Chop Mill's machine has perfectly made up for these problems. It has also obtained the KT (Korean Technology) Mark in recognition of its quality and performance. Features of Blade Assembly System (patented and certified by KT) Chips crushed by drums and discharged along the feeding belt (patented by Serim) installed at the bottom of the machine are fed to a long loading conveyor attached to the rear of the machine. The conveyor's height can be freely adjusted according to the height of a carrying vehicle. This section is designed to keep the area around the machine clean, facilitate moving and loading works, and generate no dust. (It has obtained the certificate of an excellent product from the Korean Public Procurement Service.) Specifications (Model's length is dimension without input conveyer) Model Wood feeding type Cuttingmethod Dimensions(mm) Weight(Kg) Materialsandtype of blade Size offeedingtray(mm) AdhesionPower(HP) Capacityperhour Length Width Height W H sawdust Chip CHOP200S Up-downRollingAuto-transfer DrumRotationCutting 2850 2350 1650 4500 Double-side,dual carbideblade 400 400 Engine 360Motor 214~268 47m3/h 30~40ton/h CHOP200A Up-downRollingAuto-transfer DrumRotationCutting 2850 2300 1600 4000 Double-side,dual carbideblade 350 350 Engine 288 Motor 175~214 37m3/h 20~30ton/h CHOP201A Up-downRollingAuto-transfer DrumRotationCutting 2800 2250 1500 3500 Double-side,dual carbideblade 300 300 Engine 185~250Motor 150~175 25m3/h 15~20ton/h CHOP201 Up-downRollingAuto-transfer DrumRotationCutting 2750 2200 1450 2900 Double-side,dual carbideblade 250 250 Engine 185 Motor 75~100 18m3/h 10~15ton/h CHOP202H Up-downRollingAuto-transfer DrumRotationCutting 2500 2150 1350 2200 Double-side,dual carbideblade 205 210 Engine 69~88Motor 60~75 13m3/h 5~7ton/h CHOP202 Up-downRollingAuto-transfer DrumRotationCutting 2400 2100 1200 1300 Double-side,dual carbideblade 200 170 Engine 50~65Motor 30~40 5~8m3/h 3~5ton/h