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The diesel engine cassava chips machine is available in different types to suit varying processing needs and capacities. Here are some popular types:
Universal Peeler
The universal peeler is a popular type of diesel cassava chips machine. It is common in many countries because it is easy to operate. This kind of machine requires only one person to peel the cassava tubers efficiently and fast. The universal peeler is also safe, and it reduces waste.
Manual Peeler
The manual peeler is a more traditional type of cassava peeling machine. Manual peelers have a crank handle for peeling cassava. This kind of machine is operated with manual power. Given this, it cannot process large amounts of cassava chips. However, the machine may be suitable for small-scale or local peeler operations. The manual machine requires less power input than a peeling plant.
Motorized Peeler
A motorized diesel cassava chips peeler requires less manual effort than the manual variant. This peeler uses electric power to peel large amounts of cassava tubers. It has a powerful motor that provides enough power to peel tough cassava quickly. The motorized machine also has safety features that reduce accidents. Despite being larger than the manual peeler, the motorized machine is easy to store and transport.
Treadmill Peeler
The treadmill diesel peeler is similar to the motorized type. It uses less energy and is more affordable. This machine runs on a treadmill powered by an engine. It can process a large volume of cassava chips. The machine is easy to use, and safety features limit accidents.
These are the specifications and maintenance requirements of a diesel engine cassava processing machine.
Power output
The power output of the diesel engine drives the chips machine's cutting and processing functions. It is measured in kilowatts (kW) or horsepower (HP). A typical diesel engine may have 5 to 10 HP.
Fuel consumption
This refers to the rate at which the machine consumes diesel fuel, usually expressed in liters per hour. The fuel consumption depends on the power of the engine, the workload, and the efficiency of the machine. Some machines may use 1 to 3 liters of diesel per hour.
Output capacity
The output capacity indicates the amount of cassava chips processed per hour or per day, depending on the machine's speed. Some machines can process 300 to 500 kg of raw cassava into chips in one hour.
Dimensions
The size of the machine affects the space and installation requirements for processing cassava. The length, width, and height of the machine may vary depending on the model. For example, a large-sized machine may measure 2.5m x 1.2m x 1.5m.
Weight
The overall weight of the machine is an essential factor for stable operation and installation.
Cleaning
Cleaning is vital to the maintenance of diesel engines. Remove the outer casing and other accessory parts before cleaning. Use a brush and water to clean the engine block, lubricating the oil can. Ensure the water drained is thorough to prevent it from becoming stagnant inside the engine.
Check the wear and tears of the moving parts
Inspect and maintain the engine's moving parts in the diesel cassava machine regularly. Apply lubricant oil to the moving parts to reduce friction. Lubricating oil can prevent wear and tear, extending the lifespan of the moving parts.
Diesel engine maintenance
Some core diesel engine maintenance tips include replacing the oil filter regularly and engine oil. Users should also check the fuel lines and connections to ensure they are not clogged or leaking. The air filter should be clean, and the cooling system should be working effectively. Precautions should be taken to protect the engine from harsh weather conditions. Store it in a dry and clean environment when not used for a long time.
The uses of cassava chippers are not limited to making animal feeds. Such machines have multiple applications in various industries.
Agriculture:
Diesel cassava chipper machines process cassava chips to make animal feed. Livestock farms use cassava chips as feed for horses, cows, pigs, and other animals. The chips contain high nutritional value that boosts the health and growth of the animals. Additionally, farmers use the chipper to increase the feed output and improve the livestock productivity.
Food Industry:
Large-scale food processing factories use cassava chips machines to produce cassava chips at a faster rate. The machines are integrated into production lines to make cassava chips for sale in supermarkets and snack bars. Chips produced by the machine satisfy the high demands of retail customers.
Farming & Ranching:
In gourmet restaurants and fast-food chains, chefs often prepare meals with thick potato chips. Cassava chips machines produce thin chips with different flavors and varieties. Chefs can use them to make different types of chips that their clientele will approve of.
Export:
In the export industry, cassava chipper machines process cassava roots into chips for export. These chips serve as raw materials for several industries, such as ethanol production.
Bioenergy:
In the bioenergy industry, cassava chipper machines are used to process cassava roots into chips. The chips become a source of feedstock for producing bioethanol and other renewable energy products.
When selecting a diesel cassava chip machine, there are several factors to consider to ensure one is getting a quality, efficient, appropriate machine.
First, check the machine's build material and overall construction. Machines built with strong stainless steel are more likely to last a long time without breaking down. This is because stainless steel can withstand frequent use and endure harsh environmental conditions. Also, when the construction of the machine is done right, it is more likely to be sturdy and stable. This helps reduce the risk of premature damage and away, prolonging maintenance costs.
Another important things to consider is the machine's efficiency and output capacity. People should get machines that can give them more outputs within a condensed timeframe. While the existing efficiency and output capacities are mostly determined by the engine used in the machine, it doesn't hurt to go for well-performing machines. Check the manufacturer's specifications and ensure it can handle the intended demands.
It makes no sense to get a diesel cassava machine that incurs expensive operational and fuel costs. The type of fuel a machine consumes should, therefore, be considered when selecting the ideal machine. Opt for those that use low diesel fuel to minimize operation costs.
Another thing buyers should not overlook is the machine's safety features. Check the manufacturer's safety features and choose those with effective, convenient, and practical safety features. These may include emergency stop buttons, guards, and protection devices.
Ultimately, when spending money on something, it is crucial to have the peace of mind that comes with warranty and after-sales support. Look for suppliers who offer long-term product support and buy warranties.
Before settling on a specific cassava chip machine vendor, compare several options. Ensure they meet the requirements discussed above before deciding to purchase. Bargain to get a favorable deal.
Q1 Can a diesel-powered cassava chipping machine process other food materials?
No, it can't. The machine is designed to handle cassava as its main raw material. Other food substances may result in poor production or damage to the device.
Q2 Does the operator receive formal training before using a diesel engine cassava chips machine?
Before using industrial equipment like this one, the operator should receive formal training. This training will enable them to understand the machine better, ensure safety, and improve efficiency.
Q3 Can a diesel cassava chipper machine work off-grid?
Yes. This is one of the benefits of using a diesel machine. It can work off-grid since it doesn't require an electricity supply to function.
Q4 How long does a diesel engine cassava chips machine run?
It depends on the model. Some machines can run for about 8 hours continuously, while others run for 12 to 24 hours. Knowing the daily work hours of the machine can assist in choosing the right generator capacity.
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