The Subhamjyoti 6N110 Rice mill is a transformative solution designed for rice processing, ideally suited for both small-scale and commercial enterprises. This high-performance machine epitomizes efficiency and reliability, significantly enhancing the production capabilities of rice mills. It is equipped with a powerful 4.1 HP copper winded motor which provides required power for efficiently carrying out the rice milling operations.
Features
:- Automated Precision : The rice mill automates the entire milling process and minimizes manual labor alongside enhancing efficiency, producing uniformly processed rice every time.
- Compact Design : Designed with space efficiency in mind, the rice mill has a compact footprint that makes it ideal for locations with limited space. Despite its size, it does not compromise on functionality or performance.
- User-Friendly Interface : The machine features an easy to use control system that simplifies operation. Whether you are an experienced operator or a beginner, the user-friendly interface makes the milling process straightforward and stress-free.
- Energy-Efficient Operation : Despite its powerful motor, the automatic rice mill is designed to be energy-efficient. It provides high performance while keeping electricity costs manageable, making it an economical choice for users.
Applications
:- Small-Scale Rice Milling : The automatic 4.1 HP rice mill is particularly suitable for small-scale farmers and entrepreneurs who need to process their own rice. It allows users to efficiently mill rice in manageable quantities, making it ideal for local markets.
- Home Use : For households that grow their own rice or purchase paddy in bulk, this machine offers a convenient way to process rice at home, allowing families to enjoy freshly milled rice without relying on external milling services.
- Commercial Applications : Businesses involved in the agricultural sector can utilize this machine for commercial purposes. It can serve as part of a larger operation where processed rice is sold directly to consumers or retailers. The semi-automatic nature of the machine ensures that it can handle higher volumes while maintaining quality.
Usage
:Step 1 : Preparation
- Choose the Right Location : Ensure a clean, dry area for the machine to prevent contamination and damage.
- Gather Materials : Collect paddy rice, ensuring it is free of stones or foreign materials. Check the machine for cleanliness and proper functioning.
Step 2 : Setup
- Check Power Supply : Before plugging in the machine, ensure the power supply matches the machine’s voltage requirements.
- Connect the Machine : Plug the machine into a power source with a reliable circuit. Ensure all connections are secure.
Step 3 : Operating the Machine
- Start the Machine : Turn on the machine using the power switch. Allow it to run idle for a few moments to ensure all parts are functioning smoothly.
- Feed the Paddy : Gradually feed the paddy into the hopper. Do not overload; maintain a steady flow to prevent clogging.
- Monitor the Milling Process : Keep an eye on the machine as it mills the rice. If you notice unusual noises or an increase in vibration, stop the machine immediately to investigate.
- Check the Output : Periodically check the outlet area for the milled rice. It’s important to ensure that the milled rice matches your quality expectations.
Step 4 : Post-Operation Care
- Turn Off the Machine : Once milling is complete, turn off the machine and unplug it from the power source.
- Clean the Machine : Remove any residual rice and clean the machine’s internal and external surfaces. This will enhance the longevity and efficiency of the machine.
- Store Properly : If the machine will not be in use for some time, store it in a dry area while covered to protect it from dust and moisture.
Maintenance :
- Daily Cleaning : At the end of each operational day, clean the exterior of the machine and the parts that come into direct contact with rice.
- Use Appropriate Lubricants : Check the manufacturer’s manual for the recommended type of lubricant.
- Check Connections : Regularly inspect electrical connections for rust, wear, or corrosion.
- Belts and Pulley Inspection : Check for any signs of wear or misalignment. Replace damaged belts immediately to avoid unfavorable disruptions.
- Regular Alignment Checks : Ensure that all components are aligned correctly.
- Replace Worn-Out Parts : A proactive approach to replacing worn parts can prevent unexpected downtime.
- Annual Inspections : Hiring a qualified technician to perform a comprehensive inspection may uncover issues that need attention.