GRINDING CAPACITY : 500KG/HOUR

AUTOMATION GRADE : SEMI AUTOMATIC

MATERIAL : MS BODY

POWER SOURCE : ELECTRIC

VOLTAGE : 415V

POWER CONSUMPTION : 17.0KWH

MOTOR SPEED : 2880rpm

FREQUENCY : 50H/z

MOTOR TYPE : THREE PHASE

COATING : POWDER COATING

1. Capacity:

   • Processing capacity:500kg/hour (customizable based on requirements).
   • Adjustable throughput for different seed types (small grains to larger seeds).

2. Cleaning Mechanism:

   • Pre-cleaner section: Equipped with an air screen cleaner that separates large impurities like straw, leaves, and dust.
   • Secondary cleaning: Gravity separator or vibrating screen to separate based on weight and size.
   • Optional magnetic separator: For removal of ferrous contaminants.
   • Optical sorting (if required): For high-quality seed processing.

3. Power Requirement:

   • 380V, 3-phase, 50Hz/60Hz depending on location.
   • Power consumption: Approximately 10 kW.

4. Material Build:

   • Frame made of high-quality MS 
   • Durable components for long-lasting operation in industrial settings.

5. Control System:

   • Fully automated control panel with touch screen interface.
   • PLC (Programmable Logic Controller) based system for precision.
   • Adjustable settings for different seed types (size, weight sensitivity, air-flow rate).

6. Dimensions:

   • Customizable design to fit small to large-scale operations.

7. Dust Collection:

   • Equipped with a dust collection system to ensure a clean working environment.
   • Cyclone separator or bag filter to manage air pollutants.

8. Noise Level:

   • Low-noise operations (< 75 dB), suitable for indoor facilities.

This could be an advanced feature to enhance the efficiency of the seed cleaning process, providing protection against overloading, malfunctions, and contamination.

1. Automation & Sensors:

   • Equipped with optical or infrared sensors to detect impurities and automatically adjust cleaning.
   • Vibration and heat sensors to monitor machine health and prevent breakdowns.

2. Real-time Monitoring:

   • Displays operational data such as throughput, impurity levels, and machine health.
   • Connected via IoT for remote access, allowing for real-time troubleshooting and performance analytics.

3. Energy Efficiency:

   • Designed to optimize power usage, with energy-saving modes during low throughput.

4. Safety Features:

   • Emergency stop systems.
   • Auto shut-off during overloads or operational issues.