08071930367

GST : 29AAACD5128R1Z5

Rotary Cone Feeder

Rotary Cone Feeder Specification

Handle Type
Manual for access panel only

Motor Type
Three Phase Induction Motor

Wheel Type
Fixed base, stationary

Features
Hopper integrated, smooth discharge

Rotation Type
Rotary cone mechanism

Control System
PLC Based

Equipment Type
Rotary Cone Feeder

Condition
New

Lifting Capacity
Up to 500 kg/hr

Power Source
Electric

Power Consumption
1.5 kW

Voltage
220V / 380V

Feature
Robust construction, dust-free operation

Attributes
High precision feeding, uniform material distribution

Mounting Type
Floor / Support Frame

Application
Powder, Granules, Bulk Solids Handling

Material of Construction
Stainless Steel / Mild Steel

Inlet Size
Customizable as per requirement

Shape
Conical

Discharge Outlet Size
Customizable

Speed Control
VFD Optional

Drive System
Geared Motor

Sealing
Dust Proof Gasketed Covers

Finish
Powder Coated / Painted

Feeder Diameter
350 mm 1200 mm (Customizable)

Operating Temperature
Up to 120C

Feeding Rate
Up to 40 tons/h

Rotary Cone Feeder Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
10 Units Per Day

Delivery Time
1 Week

About Rotary Cone Feeder

Rotary Cone Feeder,the device, is using for feeding the required quantity of the paste in the pasting machine hopper. It is a rigid construction frame with 1 MT cap. Cone and fully enclosed. The cone-feeder is rotating very slow RPM and fall the required quantity of paste in the pasting machine hopper through a control valve provided at the bottom of the cone. The cone is mounted on a load bearing balls to give smooth rotation. It is complete with an induction motor couple to a reputed make gear Dox.

Customizable Feeder Solutions for Bulk Material Handling

Our Rotary Cone Feeder is highly adaptable, with customizable feeder diameter, inlet, and discharge outlet sizes to meet specific operational requirements. The equipment is suitable for an array of industries handling powders, granules, and bulk solids, offering flexibility in application and process integration. Choose between stainless steel or mild steel construction and various mounting types for optimal installation.

Robust, Dust-Free Operation with High Precision

Built with a focus on reliability and operator safety, the Rotary Cone Feeder incorporates dust-proof gasketed covers and a smooth rotary cone mechanism. This design ensures minimal material spillage, superior precision, and uniform discharge. The integrated hopper and PLC-based control system facilitate seamless feeding cycles while minimizing maintenance requirements.

FAQs of Rotary Cone Feeder:

Q: How does the rotary cone mechanism ensure precise and uniform feeding?

A: The rotary cone mechanism distributes bulk materials evenly across the discharge area, facilitating high-precision feeding. This continuous rotation reduces bridging and rat-holing, ensuring consistent flow and uniform distribution of powders and granules during operation.

Q: What materials of construction are available for the Rotary Cone Feeder?

A: The feeder is available in both stainless steel and mild steel, allowing you to select the ideal material for your process based on corrosion resistance and product compatibility requirements.

Q: When should a customizable inlet or outlet size be selected?

A: Customizing the inlet or outlet size is beneficial when integrating the feeder into existing processing lines or handling materials that require specific flow characteristics. This ensures seamless connectivity and optimal material transfer efficiency.

Q: Where is the Rotary Cone Feeder typically installed?

A: This equipment is designed for mounting on the floor or a dedicated support frame, making it suitable for a variety of plant layouts in material handling, food processing, or chemical industries.

Q: What processes and materials are the Rotary Cone Feeder best suited for?

A: It excels in powder, granules, and bulk solids handling where accurate feeding and dust-free operation are critical. The feeders design supports processes such as batching, dosing, mixing, and transferring materials with high reliability.

Q: How does the PLC-based control system benefit the operation?

A: The PLC-based control system automates feeding cycles, allows integration with plant automation, and offers precise adjustments to feeding rate and timing. This leads to improved efficiency, reduced operator intervention, and error minimization.