Electro Mechanical Feeder

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Electro Mechanical Feeder Specification

Type
Electro Mechanical Feeder

Material
Mild Steel

Capacity
2 to 5 Tons per Hour

Computerized
No

Automatic Grade
Automatic

Voltage
220 to 380 V

Frequency (MHz)
50 Hz

Belt Diameter
Standard

Size
Standard

Width
400 to 1000 mm

Weight
220 kg

Dimension (L*W*H)
1500 x 900 x 900 mm

Electro Mechanical Feeder Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
5 Pieces Per Month

Delivery Time
1 Week

About Electro Mechanical Feeder

We introduce ourselves as a noteworthy organization betrothed in manufacturing, exporting and suppling Electro Mechanical Feeder to our clients. This feeder is located beneath the tray on the drive units. It is a high frequency reciprocating machine, capable of conveying bulk material from storage to processing or between processes at a continuous controlled rate of flow. Offered machinery is fabricated by our skilled professionals at our technically sound manufacturing units as per defined international standards. Clients can avail this Electro Mechanical Feeder in various configurations such as base mounted over hanging, combined single motor drive, dual twin motor drives, multiple drives to serve as vibrating conveyors.

Features:

Enhanced durability
High load bearing capacity
Reliable operation
Energy efficient

Advanced Industrial Feeding Solution

Engineered to optimize industrial material handling, the Electro Mechanical Feeder boasts precision feeding with an easily adjustable speed. Its powder-coated mild steel frame resists corrosion and enhances operational longevity. With a high capacity and floor-mounted stability, the feeder is designed to meet heavy-duty demands in production environments.

Safety and Low-Noise Operation

Equipped with built-in overload protection, this electro mechanical feeder prioritizes operator safety and prevents equipment damage. Its low-noise operation ensures a more comfortable workplace, making it ideal for factories and industrial units that value both productivity and occupational health.

Effortless Control with Included Panel

Featuring an integrated control panel, the feeder allows users to monitor and adjust feeding speeds as required. Automatic grade functionality minimizes manual intervention, and a robust design ensures stable, continuous performance under varied industrial conditions.

FAQs of Electro Mechanical Feeder:

Q: How does the Electro Mechanical Feeder enhance material handling in industrial applications?

A: The Electro Mechanical Feeder provides reliable, adjustable-speed feeding, making it ideal for continuous and efficient material flow in industrial settings. Its robust construction and low-noise operation create a safer and more productive work environment while supporting high-volume handling up to 5 tons per hour.

Q: What safety features are included with this feeder?

A: This feeder is equipped with an overload protection system that safeguards both the machine and the operator by automatically shutting down or alerting users if excessive loads are detected during operation.

Q: Where can the Electro Mechanical Feeder be installed within a factory setup?

A: Its floor-mounted design enables stable placement in production lines, near conveyor belts, or in raw material intake areas, making it suitable for a variety of industrial material handling applications.

Q: When should maintenance be performed on the feeder?

A: Routine maintenance should be carried out periodically depending on usage intensity, usually every few months. Regular checks on the electric motor, control panel, and structural components ensure consistent performance and longevity.

Q: What is the process for adjusting the feeding speed?

A: The included control panel allows operators to easily adjust feeding speed to match specific material flow requirements, providing precise control over industrial feeding operations.

Q: What benefits does the powder coated mild steel construction offer?

A: Powder coating on mild steel enhances durability by protecting against corrosion, wear, and environmental factors, ensuring the feeder remains reliable in demanding industrial environments.

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