350 mm Rotary Valve Circular

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MOQ : 1 Unit

350 mm Rotary Valve Circular Specification

Connection
Flanged

Size
350 mm Diameter

Voltage
415V AC, 3 Phase

Sealing
Double Lip Seal

Finish
Smooth Painted / Coated

Material
Mild Steel (MS)

Power
0.75 kW

Media
Powder, Granules, Bulk Material

Temperature of Media
Up to 120C

Port Size
350 mm

Flange
Drilled as per IS/ANSI/DIN Standard

Application
Bulk material discharge, conveying and feeding systems

Speed
10-45 RPM (adjustable with frequency drive)

Airlock Performance
Leak-tight design for effective air lock

Operating Pressure
-0.5 to +1 bar

Bearing Type
Heavy-duty Self Aligning

Body Construction
Robust welded steel construction

Maintenance
Low maintenance, easy access for cleaning

Mounting
Horizontal

Drive Type
Direct coupled geared motor drive

Weight Approx.
95-120 kg depends on specification

Rotor Type
6/8/10 Vanes as per design

350 mm Rotary Valve Circular Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About 350 mm Rotary Valve Circular

The 350 mm Rotary Valve Circular is a paragon of robust engineering, designed to deliver stellar performance in bulk material handling. Jump on exclusive instant savings and customizable configurations such as 6/8/10 vane rotors, ensuring precise control over powder, granules, and various bulk media at temperatures up to 120C. Its prime mild steel body, heavy-duty self-aligning bearings, and leak-tight airlock deliver low maintenance and reliable operation. Suited for direct coupled geared motor drive, it's an ideal choice for manufacturers and suppliers seeking trustworthy solutions in India.

Optimal Usage & Applications of 350 mm Rotary Valve Circular

This advanced rotary valve is used for dosing, feeding, and airlock applications in conveying and discharge systems. Specifically designed for general and industrial use, the valve is a robust solution for powder and bulk material transfer in pneumatic conveying, silo discharge, and feeding processes. Its horizontal mounting and easy-access construction make cleaning and routine maintenance effortless, supporting efficient material flow in a variety of modern processing plants.

Export Markets and Supply Capabilities of the 350 mm Rotary Valve Circular

Our Rotary Valve enjoys high demand in prime global markets including Asia, Europe, and the Middle East. With goods transport and dispatching streamlined from our FOB port in India, we ensure reliable and timely supply to our international clientele. Vast supply capacity allows us to meet bulk orders promptly, maintaining fast and consistent dispatching schedules for manufacturers and project contractors worldwide seeking robust bulk material handling solutions.

FAQ's of 350 mm Rotary Valve Circular:

Q: How does the 350 mm Rotary Valve Circular support bulk material handling?

A: The 350 mm Rotary Valve Circular ensures efficient bulk material discharge, conveying, and feeding by maintaining a leak-tight airlock and adjustable speed to regulate the flow of powders, granules, and other bulk materials.

Q: What are the customizable configuration options for this rotary valve?

A: You can select rotor types with 6, 8, or 10 vanes and specify flange drilling as per IS, ANSI, or DIN standards, tailoring the valve to specific process requirements and system compatibility.

Q: Where can this rotary valve be installed?

A: The valve is suitable for horizontal mounting in bulk material systems, including pneumatic conveyors, silo discharges, and feeding equipment in diverse industrial environments.

Q: What is the process for cleaning and maintaining the rotary valve?

A: Cleaning is made simple due to the easy-access design. The valve's low-maintenance construction, with heavy-duty self-aligning bearings, ensures durability and minimizes the frequency of routine service.

Q: What benefits does the leak-tight design provide during usage?

A: The leak-tight design supports effective airlock performance, reducing material loss, minimizing contamination, and improving overall system efficiency in demanding industrial operations.

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