Tianyi High-Temperature Star Discharger Rotary Vane Feeder Electric Valve
Tianyi High-Temperature Star Discharger Rotary Vane Feeder Electric Valve - Image 2
Tianyi High-Temperature Star Discharger Rotary Vane Feeder Electric Valve - Image 3
Tianyi High-Temperature Star Discharger Rotary Vane Feeder Electric Valve - Image 4
Tianyi High-Temperature Star Discharger Rotary Vane Feeder Electric Valve - Image 5

Tianyi High-Temperature Star Discharger Rotary Vane Feeder Electric Valve

$1,109.00

Description

Introducing the Tianyi High Temperature Star Discharger—your ultimate solution for efficient material handling! This robust rotary vane feeder and electric rotary valve excels in high-temperature environments, ensuring seamless operation and reliable performance. Perfect for various applications, it enhances productivity and reduces downtime. Upgrade your system today and experience the difference! Don’t miss out—buy now!

SKU 6268299589050 Category Tags , , , , , , , , , , , Brand:
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What is the Tianyi High Temperature Star Discharger Rotary Vane Feeder Electric Rotary Valve used for?

The Tianyi High Temperature Star Discharger Rotary Vane Feeder Electric Rotary Valve is designed to efficiently handle bulk materials in high-temperature environments. It is commonly used in industries such as food processing, pharmaceuticals, and chemical manufacturing to control the flow of powders and granules while preventing backflow and maintaining system pressure.

What is the maximum temperature that the valve can withstand?

This electric rotary valve is engineered to operate in high temperatures, typically accommodating environments up to 300 degrees Celsius (572 degrees Fahrenheit). However, it is advisable to check the specific product specifications for precise temperature limits based on your application.

How is the Tianyi Rotary Valve powered and controlled?

The Tianyi Rotary Valve is powered by an electric motor, which ensures reliable and consistent operation. It can be controlled manually or integrated into automated systems using various control methods, such as PLCs (Programmable Logic Controllers) or SCADA systems, to optimize material handling processes.

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