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Powder Dosing Valve
Created with Pixso. Modular Automatic Air Purge Valve Stainless Steel Cone Valve

Modular Automatic Air Purge Valve Stainless Steel Cone Valve

Brand Name: Doebritz
Model Number: DB104
MOQ: 1
Price: negotiable
Delivery Time: 20 weeks
Payment Terms: 30/70
Detail Information
Place of Origin:
CHINA JIANGSU WUXI
Three-module Structure:
Active Unit, Passive Valves, Control Cabinet
Dust-tight Sealing Design:
Sensor-activated Locking Mechanism
Fully Automatic Operation:
From Docking To Discharge
Precision Dosing Control:
Via Pulsed Cone Valve Stroke Adjustment
Universal Container Compatibility:
For RIBCs/FIBCs
Integrated Fluidization System:
Enhancing Powder Flow
Optional High-frequency Vibrator:
For Cohesive Powders
Air-wash Sealing Mechanism:
Post-discharge Cleaning
PLC & Touchscreen Control Cabinet:
Centralized Operation
Modular Docking Design:
Detachable Cone Probe And Valve
Packaging Details:
wooden box
Highlight:

Modular Automatic Air Purge Valve

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Modular Auto Air Purge Valve

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Stainless Steel Cone Valve

Product Description
Major component
The Cone Valve system consists of the three main assemblies: an active ConeValve docking and filling/discharging unit; passive valves suitable for connection to different types of mobile containers; and an electro-pneumatic control cabinet with touch-panel, PLC and pneumatic control valves.
Appliance
ConeValve is designed for automatic discharge and accurate controlled transfer of bulk powders from RIBCs (rigid intermediate bulk containers), FIBCs (flexible intermediate bulk containers). An automatic filling application is available with no transfer control required
Highlights
Dust-free
Closed process
Fully automatic
Accurate dosing
Universal compatibility with different types of containers
Working principle
The main mechanical components of the active ConeValve unit are the cone probe, the inner telescopic drive cylinder, the outer cylindrical housing with the locking mechanism, the transfer body with connection flanges and the pneumatic drive motor located inside a protective tube. When the active and passive units are moved into contact, two sensors activate the locking mechanism of the active unit to provide a dust-tight connection between the container and the docking unit. Then the cone probe connects internally to the passive cone valve, unclips and opens it in order to allow the transfer of powder into or out of the mobile container. In discharging mode, the flow of powder can be adjusted continuously by varying and pulsing the stroke of the cone valve via the telescopic cylinder and also by activating the integrated fluidiza-tion. For difficult-flowing, cohesive powders and for accurate dosing, an optional high-frequency vibrator can be integrated into the cone probe.
At the end of the fill/discharge sequence, the cone probe and the passive cone valve are closed. After some air wash sequences, the cone valve is clipped back into the inner ring of the passive ConeValve assembly, thus re-sealing the mobile container, which then can be removed from the docking station.