Pneumatic double valve - List of Manufacturers, Suppliers, Companies and Products

Pneumatic double valve Product List

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"Double Valve" Cross Flow Series

Contributes to malfunction! A valve with an extremely low probability of malfunction compared to a single valve, ensuring high safety.

One important feature of the "Double Valve" is that it has a duplex (dual mechanism) structure. This valve incorporates two independent 3/2 normally closed three-way valves into a single common body. Each of these two main valve bodies is operated by a dedicated 3/2 normally closed pilot valve. When both pilot valves are energized simultaneously, the two main valve bodies operate at the same time. The "Double Valve" is much safer than a single valve because the likelihood of both valve bodies malfunctioning simultaneously during the same cycle is extremely low. 【Product Lineup】 ○ With EP sensor ○ Without EP sensor ○ With pressure switch (PS) sensor For more details, please contact us or download the catalog.

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When labor accidents occur, companies suffer significant damage!

I will introduce examples of disaster costs caused by labor accidents.

This document introduces examples of disaster costs arising from occupational accidents. When an occupational accident occurs, there are certainly losses in terms of costs, but it can also lead to various issues such as a decline in corporate image, employee turnover, and decreased retention rates. Safety management to prevent accidents is related to various benefits for the company, so it is essential to pay careful attention and not neglect it. [Contents] ■ Direct costs paid to the victims themselves ■ Indirect costs, which are often larger than direct costs ■ Reference URL *For more details, please refer to the PDF document or feel free to contact us.

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[Information] The first step in learning about safety. What are the world's safety standards?

We will introduce the system of international standards such as ISO standards and IEC standards.

This document introduces the system of international standards such as ISO standards and IEC standards. As international safety standards for machinery and systems, there are ISO standards and IEC standards. These two standards target different fields; in the industrial sector, ISO standards pertain to mechanical systems, while IEC standards relate to electrical systems. Additionally, ISO/IEC Guide 51 divides ISO and IEC standards into three levels, allowing for a combination that can accommodate various products. [Contents] ■ International standards: ISO standards and IEC standards ■ Three standards in ISO/IEC Guide 51 - A standards - B standards ■ Reference URL *For more details, please refer to the PDF document or feel free to contact us.

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[Information] Aiming to reduce power consumption by introducing pulse blow.

Introducing the role of "pulse blow," which is expected to significantly improve efficiency, and its relationship with electricity.

This document introduces the role of air blow in factories, its relationship with electricity, and the "pulse blow" method, which is expected to significantly improve efficiency. While air blow contributes to product quality improvement, did you know that it actually consumes a large amount of electricity during operation? By reviewing and improving air blow systems, you can efficiently reduce the costs associated with electricity consumption. Additionally, this can lead to energy savings and enhanced product quality. For the smooth operation of your factory, we encourage you to consider the introduction of pulse blow. 【Contents】 ■ Essential for product manufacturing! The role of air blow and its relationship with electricity ■ Also contributes to product quality improvement! The key points are "pressure" and "timing" - Reduction of air consumption - Improvement of blowing power by delivering intermittent impacts *For more details, please refer to the PDF document or feel free to contact us.

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The optical safety device operated, but...

Is the optical safety device alone sufficient for safety measures? Even if the safety device operates normally, it is the valve that controls the 'pneumatic energy'.

Scene content: The operator was unable to set the workpiece properly due to carelessness. There is an optical safety device, so the machine should stop even if the neighboring operator adjusts the workpiece by hand... The 'valve' controls the rise and fall of the pneumatic cylinder. If the valve fails, even if the safety device operates, the air cannot be switched, and the cylinder will not stop.

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New Material Clogging Complete Solution Method "AirSweep"

Using compressed air, completely solve bridging and rat-holing issues in hoppers! More than half of the companies in the S&P 500 have adopted AirSweep!

Many manufacturers store and retrieve various substances in containers such as hoppers, but due to the shape of the hopper and the properties of the materials, a clogging issue known as bridging occurs near the outlet. Currently, equipment such as air knockers and air vibrators are used to strike or shake the hopper, but while the noise is loud, the effectiveness is limited, resulting in operators having to regularly (or when a clog occurs) go to the site and hit the hopper with hammers or sticks. AirSweep is a completely new proposal that uses compressed air to fully resolve issues like bridging and rat-holing. Examples of resolved materials: aluminum, coal, copper, diatomaceous earth, gypsum, iron ore, limestone, magnetite, phosphates, shale, soda ash, activated carbon, adipic acid, aluminum chloride, boric acid, chlorine, herbicides, hydrated lime, iron oxide, polyacrylamide, titanium dioxide, zinc, animal feed, brewing grains, cocoa, coffee, corn, wheat, hops, salt, edamame, spices, sugar, starch, acetate, cement, chalk, cork, detergents, fertilizers, fly ash, pharmaceuticals, plastics, polymer resins, wax flakes, wood chips, etc.

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New Powder Clogging Solution "AIRSWEEP"

Using compressed air or gas at 0.5 to 0.7 MPa! It can solve clogging issues that could not be resolved with a knocker or vibrator.

"AIRSWEEP" is a new method for resolving powder blockages that allows for complete control of the first-in, first-out flow. With a kit available, it can be easily installed from the outside of the container. It lifts the powder along the walls of the container using compressed air. A typical system consists of an AirSweep nozzle, solenoid valve, controller, and air tank, with a compressed air (gas) usage of only 0.28m3/min. 【Features】 ■ Easy installation from the outside of the container with a kit available ■ Specially shaped nozzle (patented) ■ Composed of AirSweep nozzle, solenoid valve, controller, air tank, etc. ■ Compressed air (gas) usage of only 0.28m3/min in a typical system ■ Uses compressed air or gas at 0.5 to 0.7Mpa *For more details, please refer to the PDF document or feel free to contact us.

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[A case study] AIRSWEEP received a perfect score of 10 out of 10.

Guaranteeing a continuous flow! Here is an introduction to a case where we prevented the product from solidifying.

Many materials used in the food processing industry have high oil and moisture content, making them prone to bridging, sticking to walls, and clogging. The company uses a vacuum conveying system that processes materials at a speed of 6,000 pounds per hour. When materials clog, it wastes time, labor, and materials. Therefore, they introduced six "AirSweep VA-06" units. These products are arranged in pairs at the top, middle, and bottom of the hopper to ensure a continuous flow and prevent the product from solidifying. *For more details, please refer to the PDF document or feel free to contact us.*

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[Case Study] One AirSweep solves the problem of sand flow.

The truck was loaded without delays or additional work! An example of starting the move as scheduled.

At the Service Concrete company's ready-mix concrete plant, wet sand was sticking to the container and causing bridging at the top of the pants-leg type outlet, resulting in significant delays in batching and filling transport mixing trucks. To address this, an efficient and effective system was designed, consisting of one "VA-51 AirSweep" directly above the pants-leg outlet, along with an "MCA-45T solenoid valve" and a "CBO 1-12 control box." As a result, it became possible to instantly flow sand as needed. Trucks are filled without delays or additional work and can start moving as scheduled. *For more details, please refer to the PDF materials or feel free to contact us.*

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[Instruction Manual] Raw Material Activation System 'AIRSWEEP'

USDA Approval System! Includes dimensions for mounting couplings, assembly, and disassembly, etc.

This document is the instruction manual for the AIRSWEEP raw material activation system approved by the U.S. Department of Agriculture. It includes an introduction to the system, descriptions of the main equipment, process control and operation, dimensions of the mounting couplings, assembly and disassembly, and more. It is presented clearly with photos and diagrams, so please take a moment to read it. [Contents (excerpt)] ■ Introduction to the system ■ Assembly dimensions ■ Overview of the system ■ Safety information ■ Process description *For more details, please refer to the PDF document or feel free to contact us.

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  • Rock drills, demolition machines, and excavators

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Let's compare: Fluidizer VS AirSweep

By introducing AirSweep, there are many advantages such as cost reduction, increased production, and prevention of quality deterioration!

This document introduces "Fluidizer" and "AirSweep." While the effective area radius of the "Fluidizer" is small, "AirSweep" activates the flow of materials with a diameter of up to 2.44m (8 feet) around each nozzle. In addition, we provide a clear comparison of various aspects, including "functionality," "maintenance," and "material control." By implementing "AirSweep," you can enjoy many advantages such as cost reduction, increased production, and prevention of quality degradation. We encourage you to read on. 【Contents】 ■ Functionality ■ Effective Area ■ Maintenance ■ Material Control *For more details, please refer to the PDF document or feel free to contact us.

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Counterbalance System for Mechanical Stamping Presses

Detailed coverage on topics such as the justification of costs for automatic counterbalance systems!

This document provides a detailed introduction to the "Counterbalance System for Mechanical Stamping Presses." It includes topics such as "Press Counterbalance Cycle," "ROSS Automatic Counterbalance System," and "Justification of Costs for Automatic Counterbalance Systems." Please take a moment to read it. 【Contents】 ■ Press Counterbalance Cycle ■ ROSS Automatic Counterbalance System ■ Press Counterbalance System ■ Justification of Costs for Automatic Counterbalance Systems *For more details, please refer to the PDF document or feel free to contact us.

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[Document] Design of Air Pressure Lockout/Tagout (LOTO) System

Publication on the design of the air pressure lockout/tagout (LOTO) system based on the announced safety standards!

The Lockout/Tagout (LOTO) system is an important procedure to protect employees from hazards while operating, servicing, inspecting, and maintaining machinery and facilities. There are four main concerns to address in order to ensure employee safety and increase the likelihood that procedures are followed during pneumatic lockout. This document provides a detailed explanation, so please take a moment to read it. [Contents] ■ Simplification of lockout procedures ■ Time taken for machinery to reach a safe state ■ Verification of a safe state ■ Safe restoration of pneumatic pressure *For more details, please refer to the PDF document or feel free to contact us.

  • Safety and consumables
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[Instruction Manual] High Control Reliability Double Valve 'MCSE Series'

Published information on 'Safety Precautions' and 'Services and Maintenance'!

This document is the instruction manual for our high control reliability double valve 'MCSE Series' used for safe exhaust (release) control. It includes information on "Prerequisites for Using This Product," as well as "Assembly and Installation," "Care and Maintenance," and "Specifications." Important information is provided to safely and properly assemble and test the product, so please be sure to read it. [Contents (partial)] ■ About this document ■ Safety precautions ■ Product identification ■ Prerequisites for using this product ■ Package contents *For more details, please refer to the PDF document or feel free to contact us.

  • Safety and consumables
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Data 'Hydraulic Cut-off & Load Holding Safety Valve System HBH Series'

Focusing on the HBH series valve system! Includes information such as stopping time for calculating safety distance.

This document is the integration guide for the "HBH Series Valve System." This series is utilized for safety hydraulic shut-off and load holding functions, and it outputs feedback to an external monitoring safety control system using an inductive position switch (PNP). It provides detailed explanations using photos and diagrams on topics such as "HBH Wiring (Pin Configuration)" and "Operation and Monitoring Requirements of the HBH Series Valve System." Please take a moment to read it. [Contents (Partial)] ■ Introduction ■ Pulse Testing ■ Stop Time for Safety Distance Calculation ■ HBH Wiring (Pin Configuration) ■ Pilot Supply Conversion *For more details, please refer to the PDF document or feel free to contact us.

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