Vacuum Lifters By Palamatic
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An introduction in to how vacuum lifters can help solve many manual handling issues for employers and factory operatives.
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This document discusses air cushion mobility systems, also known as air casters. Air casters use compressed air to create a cushion of air that allows heavy loads to float and be moved with very little force. They work similar to hovercraft by maintaining higher air pressure under the load than outside air pressure. This allows the load to be lifted slightly off the ground. The document discusses the design, operation, advantages and applications of air caster systems for moving heavy loads with low friction in industrial settings.
AerofilmSystems Brochure_DIG
This document provides an overview of air caster transportation systems produced by Aerofilm Systems. It describes various air caster products such as permanently installed air caster systems, modular air caster systems, air casters, lift cushions, and custom engineered solutions. The main benefits of air caster transportation systems are listed as being ergonomic, causing no floor damage, suitable for heavy loads, friction-free movement, low maintenance, and accurate positioning.
AerofilmSystems Brochure_DIG
This document provides an overview of air caster transportation systems produced by Aerofilm Systems. It describes various air caster products such as permanently installed air caster systems, modular air caster systems, air casters, lift cushions, and custom engineered solutions. The main benefits of air caster transportation systems are listed as being ergonomic with low effort required, suitable for heavy loads, friction-free movement, accurate positioning, and applicable in cleanroom environments.
AerofilmSystems Brochure_DIG
This document provides an overview of air caster transportation systems produced by Aerofilm Systems. It describes various air caster products such as permanently installed air caster systems, modular air caster systems, air casters, lift cushions, and custom engineered solutions. The main benefits of air caster transportation systems are listed as being ergonomic, causing no floor damage, suitable for heavy loads, friction-free movement, low maintenance, and accurate positioning.
Silo safety
Silos that are filled directly from a pressurised tanker need to incorporate suitable mechanisms to allow displaced air within the silo to escape during filling. If these mechanisms are insufficient for the pressures created within the silo, or if the equipment is poorly maintained and becomes inefficient, dangerously high pressures can build up within the silo. This can lead to a catastrophic blow out, damaging plant and equipment, dispersing possibly toxic silo contents over a wide area and endangering the lives of employees.
5
The document provides details on the design and construction of a hydraulic scissors lift. It discusses the components and mechanics of scissors lifts, including how they extend and contract using a scissor mechanism. It also covers pneumatic and mechanical scissors lifts, principles of operation, material selection for components, and design calculations for selecting an appropriate hydraulic cylinder. The goal of the project is to design and build a hydraulically powered scissors lift that can safely lift a worker and equipment to working heights.
Applying Gate Valves with Rotary Airlocks in Pneumatic Conveying Systems
Whether it be agriculture, chemicals, food, minerals, plastics, or other industry sectors, the most common practice for handling dry bulk solids in a dilute-phase production process is to feed material from a silo through a rotary airlock and into a positive pressure pneumatic conveying system. This material conveying method is most logical across industries due to its efficiencies and relative affordability. As most pneumatic conveying systems are equipped to support pressures of no greater than 15 psig (1 bar), the airlock is a standardized mechanism that supports these benefits and possesses the versatility to handle most dry bulk materials, making it a popular option.
However, while such a configuration is beneficial for the movement of material from multiple silos through a single conveying system, flaws in the system’s design may negatively impact the overall performance of a manufacturing process.
Read more: http://www.vortexglobal.com/applying-gate-valves-rotary-airlocks-pneumatic-conveying/
Fall Protection in Constuction
Falls are a leading cause of worker deaths in construction. Proper fall protection includes guardrails, covers, fall arrest systems, and planning to eliminate hazards. Fall arrest systems must include an anchorage rated for 5,000 lbs, a body harness limiting the arresting force to 1,800 lbs, and an energy absorbing lanyard. Elimination of fall hazards through design changes is the best approach according to the hierarchy of fall protection. Covers must support twice their weight and free fall must be less than 24 inches for work positioning.
20 economical ways to improve baghouse performance
The document discusses 20 cost-effective ways to improve the performance of baghouse dust collectors. It outlines solutions that can provide immediate impact to performance without requiring a full rebuild. These include optimizing differential pressure through proper use of gauges, utilizing clean-on-demand systems, improving inlet design through baffling to reduce turbulence, and avoiding using the hopper for material storage which can cause re-entrainment issues negatively impacting filter bag life. Understanding these affordable modification options can help decision makers maximize performance at low cost.
BARGE UNLOADING ON THE VAST EUROPEAN RIVER NETWORK
The vast river network in Europe, and not in the least in Germany, France, The Netherlands and Belgium, represents more than ever a very attractive way of transporting bulk goods and grains.
Ijmet 06 08_002
1. The document describes the design, analysis, and fabrication of a pneumatic material handling system. It discusses various components of the system including feeders, blowers, conveying pipes, and filtration units.
2. Key factors in designing pneumatic conveying systems are discussed such as material properties, carrier medium properties, pipe material properties, and system geometry. Care must be taken to account for these parameters.
3. The working of pneumatic conveying systems is explained. Air movers supply air to move material through venturi feeders, pipes, and cyclones for filtration before being deposited. Different system types like induction, pressure, closed-loop, and vacuum are described.
Ijmet 06 08_002
1. The document describes the design, analysis, and fabrication of a pneumatic material handling system. It discusses various components of the system including feeders, blowers, conveying pipes, and filtration units.
2. Key factors in designing pneumatic conveying systems are discussed such as material properties, carrier medium properties, pipe material properties, and system geometry. Care must be taken to account for these parameters.
3. The working of pneumatic conveying systems is explained. Air movers supply air to move material through venturi feeders, pipes, and cyclones for filtration before being deposited. Different system types like induction, pressure, closed-loop, and vacuum are described.
Ijmet 06 08_002
1. The document describes the design, analysis, and fabrication of a pneumatic material handling system. It discusses various components of the system including feeders, blowers, conveying pipes, and filtration units.
2. Key factors in designing pneumatic conveying systems are discussed such as material properties, carrier medium properties, pipe material properties, and system geometry. Care must be taken to account for these parameters.
3. The working of pneumatic conveying systems is explained. Air movers supply air to move material through venturi feeders, pipes, and cyclones for filtration before being deposited. Different system types like induction, pressure, closed-loop, and vacuum are described.
Prd whitepaper-v4-20160712-2
The document discusses conventional pallet collection methods that involve manual stacking of pallets, which poses health and safety risks. It then introduces the Pallet Return Device (PRD) that allows pallets to be mechanically stacked in a safer, more efficient manner. Using the PRD reduces the total standard time per pallet by 35% compared to conventional methods. This decreases injury risks for workers and lowers costs associated with injuries, making the PRD a worthwhile investment for distribution centers.
HYDRAULIC FORK LIFT.pdf
The document discusses material handling equipment and fluid power systems. It provides an introduction to different types of material handling equipment, including storage and handling equipment, engineered systems, industrial trucks, and bulk material handling. It also discusses the basic principles of hydraulics and pneumatics, describing how hydraulic and pneumatic systems can be used to transmit power and convert it to linear or rotary motion using actuators like hydraulic cylinders. Specific components of hydraulic systems are outlined, including pumps, cylinders, valves, and reservoirs.
Ergonomic Vacuum Lifter
Lifters to contactless handling of heavy goods by single person maintaining social distancing at production unit preventing spread of COVID-19.
Ergonomic Vacuum Lifter to Move Goods Weighing up to 300 kg Quickly and Easily. Cardboard boxes, bags, barrels, wooden boards and a variety of other applications – the vacuum tube lifter Jumbo tackles big jobs in the shortest amount of time. The intuitive operation allows you to move loads quickly, precisely and always ergonomically. It is the ideal aid for machine loading, for shipping and picking areas and for many other lifting applications.
Contact details
Schmalz India
020 4072500
marketing@schmalz.co.in
WWW.SCHMALZ.COM
Precision Processing Equipment Kolkata
Precision Processing Equipment manufactures a wide range of motion control equipment, including linear actuators, rotary actuators, dampers, hoisting machinery, and material handling equipment. It has over 30 years of experience in manufacturing high-quality, customized precision equipment for applications like industrial automation.
Robo vaccuum (additional 1)
This document summarizes the key components and design considerations of a robotic vacuum cleaner. It discusses how vacuum cleaners use pneumatic transport principles to move dirt and debris by entraining it in a high-velocity air stream. The design focuses on generating high airflow through the use of a centrifugal blower and short, wide-diameter tubing to connect the nozzle to the blower with minimal flow resistance. Performance is characterized by measuring the suction pressure and airflow under different load conditions to evaluate the cleaning capability.
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Vacuum Lifters By Palamatic
- 1. Suck it up and lose the weight fast! How ergonomic lift assists using vacuum power can reduce your manual handling practises.
- 5. Lose weight fast! Vacuum lifters help to promote significant weight loss…!
- 12. Suck it up! How is air used to pick up payloads as heavy as 350kgs (770lbs)?
- 20. Don’t even go there! So is there anything a vacuum lifter can’t do?
- 24. Written by Rob Andrews Rob is Head of Palamatic’s Materials Handling Division For more information please contact Palamatic via any of the following channels… Email: sales@palamatic.com Web Enquiry: Click Here Ph: +44 (0)1246 452054 US Operations: Email: [email_address] USA Toll Free: 888-922-1119