MSE-Forks was the first to develop a hydraulic extending and retracting lift truck fork. Since their introduction in 1980, KOOI-ReachForks® have become the benchmark in materials handling. With one and two cylinders in each fork and an integrated equaliser
system, MSE-Forks guarantees you the best Telescopic fork on the market. By using KOOI-ReachForks for double-deep stacking, storage volumes can be dramatically increased. Trucks and trains can also be completely loaded and unloaded from one side, reducing turnaround times and improving safety.
This document provides a guide for isotope ratio mass spectrometry (IRMS). It describes the key components and functioning of elemental analyzer IRMS (EA-IRMS) and thermal conversion EA-IRMS systems. These systems involve converting samples to simple gases like CO2, N2, CO, and H2 using an elemental analyzer, then introducing the gases into a mass spectrometer for isotope ratio analysis. The guide outlines instrument setup, calibration, making measurements, data handling procedures, quality assurance, and troubleshooting topics to help users reliably obtain isotope ratio data.
Twinning occurs when two or more crystals share lattice points, adding apparent symmetry. There are three types of twinning: growth twins from accidents during crystal formation, transformation twins from changes in pressure/temperature, and deformation twins from stress. Common twinning includes albite twins in plagioclase feldspar and Carlsbad twins in orthoclase. Twinning can be identified by planes or axes of added symmetry like reflection or rotation.
Core orientation in drilling of ROCKS for Site Investigation WorksKYI KHIN
This document discusses core orientation techniques for measuring structures in oriented drill core samples. It provides examples of qualitative examination needed to identify key structures before measurement. Details are given on recording gravitational roll or magnetic tool face readings for inclined or vertical drill holes. The process of aligning an orientation block, attaching it to the core, and using a survey camera to obtain orientation readings is described. Methods are outlined for drawing a reference line on the core and measuring alpha and beta angles to structures relative to this line. Finally, examples are given of logging formats and explanatory notes for recording discontinuity data from oriented drill core.
This document discusses different types of fossils and fossilization. It describes fossils as remains or traces of once-living organisms found in rock. There are several modes of fossil preservation discussed, including entire body preservation, entire skeleton preservation, petrification and replacement, molds and casts, imprints, traces and trails, and burrows. The importance of fossils is also mentioned, such as for studying evolution, paleoecology, and paleogeography of ancient life.
This document discusses the classification and structure of crystalline solids. It begins by introducing the differences between solids, liquids, and gases, and how the properties of solids depend on their structure at the atomic level. Solids are then classified as either crystalline or amorphous based on whether the atoms are arranged in a systematic pattern or irregularly. Crystalline solids can be single crystals or polycrystals. Crystallography studies the structures, properties, and symmetries of crystals. Crystals have a repeating lattice structure defined by lattice points, lines, and planes. This lattice structure combined with a basis of atoms forms the overall crystal structure. Crystals are further classified into seven crystal systems and fourteen Bravais latt
This document provides an overview of calcareous microfossils, specifically focusing on foraminifera. It defines foraminifera as single-celled organisms with shells composed of calcite or aragonite. Their shells are made of one or multiple chambers. Foraminifera morphology and mineralogy form the basis for identification and classification. They first appeared in the Cambrian period and have been important for paleoclimate reconstruction, paleoceanography studies, archaeology, biostratigraphy, and oil exploration.
1) Fluid mechanics is the study of fluids at rest and in motion. It describes the behavior of liquids and gases and the forces on them.
2) Fluids are classified as ideal, real, Newtonian and non-Newtonian based on their properties like viscosity and compressibility. Water, air and mercury are examples of Newtonian fluids.
3) Fluid flow can be laminar or turbulent depending on the relative strengths of inertial and viscous forces, quantified by the Reynolds number. Laminar flow is smooth while turbulent flow is chaotic.
This document provides an overview of palaeontology and discusses fossils of gastropods. It defines palaeontology as the study of ancient life and describes the different types of fossil preservation including entire body, entire skeleton, petrification, molds and casts, imprints, and traces. It outlines the importance of fossils for studying evolution, paleoecology, and paleogeography. The document then focuses on invertebrate palaeontology, describing the morphology and taxonomy of gastropods. Key gastropod fossils discussed include species that have existed from the Paleozoic to present.
This document provides a guide for isotope ratio mass spectrometry (IRMS). It describes the key components and functioning of elemental analyzer IRMS (EA-IRMS) and thermal conversion EA-IRMS systems. These systems involve converting samples to simple gases like CO2, N2, CO, and H2 using an elemental analyzer, then introducing the gases into a mass spectrometer for isotope ratio analysis. The guide outlines instrument setup, calibration, making measurements, data handling procedures, quality assurance, and troubleshooting topics to help users reliably obtain isotope ratio data.
Twinning occurs when two or more crystals share lattice points, adding apparent symmetry. There are three types of twinning: growth twins from accidents during crystal formation, transformation twins from changes in pressure/temperature, and deformation twins from stress. Common twinning includes albite twins in plagioclase feldspar and Carlsbad twins in orthoclase. Twinning can be identified by planes or axes of added symmetry like reflection or rotation.
Core orientation in drilling of ROCKS for Site Investigation WorksKYI KHIN
This document discusses core orientation techniques for measuring structures in oriented drill core samples. It provides examples of qualitative examination needed to identify key structures before measurement. Details are given on recording gravitational roll or magnetic tool face readings for inclined or vertical drill holes. The process of aligning an orientation block, attaching it to the core, and using a survey camera to obtain orientation readings is described. Methods are outlined for drawing a reference line on the core and measuring alpha and beta angles to structures relative to this line. Finally, examples are given of logging formats and explanatory notes for recording discontinuity data from oriented drill core.
This document discusses different types of fossils and fossilization. It describes fossils as remains or traces of once-living organisms found in rock. There are several modes of fossil preservation discussed, including entire body preservation, entire skeleton preservation, petrification and replacement, molds and casts, imprints, traces and trails, and burrows. The importance of fossils is also mentioned, such as for studying evolution, paleoecology, and paleogeography of ancient life.
This document discusses the classification and structure of crystalline solids. It begins by introducing the differences between solids, liquids, and gases, and how the properties of solids depend on their structure at the atomic level. Solids are then classified as either crystalline or amorphous based on whether the atoms are arranged in a systematic pattern or irregularly. Crystalline solids can be single crystals or polycrystals. Crystallography studies the structures, properties, and symmetries of crystals. Crystals have a repeating lattice structure defined by lattice points, lines, and planes. This lattice structure combined with a basis of atoms forms the overall crystal structure. Crystals are further classified into seven crystal systems and fourteen Bravais latt
This document provides an overview of calcareous microfossils, specifically focusing on foraminifera. It defines foraminifera as single-celled organisms with shells composed of calcite or aragonite. Their shells are made of one or multiple chambers. Foraminifera morphology and mineralogy form the basis for identification and classification. They first appeared in the Cambrian period and have been important for paleoclimate reconstruction, paleoceanography studies, archaeology, biostratigraphy, and oil exploration.
1) Fluid mechanics is the study of fluids at rest and in motion. It describes the behavior of liquids and gases and the forces on them.
2) Fluids are classified as ideal, real, Newtonian and non-Newtonian based on their properties like viscosity and compressibility. Water, air and mercury are examples of Newtonian fluids.
3) Fluid flow can be laminar or turbulent depending on the relative strengths of inertial and viscous forces, quantified by the Reynolds number. Laminar flow is smooth while turbulent flow is chaotic.
This document provides an overview of palaeontology and discusses fossils of gastropods. It defines palaeontology as the study of ancient life and describes the different types of fossil preservation including entire body, entire skeleton, petrification, molds and casts, imprints, and traces. It outlines the importance of fossils for studying evolution, paleoecology, and paleogeography. The document then focuses on invertebrate palaeontology, describing the morphology and taxonomy of gastropods. Key gastropod fossils discussed include species that have existed from the Paleozoic to present.
This document provides an overview of kimberlites. It discusses that kimberlites are volatile-rich, ultrapotassic igneous rocks that occur as small volcanic pipes and intrusions. They are composed mainly of olivine, phlogopite, ilmenite, garnet and pyroxenes. Kimberlites are divided into two groups based on their mineralogy and isotopic signatures. Group I kimberlites are dominated by olivine and ilmenite while Group II are micaceous and enriched in rare earth elements. Kimberlites are economically important as they are the primary source of diamonds, with only a small fraction of pipes containing gem-quality stones. They
The document summarizes the Gondwana system of sedimentary rocks found in India. It describes the lithology, topography, sedimentation processes, flora and fauna of the different formations within the Gondwana group. These include the Talchir formation containing glacial deposits, the marine-influenced Bap and Badhaura formations, and the coal-bearing Damuda group. The climate changed from cold glacial conditions to warmer and wetter periods favorable for coal formation over the depositional period.
This document discusses the pyroxene group of minerals. Pyroxenes are an important group of rock-forming silicate minerals found in igneous and metamorphic rocks. They are classified as orthorhombic or monoclinic pyroxenes based on their crystal structure. Common orthorhombic pyroxenes include enstatite, ferrosilite, and pigeonite. Important monoclinic pyroxenes include diopside, hedenbergite, augite, aegirine, jadeite, and spodumene. Pyroxenoids like wollastonite are also discussed. The document details the composition, properties and occurrence of these different pyroxene group
Kyanite, andalusite, and sillimanite are polymorphs that have the chemical formula Al2SiO5 but different crystal structures. Kyanite forms at high pressures, andalusite at low pressures, and sillimanite at high temperatures. They are commonly found in metamorphic rocks and have various industrial uses, especially as refractory materials. The document provides details on the crystal structures, physical properties, typical locations, and applications of these aluminosilicate minerals.
Twinning occurs when two crystals of the same substance share a composition surface or plane. There are four main types of twins: contact twins, which have a regular composition surface; penetration twins, which have an irregular composition surface; polysynthetic twins, which have three or more crystals twinned along the same law with parallel composition surfaces; and cyclic twins, which have successive composition planes that are not parallel. Twinning can result from errors during crystal growth, variations in temperature/pressure stresses on the crystal lattice, or stresses that cause the crystal to relieve strain through "warping".
Introduction of foraminifera in oil explorationPurvaPandey3
This document discusses the application of foraminifera in oil exploration. It begins with an introduction to foraminifera and their importance in oil exploration due to their sensitivity to environmental changes. It then covers the conditions required for oil formation, concepts in using foraminifera for oil exploration like biostratigraphy and paleoenvironment interpretation, and micropaleontological techniques. Foraminifera are useful for biostratigraphic correlation, interpreting depositional environments, and reconstructing the geologic history of sedimentary basins to aid in oil exploration.
Brief description on Phylum Brachiopods with general terms used for Paleontology.
Structure paleoecology, geography, morphology.
And also easily understandable as since it discuss only specific terms only.
Ichnology,classification & significance of trace fossilUjjavalPatel16
Ichnology,classification& significance of trace fossil
Most trace fossils are largely facies dependant.
No secondary displacement or transport.
Trace fossils are common in rocks that otherwise are unfossiliferous. (siliciclastics, shorelines)
Non-preservation of the causative organism.
Multiple architects may produce a single structure.
The same individual can produce different structures corresponding to different behavior.
The same individual may produce different structures corresponding with identical behavior but in different substrates.
Identical structures may be produced by the activity of systematically different organisms where behavior is similar.
Abundance - one animal, especially if mobile, can make many traces during its lifetime, whereas it may or may not have its body preserved in the fossil record.
Trace fossils are records of biological activity preserved in rock that do not include hard parts or body fossils. They can provide information about depositional environment, but not precise age. Trace fossils are classified based on morphology, inferred behavior of the trace-making organism, and preservation. Major behavioral classifications include dwelling traces, locomotion traces, grazing traces, and feeding traces. Trace fossils often allow comparison of rock formations from widely different time periods and indicate preferred habitats of trace-making organisms.
The document discusses seismic instrumentation used for gathering seismic data. It describes the main components - seismic sources, sensors, and acquisition systems. For seismic data acquisition, an elastic wavefield is emitted by a source and measured by receivers along lines or on a grid. The data is then processed and interpreted. The chapter focuses on the hardware used for seismic measurements, including discussions of airgun arrays as marine sources, vibroseis and dynamite for land sources, and geophones and hydrophones as sensors. It provides an overview of how the different components contribute to the recorded seismic data.
The document discusses the distribution of vertebrates throughout different geologic periods in India, including the Permian, Triassic, Jurassic, Cretaceous periods as well as the Shiwalik Fauna, Miocene, Pliocene, and Pleistocene. It provides details on the fish, amphibians, reptiles, birds, and mammals that inhabited India during these times, including examples of species found as well as how they evolved and progressed over the periods.
This document provides an overview of fault classification. It begins with definitions of fault geometry, including fault plane, dip, strike, hanging wall, footwall, throw, and rake. Faults can be classified geometrically based on attributes like rake, attitude relative to adjacent rocks, pattern, dip angle, and apparent movement. Major geometric types include strike-slip, dip-slip, and diagonal-slip faults. Genetic classification considers the relative movement, and identifies normal, reverse, thrust, strike-slip, and other fault types. Major faults in India are described along with the distribution of faults globally. In conclusion, the author emphasizes the geological and economic importance of studying faults, as well as their relevance to engineering and
The document discusses smectites, which are 2:1 phyllosilicate clay minerals. Key points:
- Smectites have an octahedral sheet between two tetrahedral sheets and can expand greatly by absorbing water between interlayer spaces.
- They form in weathering environments and their abundance and distribution affects the formation of décollement zones in subduction zones.
- Smectite to illite transformation may be linked to seismicity as it strengthens sediments.
1st qtr - earth and life science - (1) How layers of rocks formed - (2) met...Ashley Minerva
1st qtr - earth and life science - (1) How layers of rocks formed - (2) methods to determine the age of stratified rocks: relative dating and absolute dating
Fixed functional appliances /certified fixed orthodontic courses by Indian de...Indian dental academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
00919248678078
Stratigraphy is the study of temporal relationships in sedimentary rock layers and reflects changes in the balance between the rates of space production and filling. Stratigraphy records past geological events and adds a temporal dimension to sedimentology. It preserves details of major geologic events like mountain building, sea level changes, and climate fluctuations through principles such as superposition, original horizontality, lateral continuity, and crosscutting relationships.
This document discusses basalts, which are volcanic rocks formed from the solidification of magma. It describes two main types of basalts based on their tectonic environment: mid-ocean ridge basalts (MORB) and ocean-island basalts (OIB). MORB comes from the depleted upper mantle, while E-MORB comes from the deeper, more fertile mantle. The document also discusses how basalts are categorized based on their chemical composition and the partial melting of mantle rock that leads to the formation of basaltic magma. Finally, it outlines some industrial uses of basalt, including in fibers that are superior to other fibers for properties like thermal stability and durability.
The Rb-Sr dating method uses the radioactive decay of rubidium-87 to strontium-87 to date rocks and minerals. It works by measuring the ratio of rubidium to strontium, and the ratio of radiogenic strontium-87 to strontium-86, in samples. By plotting these ratios on a graph called an isochron, scientists can determine the age of the sample from the slope of the line. The method relies on the samples forming a closed system and not being altered after formation. It is useful for determining the age of igneous and metamorphic rocks.
The document summarizes the rapid ascent of kimberlite magma from deep in the mantle to the surface. It discusses that kimberlite magma forms at depths of 200-250 km and 6-8 GPa pressure. Kimberlite magma travels extremely fast to the surface within an hour or a day. Its speed is facilitated by volatile gases like CO2 and H2O providing buoyancy. When the magma reaches the surface, gas release causes a depressurization wave that implodes the dyke walls and fragments the magma, forming the characteristic diatreme structure and depositing pyroclastic rocks. The entire eruption process is complete within about an hour due to the extreme cooling of mag
This document discusses various types of cold storage equipment and material handling equipment used in warehouses. It describes racks, shelves, mezzanines, and other storage systems used for organizing inventory. It also outlines different types of storage configurations like block stacking, wide aisle racking, double-deep racking, narrow aisle racking, drive-in racking, and satellite racking. Additionally, it covers the equipment used for horizontal and vertical movement of inventory like forklifts, tow tractors, AGVs, lift tables, and conveyor belts. Specialized equipment with attachments for efficient handling of different cargo are also presented.
This document provides an overview of kimberlites. It discusses that kimberlites are volatile-rich, ultrapotassic igneous rocks that occur as small volcanic pipes and intrusions. They are composed mainly of olivine, phlogopite, ilmenite, garnet and pyroxenes. Kimberlites are divided into two groups based on their mineralogy and isotopic signatures. Group I kimberlites are dominated by olivine and ilmenite while Group II are micaceous and enriched in rare earth elements. Kimberlites are economically important as they are the primary source of diamonds, with only a small fraction of pipes containing gem-quality stones. They
The document summarizes the Gondwana system of sedimentary rocks found in India. It describes the lithology, topography, sedimentation processes, flora and fauna of the different formations within the Gondwana group. These include the Talchir formation containing glacial deposits, the marine-influenced Bap and Badhaura formations, and the coal-bearing Damuda group. The climate changed from cold glacial conditions to warmer and wetter periods favorable for coal formation over the depositional period.
This document discusses the pyroxene group of minerals. Pyroxenes are an important group of rock-forming silicate minerals found in igneous and metamorphic rocks. They are classified as orthorhombic or monoclinic pyroxenes based on their crystal structure. Common orthorhombic pyroxenes include enstatite, ferrosilite, and pigeonite. Important monoclinic pyroxenes include diopside, hedenbergite, augite, aegirine, jadeite, and spodumene. Pyroxenoids like wollastonite are also discussed. The document details the composition, properties and occurrence of these different pyroxene group
Kyanite, andalusite, and sillimanite are polymorphs that have the chemical formula Al2SiO5 but different crystal structures. Kyanite forms at high pressures, andalusite at low pressures, and sillimanite at high temperatures. They are commonly found in metamorphic rocks and have various industrial uses, especially as refractory materials. The document provides details on the crystal structures, physical properties, typical locations, and applications of these aluminosilicate minerals.
Twinning occurs when two crystals of the same substance share a composition surface or plane. There are four main types of twins: contact twins, which have a regular composition surface; penetration twins, which have an irregular composition surface; polysynthetic twins, which have three or more crystals twinned along the same law with parallel composition surfaces; and cyclic twins, which have successive composition planes that are not parallel. Twinning can result from errors during crystal growth, variations in temperature/pressure stresses on the crystal lattice, or stresses that cause the crystal to relieve strain through "warping".
Introduction of foraminifera in oil explorationPurvaPandey3
This document discusses the application of foraminifera in oil exploration. It begins with an introduction to foraminifera and their importance in oil exploration due to their sensitivity to environmental changes. It then covers the conditions required for oil formation, concepts in using foraminifera for oil exploration like biostratigraphy and paleoenvironment interpretation, and micropaleontological techniques. Foraminifera are useful for biostratigraphic correlation, interpreting depositional environments, and reconstructing the geologic history of sedimentary basins to aid in oil exploration.
Brief description on Phylum Brachiopods with general terms used for Paleontology.
Structure paleoecology, geography, morphology.
And also easily understandable as since it discuss only specific terms only.
Ichnology,classification & significance of trace fossilUjjavalPatel16
Ichnology,classification& significance of trace fossil
Most trace fossils are largely facies dependant.
No secondary displacement or transport.
Trace fossils are common in rocks that otherwise are unfossiliferous. (siliciclastics, shorelines)
Non-preservation of the causative organism.
Multiple architects may produce a single structure.
The same individual can produce different structures corresponding to different behavior.
The same individual may produce different structures corresponding with identical behavior but in different substrates.
Identical structures may be produced by the activity of systematically different organisms where behavior is similar.
Abundance - one animal, especially if mobile, can make many traces during its lifetime, whereas it may or may not have its body preserved in the fossil record.
Trace fossils are records of biological activity preserved in rock that do not include hard parts or body fossils. They can provide information about depositional environment, but not precise age. Trace fossils are classified based on morphology, inferred behavior of the trace-making organism, and preservation. Major behavioral classifications include dwelling traces, locomotion traces, grazing traces, and feeding traces. Trace fossils often allow comparison of rock formations from widely different time periods and indicate preferred habitats of trace-making organisms.
The document discusses seismic instrumentation used for gathering seismic data. It describes the main components - seismic sources, sensors, and acquisition systems. For seismic data acquisition, an elastic wavefield is emitted by a source and measured by receivers along lines or on a grid. The data is then processed and interpreted. The chapter focuses on the hardware used for seismic measurements, including discussions of airgun arrays as marine sources, vibroseis and dynamite for land sources, and geophones and hydrophones as sensors. It provides an overview of how the different components contribute to the recorded seismic data.
The document discusses the distribution of vertebrates throughout different geologic periods in India, including the Permian, Triassic, Jurassic, Cretaceous periods as well as the Shiwalik Fauna, Miocene, Pliocene, and Pleistocene. It provides details on the fish, amphibians, reptiles, birds, and mammals that inhabited India during these times, including examples of species found as well as how they evolved and progressed over the periods.
This document provides an overview of fault classification. It begins with definitions of fault geometry, including fault plane, dip, strike, hanging wall, footwall, throw, and rake. Faults can be classified geometrically based on attributes like rake, attitude relative to adjacent rocks, pattern, dip angle, and apparent movement. Major geometric types include strike-slip, dip-slip, and diagonal-slip faults. Genetic classification considers the relative movement, and identifies normal, reverse, thrust, strike-slip, and other fault types. Major faults in India are described along with the distribution of faults globally. In conclusion, the author emphasizes the geological and economic importance of studying faults, as well as their relevance to engineering and
The document discusses smectites, which are 2:1 phyllosilicate clay minerals. Key points:
- Smectites have an octahedral sheet between two tetrahedral sheets and can expand greatly by absorbing water between interlayer spaces.
- They form in weathering environments and their abundance and distribution affects the formation of décollement zones in subduction zones.
- Smectite to illite transformation may be linked to seismicity as it strengthens sediments.
1st qtr - earth and life science - (1) How layers of rocks formed - (2) met...Ashley Minerva
1st qtr - earth and life science - (1) How layers of rocks formed - (2) methods to determine the age of stratified rocks: relative dating and absolute dating
Fixed functional appliances /certified fixed orthodontic courses by Indian de...Indian dental academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
00919248678078
Stratigraphy is the study of temporal relationships in sedimentary rock layers and reflects changes in the balance between the rates of space production and filling. Stratigraphy records past geological events and adds a temporal dimension to sedimentology. It preserves details of major geologic events like mountain building, sea level changes, and climate fluctuations through principles such as superposition, original horizontality, lateral continuity, and crosscutting relationships.
This document discusses basalts, which are volcanic rocks formed from the solidification of magma. It describes two main types of basalts based on their tectonic environment: mid-ocean ridge basalts (MORB) and ocean-island basalts (OIB). MORB comes from the depleted upper mantle, while E-MORB comes from the deeper, more fertile mantle. The document also discusses how basalts are categorized based on their chemical composition and the partial melting of mantle rock that leads to the formation of basaltic magma. Finally, it outlines some industrial uses of basalt, including in fibers that are superior to other fibers for properties like thermal stability and durability.
The Rb-Sr dating method uses the radioactive decay of rubidium-87 to strontium-87 to date rocks and minerals. It works by measuring the ratio of rubidium to strontium, and the ratio of radiogenic strontium-87 to strontium-86, in samples. By plotting these ratios on a graph called an isochron, scientists can determine the age of the sample from the slope of the line. The method relies on the samples forming a closed system and not being altered after formation. It is useful for determining the age of igneous and metamorphic rocks.
The document summarizes the rapid ascent of kimberlite magma from deep in the mantle to the surface. It discusses that kimberlite magma forms at depths of 200-250 km and 6-8 GPa pressure. Kimberlite magma travels extremely fast to the surface within an hour or a day. Its speed is facilitated by volatile gases like CO2 and H2O providing buoyancy. When the magma reaches the surface, gas release causes a depressurization wave that implodes the dyke walls and fragments the magma, forming the characteristic diatreme structure and depositing pyroclastic rocks. The entire eruption process is complete within about an hour due to the extreme cooling of mag
This document discusses various types of cold storage equipment and material handling equipment used in warehouses. It describes racks, shelves, mezzanines, and other storage systems used for organizing inventory. It also outlines different types of storage configurations like block stacking, wide aisle racking, double-deep racking, narrow aisle racking, drive-in racking, and satellite racking. Additionally, it covers the equipment used for horizontal and vertical movement of inventory like forklifts, tow tractors, AGVs, lift tables, and conveyor belts. Specialized equipment with attachments for efficient handling of different cargo are also presented.
A dock leveler, also known as a loading dock leveler, is a piece of equipment used to bridge the height difference and create a smooth transition between a loading dock and a truck or trailer bed. Loading docks are raised platforms in warehouses or distribution centers where trucks can be loaded and unloaded.
The Yale MPX Series low lift pallet truck is designed for medium to high intensity warehouse operations. It can transport up to two pallets or three Europallets crosswise per journey to improve productivity. The truck offers ergonomic features like a cushioned platform and adjustable tiller head to reduce operator fatigue. It also provides options like extended forks and lithium-ion batteries to enhance performance for a variety of applications.
Bucket elevators are commonly used conveyors for transporting grain between elevations. They are efficient due to minimal friction and require little labor. Bucket elevators have long lifespans and are relatively maintenance-free. Key components include the head section, boot section, elevator legs, conveyor belt with attached buckets, and drive system. Material is discharged from buckets via gravity or centrifugal force depending on bucket design and speed. Capacity depends on bucket size and design, conveyor speed, and material characteristics.
Active Uni-flex Flexible Conveyor BrochureNigel Edwards
The document provides information about Uni-Xu conveyors, including:
- Uni-Xu conveyors have been integral to turnkey solutions for demanding companies across Europe for their robust design and durability.
- The modular design offers flexibility for integrated systems and it has been engineered in Britain since 1963, resulting in five decades of engineering excellence.
Active Uni-flex Flexible Conveyor BrochureNigel Edwards
The document provides information on the Uni-xu® range of flexible conveyors. It summarizes that the Uni-xu® conveyors have been integral to turnkey solutions for demanding companies across Europe for over 50 years due to their robust design and modularity. The document then provides details on the various types of flexible conveyors Uni-xu® offers, including powered roller, gravity roller, gravity skatewheel, and Lite conveyors. It describes the key features and specifications of each conveyor type.
Active Uni-flex Flexible Conveyor BrochureKarl Edwards
The document provides information on the Uni-xu® range of flexible conveyors, which are modular and durable. They are used in demanding applications across Europe and are known for their robust design and quality. The document describes several types of flexible conveyors that Uni-xu® offers, including powered roller conveyors, gravity roller conveyors, gravity skatewheel conveyors, and Lite conveyors. It provides specifications, features, and applications for each conveyor type.
Stahl SH Wire Rope Hoist br_sz_sh_en_150325_webMarvin Smith
The document describes the SH wire rope hoist. It has 5 frame sizes and 26 load capacity variants. It can be used stationary or with trolleys/crabs. It has compact dimensions and is largely maintenance-free with long service life. Standard features include two hoisting speeds, smooth operation, and high-quality safety components. An explosion-protected version is also available. The modular design allows for customization with individual solutions. Various options can further improve safety, costs, and convenience.
Types of scissor lifts A breakdown of different types of scissor lifts, inclu...NIHVA Technologies Pvt Ltd
1. Electric Scissor Lifts: These are powered by rechargeable batteries and are ideal for indoor applications due to their quiet and emission-free operation. They have a lower weight capacity compared to diesel-powered lifts, but they offer a longer battery life and are more cost-effective in the long run.
2. Rough Terrain Scissor Lifts: These are designed for outdoor use and are equipped with large, rugged tires and a powerful engine to traverse rough or uneven terrain. They can handle heavier loads and are often used in construction, mining, and agricultural applications.
This document discusses clam-shell buckets and tractors used in construction. It defines a clam-shell bucket as a two-piece articulating bucket used for digging and excavation. Clam-shell buckets can be hydraulic or mechanical and are designed for durability, strength, and productivity. They are commonly used for dredging, excavation, and material handling. Tractors are multipurpose machines used mainly for pulling equipment. They can be crawler type for loose soils or wheel type for higher speeds on roads. Crawler tractors are slower but more powerful while wheel tractors are faster but handle lighter loads.
This document provides specifications for several models of Hyster forklift trucks and container handlers. It includes information on their lifting capacities, dimensions, engine specifications, and optional equipment. The models range from 25,000 kg to 32,000 kg capacity and are suited for applications such as container handling, general warehousing, and heavy industry.
The document describes the design and components of a mini forklift. It includes sections on the abstract, objectives, methodology, components, and applications. The forklift uses a remote control system to lift and transport objects for storage. It has a base, slider, counterweight, wheels, and other components like gears and pulleys. The forklift is designed to safely and efficiently move cargo for short distances such as in warehouses and industries.
The document discusses four types of construction equipment: front end loaders, excavators, motor graders, and scrapers. It provides details on their basic designs and functions. Front end loaders have a bucket and rigid arm to load and transport loose materials. Excavators use hydraulics or cables to dig holes and trenches. Motor graders are used to smooth and shape surfaces like roads, with features to control cutting angles. Scrapers come in pusher-loaded or self-loading varieties, and are designed to load, haul, and dump loose materials.
This document provides information on various types of material transport equipment, specifically different types of conveyors. It describes chain conveyors, which are used worldwide to transport a variety of bulk materials across many industries. It then details two main types of conveyor chains - hollow bearing pin chain and solid bearing pin chain. The document also provides information on tow line conveyors, trolley conveyors, sorting conveyors, and automated guided vehicle (AGV) systems. It describes the design, operation, applications, and advantages of each type of conveyor system.
VNA machines (very narrow aisle) trucks are capable of working in 1.5 – 2m aisles
making the maximum use of storage space. This is the area in which designer
Freddy Brown was responsible for many developments prior to designing the original Bendi articulated truck. Freddy recognized that these small aisles required compromise in other areas. The Bendi was developed to remove these compromises.
Special purpose machines
Solids Handling
mechanical engineering
Filling
discharging
dispensing
Disposable technoglide
Conveying and filling
Sampling
Vacuum forderer
Filling station
Discharging station
Containment
Powder transport
Bulk solids
big bag filling
big bag discharging
discharge gate for big bag
big bag discharge station
filling funnel for big bags
big bag station
big bag filling station
big bag refill
Big Bags Connection System
Big Bag Discharge Station Chemistry
Big Bag Discharge Station Pharma
Big Bag Discharge System
production planning
bulk material conveyor belt
big bag slider
battery technology
powder dosing
big bag silo
Dosing bulk material
bulk material logistics
powder handling
Transfer powder
Battery production planning
Containment Batterie
pneumatic conveying
pneumatic conveying technology
pneumatic conveying systems
Powder conveying
pneumatic conveying system
Powder handling
Bulk material transport
Vacuum conveying
Conveying and filling
Powder Transport System
Special purpose machines
Solids Handling
mechanical engineering
Machines voor speciale doeleinden
Verwerking van vaste stoffen
Werktuigbouwkunde
Vullen
Ontladen
Doseren
Wegwerp techniek
Transporteren en vullen
Monstername
Vacuümverlader
Vul station
Losplaats
Insluiting
Poedertransport
Stortgoed
Grote zak vullen
Grote zak lossen
afvoerpoort voor groter zak
grote zak losstation
vultrechter voor grote zakken
grote zak station
grote zak vulstation
grote zak navulling
grote zak aansluitsysteem
grote zak los station chemie
grote zak los station pharma
grote zak los systeem
productieplanning
bulk materiaal transportband
grote zak snijder
batterij techniek
poederdosering
Grote zak opslag
Doseren van bulkmateriaal
logistiek van bulkmateriaal
Poeder behandeling
Transporteren van poeder
Batterij productie planning
Containminatie batterij
Pneumatisch transport
Pneumatisch transport techniek
Pneumatisch transport systemen
Poeder transport
Pneumatisch transport systeem
Poeder behandeling
bulk materiaal transport
Vacuüm transport
Transport en vullen
Poeder transport systeem
Machines voor speciale doeleinden
Grondstoffen behandeling
mechanical engineering
Liebherr launches new l 504 compact loader, updates existing modelsheavyhunt
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Connector Corner: Seamlessly power UiPath Apps, GenAI with prebuilt connectors
Do more with pallets
1. Do more with pallets: Double-deep stacking
One sided loading
Hydraulic extensions
Dual load transport
Telescopic forks
Hydraulic lift truck forks
Save time, space and money
A trademark of Meijer Special Equipment
2. Kooi-Reachforks ®
are attachments that can be used throughout
industry to save time, space and money.
MSE-Forks was the first to develop market. By using KOOI-ReachForks
a hydraulic extending and retracting for double-deep stacking, storage
lift truck fork. Since their introduc- volumes can be dramatically incre-
tion in 1980, KOOI-ReachForks® have ased. Trucks and trains can also be
become the benchmark in materials completely loaded and unloaded
6
handling. With one and two cylinders from one side, reducing turnaround
in each fork and an integrated equa- times and improving safety.
liser system, MSE-Forks guarantees
you the best Telescopic fork on the
9
7
2
3 1
5
10
4
8
Additional advantages of the KOOI-ReachForks:
1. Interchangeable wear resistant strips.
2. Reinforced heel giving less deflection.
3. Honed cylinder bores improve seal life.
4. Hard chromed piston rods protected by outer forks.
5. Specially designed wiper ring protects the forks even in dirty conditions.
6. Special design fitting guard for easier connection of the forks onto the fork carrier.
7. One or twin cylinders in each fork allow the forks to work in all kind of applications.
8. Unique design outerforks includes integrated wear plate (400HB) improves longer life span.
9. Fully integrated oil channels and hydraulic parts mean no visible working part resulting minimum of maintenance.
10. An ingenious combination of laser cutting and sheet metal work construction ensures that sleeves do not catch when
withdrawing from pallets. The sleeves corners are fully rounded off along all edges.
3. Equalizer Range Slim Range
The equalizer range of KOOI-ReachForks have one or two cylin- The small telescopic forks have only one cylinder per fork and
ders per fork and feature an integrated flowdividing system, first have a very narrow fork section for the entry of brick and blocks
developed by MSE-Forks. The one cylinder telescopic forks are for example or handling beverage. Because of their special
extremely useful for double-deep racking applications while the width, these telescopic forks are frequently applied onto double
two cylindered design commonly is used for loading and unloa- fork spreaders handling four, two or even one pallet.
ding trucks and trains.
Slide Range
Power Range These Telescopic forks allow a variety of different pallet sizes to
The original twin cylinder telescopic design is still the most be handled safely without damage to pallets or goods. They also
powerful fork and has standard capacities ranging up to 10500 eliminate the manual handling problems associated with
kg. but also very heavy applications of 30.000 kg are possible. mechanical fork extensions.
This Telescopic fork has proven reliable in even the most
demanding conditions.
Thin Range
Developed for use with US and non-standard pallets like
Optiledge® pallets and cardboard pallets where a thinner profile
is needed for easier entry.
The need for an Equalizer system.
Uneven movement is the most significant problem encoun-
tered when using any telescopic forks. This can lead to
twisting of pallets which can cause dangerous situations
when loading or unloading and is particularly hazardous
when working at height in double-deep racking systems.
MSE-Forks self-equalizer system guarantees 100%
synchronization of movement.
Other advantages of the Equaliser Range
• Visibility is considerably improved through a reduction
in the number of hoses and the absence of an external
flowdividing system.
• When the load is not centralized on the KOOI-
ReachForks the equalizer forks will compensate the
force on the hydraulic forks automatically.
• Easy and quick connection onto the fork carrier.
• Lower fitting costs because of the absence of
separate flowdivider.
4. Applications
Double-deep-stacking: The use of double-deep- stacking
increases warehouse capacity by up to 30% compared to
“single-deep” warehouse operations.
The fact that the KOOI-ReachForks can stores and the storage of multiple pallets
reach twice as far as normal forks from of the same products, known as FILO (First
one side means that the racking at each In Last Out) principle. Kooi-ReachForks
side of the aisle can be doubled. are the best system for changing any
type of forklift truck into a “double-deep”
Double deep storage has become a very truck. The Double-deep-stacking applica-
popular choice in “high throughput” tion has already generated considerable
operations and is ideal for Cold stores, Dry cost savings.
Telescopic Forks vs. Pantograph system
Telescopic forks can also have some important benefits
in single-deep and double-deep applications. Compared
to reach trucks with a pantograph or moving mast, the
relatively light Telescopic forks result in a reach truck
with better stability, visibility and higher lifting capacity.
Telescopic forks has some distinct advantages compared to
a pantograph like:
1. Reduced attachment weight (approx. 35%).
2. Improved warehouse capacity because the mast is
moving to racking while the legs can be maneuvered in
front of the racking. No bottom beam is needed.
3. Virtually no extra lost load thickness compared to
standard forks and optimal visibility.
4. Shorter mast compared to the total lift truck height.
5. All parts are integrated inside the forks and cannot
be damaged. No hinged parts, meaning reduced
maintenance.
6. Are easy to install and can easily be disconnected
when needed.
7. Double pallet transport possible with same
reach system.
5. Loading and unloading
Trucks as well as trains can be completely loaded and unloa-
ded from one side. It is no longer necessary to turn the vehicle
or approach the trailer from both sides. This way of pallet
handling makes the operation safer than the traditional method
because all the operations are carried out from one side. The
time saving is ± 15%. The reduced amount of space required
for turning means that extra space is created which can, for
example, be used to store additional goods. Of course we can-
not calculate the benefits for the truck driver but the fact that
the trailer only has to be opened from one side and the fact that
no extra maneuver is required should not be underestimated.
Double pallet transport
KOOI-ReachForks can be extended to transport two pallets at
a time. This can generate considerable benefits involving large
volumes or long distances. Combinations with a fork positioner
and spreader are possible as well, allowing to handle 4 pallets
at a time which improves the loading and unloading speed of
trucks and trains enormously.
Hydraulic extensions
These telescopic forks allow a wide variety of different pallet
sizes to be handled safely and quickly without damage to the
pallets or goods. They also help to reduce the safety risks and
wasted time often associated with the use of manual forks
extensions.
These state of the art fork extensions have a special cross
section so that the underside of the outerforks cannot catch
pallet planks and cannot wear off.
Hardened wearstrip
6. Telescopic forks on fork positioners
Telescopic forks can be used with most fork positioners. This
combination can save a lot of time when a variety of pallets
types are being handled. One, two or even four pallets can
be handled by special small telescopic forks mounted on a
double fork positioner.
Telescopic forks on truck-mounted forklifts
A lot of ‘piggyback’ lift trucks are equipped with Telescopic
forks. The fixed mast in combination with the Telescopic forks
provide a stable, lightweight machine with a relatively high
capacity.
Telescopic forks on side-loaders
and heavy capacity trucks
Telescopic forks are frequently used on side loaders
for “double-deep” stacking operations and to help
maneuver the load. They have the advantage over traditional
pantograph attachments of not affecting platform width
while adding little weight.
The advantage of KOOI-ReachForks compared to other devi-
ces such as a panthograph is a greater residual capacity will
be achieved through its lower own weight. The machine is
easy to handle, has a more powerful performance, more cost
effective and the driver’s view is not obstructed.
7. Specifications
and options
Equalizer Telescopic forks: one or two cylinder per fork. Includes integrated equalization system.
Model Capacity Section Length mm. / Lost Load CoG1 mm. CoG2 mm. Mass Kg. ISO/FEM
Kg. / 600 mm. D1/D2 x S mm. Stroke mm. Thickness mm. ± ± ±
RG2 20 1100/0750 1100/0750 395 565 147
RG2 20 1200/0850 2000 kg. 131/139 x 57 1200/0850 45 440 645 156 2A
RG2 20 1350/1000 1350/1000 515 755 170
RG2 30 1100/0750 1100/0750 370 535 157
RG2 30 1200/0850 3000 kg. 131/139 x 57 1200/0850 45 419 610 166 3A
RG2 30 1350/1000 1350/1000 490 720 180
RGN2 35 1100/0750 1100/0750 380 550 179
RGN2 35 1200/0850 3500 kg. 131/139 x 62 1200/0850 50 425 625 190 3A
RGN2 35 1350/1000 1350/1000 495 735 206
RG4 25 1100/0750 1100/0750 395 580 178
RG4 25 1200/0850 2500 kg. 161/169 x 57 1200/0850 45 435 655 190 2A
RG4 25 1350/1000 1350/1000 515 770 206
RG4 35 1100/0750 1100/0750 370 545 191
RG4 35 1200/0850 3500 kg. 161/169 x 57 1200/0850 45 415 615 202 3A
RG4 35 1350/1000 1350/1000 485 730 218
RG4 45 1100/0750 1100/0750 370 545 191
RG4 45 1200/0850 4500 kg. 161/169 x 57 1200/0850 45 415 615 202 3A
RG4 45 1350/1000 1350/1000 485 730 208
RG4 58 1100/0750 1100/0750 330 490 247
RG4 58 1200/0850 5800 kg. 161/169 x 62 1200/0850 50 375 560 260 4A
RG4 58 1350/1000 1350/1000 440 665 280
Power Range
RG4 77 1100/0750 1100/0750 325 485 331
RG4 77 1200/0850 7700 kg. 215/227 x 66 1200/0850 50 370 555 349 4A
RG4 77 1350/1000 1350/1000 435 665 376
RE4 105 1100/0750 1100/0750 315 445 420
RE4 105 1200/0850 10500 kg. 215/227 x 66 1200/0850 60 360 510 443 5A
RE4 105 1350/1000 1350/1000 425 610 477
Thin Range
RE4 32 1100/0750 1100/0750 350 530 175
RE4 32 1200/0850 3200 kg. 161/169 x 47 1200/0850 45 395 600 184 3A
RE4 32 1350/1000 1350/1000 464 712 199
Remarks
• Minimum operating pressure 10 MPa, maximum 25 MPa.
• Capacities shown are nominal. For heavy-duty applications please contact your dealer.
• Other capacities and dimensions on request.
• The capacities shown apply to the forks and not the lift truck.
• All forks have a 6 mm thick integrated wear plate under the complete outer sleeves for longer life span.
• The lift truck manufacturer must determine the combined Telescopic fork and Lift truck capacity.
• MSE-Forks reserves the right to modify and improve their products without prior notice being given.
8. Slim Range, specially designed to handle brick & block and beverage
Model Capacity Section Length mm. / Lost Load CoG1 mm. CoG2 mm. Mass Kg. ISO/FEM
Kg. / 600 mm. D1/D2 x S mm. Stroke mm. Thickness mm. ± ± ±
RE2 27 1150/0700 1100/0750 445 630 106
RE2 27 1250/0800 2700 kg. 86/86 x 61 1200/0850 60 490 705 113 2A
RE2 27 1400/0950 1350/1000 565 825 122
RE2 37 1150/0700 1100/0750 415 575 132
RE2 37 1250/0800 3700 kg. 86/86 x 70 1200/0850 60 465 650 139 3A
RE2 37 1400/0950 1350/1000 535 755 151
Slide Range, specially designed to replace manual fork extensions
REE2 17 0800/0400 1100/0750 215 240 90
REE2 17 1000/0200 1700 kg. 128/128 x 40 1200/0850 40 290 310 105 2A
REE2 17 1200/0800 1350/1000 375 495 116
RGE2 20 0800/0400 1100/0750 395 565 147
RGE2 20 1000/0200 2000 kg. 131/139 x 57 1200/0850 45 440 645 156 2A
RGE2 20 1200/0800 1350/1000 515 755 170
RGE2 30 0800/0400 1100/0750 365 530 155
RGE2 30 1000/0200 3000 kg. 131/139 x 57 1200/0850 45 415 605 163 3A
RGE2 30 1200/0800 1350/1000 485 715 179
Remarks Slide range Telescopic forks can be used as
• The Slide range needs an overlap extension forks for handling 4-way pallets on the
(retracted length-stroke) of minimum 400 mm. long or short side for example.
• The Slim range needs an overlap (retracted length-stroke)
of minimum 450 mm.
• For optimal speed and minimum loss of pressure the
recommended minimum hose diameter is 8 mm.
• In cold-storage applications KOOI-ReachForks® can be
used down to -30 degrees Celsius, contact your dealer.
• Capacities given are for normal circumstances.
For extreme applications contact your dealer.
• MSE-Forks reserve the right to modify and
improve their products without prior notice.
Special ISO standard for Telescopic forks
MSE-Forks confirm that all their hydraulic telescopic
forks comply fully with ISO 13284. This means that all inner
sections of the Telescopic forks are tested to 3 times their
rated capacity. In addition all outer forks are also tested to
3 times their rated capacity. Finally a random selection of
forks are subjected to a dynamic endurance test of 1.000.000
cycles with an overload of 25% which complies to ISO 2330
(Fork arms).
9. D A W T
D A W
T
Formula to determine the measurements of the Telescpic forks Example:
T = total dept (in) D = 1200 mm.
W = maximum weight of pallet (lbs) T = D+A+D 2450 mm.
D = dept of pallet (in) W = 800 kg.
A = space between the pallets (in) A = 50 mm.
O = standard overlap 350 mm.
LC1 = load center retracted 600 mm. L (2450 – 350)/2 +350 = 1400 mm.
K 1400 – 350 = 1050 mm.
YD 1400 – 1200 = 200 mm.
Formule retracted length mm. (L): (T-O) / 2 + O LC2 2450 – (0.5x1200) = 1850 mm.
Formule stroke mm. (K): L–O Capacity 800 x 1850 / 600 = 2466 kg.
Formule distance palletstops mm. (YD): L-D
Formule load center extented mm. LC2: T-(0,5 x D)
Formule capacity Telescopic forks RG: W x LC2 / LC1
Table 1 Load center of Telescopic forks (mm.)
1150 1250 1350 1450 1550 1650 1750 1850
100 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 Always round the
200 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 capacity required up to
300 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 the next model in the
400 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 range. In the example
500 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 above you would need
Pallet weight in kg.
600 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 the RG4-25-1400/1050.
700 RG2 20 RG2 20 RG2 20 RG2 20 RG2 20 RG4 25 RG4 25 RG4 25 You can also use Table
800 RG2 20 RG2 20 RG2 20 RG2 20 RG4 25 RG4 25 RG4 25 RG4 25 1 to determine the
900 RG2 20 RG2 20 RG4 25 RG4 25 RG4 25 RG4 25 RG2 30 RG2 30
Telescopic fork model
1000 RG2 20 RG4 25 RG4 25 RG4 25 RG2 30 RG2 30 RG2 30 RG4 35
1100 RG4 25 RG4 25 RG4 25 RG2 30 RG2 30 RG4 35 RG4 35 RG4 35 you require.
1200 RG4 25 RG4 25 RG2 30 RG2 30 RG4 35 RG4 35 RG4 35 RG4 45
1300 RG4 25 RG2 30 RG2 30 RG4 35 RG4 35 RG4 45 RG4 45 RG4 45
1400 RG2 30 RG2 30 RG4 35 RG4 35 RG4 45 RG4 45 RG4 45 RG4 45
1500 RG2 30 RG4 35 RG4 35 RG4 45 RG4 45 RG4 45 RG4 45
Table 2
Indication of residual capacity for the most common Telescopic forks. Lift truckmanufacturer needs always to confirm measurements.
Model: RG2 20 RG2 20 RG2 20 RG4 25 RG4 25 RG4 25 RG4 25 RG2 30 RG2 30 RG4 35 RG4 35 RG4 45 RG4 45
Lift truck cap. (kg.) 1200 1600 1800 1200 1600 1800 2000 2000 2500 2000 2500 3000 3500
Lift truck x (mm.) 350 350 350 350 350 350 500 500 500 500 500 500 500
LC 600 mm. 950 1310 1485 935 1290 1470 1670 1650 2110 1670 2100 2180 3030
LC 1350 mm. 515 715 815 505 700 800 975 995 1230 975 1245 1515 1780
LC 1450 mm. 475 665 750 460 650 740 915 905 1150 910 1170 1425 1680
LC 1750 mm. 395 550 635 375 535 620 770 765 975 790 1015 1215 1435
LC 1850 mm. 375 530 605 360 515 590 740 735 945 730 950 1160 1370
Table 2 gives a rough indication of the residual capacity of your lift truck in combination with our Telescopic forks.
Please be aware that the lift truck manufacturer always needs to confirm the measurements of residual capacity.
10. Standard options
Over many years MSE-Forks has acquired a great deal of Extra wear protection
knowledge enabling to offer KOOI-ReachForks with specific Through an extra height upgraded steel which is welded
customer options. under the complete length of outerforks or integrated inside
the taper of the nose.
Palletstops
• Y1 palletstops are intended to stop the forks protruding Load back rest
too far through the pallet, thus preventing The load back rest supports the load and moves forward
damage to goods and pallets standing behind. with the outer fork. It is bolted onto the Y2 palletstops but
• Y2 palletstops serve the same purpose and can also be still allows the distance between the forks to be changed.
used to support a separate load back rest. MSE-Forks supplies two types of load back rests, namely a
• Y3 palletstops support the load and allow frequent standard design and a load back rest for reach lift-trucks.
repositioning of the forks on the carriage. When the load back rest is used, the effective length of
the telescopic forks is reduced
by 25 mm. Where possible the
pallet stops should be moved
back 25 mm to prevent this.
W
idth under site Width upper side eight
H
750 750 1200
700 1000 1200
725 1000 1200
Special mountings
Special mountings such as fork positioners and fork
spreaders are the result of the considerable experience we
have acquired over the last 20 years. Our engineering depart-
ment can change all your 2D drawings into 3D models. 3D
modelling enables measurements to be adapted for use with
other specifications.
Camera system
MSE-Forks is working together with the Dutch manufactu-
rer of industrial camera-systems Orlaco Products b.v. The
miniature camera is completely integrated on side of one
the telescopic forks. The advantage of this system is that the
driver of the lift-truck is able to see how the ReachForks are
positioned in all circumstances. This is particularly helpful
to the driver in double-deep stacking application making the
operation safer and more efficient.
11. Other Products
Double Height Shift System
This unique mast extension range is designed to
adjust the height of a standard lift-truck mast. This is
especially useful if the existing mast does not comply with the
requested height. The mast extensions enable lift-trucks to be
enhanced with an additional telescopic boom. The same lift-
truck can then handle extra pallets at a higher level without a
larger load centre being required.
Load positioning systems
If the side-loader lift truck is operating on rough foundation,
one of the forks can compensate for the difference in height
ensuring the safe loading and unloading of goods without
damaging or moving off the forks when driving bumpy areas.
This powerful attachment is sold under the name Single
Height Shift System. Also possible in combination with KOOI-
ReachForks.
Manually extendible slide-on fork extensions
Using special sheet metalworking techniques, a slide-on
extension has been created that is partially open along its
lower surface, but has the characteristics of a closed sleeve.
Mountable telescopic Jib cranes
The Jib crane is provided with a loading hook. By using the
deep bore technology, the portable arm can move in and out
hydraulically from the driver’s seat. All hydraulic parts are
integrated cannot be damaged. Jib cranes can be delivered
with fork pockets and mounting hooks.
12. ISO 9001-2000
Model for quality assurance in design/development,
production, installation and servicing.
ISO 13284
Fork arm extensions and Telescopic fork arms. Technical
characteristics and strength requirements. (Safety factor of
3 at all times).
ISO 2328
Hook on type fork arms and fork carrier. Mounting dimensions.
ISO 4406
Hydraulic fluid power - Fluids Method for coding level
of contaminations by solid particles.
ISO 3834-2
Quality requirements for welding. Fusion welding of metallic
Production and safety standards materials.
MSE-Forks requires its KOOI-ReachForks to be of the highest
quality and we can only guarantee this by complying with all CE
applicable international standards: European Machinery Directives 2006/42/EC
Palletless handling?
Since 2003 MSE-Forks has introduced a new patented system
the so-called RollerForks® which can be used for palletless
container handling. For more information please visit our
website www.rollerforks.com
A trademark of Meijer Special Equipment
Oudebildtdijk 894
9079 NG St. Jacobiparochie
The Netherlands
Website: www.mse-forks.com
Telephone: +31 (0) 518 - 49 29 29
Telefax: +31 (0) 518 - 49 29 15
E-mail: info@mse-forks.com