MCT Brattberg cable transits are tested against fire resistance to both A and H classification.
Cable Transit Fire Test Procedure
The temperature regime in the furnace during an A-class fire is similar to that of a cellulose fire and during an H-class fire similar to that of an oil fire. In a H-class fire the increase in temperature is much faster than that of an A-class fire. The cable penetration must be tested both vertically and horizontally in order to be approved for general usage by the leading certifying authorities.
Location of Thermocouples
The temperature is constantly measured at different points on the cables and on the face of the cable or pipe penetration during the fire test. The quantity of thermocouples, type and position on the test specimen is regulated by the standards.
Cable Transit Integrity
The integrity of the cable penetration must be maintained throughout the test period (A-class 60 minutes, H-class 120 minutes). The occurrence of flaming on the unexposed face or ignition of a cotton wool pad applied to any gap that appears in the test specimen constitutes a loss of cable transit integrity.
Cable Transit Insulation
The limit of temperature increase on the non fire side of the penetration is stipulated in EN1366-3 or IMO A754 (18). The maximum acceptable temperature increase at any point on the cable or pipe penetration during the test is 180 degrees celsius. An approved fire test gives the cable or pipe penetration a classification where the fire is specified (a-H-class fire) and the time for which the penetration was able to resist the fire in respect of the maximum allowed temperature increase on the non fire side of the penetration (180 degrees celsius). For example, a cable or pipe penetration that withstands an H-class fire for 120 minutes is classed as H120 and a penetration that withstands an A-class fire for 60 minutes is classed A60.
MCT Brattberg Multi Cable Transit system provides a tested and certified seal that protects human lives and equipment against hazards and harsh environments. MCT Brattberg cable transits and pipe penetration seals are installed in walls and floors to maintain fire and water integrity.
The MCT Brattberg cable transit system is based on a simple idea consisting of two components - a frame and packing blocks. The cable duct or pipe seal is achieved when the packing blocks are pressed together around cables and pipes in a frame.
The heart of the MCT Brattberg cable transit system is "Lycron" rubber material from which the insert blocks are made. It is extremely resistant to fire and pressure changes, the cable transits also withstand smoke, extreme temperature changes, vibration, damaging insects, chemicals and ageing.
MCT Brattberg - SR Cable Transit & Pipe Seals
SR Gland is designed to seal cables and pipes between 4-100 mm diameter and can be supplied cut to allow pre-terminated cable/pipe to be installed. SR Glands are supplied with a centre core providing a seal prior to cable installation. SR cable and pipe seals will provide an effective barrier against fire, water, dust, vermin. When cable is inserted into the SR gland simply tighten the compression bolts equally until the cable/pipe is secure.
MCT Brattberg cable and pipe transits are designed and manufactured to provide maximum benefits.
Cable Transit System Concept
* The cable transit system contains frames, blocks, and insulation collars.
* Long-term reliability of all components.
* Cable and pipe transit system quick to install.
* Design and features of each type of component make them easy to install.
* Product costs are reduced as no special tools are required to install transits.
* Packing guides indicate location of insert blocks and cables within frames.
* Transit design planning software is available for engineers/designers.
Cable Transit Frames:
* Transit frames suit ship bulkheads and decks.
* Each corner is multiple-welded to satisfy the destruction test.
* Robotic welding is used to maintain consistent high-quality welds.
* Tight dimensional tolerances maintain functionality of insert blocks.
* The inner surfaces are smooth and free from residual weld spatter.
This document provides an overview of mobile crane regulations around the world. It discusses the parts of mobile cranes including the chassis/base, upperworks, swing mechanism, and parameters considered for safe operation. Load charts and duty charts are described which specify the rated capacity of cranes under different configurations. Factors that influence safe working like ground conditions, wind, electricity hazards and multi-crane lifts are also covered.
The document appears to be a technical drawing or lifting plan for upgrading production facilities at the Karang Baru oil field in Indonesia. It includes specifications for two cranes that will be used: a Zoomlion ZMC 85 truck crane and a XCMG QY50K tailing crane. The drawing includes information about the project scope, dimensions of the cranes, lifting capacities at different boom lengths and radii, approval stamps, revision details, and other technical details.
Medium Voltage Terminations- up to 42kV.| AKBAR TRADING EST.| mail@akbartradi...AKBAR TRADING
Cold Applied:
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Pre Expanded on Holdout - up to 42kV
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Push On - up to 42kV
Heat Shrinkable:
• IXSU/OXSU:
Uniterm - Terminations for Polymeric Cables - up to
42kV
Uniterm - Terminations for Polymeric Cables - up to
42kV - Selection Guide
• IXSU/OXSU - EPKT Quick Reference Guide
Heat Shrinkable Elbows:
• EPKT:
Heat Shrinkable Termination System for cables up to 36kV
Heat Shrinkable Termination Selection Guide
• RSRB:
Inline Bushing Boots
• RSRB:
Right Angle Bushing Boots
Inline & Right Angle Bushing Boot Selection Guide
Push On Elbows:
• RCAB:
Elastomeric Flexible Bushing Boot - up to 17.5kV ONLY
• RCAB:
Inline Cold Applied Boot - up to 24kV ONLY
• RICS:
Insulated Elbow Adaptors - up to 24kV
Insulated Elbow Adaptors - up to 24kV - Selection Guide
• RSES/RSSS:
Insulated Screened Elbows - 250A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 36kV
• RSTI:
Insulated Screened Elbow - Piggyback Coupling System - up to 36kV
GURO MV:
NEW
GUROFLEX Medium Voltage - Cold pour Insulating Compound
Section 4:
Energy Division
http://energy.tycoelectronics.com
The document discusses Tan Delta testing of medium voltage cables. It provides basics on cable insulation aging processes, defines Tan Delta as a measurement of the ratio of resistive to capacitive current in a cable, and explains that increasing Tan Delta values indicate worsening cable insulation condition. The document also outlines test parameters, how to interpret results based on IEEE criteria, and how to perform a Tan Delta test.
Industrial safety of lifting & procedurePavan Noel
The document discusses lifting equipment and procedures as outlined in the Factories Act. It defines key terms like competent person, machinery, and lifting tackles. It provides guidelines for planning lifts, conducting the lift, landing loads, and dos and don'ts. It also examines sling angles and their effect on safe working loads. Case studies describe incidents where improper planning and techniques like misaligned loads led to injuries.
This document contains a weight chart for hexagon bolts and nuts in various sizes from Dinstock Ltd, a fastener supplier based in the UK. It lists the nominal diameter in millimeters and weights in kilograms for bolt and nut sizes from M12 to M39 over lengths ranging from 60 to 800 millimeters. The chart provides information on the standard weights for common metric bolt and nut sizes.
MCT Brattberg Multi Cable Transit system provides a tested and certified seal that protects human lives and equipment against hazards and harsh environments. MCT Brattberg cable transits and pipe penetration seals are installed in walls and floors to maintain fire and water integrity.
The MCT Brattberg cable transit system is based on a simple idea consisting of two components - a frame and packing blocks. The cable duct or pipe seal is achieved when the packing blocks are pressed together around cables and pipes in a frame.
The heart of the MCT Brattberg cable transit system is "Lycron" rubber material from which the insert blocks are made. It is extremely resistant to fire and pressure changes, the cable transits also withstand smoke, extreme temperature changes, vibration, damaging insects, chemicals and ageing.
MCT Brattberg - SR Cable Transit & Pipe Seals
SR Gland is designed to seal cables and pipes between 4-100 mm diameter and can be supplied cut to allow pre-terminated cable/pipe to be installed. SR Glands are supplied with a centre core providing a seal prior to cable installation. SR cable and pipe seals will provide an effective barrier against fire, water, dust, vermin. When cable is inserted into the SR gland simply tighten the compression bolts equally until the cable/pipe is secure.
MCT Brattberg cable and pipe transits are designed and manufactured to provide maximum benefits.
Cable Transit System Concept
* The cable transit system contains frames, blocks, and insulation collars.
* Long-term reliability of all components.
* Cable and pipe transit system quick to install.
* Design and features of each type of component make them easy to install.
* Product costs are reduced as no special tools are required to install transits.
* Packing guides indicate location of insert blocks and cables within frames.
* Transit design planning software is available for engineers/designers.
Cable Transit Frames:
* Transit frames suit ship bulkheads and decks.
* Each corner is multiple-welded to satisfy the destruction test.
* Robotic welding is used to maintain consistent high-quality welds.
* Tight dimensional tolerances maintain functionality of insert blocks.
* The inner surfaces are smooth and free from residual weld spatter.
This document provides an overview of mobile crane regulations around the world. It discusses the parts of mobile cranes including the chassis/base, upperworks, swing mechanism, and parameters considered for safe operation. Load charts and duty charts are described which specify the rated capacity of cranes under different configurations. Factors that influence safe working like ground conditions, wind, electricity hazards and multi-crane lifts are also covered.
The document appears to be a technical drawing or lifting plan for upgrading production facilities at the Karang Baru oil field in Indonesia. It includes specifications for two cranes that will be used: a Zoomlion ZMC 85 truck crane and a XCMG QY50K tailing crane. The drawing includes information about the project scope, dimensions of the cranes, lifting capacities at different boom lengths and radii, approval stamps, revision details, and other technical details.
Medium Voltage Terminations- up to 42kV.| AKBAR TRADING EST.| mail@akbartradi...AKBAR TRADING
Cold Applied:
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Pre Expanded on Holdout - up to 42kV
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Push On - up to 42kV
Heat Shrinkable:
• IXSU/OXSU:
Uniterm - Terminations for Polymeric Cables - up to
42kV
Uniterm - Terminations for Polymeric Cables - up to
42kV - Selection Guide
• IXSU/OXSU - EPKT Quick Reference Guide
Heat Shrinkable Elbows:
• EPKT:
Heat Shrinkable Termination System for cables up to 36kV
Heat Shrinkable Termination Selection Guide
• RSRB:
Inline Bushing Boots
• RSRB:
Right Angle Bushing Boots
Inline & Right Angle Bushing Boot Selection Guide
Push On Elbows:
• RCAB:
Elastomeric Flexible Bushing Boot - up to 17.5kV ONLY
• RCAB:
Inline Cold Applied Boot - up to 24kV ONLY
• RICS:
Insulated Elbow Adaptors - up to 24kV
Insulated Elbow Adaptors - up to 24kV - Selection Guide
• RSES/RSSS:
Insulated Screened Elbows - 250A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 36kV
• RSTI:
Insulated Screened Elbow - Piggyback Coupling System - up to 36kV
GURO MV:
NEW
GUROFLEX Medium Voltage - Cold pour Insulating Compound
Section 4:
Energy Division
http://energy.tycoelectronics.com
The document discusses Tan Delta testing of medium voltage cables. It provides basics on cable insulation aging processes, defines Tan Delta as a measurement of the ratio of resistive to capacitive current in a cable, and explains that increasing Tan Delta values indicate worsening cable insulation condition. The document also outlines test parameters, how to interpret results based on IEEE criteria, and how to perform a Tan Delta test.
Industrial safety of lifting & procedurePavan Noel
The document discusses lifting equipment and procedures as outlined in the Factories Act. It defines key terms like competent person, machinery, and lifting tackles. It provides guidelines for planning lifts, conducting the lift, landing loads, and dos and don'ts. It also examines sling angles and their effect on safe working loads. Case studies describe incidents where improper planning and techniques like misaligned loads led to injuries.
This document contains a weight chart for hexagon bolts and nuts in various sizes from Dinstock Ltd, a fastener supplier based in the UK. It lists the nominal diameter in millimeters and weights in kilograms for bolt and nut sizes from M12 to M39 over lengths ranging from 60 to 800 millimeters. The chart provides information on the standard weights for common metric bolt and nut sizes.
This document provides information on plugs and sockets from the SolConeX and CES series from R. STAHL for applications ranging from 16A to 125A. It includes selection tables that list the various models of plugs and sockets with details on their voltage ranges, pole configurations, ordering codes, and weights. Dimensional drawings with measurements are also provided.
The document contains a list of component codes and damage codes related to repairing parts of a shipping container. It then provides a container survey form template to record inspection details including the component inspected, type of damage, repair codes, and location on the container. The template includes codes for sides, doors, and undercarriage of the container.
The document discusses wire rope inspection and criteria for replacement. It covers types of wire rope construction, visual inspection techniques, and signs of damage such as broken wires, corrosion, crushing, kinking and birdcaging. Inspection frequency is based on factors like expected rope life and operating conditions. Rope should be replaced if it exhibits signs of excessive wear or damage, such as more than 12 broken wires in a strand or 10% reduction in diameter. Regular inspection and following replacement criteria are important for safety.
The document provides product information for heatshrink cable terminations and joints for voltages ranging from 0.6kV to 36kV. It lists various indoor and outdoor termination part numbers corresponding to cable type (XLPE, PILC), cores (single, three), voltage rating and cable cross section range. It also provides information on related accessories like earthing components and ordering guidelines. Coldshrink terminations are introduced as an alternative with advantages like easier installation without open flames. Technical test standards for heatshrink products are listed at the end.
There is approximately a 20% savings cost for using rolled threads instead of cut thread rods. Per ACI 318 Section D, there is no capacity difference between the two methods of manufacturing when used as anchor bolts set in concrete.
This document provides information on chain slings, including their parts, types, assemblies, markings, grades, configurations, and safe usage. Chain slings can be single, double, triple, or quadruple leg designs. Shortening clutches are used to adjust sling length. Slings are marked with their working load limit and grade, with grades 80 and 100 most commonly used for overhead lifting. The configuration of the sling attachment affects its safe working load limit. Angles between sling legs should not exceed 120 degrees.
This document appears to be a list of standards and specifications for valves, coatings, concrete, and other industrial materials. It includes over 20 document codes referring to requirements for items like check valves, ball valves, pipe coatings, wood treatment, aggregates, and more. The document codes seem to relate to standards set by Brmam mulahad Al€atah E$L for materials and products used in general contracting, buildings, roads, and other industrial construction and maintenance works.
Raychem KIT STOCKIST | AKBAR TRADING EST | mail@akbartrading.comAKBAR TRADING
This document provides a list of cable termination and jointing kits from Raychem/TE-TYCO with their material numbers, descriptions, and available stock quantities. There are over 70 different kits listed ranging from indoor and outdoor cable terminations of various voltages, core configurations and cable sizes to inline and straight cable joints. The available quantities range from 0 to 496 kits for each item listed.
This document contains conversion tables that allow users to convert between American Wire Gauge (AWG) sizes and equivalent millimeter squared (mm2) cross-sectional areas for electrical wire. The tables provide the mm2 cross-sectional area that corresponds to common AWG sizes ranging from 20 to 1000 as well as the AWG size that corresponds to specific mm2 from 0.5 to 1000.
If you install, use or inspect wire rope - this presentation is for you! Mr. Buschmann covers a variety of topics including:
• Proper shortening/cutting procedures of high performance wire in the field
• Installing rope onto the drum
• Block twisting and how to solve it
• Inspection criteria
• Common causes for rope damage
• ASME rope discard tables
Additionally, Mr. Buschmann discusses the ISO 4309 discard criteria which now differentiates single from multi-layer drum windings.
Speaker: Knut Buschmann, President, Unirope Ltd.
Lifting Plan for INSTALLATION XCR40 & XCR41 by using Crawler Crane CC2800-1 &...Abdul Karim
This document contains specifications for two crawler cranes:
1) A Demag CC 2800-1(SSL) 600-ton crawler crane with a 60m main boom, 30m mast, 180 ton crane counterweight, and capable of lifting 160 tons.
2) A Hitachi Sumitomo SCX 1500A-3 150-ton crawler crane with a 30m main boom, 56.4 ton crane counterweight, and capable of lifting 72 tons.
The document also includes lifting configuration diagrams and approvals for the cranes.
Bs 7121 2º INSPECTION, TESTING AND EXAMINATION-CRANESANA ISABEL R.R.
This document provides guidelines for inspection, testing and examination of cranes according to BS 7121-2 Code of Practice for Safe Use of Cranes Part 2. It outlines requirements for pre-use checks, in-service inspections, and thorough examinations to be carried out by competent personnel. Thorough examinations must follow a written examination scheme and are required at least every 6 months for cranes that lift persons and every 12 months for other cranes. The document specifies inspection and testing procedures, responsibilities of different parties, and record keeping requirements.
El documento describe varios tipos de defectos en soldaduras, incluyendo porosidades, inclusiones de escoria, falta de penetración, y quemaduras. También proporciona posibles causas y correcciones para cada defecto.
This document provides information on inspecting and using various types of slings for rigging, including alloy chain slings, synthetic slings, wire rope slings, and metal mesh slings. It discusses the four basic types of slings, required inspections, and inspection criteria for alloy chain slings. Key points covered include inspecting slings before each use, completing a technical inspection at least annually, and maintaining inspection records for alloy steel chain slings. Criteria for alloy chain sling inspections include checking for links, hooks, wear, and other defects or damage.
1. The document provides installation instructions for heatshrink termination of 3 core polymeric cables with voltages ranging from 7.2kV to 36kV.
2. It describes how to prepare the cable by removing the outer sheath and screen, and installing stress control tape, tubes, cable lugs, and an anti-track tube.
3. It also specifies minimum separation distances between phases and to ground for indoor terminations depending on voltage to ensure long term performance.
This document contains two safety checklists for conveyor belts: one for when the belt is operating, and one for when the belt is shut down. The operating checklist includes 14 items related to safety features like emergency switches, guards, lighting, and personal protective equipment. The shut down checklist includes 8 items to check when the belt is off, such as obtaining a work permit, removing tools from the belt, and refitting guards before restarting.
Elastimold - HV High Voltage Joints, Terminations, Loadbreak & Deadbreak Connectors.
Load Break Elbows
A load break elbow when used with a hot stick can be connected or disconnected at high voltage under load, but can only be used with up to a 250kcmil cable. At 100% insulation level, a 250kcmil is good for 345A in underground duct, so you would be de-rating your system by using a 200A elbow with a 250kcmil cable, but they are still widely used due to the flexibility given to the high voltage distribution system at the equipment. Think about it…if you had a critical application where power disruptions were extremely costly and maintenance was required on up-stream equipment in, let’s say a non critical area, this product would be great. You could disconnect the load without disturbing the critical portions, perform the maintenance and then reconnect it. Just make sure to take safety precautions, making and breaking electrical connections under load is very dangerous. The load break elbow is typically not used in man-holes, because it does not allow expansion like the dead break elbow. The construction of the load break elbow does not allow it to be connected to other elbows, but the dead break does.
Dead Break Elbows
A dead break or “hammerhead” elbow can only be disconnected when not under load, this is because you need to actually unscrew a pin to detach it. It would be pretty tough to unscrew the pin with a hot stick and the arc from the disconnected load, if under load, would be pretty substantial. A dead break elbow allows an increased current rating (up to 600A) and can be used on basically all cable types. At 100% insulation level a 750kcmil cable is rated 610A in underground duct. When would you use a 750kcmil? In most non-utility cases you would design or install sets of 500kcmil or smaller if you needed more than one 500kcmil could handle. Even from a 1200A breaker, two sets of 500kcmil per phase would be sufficient for distribution (about 1000A), if the load was even that high. Most of the time you set the relays down to the actual load in order to limit the copper used. A dead break when used in man-holes for splicing cables allows the flexibility of connecting more than two cables together as well as future expansion if required. Say another building was added that needed power, you could just connect that building to the existing array of dead break elbows. This also works great when temporary power is needed for construction or even if the circus is in town and they need medium voltage (it happens!). They can pick up power from the man-hole with the dead break elbows or from a piece of equipment with dead break elbows. I’ve heard that ships are now starting to use medium voltage shore power, I wonder what kind of connections they use.
The centre of gravity (CG) is the point where the entire weight of a body or system of bodies is concentrated so that if supported at this point the body or system would remain in static equilibrium in any position. It is important to position the crane hook directly over the CG of a load for stability during lifting operations. Lifting a load with an offset CG can cause the load to shift until balance is restored with the CG below the hook. When lifting loads with an offset CG, one sling leg will take more of the load weight than the other, so the sling SWL should be based on the full load weight on one leg. Careful lifting is required as loads with an offset CG could kick in an unexpected manner once lifted
This document provides procedures for the fabrication, installation, and erection of piping. It outlines responsibilities for construction management, engineering, quality control, and health and safety. It also describes procedures for receiving and storing materials, pre-fabrication including cutting, beveling and fit-up, welding, testing, and installation of underground and erected piping. Attachments include job safety analyses, work flows, lifting plans, and inspection forms. The goal is to ensure compliance with contractual and health, safety, and environmental requirements for piping work.
Isolation Procedures for Safe Working on Electrical Systems and Equipment by the JIB | solation Procedures for Safe Working on Electrical Systems and Equipment
This chart shows the safe isolation procedure that you should use when working on electrical systems and equipment.
You'll receive a printed copy of this from your Training Provider, but it's also here as a handy reference to keep electronically.
THE RULES OF SAFE ISOLATION ARE:
Obtain permission to start work (a Permit may be required in some situations)
Identify the source(s) of supply using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Isolate the supply(s)
Secure the isolation
Prove the system/equipment is DEAD using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Put up warning signs to tell other people that the electrical installation has been isolated
Once the system/equipment is proved DEAD, work can begin
Uploaded by THORNE & DERRICK LV HV Jointing, Earthing, Substation & Electrical Eqpt | Explosive Atmosphere Experts & ATEX IECEx.
Thorne & Derrick International are specialist distributors of low, medium, and high voltage cable installation, jointing, substation, and electrical equipment. They have over 30 years of experience and stock over 100,000 products from over 100 brands. Their product range includes cable joints, terminations, tools, accessories, distribution equipment, and safety products for voltages up to 132kV.
This document provides information on plugs and sockets from the SolConeX and CES series from R. STAHL for applications ranging from 16A to 125A. It includes selection tables that list the various models of plugs and sockets with details on their voltage ranges, pole configurations, ordering codes, and weights. Dimensional drawings with measurements are also provided.
The document contains a list of component codes and damage codes related to repairing parts of a shipping container. It then provides a container survey form template to record inspection details including the component inspected, type of damage, repair codes, and location on the container. The template includes codes for sides, doors, and undercarriage of the container.
The document discusses wire rope inspection and criteria for replacement. It covers types of wire rope construction, visual inspection techniques, and signs of damage such as broken wires, corrosion, crushing, kinking and birdcaging. Inspection frequency is based on factors like expected rope life and operating conditions. Rope should be replaced if it exhibits signs of excessive wear or damage, such as more than 12 broken wires in a strand or 10% reduction in diameter. Regular inspection and following replacement criteria are important for safety.
The document provides product information for heatshrink cable terminations and joints for voltages ranging from 0.6kV to 36kV. It lists various indoor and outdoor termination part numbers corresponding to cable type (XLPE, PILC), cores (single, three), voltage rating and cable cross section range. It also provides information on related accessories like earthing components and ordering guidelines. Coldshrink terminations are introduced as an alternative with advantages like easier installation without open flames. Technical test standards for heatshrink products are listed at the end.
There is approximately a 20% savings cost for using rolled threads instead of cut thread rods. Per ACI 318 Section D, there is no capacity difference between the two methods of manufacturing when used as anchor bolts set in concrete.
This document provides information on chain slings, including their parts, types, assemblies, markings, grades, configurations, and safe usage. Chain slings can be single, double, triple, or quadruple leg designs. Shortening clutches are used to adjust sling length. Slings are marked with their working load limit and grade, with grades 80 and 100 most commonly used for overhead lifting. The configuration of the sling attachment affects its safe working load limit. Angles between sling legs should not exceed 120 degrees.
This document appears to be a list of standards and specifications for valves, coatings, concrete, and other industrial materials. It includes over 20 document codes referring to requirements for items like check valves, ball valves, pipe coatings, wood treatment, aggregates, and more. The document codes seem to relate to standards set by Brmam mulahad Al€atah E$L for materials and products used in general contracting, buildings, roads, and other industrial construction and maintenance works.
Raychem KIT STOCKIST | AKBAR TRADING EST | mail@akbartrading.comAKBAR TRADING
This document provides a list of cable termination and jointing kits from Raychem/TE-TYCO with their material numbers, descriptions, and available stock quantities. There are over 70 different kits listed ranging from indoor and outdoor cable terminations of various voltages, core configurations and cable sizes to inline and straight cable joints. The available quantities range from 0 to 496 kits for each item listed.
This document contains conversion tables that allow users to convert between American Wire Gauge (AWG) sizes and equivalent millimeter squared (mm2) cross-sectional areas for electrical wire. The tables provide the mm2 cross-sectional area that corresponds to common AWG sizes ranging from 20 to 1000 as well as the AWG size that corresponds to specific mm2 from 0.5 to 1000.
If you install, use or inspect wire rope - this presentation is for you! Mr. Buschmann covers a variety of topics including:
• Proper shortening/cutting procedures of high performance wire in the field
• Installing rope onto the drum
• Block twisting and how to solve it
• Inspection criteria
• Common causes for rope damage
• ASME rope discard tables
Additionally, Mr. Buschmann discusses the ISO 4309 discard criteria which now differentiates single from multi-layer drum windings.
Speaker: Knut Buschmann, President, Unirope Ltd.
Lifting Plan for INSTALLATION XCR40 & XCR41 by using Crawler Crane CC2800-1 &...Abdul Karim
This document contains specifications for two crawler cranes:
1) A Demag CC 2800-1(SSL) 600-ton crawler crane with a 60m main boom, 30m mast, 180 ton crane counterweight, and capable of lifting 160 tons.
2) A Hitachi Sumitomo SCX 1500A-3 150-ton crawler crane with a 30m main boom, 56.4 ton crane counterweight, and capable of lifting 72 tons.
The document also includes lifting configuration diagrams and approvals for the cranes.
Bs 7121 2º INSPECTION, TESTING AND EXAMINATION-CRANESANA ISABEL R.R.
This document provides guidelines for inspection, testing and examination of cranes according to BS 7121-2 Code of Practice for Safe Use of Cranes Part 2. It outlines requirements for pre-use checks, in-service inspections, and thorough examinations to be carried out by competent personnel. Thorough examinations must follow a written examination scheme and are required at least every 6 months for cranes that lift persons and every 12 months for other cranes. The document specifies inspection and testing procedures, responsibilities of different parties, and record keeping requirements.
El documento describe varios tipos de defectos en soldaduras, incluyendo porosidades, inclusiones de escoria, falta de penetración, y quemaduras. También proporciona posibles causas y correcciones para cada defecto.
This document provides information on inspecting and using various types of slings for rigging, including alloy chain slings, synthetic slings, wire rope slings, and metal mesh slings. It discusses the four basic types of slings, required inspections, and inspection criteria for alloy chain slings. Key points covered include inspecting slings before each use, completing a technical inspection at least annually, and maintaining inspection records for alloy steel chain slings. Criteria for alloy chain sling inspections include checking for links, hooks, wear, and other defects or damage.
1. The document provides installation instructions for heatshrink termination of 3 core polymeric cables with voltages ranging from 7.2kV to 36kV.
2. It describes how to prepare the cable by removing the outer sheath and screen, and installing stress control tape, tubes, cable lugs, and an anti-track tube.
3. It also specifies minimum separation distances between phases and to ground for indoor terminations depending on voltage to ensure long term performance.
This document contains two safety checklists for conveyor belts: one for when the belt is operating, and one for when the belt is shut down. The operating checklist includes 14 items related to safety features like emergency switches, guards, lighting, and personal protective equipment. The shut down checklist includes 8 items to check when the belt is off, such as obtaining a work permit, removing tools from the belt, and refitting guards before restarting.
Elastimold - HV High Voltage Joints, Terminations, Loadbreak & Deadbreak Connectors.
Load Break Elbows
A load break elbow when used with a hot stick can be connected or disconnected at high voltage under load, but can only be used with up to a 250kcmil cable. At 100% insulation level, a 250kcmil is good for 345A in underground duct, so you would be de-rating your system by using a 200A elbow with a 250kcmil cable, but they are still widely used due to the flexibility given to the high voltage distribution system at the equipment. Think about it…if you had a critical application where power disruptions were extremely costly and maintenance was required on up-stream equipment in, let’s say a non critical area, this product would be great. You could disconnect the load without disturbing the critical portions, perform the maintenance and then reconnect it. Just make sure to take safety precautions, making and breaking electrical connections under load is very dangerous. The load break elbow is typically not used in man-holes, because it does not allow expansion like the dead break elbow. The construction of the load break elbow does not allow it to be connected to other elbows, but the dead break does.
Dead Break Elbows
A dead break or “hammerhead” elbow can only be disconnected when not under load, this is because you need to actually unscrew a pin to detach it. It would be pretty tough to unscrew the pin with a hot stick and the arc from the disconnected load, if under load, would be pretty substantial. A dead break elbow allows an increased current rating (up to 600A) and can be used on basically all cable types. At 100% insulation level a 750kcmil cable is rated 610A in underground duct. When would you use a 750kcmil? In most non-utility cases you would design or install sets of 500kcmil or smaller if you needed more than one 500kcmil could handle. Even from a 1200A breaker, two sets of 500kcmil per phase would be sufficient for distribution (about 1000A), if the load was even that high. Most of the time you set the relays down to the actual load in order to limit the copper used. A dead break when used in man-holes for splicing cables allows the flexibility of connecting more than two cables together as well as future expansion if required. Say another building was added that needed power, you could just connect that building to the existing array of dead break elbows. This also works great when temporary power is needed for construction or even if the circus is in town and they need medium voltage (it happens!). They can pick up power from the man-hole with the dead break elbows or from a piece of equipment with dead break elbows. I’ve heard that ships are now starting to use medium voltage shore power, I wonder what kind of connections they use.
The centre of gravity (CG) is the point where the entire weight of a body or system of bodies is concentrated so that if supported at this point the body or system would remain in static equilibrium in any position. It is important to position the crane hook directly over the CG of a load for stability during lifting operations. Lifting a load with an offset CG can cause the load to shift until balance is restored with the CG below the hook. When lifting loads with an offset CG, one sling leg will take more of the load weight than the other, so the sling SWL should be based on the full load weight on one leg. Careful lifting is required as loads with an offset CG could kick in an unexpected manner once lifted
This document provides procedures for the fabrication, installation, and erection of piping. It outlines responsibilities for construction management, engineering, quality control, and health and safety. It also describes procedures for receiving and storing materials, pre-fabrication including cutting, beveling and fit-up, welding, testing, and installation of underground and erected piping. Attachments include job safety analyses, work flows, lifting plans, and inspection forms. The goal is to ensure compliance with contractual and health, safety, and environmental requirements for piping work.
Isolation Procedures for Safe Working on Electrical Systems and Equipment by the JIB | solation Procedures for Safe Working on Electrical Systems and Equipment
This chart shows the safe isolation procedure that you should use when working on electrical systems and equipment.
You'll receive a printed copy of this from your Training Provider, but it's also here as a handy reference to keep electronically.
THE RULES OF SAFE ISOLATION ARE:
Obtain permission to start work (a Permit may be required in some situations)
Identify the source(s) of supply using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Isolate the supply(s)
Secure the isolation
Prove the system/equipment is DEAD using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Put up warning signs to tell other people that the electrical installation has been isolated
Once the system/equipment is proved DEAD, work can begin
Uploaded by THORNE & DERRICK LV HV Jointing, Earthing, Substation & Electrical Eqpt | Explosive Atmosphere Experts & ATEX IECEx.
Thorne & Derrick International are specialist distributors of low, medium, and high voltage cable installation, jointing, substation, and electrical equipment. They have over 30 years of experience and stock over 100,000 products from over 100 brands. Their product range includes cable joints, terminations, tools, accessories, distribution equipment, and safety products for voltages up to 132kV.
The document advertises the Children North East Annual Golf Day fundraising event to be held on May 9th, 2018 at Close House golf course in Northumberland. The event will include a shotgun start at 2pm for teams of four playing in a Stableford scoring competition. The £490 entry fee per team includes breakfast, a two course meal after play, and goodie bags. Proceeds will benefit Children North East, a charity supporting children in the Newcastle region.
This document provides information on 3M's electrical products, including electrical connectors, wire connectors, splice kits, wire markers, and protective coatings. It highlights key features and applications of 3M's Scotchlok electrical insulation displacement connectors, Performance Plus wire connectors, direct bury splice kits, ScotchCode wire markers, insulating and anti-corrosion sprays, and Scotchkote electrical coating. The document is intended to showcase 3M's quality solutions for electrical connections, identification, and corrosion protection.
This document provides a catalogue of products from SICAME GROUP for electrical safety. It begins by emphasizing the importance of electrical safety for professionals working in the electrical industry. The catalogue then outlines the company's commitment to supporting customers through new products designed by their teams, an updated catalogue focusing on product functions and uses, and new educational tools like guidance documents. The bulk of the document consists of the catalogue content organized into sections covering personal protective equipment, locking, signaling, low voltage test and measurement, low voltage earthing systems, low voltage live working tools, medium voltage substation equipment, medium voltage equipment, high voltage lines and switchgear equipment, and earthing connections. Each section lists and provides brief descriptions of the various safety products
1) The document provides installation instructions for heatshrink termination of 3 core polymeric cables with voltages ranging from 7.2kV to 36kV. It describes the steps for preparing the cable, installing stress control tapes and tubes, cable lugs, and rain sheds.
2) Key steps include removing the cable sheath and screens, applying stress control tape, installing cable lugs and boots, and shrinking tubes onto the assembly. Proper distances must be maintained for phase clearance and bending radii.
3) Outdoor terminations require additional rain sheds installed from the bottom up at specified distances between the anti-track tube and shed edges. Indoor distances between phases and grounds are also outlined.
THORNE & DERRICK based in the UK are international distributors of LV, MV & HV Cable Installation, Jointing, Substation & Electrical Equipment.
Since 1985, T&D have established an international reputation based on SERVICE | INTEGRITY | TRUST.
Contact us for 3M, ABB, Alroc, AN Wallis, CATU, Cembre, Centriforce, CMP, CSD, Elastimold, Ellis Patents, Emtelle, Euromold, Filoform , Furse, Lucy Electric & Zodion, Nexans, Pfisterer, Polypipe, Prysmian, Roxtec, Sicame, WT Henley.
The document provides technical specifications for EJB series explosion proof enclosures made of galvanized carbon steel. The enclosures have an IP rating of IP65, IP66, or IP67 and an operating temperature range of -50°C to +60°C. They offer explosion protection of Ex d IIB or IIB+H2 and are suitable for indoor and outdoor use in hazardous industrial areas. The enclosures can house various electrical and electronic components and accessories.
This certificate of attendance awards Adam Rowe and Michael Wenglorz for successfully completing a SIL (Safety Integrity Level) training seminar held by PEPPERL+FUCHS GB LTD on November 7th, 2016.
Thorne & Derrick were established in 1985 and are now one of the largest specialist distributors and worldwide exporters of equipment for explosive atmospheres. They stock over 100,000 products from over 100 brands for industries such as oil & gas, mining, manufacturing, and more. Thorne & Derrick provide hazardous area lighting, heating, sensors, detectors, valves, cables, and other equipment certified for explosive atmospheres. They also offer technical support, international delivery, and over 30 years of experience in serving hazardous area applications.
This document is an application datasheet for flow measurement devices. It requests contact and process information from customers. It asks for details about the application environment and pipe parameters. It also requests information on process parameters like temperature, pressure, and flow rates. Finally, it inquires about desired measurement configuration including units of measurement, data logging, power supply, and electrical and communication interfaces.
This document provides information on Emtelle fibre optic cables, including:
- An overview of Emtelle as a leading global manufacturer of blown fibre and ducted network solutions.
- Descriptions of different cable types including Direct Install, Direct Buried, Aerial, and more.
- Specifications for various cable models including fibre count options, dimensions, tensile strength and other test standards.
Thorne & Derrick provide electrical heating solutions for industrial and hazardous area applications. They have over 30 years of experience in process heating and specialize in frost protection and winterization packages. They offer a wide range of electrical heating equipment for hazardous areas, including portable air heaters certified for use in explosive atmospheres. Their product range and engineering expertise help customers solve heating challenges across various industries.
The document provides information on tools for preparing electric utility distribution and transmission cables. It includes tools for stripping insulation from secondary distribution cables, mid-span stripping of overhead primary distribution cables, insulation stripping and jacket stripping for underground cables, removing insulation shields from underground and transmission cables, pencilling transmission cables, and other specialty distribution tools. Tables provide part numbers and specifications for various cable end strippers and other tools to prepare different cable types.
The document describes the RIDGID micro CD-100 combustible gas leak detector. It can quickly identify the presence of combustible gases with a flexible 41 cm probe. It is designed to detect gases like methane, propane, and more. The micro CD-100 has adjustable sensitivity settings and Tri-Mode Detection that provides alerts through visual, audible or vibration signals. It is listed as catalog number 36163 and weighs 0.45 kg.
Itron is a leading technology company dedicated to measuring, managing, and analyzing energy and water resources. It provides comprehensive solutions including meters, communication systems, software, and consulting services to over 8,000 customers in more than 100 countries. Itron employs thousands of people globally and invests over 8.5% of its $1.9 billion annual revenue in research and development.
The FiloSeal+HD is a duct sealing system that uses hexagonal tubes and a flexible silicon-based sealant to seal cable configurations and pipes within conduits. It provides resistance to up to 2 bars of pressure and can withstand pulling forces of 100kg on sealed cables. The sealant is easily applied and cures with air, providing high levels of gas and water tightness. The system allows for easy addition or removal of cables or pipes as needed.