This document provides information on personal protective equipment, tools, and safety equipment for live work on electrical systems. It discusses requirements for live work including training, medical monitoring, and responsibilities. Methods for live work described are insulated glove, safe clearance, and bare hand methods used at different voltage levels. Personal protective equipment detailed includes insulating rubber gloves, boots, suits, helmets, and voltage detection tools. Insulated tools for live work are also specified, such as screwdrivers, pliers, and snipe nose pliers. Pole climbing and fall protection equipment is listed, including harnesses, lanyards, and climbers.
This document provides training on electrical safety. It outlines responsibilities for management and employees to identify electrical hazards and prevent accidents. Hazards of electricity include shock, burns, arc blasts, explosions and fires. Electrical accidents are caused by unsafe equipment, environments and practices. Safe work practices like using protective equipment and following lockout/tagout procedures can prevent accidents. The key messages are that electricity can be deadly if misused but the risk is negligible if sensible precautions are taken.
The document discusses various safety equipment used for belt conveyors including pull cord switches, belt sway switches, zero speed switches, belt snap switches, chute block switches, and safety sirens. It describes the location and operation of each device and how they are used to monitor the conveyor belt and stop it in case of emergencies or abnormal conditions to protect both equipment and human safety. A belt watch monitoring system is also introduced that can detect exactly which safety switch was activated and communicate this information to the control system.
LIST OF IMPORTANT INDIAN STANDARDS ON SAFETY & HEALTHBimal Chandra Das
This document lists important Indian standards related to safety and health across various industries and topics. It provides standards for machinery, consumer products, electrical and electronics, transportation, civil engineering construction, chemicals and other hazardous materials, fire protection, and personal protection. The standards cover a wide range of issues including lifts, grinding wheels, pressure vessels, gas cylinders, industrial plant layout, domestic gas stoves, electrical equipment, powered trucks, scaffolding, hazardous chemicals, fire safety, welding, noise reduction, and personal protective equipment.
This presentation discusses electricity, electrical hazards, and safety practices. It covers topics such as what electricity is, direct and alternating current, the magnetic, heating, and chemical effects of electricity, common electrical hazards like shocks, explosions, burns and fires. The presentation emphasizes safety measures like using personal protective equipment, avoiding overloading circuits, and not allowing children or pets to play with electricity. Proper precautions and treating electricity with respect can help ensure its safe and effective use.
This document provides guidelines on personal protective equipment (PPE). It discusses the importance of selecting and using appropriate PPE where engineering hazard controls are not possible. Key points covered include quality of PPE, factors to consider when selecting PPE, ensuring proper use by workers, and categories of PPE such as head, eye/face, hand/arm, foot/leg, and respiratory protection. Specifications and care instructions are provided for different types of PPE. The document aims to help plant management maintain an effective PPE program to protect workers from hazards.
What are the causes falling from heights.construction
This document discusses causes of falling from heights in work activities and identifies unsafe conditions and actions that can lead to falls. It provides examples of height-related jobs and outlines key safety precautions like using fall protection equipment, properly maintaining equipment, restricting access below work areas, and ensuring workers are trained. Recommendations are given for safely using mobile elevated platforms, scaffolding, ladders and stepladders.
This document discusses several conveyor and crusher-related accidents at mining operations and provides best practices to improve safety. It summarizes accidents where workers were caught in moving machinery while performing maintenance or cleaning near unguarded parts of conveyors and crushers that were still in operation. The best practices emphasize locking out power sources, using guards on all moving parts, ensuring proper training for all tasks, and conducting risk assessments before performing any work near heavy equipment.
Ladders are used to move between different levels but can lead to accidents if not used properly. The document provides guidance on selecting the right ladder for the job, inspecting ladders for defects, safely setting up and climbing ladders, and properly storing ladders. Key safety practices include maintaining three points of contact, not standing higher than the third rung, and placing the ladder feet a quarter of the working length from the structure.
This document provides training on electrical safety. It outlines responsibilities for management and employees to identify electrical hazards and prevent accidents. Hazards of electricity include shock, burns, arc blasts, explosions and fires. Electrical accidents are caused by unsafe equipment, environments and practices. Safe work practices like using protective equipment and following lockout/tagout procedures can prevent accidents. The key messages are that electricity can be deadly if misused but the risk is negligible if sensible precautions are taken.
The document discusses various safety equipment used for belt conveyors including pull cord switches, belt sway switches, zero speed switches, belt snap switches, chute block switches, and safety sirens. It describes the location and operation of each device and how they are used to monitor the conveyor belt and stop it in case of emergencies or abnormal conditions to protect both equipment and human safety. A belt watch monitoring system is also introduced that can detect exactly which safety switch was activated and communicate this information to the control system.
LIST OF IMPORTANT INDIAN STANDARDS ON SAFETY & HEALTHBimal Chandra Das
This document lists important Indian standards related to safety and health across various industries and topics. It provides standards for machinery, consumer products, electrical and electronics, transportation, civil engineering construction, chemicals and other hazardous materials, fire protection, and personal protection. The standards cover a wide range of issues including lifts, grinding wheels, pressure vessels, gas cylinders, industrial plant layout, domestic gas stoves, electrical equipment, powered trucks, scaffolding, hazardous chemicals, fire safety, welding, noise reduction, and personal protective equipment.
This presentation discusses electricity, electrical hazards, and safety practices. It covers topics such as what electricity is, direct and alternating current, the magnetic, heating, and chemical effects of electricity, common electrical hazards like shocks, explosions, burns and fires. The presentation emphasizes safety measures like using personal protective equipment, avoiding overloading circuits, and not allowing children or pets to play with electricity. Proper precautions and treating electricity with respect can help ensure its safe and effective use.
This document provides guidelines on personal protective equipment (PPE). It discusses the importance of selecting and using appropriate PPE where engineering hazard controls are not possible. Key points covered include quality of PPE, factors to consider when selecting PPE, ensuring proper use by workers, and categories of PPE such as head, eye/face, hand/arm, foot/leg, and respiratory protection. Specifications and care instructions are provided for different types of PPE. The document aims to help plant management maintain an effective PPE program to protect workers from hazards.
What are the causes falling from heights.construction
This document discusses causes of falling from heights in work activities and identifies unsafe conditions and actions that can lead to falls. It provides examples of height-related jobs and outlines key safety precautions like using fall protection equipment, properly maintaining equipment, restricting access below work areas, and ensuring workers are trained. Recommendations are given for safely using mobile elevated platforms, scaffolding, ladders and stepladders.
This document discusses several conveyor and crusher-related accidents at mining operations and provides best practices to improve safety. It summarizes accidents where workers were caught in moving machinery while performing maintenance or cleaning near unguarded parts of conveyors and crushers that were still in operation. The best practices emphasize locking out power sources, using guards on all moving parts, ensuring proper training for all tasks, and conducting risk assessments before performing any work near heavy equipment.
Ladders are used to move between different levels but can lead to accidents if not used properly. The document provides guidance on selecting the right ladder for the job, inspecting ladders for defects, safely setting up and climbing ladders, and properly storing ladders. Key safety practices include maintaining three points of contact, not standing higher than the third rung, and placing the ladder feet a quarter of the working length from the structure.
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Electrical safety is important to prevent accidents and protect lives. The document discusses several key points:
1. Electrical accidents are common in India, causing 15-16 deaths per day from electrocution. Improper electrical safety also causes fires and loss of production.
2. Federal OSHA regulations in the US (1910.301-399) address electrical safety topics like live parts, grounding, electrical box covers, and flexible cord protection which have resulted in hundreds of citations each year.
3. Proper electrical safety involves protecting operating personnel, equipment, electrical components, and property from emergencies through compliance with regulations and safety practices.
Online Electrical Courses addresses electrical safety tips requirements that are necessary for safety and includes why electricity is dangerous and how it works.
Mechanical hazards present safety risks in industrial settings where machines are used. Common mechanical injuries include cutting, shearing, crushing, breaking, puncturing, and straining or spraining. Safeguarding machines with guards is important to minimize risks of contact with moving parts. OSHA requires guarding of points of operation and exposure to blades. Different types of guards include fixed, interlocked, and adjustable guards. Proper safeguard installation, maintenance, and training are needed to prevent mechanical injuries.
Every day, over 600 workers die in workplace accidents while another 27,000 are injured. Annually, this amounts to over 220,000 deaths and 125 million injuries globally due to occupational accidents and diseases. Safety at the workplace is critical as it impacts the health of the workforce and success of the business. Common causes of accidents include unsafe acts by workers and unsafe conditions. Proper lifting technique and following safety procedures around tools, electricity, and machinery can help reduce workplace accidents and injuries.
This document summarizes a seminar presentation on different types of transformers used in a 210MW thermal power plant. It describes 7 main types of transformers used: generator transformer, station transformer, distribution transformer, unit auxiliary transformer, instrument transformer, rectifier transformer, and neutral ground transformer. For each type, it provides key specifications like voltage ratings, cooling type, and functions. The document also covers transformer components, working principle, cooling systems, and maintenance.
Checkout OSHA's workplace electrical safety guidelines that both employee and employer should be aware of. Make your facility safer with Current Solutions PC's workplace electrical safety program that protects your facility and employees against all sorts of electrical hazards. Visit www.CurrentSolutionsPC.com now.
The document discusses grounding and earthing in electrical systems. It defines grounding as a direct or indirect electrical connection to the earth or a large conductive mass. For practical purposes, the earth's potential is considered zero. Grounded neutral systems are used in modern power distribution systems. They have advantages like easier earth protection, dissipation of over voltages to earth, and less stress on insulation during earth faults. Common earthing methods include pipe earthing, plate earthing and neutral earthing.
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 provides guidance on electrical safety. It outlines hazards of electricity and requires special training for work on electrical equipment. Only authorized employees may conduct electrical work. Topics covered include isolating circuits, testing circuits, working on energized equipment, portable electrical tools, electrical PPE, work area safety, electrical systems, lock out/tag out procedures, and personal protective equipment requirements. The overall message is that electrical work requires strict safety protocols to prevent injury or death from electrical hazards.
How to work safely while working with electricity or electrical equipment. what are the safety rules to be followed? what is the safe system of work while working on electrical equipment. what kind of safety components to be used in place?
The document discusses electrical safety hazards and precautions in construction. It notes that electrocutions are a leading cause of death in construction, accounting for 12% of fatalities annually. Over 30,000 non-fatal shocks also occur each year. It then defines various electrical terms and describes the types of burns, shocks, and electrocutions that can result from electrical accidents. The document outlines safety practices like lockout/tagout procedures, proper use of ground fault circuit interrupters and personal protective equipment, and safe operation of electrical tools to prevent injuries and fatalities from electricity on work sites.
This document provides information on aerial lift safety. It defines aerial lifts as powered, mobile devices used to elevate personnel. Common manufacturers and safety features are listed. The document emphasizes that operator training and operating responsibly are critical factors for safety. Most aerial lift accidents are caused by operator errors or unsafe conditions like uneven surfaces. Proper inspection, maintenance and following safety procedures are recommended to prevent accidents like falls, tip-overs and electrocutions when using aerial lifts.
The document outlines OSHA regulations for rigging equipment including slings, chains, wire rope, synthetic and natural fiber ropes, and synthetic webbing. Key points include:
- Rigging must be inspected prior to and during use and removed from service if defective.
- Various types of rigging are covered and have specific standards for inspection frequency, identification markings, and conditions requiring removal from service.
- Rules are provided for safe operation including knowing load weight, securing above the center of gravity, selecting the proper rated rigging, avoiding shock loads, keeping personnel clear, and properly positioning hooks.
- Inspections of hooks, chains, wire rope, and webbing must check for wear, cracks
Safety precautions for electrical appliances khokhar007
This document outlines electrical safety precautions and effects of electric shock on the human body. It notes that the current and resistance determine shock effects, from bearable at 1mA to fatal above 200mA. Key safety points include always using switches in the live wire, three-pin plugs, avoiding joints in wires, not touching electricity with wet hands, using proper insulation and tools, and disconnecting power before repairs. Circuit breakers and properly rated fuses provide protection from overloads and shorts.
The document describes different types of shackles used in construction and other industries. It discusses bow/anchor shackles, chain/dee shackles, headboard shackles, snap shackles, twist shackles, and karabiners. Each type of shackle has a different shape and intended use. For example, bow shackles can take loads from many directions while dee shackles are designed to take high loads in-line. The document also compares galvanized and stainless steel shackles, noting that stainless steel is more corrosion resistant, especially for marine applications.
This document provides an overview of overhead crane safety. It defines overhead cranes and lists their main parts. It describes the types of inspections that must be performed on cranes, including initial, frequent, periodic and annual inspections. It also covers crane operations, rigging, sling safety, and maintenance procedures. The key points are to inspect cranes and slings thoroughly before each use, follow load rating limits, and only have trained operators run cranes to prevent accidents.
This document provides information on various types of slings used for lifting, including wire rope slings, webbing slings, webbing round slings, and chain slings. It describes the components, classifications, inspection, storage, and safe use of wire rope slings. It also covers webbing flat and round slings, discussing their advantages over other sling types as well as potential disadvantages. The document provides guidance on sling inspection, load handling techniques, and the use of shackles.
WIRING OF FLUORESCENT LAMP AND STUDY OF CFL AND LED LAMPSmamathadeenakonda
A fluorescent lamp uses a gas discharge process to produce visible light from ultraviolet radiation. It consists of a discharge tube containing mercury vapor, as well as a ballast and starter to provide the necessary voltage for ionizing the gas. When power is applied, the starter provides a high voltage pulse that ionizes the gas, causing it to emit UV light which excites a phosphor coating and produces visible light. Fluorescent lamps are commonly used for commercial lighting due to their efficiency and low heat production compared to incandescent bulbs.
Aerial Work Platform Safety by Pennsylvania Department of Labor & IndustryAtlantic Training, LLC.
This document provides an overview of aerial work platform safety. It discusses operator training requirements, inspection procedures, safety operations, and hazards associated with aerial lifts and scissor lifts. Falls, tip-overs, electrocutions, and being caught or struck were the most common causes of aerial lift deaths. The document emphasizes following inspection, set up, use, and fall protection procedures to prevent accidents when operating aerial lifts.
1) The document lists various types of equipment used for high voltage lines including voltage detectors, insulating sticks, clamps, earthing systems, cables, and accessories.
2) Insulating sticks are available in different lengths and materials to allow safe maneuvering of detectors and equipment from 2 to 6 meters.
3) Earthing systems like the APE system have an interlocking mechanism between earthing clamps and line clamps to ensure safe installation and removal.
4) Various copper and aluminum cables are listed along with their ratings and dimensions for connecting high voltage equipment.
Siemens,
Catalog Thiết Bị Điện Siemens, Catalog Thiết Bị Điện,
Catalog Phụ Kiện Siemens, Catalog Phụ Kiện,
Catalog Siemens, Catalog,
http://dienhathe.com,
Chi tiết các sản phẩm khác của Siemens tại https://dienhathe.com
Xem thêm các Catalog khác của Siemens tại https://dienhathe.info
Để nhận báo giá sản phẩm Siemens vui lòng gọi: 0907.764.966
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Electrical safety is important to prevent accidents and protect lives. The document discusses several key points:
1. Electrical accidents are common in India, causing 15-16 deaths per day from electrocution. Improper electrical safety also causes fires and loss of production.
2. Federal OSHA regulations in the US (1910.301-399) address electrical safety topics like live parts, grounding, electrical box covers, and flexible cord protection which have resulted in hundreds of citations each year.
3. Proper electrical safety involves protecting operating personnel, equipment, electrical components, and property from emergencies through compliance with regulations and safety practices.
Online Electrical Courses addresses electrical safety tips requirements that are necessary for safety and includes why electricity is dangerous and how it works.
Mechanical hazards present safety risks in industrial settings where machines are used. Common mechanical injuries include cutting, shearing, crushing, breaking, puncturing, and straining or spraining. Safeguarding machines with guards is important to minimize risks of contact with moving parts. OSHA requires guarding of points of operation and exposure to blades. Different types of guards include fixed, interlocked, and adjustable guards. Proper safeguard installation, maintenance, and training are needed to prevent mechanical injuries.
Every day, over 600 workers die in workplace accidents while another 27,000 are injured. Annually, this amounts to over 220,000 deaths and 125 million injuries globally due to occupational accidents and diseases. Safety at the workplace is critical as it impacts the health of the workforce and success of the business. Common causes of accidents include unsafe acts by workers and unsafe conditions. Proper lifting technique and following safety procedures around tools, electricity, and machinery can help reduce workplace accidents and injuries.
This document summarizes a seminar presentation on different types of transformers used in a 210MW thermal power plant. It describes 7 main types of transformers used: generator transformer, station transformer, distribution transformer, unit auxiliary transformer, instrument transformer, rectifier transformer, and neutral ground transformer. For each type, it provides key specifications like voltage ratings, cooling type, and functions. The document also covers transformer components, working principle, cooling systems, and maintenance.
Checkout OSHA's workplace electrical safety guidelines that both employee and employer should be aware of. Make your facility safer with Current Solutions PC's workplace electrical safety program that protects your facility and employees against all sorts of electrical hazards. Visit www.CurrentSolutionsPC.com now.
The document discusses grounding and earthing in electrical systems. It defines grounding as a direct or indirect electrical connection to the earth or a large conductive mass. For practical purposes, the earth's potential is considered zero. Grounded neutral systems are used in modern power distribution systems. They have advantages like easier earth protection, dissipation of over voltages to earth, and less stress on insulation during earth faults. Common earthing methods include pipe earthing, plate earthing and neutral earthing.
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 provides guidance on electrical safety. It outlines hazards of electricity and requires special training for work on electrical equipment. Only authorized employees may conduct electrical work. Topics covered include isolating circuits, testing circuits, working on energized equipment, portable electrical tools, electrical PPE, work area safety, electrical systems, lock out/tag out procedures, and personal protective equipment requirements. The overall message is that electrical work requires strict safety protocols to prevent injury or death from electrical hazards.
How to work safely while working with electricity or electrical equipment. what are the safety rules to be followed? what is the safe system of work while working on electrical equipment. what kind of safety components to be used in place?
The document discusses electrical safety hazards and precautions in construction. It notes that electrocutions are a leading cause of death in construction, accounting for 12% of fatalities annually. Over 30,000 non-fatal shocks also occur each year. It then defines various electrical terms and describes the types of burns, shocks, and electrocutions that can result from electrical accidents. The document outlines safety practices like lockout/tagout procedures, proper use of ground fault circuit interrupters and personal protective equipment, and safe operation of electrical tools to prevent injuries and fatalities from electricity on work sites.
This document provides information on aerial lift safety. It defines aerial lifts as powered, mobile devices used to elevate personnel. Common manufacturers and safety features are listed. The document emphasizes that operator training and operating responsibly are critical factors for safety. Most aerial lift accidents are caused by operator errors or unsafe conditions like uneven surfaces. Proper inspection, maintenance and following safety procedures are recommended to prevent accidents like falls, tip-overs and electrocutions when using aerial lifts.
The document outlines OSHA regulations for rigging equipment including slings, chains, wire rope, synthetic and natural fiber ropes, and synthetic webbing. Key points include:
- Rigging must be inspected prior to and during use and removed from service if defective.
- Various types of rigging are covered and have specific standards for inspection frequency, identification markings, and conditions requiring removal from service.
- Rules are provided for safe operation including knowing load weight, securing above the center of gravity, selecting the proper rated rigging, avoiding shock loads, keeping personnel clear, and properly positioning hooks.
- Inspections of hooks, chains, wire rope, and webbing must check for wear, cracks
Safety precautions for electrical appliances khokhar007
This document outlines electrical safety precautions and effects of electric shock on the human body. It notes that the current and resistance determine shock effects, from bearable at 1mA to fatal above 200mA. Key safety points include always using switches in the live wire, three-pin plugs, avoiding joints in wires, not touching electricity with wet hands, using proper insulation and tools, and disconnecting power before repairs. Circuit breakers and properly rated fuses provide protection from overloads and shorts.
The document describes different types of shackles used in construction and other industries. It discusses bow/anchor shackles, chain/dee shackles, headboard shackles, snap shackles, twist shackles, and karabiners. Each type of shackle has a different shape and intended use. For example, bow shackles can take loads from many directions while dee shackles are designed to take high loads in-line. The document also compares galvanized and stainless steel shackles, noting that stainless steel is more corrosion resistant, especially for marine applications.
This document provides an overview of overhead crane safety. It defines overhead cranes and lists their main parts. It describes the types of inspections that must be performed on cranes, including initial, frequent, periodic and annual inspections. It also covers crane operations, rigging, sling safety, and maintenance procedures. The key points are to inspect cranes and slings thoroughly before each use, follow load rating limits, and only have trained operators run cranes to prevent accidents.
This document provides information on various types of slings used for lifting, including wire rope slings, webbing slings, webbing round slings, and chain slings. It describes the components, classifications, inspection, storage, and safe use of wire rope slings. It also covers webbing flat and round slings, discussing their advantages over other sling types as well as potential disadvantages. The document provides guidance on sling inspection, load handling techniques, and the use of shackles.
WIRING OF FLUORESCENT LAMP AND STUDY OF CFL AND LED LAMPSmamathadeenakonda
A fluorescent lamp uses a gas discharge process to produce visible light from ultraviolet radiation. It consists of a discharge tube containing mercury vapor, as well as a ballast and starter to provide the necessary voltage for ionizing the gas. When power is applied, the starter provides a high voltage pulse that ionizes the gas, causing it to emit UV light which excites a phosphor coating and produces visible light. Fluorescent lamps are commonly used for commercial lighting due to their efficiency and low heat production compared to incandescent bulbs.
Aerial Work Platform Safety by Pennsylvania Department of Labor & IndustryAtlantic Training, LLC.
This document provides an overview of aerial work platform safety. It discusses operator training requirements, inspection procedures, safety operations, and hazards associated with aerial lifts and scissor lifts. Falls, tip-overs, electrocutions, and being caught or struck were the most common causes of aerial lift deaths. The document emphasizes following inspection, set up, use, and fall protection procedures to prevent accidents when operating aerial lifts.
1) The document lists various types of equipment used for high voltage lines including voltage detectors, insulating sticks, clamps, earthing systems, cables, and accessories.
2) Insulating sticks are available in different lengths and materials to allow safe maneuvering of detectors and equipment from 2 to 6 meters.
3) Earthing systems like the APE system have an interlocking mechanism between earthing clamps and line clamps to ensure safe installation and removal.
4) Various copper and aluminum cables are listed along with their ratings and dimensions for connecting high voltage equipment.
Siemens,
Catalog Thiết Bị Điện Siemens, Catalog Thiết Bị Điện,
Catalog Phụ Kiện Siemens, Catalog Phụ Kiện,
Catalog Siemens, Catalog,
http://dienhathe.com,
Chi tiết các sản phẩm khác của Siemens tại https://dienhathe.com
Xem thêm các Catalog khác của Siemens tại https://dienhathe.info
Để nhận báo giá sản phẩm Siemens vui lòng gọi: 0907.764.966
This document provides information on Wiha's line of insulated tools for electrical work. It describes the tools' insulation testing standards and ratings. The tools discussed include open-end wrenches, ratchet wrenches, screwdrivers, pliers, cutters and other hand tools for working with electricity in compliance with safety regulations. Product numbers, sizes, and other specifications are provided for individual tools.
Glassfiber reinforced profiles of electrical applicationDarinaKobtseva
Due to their dielectric properties, glass fiber reinforced profiles are widely used in electrical engineering industries in production of dry-type transformers, electric propulsion systems, generators etc.
Profiles are used as an interval holder between windings in dry transformers and electric machines, which provides inter-circuit insulation and creates ventilation ducts.
900 Series Interface F Nexans Euromold Cable Connectors and Bushings connect and terminate HV cables to Interface F bushings on switchgear and transformers up to 42kV. Nexans 944TB Tee Connectors provide high voltage cable terminations using separable tee shape connectors :
Nexans 944TB/G - 12kV 2500Amp 70-80sqmm Conductors
Nexans K944TB/G - 24kV 2500Amp 16-800sqmm Conductors
Nexans M944TB/G - 36kV 2500Amp 35-800sqmm Conductors
Nexans P944TB/G - 42kV 1250Amp 50-800sqmm Conductors
This document provides installation instructions for the Huawei BTS3900E GSM BTS. It includes information on safety precautions, required tools, installation procedures, space requirements, and installation modes. The BTS can be installed on walls, poles, angle steel, U-steel, or L-shaped stands. Clearance requirements and installation diagrams are provided for single and multiple unit installations. Cable connections between the BTS and other network equipment are also described.
This document provides information about electric motors produced by BARTEC VARNOST, including:
- BARTEC VARNOST was established in 1957 and produces flameproof electric motors and electrical equipment.
- The document outlines the construction, materials, dimensions, bearings, shaft ends, load ratings, terminal boxes, protection, and certifications of BARTEC VARNOST electric motors.
- Technical information and standards followed for the motors are also listed, including explosion protection standards and European directives considered in the design and testing of the motors.
This document provides information about Udyogi, an Indian manufacturer of personal protective equipment. It discusses Udyogi's offerings, which include a diverse portfolio of head-to-toe safety products. It also describes Udyogi's manufacturing facilities and quality testing standards. The document outlines Udyogi's research and development process, status as a leading Indian safety brand, and areas of domain expertise. It provides details on Udyogi's distribution presence across India and international markets.
This document provides information on medium voltage fuses from 3.6 kV to 36 kV produced by Hoang Phuong Electric Equipment Company. It includes an introduction to their Fusarc CF, Soléfuse, Tépéfuse, and MGK fuse lines and descriptions of their applications, characteristics, standards, quality control processes, and key definitions. Tables and diagrams are provided showing fuse ratings and operating ranges. The construction of the fuses is also detailed, including components like the end caps, enclosure, core, fuse element, and thermal striker.
- The document provides guidance on equipment and regulations for working at heights, with a focus on situations for electricians. It outlines regulations requiring fall protection anytime a risk of falling exists.
- Descriptions and standards are given for various pieces of personal protective equipment for working at heights, including fall arrest harnesses, lanyards, energy absorbers, rope grabs, and full kits. Proper anchoring points, calculations for sufficient headroom, and inspection procedures are also discussed.
- Examples illustrate equipment setups for different situations like poles, posts, and rail/tramway work. Complete equipment kits are offered containing all necessary gear for compliance. Regulations aim to prioritize collective protection but require personal protective
The document describes a tubular LED light fitting called the Series 6039. It has an extremely robust design that is suitable for use as a machine light in rough conditions. It has a long service life due to the use of LEDs and is maintenance-free. It provides flicker-free light and can be mounted in small spaces or areas that are difficult to access. The document provides details on the technical specifications, accessories, and dimensions of the light fitting.
The document describes a tubular LED light fitting called the Series 6039. It has an extremely robust design that is suitable for use as a machine light in rough conditions. It has a long service life due to the use of LEDs and is maintenance-free. It provides flicker-free light and can be mounted in difficult to access spaces. The document provides details on the technical specifications, accessories, and dimensions of the light fitting.
This document provides an overview of Siemens LV 30 · 2004 molded-case circuit-breakers. It lists the technical specifications and features of the SENTRON VL circuit-breakers, including their rated currents and voltages, dimensions, switching capacities, standards compliance, applications, and design details. The circuit-breakers have rated currents from 16A to 1600A and are available with thermal-magnetic or electronic overcurrent trip units. They provide protection, switching, and isolation for distribution systems, motors, transformers, and other applications.
Safety On Rangehood from A perspective of UL 507W LY
This document discusses safety standards and regulations for rangehoods. It provides 3 key points:
1) It outlines the construction requirements for rangehood components like the enclosure, impeller, filter, power supply cord, and wiring to prevent electrical, fire, and mechanical hazards.
2) It reviews the testing procedures used to ensure the rangehood meets safety standards, such as tests for the enclosure material, mounting means, and tempered glass.
3) It discusses the marking and instruction requirements to properly identify the manufacturer and provide installation guidance for safe use.
UTE C 15-712 guide deals with photovoltaic installations coupled to the network and is based on NF C 15-100 and NF C 14-100 standards. The guide specifies that all metallic structures of the PV installation and supports must be connected to the same earth connection using appropriate connectors. A variety of connectors are available for earthing modules, cabling, and ensuring equipotential bonding between metallic components. Product documentation and tools are also available to help with choosing the right connectors and installing them for long-term compliant photovoltaic installations.
Magnetic contactors and magnetic starters ms-t series dienhathe.orgDien Ha The
1) Mitsubishi Electric has produced magnetic contactors and starters since 1933 and continues to push boundaries with new product developments.
2) The new slimline MS-T series is up to 16% smaller than previous models, allowing for space savings in switchboard downsizing.
3) The MS-T series has lower power consumption coils that can be directly driven by PLC outputs, integrated terminal covers for safety and wiring efficiency, and compliance with main international safety standards.
The document provides information on Optibelt industrial belts, including wedge belts, V-belts, timing belts, and other belt types. It lists specifications for various belt sections, including dimensions, tolerances, and temperature ranges. It also provides details on special belt constructions, minimum order quantities, packaging, and pricing.
“Trumen Technologies Pvt. Ltd.” is an ISO 9001:2015 certified ,Indian based Manufacturer and Exporters of Level and Pressure sensing instruments. We at Trumen is a team of professionals having years of experience in Level and Pressure Instruments manufacturing who understands what customer needs, and try to fulfill those requirements in appropriate time with best Quality.
We have wide range of CE certified product like Radar Level Transmitters, Ultrasonic Level ,Vibrating fork solid level switch, Vibrating fork liquid level switch, Admittance point level switch, Capacitance point level switch, Vibrating rod point level switch, Conductivity point level switch, Capacitive continuous level transmitter, Hydrostatic continuous level transmitter, etc.
Our products used in different industrial applications in various industries like Power and Water, Oil and Gas, Petrochemical, Mining and Metal, Food and Beverages, Cement ,Pharmaceutical and many more. We are regularly supplying our products to NTPC, IOCL,BPCL, BORL, Cipla, Lupin, Cadila healthcare, Praj High Purity Systems , Ultratech Cement, Shree Cement ,Jindal Group ,TATA, Asian Paints, Procter & Gamble, Hindustan Unilever Ltd, Kirloskar, Vedanta, Nestle, Pepsi, BASF, Novartis and many more.
We are regularly exporting our products to USA, UK, South Korea, Italy ,Thailand, Taiwan, UAE, Tanzania, Turkey ,Sri Lanka ,Saudi Arabia , Kuwait ,Malaysia, Sweden, Canada, Egypt , Brazil ,Singapore etc.
Address: 39, Mangal Nagar, Behind Sai Ram Plaza, Near Rajeev Gandhi Circle, AB Road, Indore, Madhya Pradesh 452001
Web: https://trumen.in/
Contact: 0731 497 2065
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Similar to CATU Live Line Working Tools, Gloves & Electrical Safety - LV 33kV 132kV 275kV 400kV (20)
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
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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.
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Monitoring and observability aren’t traditionally found in software curriculums and many of us cobble this knowledge together from whatever vendor or ecosystem we were first introduced to and whatever is a part of your current company’s observability stack.
While the dev and ops silo continues to crumble….many organizations still relegate monitoring & observability as the purview of ops, infra and SRE teams. This is a mistake - achieving a highly observable system requires collaboration up and down the stack.
I, a former op, would like to extend an invitation to all application developers to join the observability party will share these foundational concepts to build on:
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https://alandix.com/academic/papers/synergy2024-epistemic/
As machine learning integrates deeper into human-computer interactions, the concept of epistemic interaction emerges, aiming to refine these interactions to enhance system adaptability. This approach encourages minor, intentional adjustments in user behaviour to enrich the data available for system learning. This paper introduces epistemic interaction within the context of human-system communication, illustrating how deliberate interaction design can improve system understanding and adaptation. Through concrete examples, we demonstrate the potential of epistemic interaction to significantly advance human-computer interaction by leveraging intuitive human communication strategies to inform system design and functionality, offering a novel pathway for enriching user-system engagements.
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UiPath Test Automation using UiPath Test Suite series, part 6DianaGray10
Welcome to UiPath Test Automation using UiPath Test Suite series part 6. In this session, we will cover Test Automation with generative AI and Open AI.
UiPath Test Automation with generative AI and Open AI webinar offers an in-depth exploration of leveraging cutting-edge technologies for test automation within the UiPath platform. Attendees will delve into the integration of generative AI, a test automation solution, with Open AI advanced natural language processing capabilities.
Throughout the session, participants will discover how this synergy empowers testers to automate repetitive tasks, enhance testing accuracy, and expedite the software testing life cycle. Topics covered include the seamless integration process, practical use cases, and the benefits of harnessing AI-driven automation for UiPath testing initiatives. By attending this webinar, testers, and automation professionals can gain valuable insights into harnessing the power of AI to optimize their test automation workflows within the UiPath ecosystem, ultimately driving efficiency and quality in software development processes.
What will you get from this session?
1. Insights into integrating generative AI.
2. Understanding how this integration enhances test automation within the UiPath platform
3. Practical demonstrations
4. Exploration of real-world use cases illustrating the benefits of AI-driven test automation for UiPath
Topics covered:
What is generative AI
Test Automation with generative AI and Open AI.
UiPath integration with generative AI
Speaker:
Deepak Rai, Automation Practice Lead, Boundaryless Group and UiPath MVP
3. C O N T E N T S
Introduction to live works methods . . . . . . . . 4 - 7
Personal protective equipment
and voltage detection . . . . . . . . . . . . . 8 - 9
Equipment for working on pole . . . . . . 10 - 11
Insulated tools . . . . . . . . . . . . . . . . . 12 - 19
Overhead bare networks . . . . . . . . . . 20 - 24
Overhead insulated network. . . . . . . . 26 - 28
L.V. underground network . . . . . . . . . 30 - 31
Street lighting . . . . . . . . . . . . . . . . . 32 - 33
Consumer unit . . . . . . . . . . . . . . . . . 34 - 37
Solar installation . . . . . . . . . . . . . . . 38 - 39
Battery installation. . . . . . . . . . . . . . 40 - 41
1
2
3
4
5
6
7
8
9
10
4. 4
Framework of conditions
for working with live electricity
Working with live electricity is part of daily operations
for transport network and energy distribution com-
panies. It remains rare for all other types of facilities
and is only necessary if working without electricity
would be dangerous (hospital operating theatres,
airfield lighting, furnaces etc.).
Responsibilities
and management chain
When working with live electricity, the site manager is responsible for all operations.
He decides on the live work to be done, appoint staff, take the necessary measures
for their safety and issue them with a written work order.
Only the site manager may authorise, by written order, an external company to
perform live work.
The operations manager grants access to the worksite for high voltage. He is
responsible for the special operating conditions for the high voltage facility on
which live work will be carried out.
He will also take part in preparing the work with the project manager.
The project manager will explain to his operator teams how the work will proceed.
He must ensure the safety of these operators and the their teams; prepare suitable
tools and ensure they are in a good condition.
They must receive specific training for live work from an organisation approved
by the Live Work Committee.
5. Each operator must ensure their own safety.
They must receive specific training for the live work from an organisation
approved by the Live Work Committee.
Trained and authorised live-work personnel must perform this type of work regu-
larly, or, failing this, they must have regular refresher training courses in training
centres approved by the Live Work Committee. Heightened medical monitoring is
compulsory.
Special training elements for live work
For live work, only the Live Work Committee is authorised to:
- approve a training programme,
- approve working conditions,
- approve the technical documents for the special work tools,
- approve training bodies,
- approve suitable live work tools,
- approve laboratories for periodic live-work tool checks.
Introduction to live work methods
There are three methods for live work:
- The insulated gloves method involves working at the
contact point whilst protecting oneself from bare live
parts with insulating protective equipment, adjusted
to the voltage level (insulating gloves etc.).
This method is generally used between 50V and 33kV.
5
6. 6
- Safe clearance work involves constantly maintaining at least a minimum clearance
distance using insulating poles for live work. This method is generally used between
400V and 225kV.
- The bare hand method is reserved for very high voltage and involves the worker
taking on the power of the line part being worked while protecting the worker from
parts of different potential and from earth.
This method is generally used between 225kV and 400kV.
Whatever method is used, it is vital to wear individual protective equipment which
is appropriate to the voltage level.
7. 7
Atmospheric conditions
Weather conditions such as drizzle, spray drift, storms etc. play an important role
and must be taken into consideration as these will affect the feasibility of the
work and the risk assessment. Unfavourable weather conditions may damage the
insulating protective equipment installed or may lead to overvoltage, or even
affect visibility.
live cleaning operations
Operators who perform live cleaning operations on electrical facilities must receive
specific training with an approved training body and use equipment approved by
the Live Work Committee.
8. 1
Ref Weight (g)
CG-02 (*) 300 Composite gloves
CG-05 (*) 150 Latex
CG-10 (*) 220 Latex
Pneumatic glove tester
Undergloves
Safety glassesHelmets
Ref
CG-80(*) * : H = Men F = Women
Ref Weight (g)
MO-184 170 Face shield on MO-182 helmet
MO-182/1-B 300
MO-185-BL 270 With built-in face shield
CEI-60903
Overgloves
Ref
CG-98(*)
EN 388
EN 166/EN 170EN 397 440 V
ANSI Z89.1/2003 20000 V
EN 50365 1000 V
Class E
EN 166/EN 170/EN 397
EN 50365 1000 V
Ref
MO-11000 Clear lenses Delivered in pouch.
MO-11001 Tinted lenses Delivered in pouch.
EN 166/EN 170
Carrying bag
Ref Dim. (mm)
CG-36 60 x 180 x 400
Ref Weight (g)
CG-117 600
Personal protective equipment
Insulating rubber gloves
Personal protective equipment and voltage detection
(*) References to be completed by size A, B, C, D.
Correspondence with standard sizes: A = 8, B = 9, C = 10, D = 11
Safety industrial helmet.
Electrical insulation 1000 V.
Silicon grain leather, very flexible.
Adhesive strap
Made from reinforced waterproof
fabric for transport of rubber
gloves.
Protection against UV radiation, anti-scratch product treatments.
- Our gloves are made of
latex especially treated to
obtain high dielectric
characteristics.
- Composite gloves
(CG-02) with mechanical
properties (use of over-
gloves not necessary).
For compulsory control
of gloves before use.
MO-182/1-B
MO-184
MO-185
CG-02
8
Cotton undergloves.
To be used with insulating
rubber gloves.
9. 1Insulating boots
Contact probes for L.V. tester
Ref Dim. (cm) Weight (kg)
MO-36 20 x 25 x 45 4,8
Tool bag
Ref
MS-911/2 Delivered with power supply
Voltage multi-tester
Ref Weight (g) Dim. (mm)
MS-8014 400 50 x 130 x 1300
MS-8013 750 50 x 150 x 470
Electrician suit
Ref Sizes
MV-104 40 to 66
EN 345
CEI-61243-3
CEI-61557-7
EN 50110-1
Ref Weight (g) Sizes
MV-135 730 39 to 47
Insulating shoes
Ref Weight (g) Sizes
MV-132 400 39 to 44
Voltage detection
Personal protective equipment and voltage detection
Out of flexible leather, sole anti
perforation resisting heat and
hydrocarbons.
Made from elastomer
canvas support, very
flexible and resistant.
Anti-perforation stainless
steel sole and shell.
Leather tool bag with
handle and shoulder strap.
Reinforced bottom. With
tool tray
Voltage detector (AC and DC)
and a multi-tester.
- check the voltage levels
6 to 400 V with phase rotation.
- check the continuity of discon-
nected electric circuit, phase
rotation.
- determine polarities.
100% cotton.
Without metallic parts
(to protect from flash hazards)
For overhead lines (MS-8014) or installation et boîtiers de
trottoirs (MS-8013).
MS-8014MS-8013
9
10. Individual equipment for working on pole
10
2
Ref Weight (Kg)
MO-17-A 9
Mechanical climbers for rectangular
shaped concrete poles
Ref Weight (Kg)
MO-25 2,8
Forged steel climbers for round
wooden poles
NFS-071-012
Used for clamping onto poles
14 to 42 cm wide. Automatic
locking of jaws by elastic cord.
Hard forged steel. Leather
belts with cast buckles.
Delivered by pair.
Anti-fall kit
Constraint tie
Tie in
polyamid,
L : 1,5 m.
Ref Weight (kg)
MO-52034 0,150
Snap hooks
stainless steel.
Ref Weight (kg)
MO-54 0,154
Tether rope equipped
with a tension device
Ref Weight (kg)
MO-56009 1,425
EN 358
EN 362
L : 3 m
Pro electric full body fall
arrest harness
Ref Weight (kg)
MO-563 (*) 3
EN 795
Delivered with
15 m of rope
Ø 15 mm
Ref Weight (kg)
MO-68/15 2,90
Tether rope with energy
absorber
L : 1,5 m
Ref Weight (kg)
MO-52020 0,590
EN 355
Anti-fall grip
EN 353-2
EN 361
EN 358
*S,M,XL.
Working on pole kit
Composition : 1 MO-563 (*), 1 MO-52020,
1 MO-52034, 1 MO-56009, 1 MO-68/15, 1 MO-54
and 1 carrying bag M-87-295
Ref Size
KIT-HAUT-01(*) M ou XL
*To specify the size with the command
11. Insulated tools 1000 Volts
11
3Ref Characteristics Weight (g)
MO-65222 Flat blade 4 x 85 mm 65
Phase tester insulated screwdriver POZIDRIV screwdrivers
Signaling by intermittent lighting
though ultra high intensity diode.
Phase detection from 127 V A.C..
Chrome - molybdenum vanadium steel blade.
Ref Characteristics Weight (g)
MO-65240 n° 0 Blade 3 x 60 mm 25
MO-65242 n° 1 Blade 4,5 x 80 mm 50
MO-65244 n° 2 Blade 6 x 100 mm 75
MO-65246 n° 3 Blade 8 x 150 mm 150
MO-65248 n° 4 Blade 10 x 200 mm 230
Flat blade screwdrivers
Ref Characteristics Weight (g)
MO-65203 Blade 3 x 100 mm 33
MO-65204 Blade 3,5 x 100 mm 37
MO-65205 Blade 4 x 100 mm 46
MO-65206 Blade 5,5 x 125 mm 75
MO-65207 Blade 6,5 x 150 mm 94
MO-65209 Blade 8 x 175 mm 165
MO-65211 Blade 10 x 200 mm 195
Set of 4 screwdrivers
MO-652-D 3 x 100 - 4 x 100 310
6,5 x 150 - 8 x 175
Ref Characteristics Weight (g)
MO-65230 n° 0 Blade 3 x 60 mm 25
MO-65232 n° 1 Blade 4,5 x 80 mm 50
MO-65234 n° 2 Blade 6 x 100 mm 75
MO-65236 n° 3 Blade 8 x 150 mm 150
MO-65238 n° 4 Blade 10 x 200 mm 230
MO-653-D Set of 3 screwdrivers n° 0, n° 2, n° 3 250
PHILLIPS screwdrivers
Chrome - molybdenum vanadium steel blade.
Chrome - molybdenum vanadium steel blade.
Ref Overall length (mm) Weight (g)
MO-66001 160 210
MO-66002 180 260
Ref Overall length (mm) Weight (g)
MO-66003 200 300
MO-66005 250 510
Universal pliers
MO-66005
MO-66002
Special steel, oil-hardened. Burnished head.
INSULATED TOOLS IEC 60900 - EN 60900 1000 VOLTS
12. Insulated tools 1000 Volts
Ref Overall length (mm) Weight (g)
MO-66105 200 200
Ref Overall length (mm) Weight (g)
MO-66502 250 410
Water pump pliers
Chrome-vanadium steel for pin terminals 2,8/5/6,35 mm. Chrome-vanadium steel. Burnished head.
Ref Overall length (mm) Weight (g)
MO-66300 145 115
MO-66302 160 160
Flat nose pliers
Ref Overall length (mm) Weight (g)
MO-66402 160 160
MO-66404 200 185
Bent snipe nose pliers
Ref Overall length (mm) Weight (g)
MO-66202 160 150
Round nose pliers
Ref Overall length (mm) Weight (g)
MO-66102 160 145
Long nose pliers with side cutter
Special tool steel, oil-hardened. Burnished head.
Special tool steel, oil-hardened. Burnished head.
Special tool steel, oil-hardened. Burnished head.
Chrome-vanadium steel. Burnished head.
Ref Overall Cutting capacity (mm) Weight
length (mm) Hard 140kg/mm2
(g)
MO-67401 140 Ø 1 165
MO-67402 160 Ø 2 210
Ref Overall Cutting capacity (mm) Weight
length (mm) Hard 140kg/mm2
(g)
MO-67404 200 Ø 3 450
End cutting pliers
MO-67404
MO-67402
Special carbon steel, oil-hardened. Burnished head.
3
12
Plug pliers for preinsulated pin
terminals
19. Insulated tools 1000 Volts
19
3
Low voltage complete set
Personal equipment
MO-11001 1 tinted lenses safety glasses
CG-98 1 working gloves
Voltage detector
MS-911-EX 1 voltage multitester
Insulation Same MO-510-03
Insulated tools Same MO-510-03
Personal equipment
MO-186 1 face shield
CG-98-C 1 working gloves, size C
Voltage detector
MS-911 1 voltage multitester
Insulation
CG-05-B 1 rubber gloves, size B
CG-36 1 carrying bag for rubber gloves
MP-42/16 1 insulating mat
MP-26-A 10 insulating caps
MP-35/12 1 insulating blanket
MP-39 10 wood clamp for insulating blanket
MP-32/15 6 line protectors
MP-19 5 insulated adhesive tapes
Insulated tools
MO-61001 1 stripping knife
MO-67502 1 cable cutter 230 mm
MO-68008/19 1 open end spanners set with 8, 10, 11, 12,
13, 14, 17, 19 mm open end spanners
MO-69903 1 right angle hexagonal key wrench 3 mm
MO-69904 1 right angle hexagonal key wrench 4 mm
MO-69906 1 right angle hexagonal key wrench 6 mm
MO-751 1 insulating folding rule
MO-69003 1 adjustable spanner 250 mm
MO-66002 1 universal pliers 180 mm
MO-66202 1 round nose pliers 160 mm
MO-66502 1 water pump pliers 250 mm
MO-67102 1 side cutter 160 mm
MO-69308/23 1 sockets 3/8’’ wrench set with 10 sockets :
8-10-12-13-14-17-19-21-22-23
MO-65205 1 flat blade screwdriver 4 x 100
MO-65207 1 flat blade screwdriver 6,5 x 150
MO-65209 1 flat blade screwdriver 8 x 175
MO-65232 1 Phillips screwdriver n° 1
MO-65234 1 Phillips screwdriver n° 2
MO-65236 1 Phillips screwdriver n° 3
Ref
MO-510-03 Composition of the set:
Réf
MO-510-03-EX Composition of the set:
Complete export kit
20. Overhead bare networks
20
4
Ref Overall length Weight
(m) (kg)
MP-402-MB* 2,10 5,4
MP-403-MB* 3,00 7,6
MP-402-MI 2,10 4,8
MP-403-MI 3,00 7,0
MP-501-D 1,20 3,3
MP-502-D 2,10 5,8
MP-503-D 3,00 8,3
Ref Overall length Weight
(m) (kg)
MP-506/2 6,05 22,9
MP-508/2 8,30 35,4
MP-509/2 8,86 38,6
MP-510/2 10,26 43
Fitting ladders
Insulating 2 section extension
ladders, rope and pulley
operated
MP-402-MB
MP-506/...
Ref
MP-50
Réf Field of use Weight (kg)
MP-22 Supporting insulator
rubber hoods - Diam. 110 0,475
MP-23 Dead end insulator
rubber hoods - Diam. 180 1,145
Made of synthetic rubber orange color.
Insulator coverInsulating ladders
Nylon basket with reinforced botton and
rope handle. Strong waterproof.
Steel suspension hook.
Bag for insulator covers
*Adjustable feet.
21. Overhead bare networks
21
4
Ref Size Weight (kg)
MP-35/12 1,3 x 12,5 m 6
MP-35 1,3 x 25 m 11,8
MP-40 1,3 x 20 m 24,8
MP-37 90 mm x 25 m 0,800
MP-123 360 x 660 mm 0,150
MP-123/1 500 x 900 mm 0,290
MP-123/2 800 x 1200 mm 0,600
MP-123
MP-123/1
MP-123/2
MP-37
Ref Length (mm)
MP-41/10 Plastic 160
MP-41-530 Rubber mini plier
MP-41/10
Flexible rubber insulating tube
Ref Length (m) Weight (kg)
MP-32/10 1,00 0,41
MP-32/15 1,50 0,62
MP-33 3,00 1,23
Section Ω, thickness 3,3 mm.
For conductors Ø 16 mm maxi.
Lockable conductor protector
Ref Weight (kg)
MP-31 Protector 5 m 0,6
MP-59 Indent tool for MP-31
Assembly using notches.
For conductors Ø 20-22 mm.
Insulating blanket clamp
Insulating flexible cover
MP-35/12
MP-35
MP-40
MP-41/530
22. Overhead bare networks
4
Ref Length Weight
(m) (kg)
MG-116-S 2 2,10
MG-117-S 2,60 2,30
MG-125-K 2,60 1,30
MG-130 2,60 3,80
Sticks
Wire-cutterstickMG-130/131
UniversalhandstickMG-125-K
HookstickMG-116-S/117-S
Distance
method.
insulating
tube in
white colour
epoxy resin and
glass fiber com-
posite material.
!
Measuring stick
Ref Weight (kg)
MG-208-K 0,52
Pig tail hook
Ref Weight (kg)
MG-207-K 0,210
Conductor brushes
Ref Weight (kg)
MG-352-K Reserved for 0,250
aluminium conductors
MG-353-R Recharge
for MG-352-K
MG-354-K V-Shape brush 0,150
MG-358-K Turk’s head brush
MG-354
MG-352
Pivoting
Dim. : 110 x 110 x 70 mm
Poles, accessories and tools
Conductor gauge
Ref Weight (kg)
MD-535-K 0,090
Prunning saw
Ref Weight (kg)
MG-292/2-K 0,23
Stranded polypropylene rope
Ref Length Breaking load
(m) (daN)
MO-492/100-L 80 2940
Consisting of 2 elements of
epoxy resin and glass fiber
composite material.
Thick : 0,80 m.
K end-pieces steel
Dim. : 120 x 65 x 60 mm.
Dim. : 485 x 70 x 36 mm.
For conductors 3 to 16 mm Ø.
Entirely insulated material
270 x 35 x 12 mm
- Delivered in bag.
22
23. Overhead bare networks
Ref Weight (kg)
CI-6-K 0,14
Live line connectors
Ref Weight (kg)
RG-110-S1 0,20
RG-210-S1 0,50
RG-110-S1
RG-210-S1
Insulating hanger
Ref Weight (kg)
MG-210-S 0,22
Insulated holding fork
Ref Weight (kg)
MG-204-AK 0,2
Connector spanner
Ref Weight (kg)
MG-380-D 0,16
Insulated connector spanner
Ref Weight (kg)
MG-203-D 0,25
Siliconed cloth
Ref
MO-984
Neutral grease
Ref Weight (kg)
MO-980 0,23
Pole cleaning product
Ref
MO-985 1 Litre
Dim. : 75 x 55 x 33 mm. Dim. : 95 x 90 x 55 mm.
Universal adaptor
Dim. : L 30 mm - Thickness 120 mm .
Dim. : L 250 mm - Diam. 23 mm .Dim. : 140 x 55 x 33 mm.
23
4
24. Overhead bare networks
24
4
Hoisting equipment
Insulating running-block
Ref Weight (kg)
MO-371 1,7
Insulating hoist
Ref With rope Breaking load (daN)
MO-346-S 25 m 240 daN
MO-348-35 35 m 550 daN
MO-348-70 70 m 550 daN
Parallel jaws “Come-along”
Ref Breaking load (daN) Weight (kg)
MO-331/04-B 500 0,25
MO-331/08-B 1000 0,85
MO-331/10-B 1700 1,20
MO-331/16-B 3000 1,85
MO-331/26-B 3500 3,80
“TIRVIT” mechanical adjusters
Ref Force (daN) Weight (kg)
MK-40 400 4
MK-60 600 5,2
MK-100 800 6,2
Hook for service rope
Insulating hoist including :
2 blocks in insulating moulded material with
pivoting cupro aluminium hook with eyelet ring.
Block diameter at throat bottom : 60 mm.
Hook opening capacity : 22 mm.
Forged steel against
corrosion.
Equiped with a chain and handle for
fixed anchoring.
Laminated polyester.
Retractable safety pawl
Swivel-mounted hook
Ø of groove-based pulley: 130mm.
Ø maxi of rope : 24,5 mm.
Breaking load : 1 000 daN.
Hook opening capacity : 30 mm.
Ref Breaking load
MO-303 200 daN
Tools holder strap
Ref Weight (kg)
MG-792 0,67
Length : 1 m
Body in alloy with
security tongue.
25. www.catuelec.com
In many countries regulations have been established to protect workers
from electrical shock and flash hazards in specific areas within which arc flash
protection is required. These equipment must be used with insulating gloves
and leather overgloves. Equipment up to 100 cal/cm2
on request.
Available on our general catalogue
ARC FLASH
27. Overhead insulated network
27
5
MP-123
MP-123/1
MP-123/2
MP-37
Ref
MP-19 set with 5 tapes
MP-35/12
MP-35
MP-40
Voltage take-off punch
Ref Capacity Weight
(Ø mm) (kg)
MS 62 5,6 - 14,4 0,015
MS 63 12-31 0,05
TTD
Sicame BT connector.
Ref
TTD 2710 X
Insulated adhesive tapes
Insulating flexible cover
Ref Length Weight (kg)
MP-35/12 1,3 x 12,5 m 6
MP-35 1,3 x 25 m 11,8
MP-40 1,3 x 20 m 24,8
MP-37 90 mm x 25 m 0,800
MP-123 360 x 660 mm 0,150
MP-123/1 500 x 900 mm 0,290
MP-123/2 800 x 1200 mm 0,600
Insulating lever
Ref Length Weight
(cm) (g)
MO-218-D 19 80
Synthetic bar. Tool for preparation of the
cables underground.
Ref Length (mm)
MP-41/10 Plastic 160
MP-41-530 Rubber mini plier
MP-41/10
Insulating blanket clamp
MP-41/530
28. Overhead insulated network
28
5
Bracket with strap for stringing block
with hook
Ref Maximum load (daN) Weight (kg)
MO-371/01 800 1,5
MO-371/100 Strap’s bracket 2,2
MO-371/100
MO-371/1
Hook for service rope
Ref Maximum load
MO-303 200 daN
Made in plastic.
Rotating safety hook.
Body in alloy with
security tongue.
Hoisting equipment
Insulating hoist
Ref with rope Maximum load (daN)
MO-346-S 25 m 240 daN
MO-348-35 35 m 550 daN
Ref with rope Maximum load (daN)
MO-348-70 70 m 550 daN
Automatic come-along
Ref Maximum load (daN) Weight (kg)
MO-331/13-P 600 1
MO-331/22-P 400 1
MO-331/38-P 800 3,775
“TIRVIT” mechanical adjusters
Ref Force (daN) Weight (kg)
MK-40 400 4
MK-60 600 5,2
MK-100 800 6,2
Equipped with a chain and handle
for fixed anchoring.
30. L.V. underground network
30
6
Insulating mats
Ref Dim. Weight
(m) (kg)
MP-42/11 1 x 1 5
MP-42/16 0,6 x 1 2,9
Conductor insulating end-cap
Ref Diameter Length
(mm) (mm)
MP-26-A 10 60
MP-26-B 15 100
MP-26-C 20 120
MP-26-D 25 120
Thickness : 3 mm - Class : 3
Voltage : ≤ 26,5 kV
Live line cable identifier
Ref Dim. Weight
(mm) (kg)
MX-400 510 x 465 x 216 10,6
Delivered in ABS cases with two connection cables and an
ammeter clamp.
Voltage take-off punch
Ref Capacity Weight
(Ø mm) (kg)
MS 62 5,6 - 14,4 0,015
MS 63 12-31 0,05
Insulation, tools and accessories
31. L.V. underground network
31
6
Insulating wedge
Ref Dimensions (mm)
MG-221-D 180 x 35 x 20
Insulating lever
Ref Length (cm) Weight (g)
MO-218-D 19 80
Ref Weight (kg)
MG-222-D 0,25
Ref
MP-19 set with 5 tapes
Insulated adhesive tapes
Phase separator
Synthetic bar. Tool for preparation of the
cables underground.
32. Street lighting
32
7
Ladders, insulation and tools
Insulating mats
Ref Dim. Weight
(m) (kg)
MP-42/11 1 x 1 5
MP-42/16 0,6 x 1 2,9
Thickness : 3 mm - Class : 3
Voltage : ≤ 26,5 kV
Insulating wedge
Ref Dimensions (mm)
MG-221-D 180 x 35 x 20
Phase separator
Ref Weight (kg)
MG-222-D 0,25
Conductor insulating end-cap
Ref Diameter Length
(mm) (mm)
MP-26-A 10 60
MP-26-B 15 100
MP-26-C 20 120
MP-26-D 25 120
33. Street lighting
7
33
MP-123
MP-123/1
MP-123/2
MP-37
MP-35/12
MP-35
MP-40
Insulating flexible cover
Ref Length Weight (kg)
MP-35/12 1,3 x 12,5 m 6
MP-35 1,3 x 25 m 11,8
MP-40 1,3 x 20 m 24,8
MP-37 90 mm x 25 m 0,800
MP-123 360 x 660 mm 0,150
MP-123/1 500 x 900 mm 0,290
MP-123/2 800 x 1200 mm 0,600
MP-41/10
Ref Length (mm)
MP-41/10 Plastic 160
MP-41-530 Rubber mini plier
Insulating blanket clamp
MP-41/530
Ref
MP-19 set with 5 tapes
Insulated adhesive tapes
34. Consumer unit
34
Mini jumper clamps fully insulated
Ref Utilisation Weight (kg)
MC-141 Six-sided 17 to 19 mm 0,260
MC-142 Round 6-10 flat 0-5 mm 0,130
MC-143 Flat bar, thickness 2-25 mm 0,230
MC-144 Round 8-12 square 9-10 mm 0,280
MC-145 Full cable pliers 0,220
for stripped conductors
Ø 3 à 10 mm
MC-146 Ø 10 à 24 mm 0,230
MC-147 Threaded rod M8
MC-147/1 Threaded rod M10
MC-148 Clamp with tapped revolving rod end M8,
200 A shunt. To be used with an
insulated six-sided male hex key 5 mm.
MC-148/1 Clamp with tapped revolving rod end M8
for 10 to 50 mm cable.
MC-149 Horse-shoe pliers for terminals or bars of
20 to 30mm width.
These clamps are specially designed for use on ener-
gized parts in L.V. installations (switchboards, etc).
Insulated bronze
Axial model: contact on threaded rod, nut or smooth
marker.
Jumper cables with threaded ferrules
Section : 50 mm2
Ref Length (m) Weight (kg)
MC-155/05 0,5 0,380
MC-155/10 1 0,760
MC-155/20 2 1,520
MC-155/30 3 2,280
MC-155/60 6 4,560
MC-155/80 8 6,080
Section : 35 mm2
Ref Length (m) Weight (kg)
MC-153/05 0,50 0,270
MC-153/10 1 0,570
MC-153/30 3 1,720
MC-153/60 6 3,460
For temporary connections in LV facilities (safes, cabinets etc.).
Insulated bronze.
Axial model: contact on threaded rod, nut or smooth marker.
MC-141
MC-147
MC-148
MC-148/1
MC-142
MC-143
MC-144
8
MC-149
MC-146
MC-145
Tools
35. Ref Field of use Weight (kg)
MC-121 Junction for shunt M8 0,055
MC-122 Fuse holder for shunt
(Female-female end-piece)
MC-123 Fuse holder 30 A pour shunt
(Male-female end-piece)
MC-124 Fuse holder 30 A for
mini-clamps + fiches banane
Consumer unit
35
8
Ref Length (m) Weight (kg)
MC-120/15 1,50 0,850
MC-120/50 5 1,950
MC-120/100 10 4
Ref Field of use
MC-126 Insulation piercing socket
1,5 à 16 mm2
In 60 A
MC-126/1 Insulation piercing socket
10 à 70 mm2
In 100 A
Ref Field of use
MC-126 M8 retractable sleeve accessory
Shunts complementary products
Jumper cable with insulated jumper
clamps
36. Consumer unit
36
Ref Dim. (m) Weight (kg)
MP-42/11 1 x 1 5
MP-42/16 0,6 x 1 2,9
MP-41/10
Ref Length (mm)
MP-41/10 Plastic 160
MP-41-530 Rubber mini plier
Insulating blanket clamp
MP-41/530
Tap off box
Ref Utilisation
MC-156 Box 40 x 80 x 158 mm
MC-156/1 Spare part
MO-237-D Triangular spanner with T handle
The tap off box allows on each side to connect 3 by pass jumpers type MC-
153. It is delivered equiped with 6 removable fittings type MC 156/1 and an
insulating wrench. This item in conjonction with by pass jumpers allows to
shunt a tap off box by means of a second tap off box.
Jumper connecting box with fuse
The shunt for collective channeling is a box used to
make sure, before proceeding to the removing a
molten fuse situated on a channeling, that the defect
which brought about the molten is eliminated. It can
also be used to open a circuit in load, for example to
change a damaged accessory such as a pin.
Ref Utilisation
MC-116 Shunt for collective channeling
from 30 to 200 A
8
Insulation and accessories
Insulating mats
Thickness : 3 mm - Class : 3
Voltage : ≤ 26,5 kV
38. Solar installation
38
9
Working on pole kit
Composition : 1 MO-71,
1 MO-54010, 1MO-56009
and 1 carrying bag M-87-295
Ref Size
KIT-HAUT-05 Unique
- 2 fall arrest attachment point : dorsal, sternal
- A work positioning belt
- 2 buckles of work positioning belt
- Leg loops and shoulder straps adjustable
- Tools holder
- Delivered in a protective bag
Pro electric full body fall arrest harness
EN 361
EN 358
Equipped with 2 steel snap hooks with automatic
locking and 1 steel snap hook with screwing locking.
Double tether rope with energy absorber
EN 355
Ref Weight (kg)
MO-56009 1,425
EN 358L : 3 m
Ref Size Weight (kg)
MO-71 Unique 1,9
Ref Length (m) Weight (kg)
MO-54010 1,2 1,4
Insulation and accessories
Tether rope equipped with a
tension device
40. Battery installation
10
40
Insulating mats
Ref Dim. Weight
(m) (kg)
MP-42/11 1 x 1 5
MP-42/16 0,6 x 1 2,9
Thickness : 3 mm - Class : 3
Voltage : ≤ 26,5 kV
MP-123
MP-123/1
MP-123/2
MP-37
MP-35/12
MP-35
MP-40
Insulating flexible cover and insulating tape
Ref Length Weight
(kg)
MP-35/12 1,3 x 12,5 m 6
MP-35 1,3 x 25 m 11,8
MP-40 1,3 x 20 m 24,8
MP-37 90 mm x 25 m 0,800
Réf Length Weight
(kg)
MP-123 360 x 660 mm 0,150
MP-123/1 500 x 900 mm 0,290
MP-123/2 800 x 1200 mm 0,600
Insulation and accessories