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KAYA YAPI IC MIMARLIK A.S.
Kaya Safety 2017-2018

Kaya Safety 2017-2018

Product catalog summary

Introduction to Musa and Kaya Safety:
Musa is a seasoned Occupational Safety Training team leader at Kaya Safety, with extensive experience in training over 5000 individuals. Kaya Safety, founded in 1996, is renowned for its expertise in designing and manufacturing safety equipment for work at height, catering to sectors such as Defense, Firefighting, Oil & Gas, Construction, and Telecommunication.

Company Overview:
Kaya Safety offers advanced training facilities and technical support to ensure the proper use of safety equipment. Kaya Ropes, a division of Kaya Safety, focuses on manufacturing ropes for various industries, prioritizing innovation and adherence to international standards.

Training and Consulting Services:
Kaya Training and Kaya Consulting provide strategic management consulting and occupational health and safety services globally. They collaborate with international organizations like IOSH, NSC, and IRATA to deliver comprehensive training and safety solutions.

Principles of Working at Height:
Working at height is a significant cause of workplace injuries. Employers are required to conduct risk assessments and ensure employees receive training under competent supervision. Factors influencing falls include user weight, fall length, and position relative to the anchor.

Rescue and Safety Systems:
Prompt rescue is essential to prevent suspension trauma and panic. Restraint systems prevent falls, while fall arrest systems limit arresting forces to 6 kN. Work positioning systems allow hands-free work at heights, necessitating a secondary fall arrest system.

Sector-Specific Applications:
Telecom Sector: Utilizes vertical lifelines and double-legged shock absorbing lanyards for safe tower climbing.
Energy Sector: Employs similar safety measures as telecom, with a focus on work positioning and retractable fall arresters for electrical insulator access.

Conclusion:
Kaya Safety underscores the importance of proper training, equipment use, and rescue operations to ensure safety in high-risk work environments.

Roof Safety:

Falls from roofs can occur from edges, gaps, or fragile materials. Horizontal Lifeline Systems provide continuous, hands-free movement for workers, ensuring safe access across roof areas.
Precautions against the pendulum effect are necessary when working near roof edges. Lifelines should be installed on edges, and fall arrest equipment or safety rails should be used.

Mobile Horizontal Lifeline Systems:

Used when no permanent lifeline is available, these systems must be installed by a competent person.
Work restraining lanyards or retractable fall arresters can be used for safe operation.

Confined Spaces:

Confined spaces are areas not designed for continuous occupancy, with limited entry/exit.
A tripod with a retractable fall arrester block and recovery mechanism is recommended for safety.
Rescue pulleys and cantilever arms provide additional safety and rescue options.

Working in Steel Structures:

Mobile Horizontal Lifeline (MHL-20) is used for safe work in steel structures.

Scaffolding Installation:

Fall protection systems must be attached to secure points on scaffolding or structures.

Rescue Procedures:

Detailed steps for rescuing suspended workers using a rescue pole and descent control systems are provided.

Rope Access:

Rope access is a safe method for working at height, requiring trained personnel and suitable equipment.
It involves using two ropes for access and backup, with harnesses and other devices for positioning.

Safety Equipment:

Various harnesses, carabiners, lanyards, and other safety equipment are described, emphasizing their features and standards.
Fall arrest and work positioning suspension harnesses are designed for comfort and safety, with multiple attachment points and fall indicators.

Specifications:

Harnesses are available in sizes S/M, L/XL, and XXL.
Key standards include EN 361 for fall arrest, EN 358 for work positioning, EN 813 for rope access, and EN 12277 for climbing harnesses.

Features:

Multiple attachment points for various applications, including dorsal and sternal D-rings for fall arrest, ventral D-rings for rope access, and lateral D-rings for work positioning.
Comfort features include breathable, antibacterial, and ergonomic pads for waist, leg, and shoulder areas.
Quick-connect aluminum and steel buckles with visual locking indicators for ease of use.
UV-resistant, high-strength sewing yarns with contrastive color stitching for quick visual inspection.
Protective cases for information tags to facilitate annual inspections.

Additional Equipment:

Carabiners, lanyards, shock absorbers, pulleys, ascenders, descenders, helmets, retractable and mobile fall arresters, rescue devices, stretchers, ropes, bags, and accessories.
Safety nets, edge protection, vertical and horizontal lifelines, tripods, cantilever arms, lifting equipment, and anchorages.

Specialized Products:

Bosun's Chair for extended suspension work, equipped with gear loops and adjustable buckles.
Suspension trauma straps designed to prevent health impacts during prolonged suspension.
Rescue harnesses and triangles with easy adjustment features and multiple connection points.
Forrester and fireman belts with heat-resistant materials and high visibility features.

Applications: The equipment is suitable for use in various industries, including petrochemical, mining, and high-temperature environments, ensuring safety and comfort for workers operating at heights or in hazardous conditions.

Miners Belts: These belts are ideal for environments with flare and explosion risks. They feature ergonomic waist pads, high visibility reflector bands, and special holders for respirators and headlamp batteries. They are made with UV-resistant materials and stainless steel buckles, available in sizes S/M and L/XL, and comply with EN 13463-1 and ATEX standards.

Animal Rescue Harnesses: Designed for rescuing large animals and dogs, these harnesses are equipped with adjustable buckles, breathable pads, and are lightweight. They are suitable for helicopter transport and comply with ISO 9001:2008 standards.

Safety Harnesses: These harnesses provide a comfortable working position with stainless steel components and adjustable buckles. They are UV-resistant and available in sizes S/M and L/XL, complying with ISO 9001:2008 standards.

Lanyards and Shock Absorbers: The document details various types of lanyards, including elastic shock absorbing lanyards, adjustable lanyards, and shock absorbing webbing and rope lanyards. These are designed to provide safety and freedom of movement, with built-in energy absorbers to limit fall arrest forces. They are available in single or twin-leg versions and comply with EN 354, EN 355, EN 362, and EN 12275 standards.

Key Features: The products are characterized by high-strength materials, ergonomic designs, and compliance with international safety standards. They are suitable for various applications, including mining, rescue operations, and work positioning.

Shock Absorbers: These devices limit fall arrest force by tearing specific seams. They are protected by zippered fabric cases for abrasion resistance and easy inspection. Models include E-3 B series with different carabiner configurations.

Lanyards: The document describes single-leg and twin-leg lanyards made from twisted, braided, and wire ropes. Each type is designed to attach workers to anchorage points safely. Key models include E-1 T and E-3 T series, with various carabiner options and lengths, compliant with EN standards.

Work Positioning Lanyards: These lanyards feature ergonomic designs for easy adjustment and comfort. They include protection sleeves and aluminum alloy rope grabs. Models like WPL series offer different carabiner configurations and lengths.

Carabiners: The document lists various carabiner models, including steel and aluminum options, designed for different safety applications such as fall arrest and work positioning.

Standards and Compliance: All products adhere to relevant EN standards, ensuring safety and reliability in various work environments.

Carabiners:

Steel Carabiners: Designed for challenging environments, these carabiners offer multi-purpose use with strengths ranging from 25 kN to 50 kN. They feature a keylock system to prevent snagging and a red indicator for visual warning when unlocked. Models include K-2, K-30, and K-14 series.
Aluminum Carabiners: Lightweight and versatile, these carabiners are suitable for various applications with strengths up to 24 kN. They also include a keylock system and visual indicators. Models include K-7, K-9, and K-13 series.
Special Carabiners: These include wide-mouthed and double action carabiners designed for large metallic structures and special anchorage needs. Models include K-4 and F-4 series.

Pulleys:

Rescue Hauler Pulley: The R-ALF Pulley features an over-speed brake for locking during falls and can be used in mechanical advantage systems. It is made of aluminum and supports ropes up to 11mm in diameter.
HaulerBiner Rescue Kit: A compact rescue kit for pick-off rescues, offering a 7:1 mechanical advantage. It is lightweight and easy to deploy, with models varying in length.
High Strength Pulleys: Made from aluminum or stainless steel, these pulleys are designed for durability and versatility, suitable for prusik knots and various lifting applications.

Standards and Compliance: All equipment adheres to relevant safety standards such as EN 362, EN 12275, and UIAA, ensuring reliability and safety in use.

Applications: The equipment is suitable for use by firefighters, rescue teams, and in industrial settings where safety and reliability are paramount. The document emphasizes the importance of selecting the right equipment for specific tasks to ensure maximum safety and efficiency.

Pulleys Overview: Pulleys are essential components in lifting and hauling systems, designed for efficiency and durability. They are made from materials such as aluminum and stainless steel, and are compliant with EN 12278 standards. Key features include rotating side plates, sealed ball bearings, and compatibility with Prusik friction hitches. The pulleys vary in strength, material, and weight, catering to different rope diameters and applications.

Types of Pulleys:

Mobile Small Pulley: Lightweight and compact, with a strength of 24 kN, suitable for ropes up to 11 mm.
Big Double Aluminum Pulley: High performance with a strength of 30 kN, for ropes up to 16 mm.
Stainless Steel Pulleys: Available in single, double, triple, and quad sheave configurations, each offering a strength of 50 kN for ropes up to 16 mm.

Zipline Tandem Pulleys: These pulleys are designed for zipline applications, featuring deep groove bearings and aerospace-grade aluminum side plates. They support rope sizes up to 20 mm and offer strengths of 24 kN and 40 kN, depending on the model.

Lifting Equipment: The LokHead Kit and Riggers Winch are portable winches designed for confined space retrieval and load moving. They are lightweight, versatile, and compatible with fiber ropes. The LokHead offers a 40:1 power ratio and is suitable for human suspension with a maximum load of 280 kg.

Ascenders: Ascenders facilitate rope climbing, made from aluminum alloy and designed for ease of use. They are available in models for left and right hands, and feature adjustable foot loops for enhanced climbing efficiency.

Climbing Iron: Designed for climbing wooden masts and poles, these irons are made from high-quality forged steel and feature reinforced bows for increased security and load capacity.

Double Step Webbing Ladder: The ladder is made from 100% aramid, providing flame and heat resistance. It features aluminum steps spaced at 40 x 40 cm increments and a knotless montage due to the three holes on each step. The top connection uses steel thimbles and K-4 type carabiners. The ladder is produced in desired lengths and weighs 850 gr/m.

Controlled Descenders: These devices are designed for rope work, featuring an anti-panic system that locks automatically if the user applies too much force. The D4 descender is made from high-strength aluminum and stainless steel, with a minimum breaking strength of 16 kN, suitable for ropes with a diameter of 10.5 – 11.5 mm. The D2 descender offers a 'double stop' braking mechanism and is ideal for emergency situations, with a rated load of up to 140 kg and a maximum descent capacity of 120m.

PowerSeat Ascending & Descending Devices: The PowerSeat™ is designed for ergonomic efficiency, maintaining an upright position to conserve energy. It is CE certified and features a brake system for security against free fall. The device is available in gas, electric, and battery versions, with varying specifications for maximum working load and ascent speed. The battery version includes a 48V lithium-ion battery with a BMS for longevity.

Helmets:

Designed for rescue operations and work at height.
Features include quick release buckle, adjustable chinstrap, removable headband, and headlamp clips.
Available in multiple colors and adjustable sizes (55/63 cm).
Complies with EN 397:2012 standards, offering protection against lateral deformation, low temperatures, and molten steel.
Accessories include short and long visors.

Mobile Fall Arresters:

Devices like RP-500 Rocker and RP-892 RED allow hands-free movement on ropes and can be used for work positioning.
Made from lightweight aluminum, compatible with ropes certified to EN 1891 Type A.
Standards include CE EN 12841, CE EN 353-2, and EN 358.

Mobile Vertical Lifeline with Telescopic Rescue Pole:

Used for accessing difficult-to-reach locations, compatible with various profiles.
Features a telescopic remote pole made of carbon fiber, available in 6 & 12 meters.
Includes energy absorber to limit impact during falls.
Complies with EN 353-2 standards.

Retractable Fall Arresters:

Designed for use on mobile cranes and elevated platforms.
Features include automatic lowering facility, recovery mechanism, and high tenacity steel wire rope.
Complies with EN 360 and CNB 11.060: 2008 standards.

Fall Arrest Blocks:

The fall arrest blocks are available in different series (HWPB, HPS, H, HRA, HAS) with varying lengths and weights. They are equipped with features like aluminum or plastic housing, steel rope lifelines, and double action hooks.
Standards: EN 360, CNB 11.060 2008 Sharp Edge Type A, EN 1496, EN 341.
Some models include recovery mechanisms and controlled descent features.

Rescue and Escape Devices:

Devices like the IKAR BISON and FAVORIT ABS are designed for emergency rescue and evacuation, featuring automatic speed regulation and rescue hoisting functions.
Standards: EN 341, EN 1496.
These devices are tested for high functional safety and are resistant to environmental factors like damp, heat, and cold.

Stretchers:

Various types of stretchers are described, including conic, Neil Robertson, scoop, basket, and spine board stretchers.
They are designed for different rescue scenarios, such as confined spaces and helicopter hoisting.
Materials used include high-strength polyethylene and stainless steel for durability and safety.

Key Features and Specifications:

All devices are designed to meet specific safety standards and are tested for reliability and durability.
They include features like automatic lowering, recovery mechanisms, and controlled descent to ensure user safety.
Load capacities and operational speeds are specified for each device, ensuring they meet the needs of various rescue and safety operations.

Conic Stretcher RL-10: Designed for search and rescue operations, the Conic Stretcher is ideal for helicopter transport. It is made of stainless steel 316, with a carrying strength of 22 kN. The stretcher is lightweight and compact, measuring 59 cm in width, 210 cm in length, and 20 cm in height, with a weight of 12 kg. It supports a four-point bridle and is compatible with spine boards. The stretcher is fire retardant and resistant to friction and tears, with a carrying capacity of 150 kg. It meets the EN 1865 standard.

Basket Stretcher RL-6: This stretcher is made of HDPE and features hand holes for easy transport. It supports a four-point lifting bridle and has a carrying capacity of 175 kg. The dimensions are 63 cm in width, 217 cm in length, and 20 cm in height, with a weight of 14 kg. It is compatible with most head immobilizers and meets the EN 1865 standard.

Scoop Stretcher RL-46: The scoop stretcher can be split into two parts and has an open-center design for X-ray compatibility. It features telescoping tubes for length adjustments and has a carrying capacity of 170 kg. The dimensions are 42 cm in width, 166 cm in length, and 7 cm in height, with a weight of 10 kg. It meets the EN 1865 standard.

Static Ropes: Designed for rescue operations and rope access, these ropes are made of high tenacity polyamide fiber. They feature excellent hand-grip, high abrasion resistance, and UV resistance. The ropes come in various diameters and lengths, with breaking strengths ranging from 13 kN to 28 kN. They meet the EN 1891 and EN 564 standards.

Rope Protectors: These protectors are designed to shield ropes from abrasion and sharp edges. They are lightweight and modular, with Velcro closures for easy application. Available in 1.20 meters, they are made of high tenacity fabric for increased protection.

Rappelling Gloves: These gloves are ideal for abseiling and rescue, made with premium synthetic leather and featuring Velcro wrist fastenings. They are available in full-finger and 3-cut finger designs, meeting the EN 388:2003 standard.

Carrying Bags: Specially designed for carrying work-at-height equipment, these bags are made of 1900 denier fabric with foam padding and polyester lining. They feature metal buckles and type 8 zippers, with carrying straps made of high-tensile polyester webbing.

Carrying Bags: The document describes various carrying bags with specifications such as dimensions, weight, and volume. They are made from waterproof fabric, have adjustable straps, and are designed for easy access and organization of contents.

Safety Nets: Safety nets are designed for workplace safety, preventing falls and injuries. They are UV resistant, made from polypropylene or polyamide, and can be customized in size. They meet the EN 1263-1 standard.

Personnel Safety Net Platforms: These platforms protect workers and pedestrians from falling debris. They are adjustable, easy to assemble, and can be customized in size. They also meet the EN 1263-1 standard.

Edge Protection Systems: Designed to prevent falls at construction sites, these systems are easy to install and cost-effective. They are made from electrostatic powder-painted materials and meet the TS EN 13374:2013 standard.

Tripods and Cantilever Arms: The SENTOR system is modular and adaptable for various workspaces. It supports up to 300 kg and is made from high-alloy aluminum. It meets EN 795:2012 Type B and CEN TS 16415:2013 Type B standards.

Tripod and Monopod Systems: These systems are designed for situations with limited space for rescue operations. They are compatible with hand winches and retractable fall arresters. The systems can be configured with telescopic legs and are suitable for use on uneven surfaces.

SENTOR Configurations: The SENTOR systems provide self-supporting anchor points, offering quick access to narrow areas. They are 33% stronger than standard tripods, making them ideal for critical recovery operations.

GIRAF 360 Mobile Overhead Loading Platform: This innovative platform allows for safe loading and unloading with a 360-degree rotation feature. It is designed for use with trucks and can be installed quickly using a forklift.

Cantilever Arms: These are used for fall arrest and rescue operations in various environments. They are lightweight, made of aluminum alloy, and can be adjusted to different positions and heights.

Techno Arm Components: These include various mounting sleeves and brackets for secure installation on different surfaces. The components are made of high-quality materials and are designed for easy transportation and installation.

IKAR Cantilever Arms: These arms are designed for stationary use in safety and rescue operations, capable of lifting and lowering loads. They are stable and can be equipped with various accessories.

Anchorage Systems: The document details various anchorage solutions, including slings, wall anchors, and rigging plates, designed to provide safe connection points in challenging environments.

Specifications and Standards: The equipment adheres to various safety standards, including EN 795:2012 and CEN/TS 16415:2013, ensuring reliability and safety in use.

Conclusion: The document outlines a comprehensive range of safety and rescue equipment designed for use in diverse and challenging environments, emphasizing ease of installation, versatility, and compliance with safety standards.

Anchorage Systems: The document provides detailed specifications and components for various safety systems, including horizontal and vertical lifelines, designed for fall protection in industrial settings. These systems are compliant with European standards EN 795:2012 and CEN/TS 16415:2013.

Horizontal Lifeline Systems:

Intermittent Systems: Designed as permanent anchor points, these systems allow transitions using a double leg lanyard. They are tested for wall and floor assembly and do not require a special shock absorber as the AP-40E anchor post serves this function. The maximum gap between anchors is 15 meters, and the system can support up to 6 users simultaneously. Components include AP-40E Main anchor, ES-300U Rope finisher, FS-14 Tensioner, P-11 Pulley, and LL-200B Wire rope.
Continuous Systems: These systems use the SRY-50 slider for transitions without exiting the line. Similar to intermittent systems, they are tested for wall and floor assembly and support up to 6 users. Components include AP-40 Anchor post, ANB-100A Main anchor, ARB-100B Intermediate anchor, and LL-200C Wire rope.

Vertical Lifeline Systems:

Standard Systems: These systems provide hands-free fall protection for climbing ladders and other vertical structures. They are made of 316 Grade Stainless Steel and include components like AP-300A Top anchorage bracket, FS-40 Turnbuckle, and LL-150 Wire rope. The system must be used with the F-5A Rope Grab and complies with EN 353-1:2014.
Extended Top Bracket Systems: Similar to standard systems but with an extended top bracket for additional flexibility. They also comply with EN 353-1:2014 and include similar components.

Materials and Standards: All systems are primarily constructed from 316 Grade Stainless Steel, ensuring durability and corrosion resistance. They adhere to relevant safety standards, ensuring reliability in various industrial applications.

Installation and Usage: No special equipment is required for installation, and users can install the systems themselves after receiving appropriate training. The systems are designed for easy assembly and can be adapted to various structures.

Vertical Lifeline Systems: The document outlines the specifications and components of vertical lifeline systems, emphasizing the use of 316-grade stainless steel and compliance with EN 353-1:2014 standards. Key components include top and bottom anchorage brackets, rope guides, and turnbuckles, all designed for safety and durability.

Fall Arrest and Work Positioning Harnesses: These harnesses are designed for multiple purposes including fall arrest, rope access, and rescue. They feature five attachment points, ergonomic padding, and quick-release buckles. They comply with standards EN 361, EN 358, EN 813, and EN 12277.

Bosun's Chairs: Designed to prevent suspension trauma, these chairs are made from high tenacity webbing and include gear loops. They must be used with a fall arrest system as they do not provide fall protection.

Tactical Harnesses: These are designed for tactical situations with features like quick adjust buckles and high tenacity polyester webbing. They include an aluminum karabiner and comply with ISO 9001:2008 standards.

Rappelling Belts and Lanyards: These are designed for emergency rappelling, made from high tenacity polyester webbing, and feature quick adjust buckles. They comply with ISO 9001:2008 standards.

Energy Absorber Lanyards: These lanyards feature a twin-leg design for continuous attachment and include an energy absorber to limit fall arrest force. They comply with EN 354, EN 355, EN 362, and EN 12275 standards.

Controlled Descenders: The D4 descender tool is designed for rope work, featuring a progressive cam system and an anti-panic mechanism. It is made from high-strength aluminum and stainless steel, with a minimum breaking strength of 16 kN.

Ascenders and Carabiners: Ascenders are used for rope climbing and are made from aluminum alloy. Carabiners feature a keylock system to prevent snagging and come in various locking types, complying with EN 362 and EN 12275 standards.

Specifications:

Ropes and Gloves: High tenacity polyamide fiber ropes designed for rescue operations with excellent abrasion and UV resistance. Available in various diameters and lengths, meeting EN 1891 standards.
Helmets: Industrial helmets with adjustable chinstraps and ventilation, made of thermo ABS and polystyrene EPS foam, compliant with EN 397.
Stretchers: High-strength polyethylene stretchers for confined space and technical rescue, equipped with slings and karabiners, compliant with EN 1865.
Carrying Bags: Waterproof fabric bags with adjustable straps and carrying handles, designed for fast rope and technical equipment.
Safety Nets: Helicopter safety nets made of high tenacity webbing, designed for navy and offshore operations, compliant with NATO and military specifications.
Lifting Equipment: Polyester eye slings and endless round slings with color-coded capacities, compliant with EN 1492-1+A1:2010.

Procedures and Recommendations:

Usage: Products are designed for specific applications such as rescue operations, work positioning, and fall arrest. Ensure compatibility with relevant standards and specifications.
Maintenance: Regular inspection and maintenance are recommended to ensure safety and performance. Replace equipment if fall indicators are visible or if any damage is detected.

Standards and Compliance:

Products comply with various international standards such as EN 12841, EN 795, EN 358, EN 397, EN 1865, and MIL-F-44422.
Ensure all equipment is used in accordance with the specified standards to maintain safety and effectiveness.

Key Features:

High durability and resistance to environmental conditions.
Lightweight and compact designs for ease of use and transport.
Color-coded systems for easy identification of load capacities and specifications.

Critical Information:

Breaking strengths and load capacities are specified for each product, ensuring they meet the required safety factors.
Products are designed for specific environments and applications, such as industrial, rescue, and military operations.

Harnesses: The harnesses are designed for multiple purposes including fall arrest, rope access, and work positioning. Key features include ergonomic pads, easy-use buckles, UV-resistant sewing yarns, and multiple attachment points. They comply with standards such as EN 361, EN 358, EN 813, and EN 12277. Sizes available are S/M, L/XL, and XXL.

Lanyards and Shock Absorbers: These are designed to attach workers to anchorage points safely. They are made of high-resistance polyester webbing and include built-in energy absorbers to limit fall arrest force. They comply with standards EN 355 and EN 362.

Carabiners: The document describes steel carabiners designed for difficult environments, with features like double locking and high strength. They comply with EN 362 standards.

Helmets: Helmets are designed for industrial and mountaineering purposes, featuring adjustable chinstraps and ventilation. They comply with standards EN 397 and EN 12492.

Rope Ladders: Made of high tenacity rope with wooden or aluminum steps, these ladders are designed for safe ascent and descent in various environments.

Standards and Compliance: All products adhere to relevant safety standards ensuring reliability and safety in use.

Specifications: The document outlines various safety equipment and systems designed for work at height, including fall arresters, retractable fall arresters, stretchers, tripods, and lifelines. Key specifications include:

Rope Dia: Ø 16 mm, Standard: EN 353-2 for fall arresters.
Retractable fall arresters with lengths ranging from 2.1 m to 23 m, Standard: EN 360.
Basket stretchers with carrying capacities up to 300 kg, Standard: EN 1865.
Tripods with a loading capacity of 300 kg, Standard: EN 795-Class B.
Vertical lifelines with integrated shock absorbers, Standard: EN 353-1:2014.

Procedures: The document provides guidelines for selecting appropriate carabiners and using various safety systems. It emphasizes the importance of using certified components and following installation instructions to ensure safety and compliance with standards.

Norms and Standards: All equipment is tested and certified according to relevant European standards such as EN 353-2, EN 360, EN 1865, and EN 795. These standards ensure the safety and reliability of the equipment in various working conditions.

Recommendations: Recommendations include selecting the correct type of carabiner for specific applications, ensuring proper tensioning of lifelines, and using authorized components to prevent accidents. The document also advises on the use of shock absorbers to reduce impact forces during falls.

Training and Consulting: KAYA TRAINING and CONSULTING offers specialized training for working at height, rescue operations, and occupational health and safety. They provide training for various industries, including telecommunications, wind turbines, construction, and energy sectors.

Training Programs:

IOSH Trainings: Includes 'Managing Safely' and 'Working Safely' courses aimed at improving safety management skills.
NSC Trainings: Covers a wide range of safety topics such as incident investigation, ergonomics, industrial hygiene, and safety management techniques.
IRATA Trainings: Focuses on rope access techniques with three levels of technician training.
KAYA Trainings: Offers sector-specific work at height training, rescue training, scaffolding training, and various occupational health and safety courses tailored to specific industries like wind turbines and electric plants.

Standards and Certifications:

European Standards for Fall Protection: Lists standards such as EN 363 for personal fall protection equipment and EN 361 for protective equipment against falls from height.
Protective Gloves Standards: Includes EN 388 for mechanical risks and EN 407 for thermal risks.
Head Protection Standards: EN 397 for industrial safety helmets.
Lifting Equipment Standards: EN 1492 for textile slings.
Canadian and American Standards: CSA Z259.10 for full body harnesses and ANSI Z89.1 for industrial head protection.

Product Testing and Certification: KAYA products are tested and certified in CE 0123 TUV SUD laboratories, ensuring compliance with European safety standards.

Key Recommendations: Emphasizes the importance of tailored training programs to meet specific industry needs and the implementation of comprehensive fall protection programs.

Catalog excerpts

WORKING AT HEIGHT AND RESCUE EQUIPMENT

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MEET MUSA It is an ordinary day for Musa at 26 meters above the ground. He is a fully certified Occupational Safety Training team leader. He has been a part of the Kaya Safety team for eight years and has trained over 5000 people during this time. Every day Musa spends a good deal of his time at heights that would make most people dizzy. And he does not do this alone... Like all of us, he carries his loved ones on his mind, in his heart, and often on his shoulders. His 4 year old son, Kuzey, and his wife, Duygu, are the main reason why he needs to go home every day, without a scratch. Musa has...

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KAVASAFETV Kaya safety was established in 1996 to design systems and equipment for work at height activities to be performed properly and safely. Having the most advanced facility in its field, Kaya Safety designs, develops and manufactures fall arrest systems, rescue and evacuation equipment and lifting equipment in Turkey for institutions and organizations operating in sectors such as Defense, Firefighting, Oil & Gas, Construction and Telecommunication. In addition to our knowledge and experience gained from working in different fields for over 18 years, we are aware of the issue that employees...

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Combining with 30 years of knowledge of Kaya Group in Occupational Health and Safety; Kaya Training and Kaya Consulting provide solutions in Strategic Management Consulting, Occupational Health & Safety and Joint Health Security Unit Services since 2001 to a large number of multinational companies and projects in almost all cities in Turkey as well as in Iraq, Gabon, Nigeria, Russia, Kazakhstan, Turkmenistan, Libya, Algeria, Albania, Kosovo, Tunisia, Saudi Arabia, Syria, Ukraine and Morocco and plays an important role in creating Occupational Health and Safety culture with its over 40 professional...

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WORKING AT HEIGHT GENERAL PRINCIPLES OF WORKING AT HEIGHT 8-11 DIFFICULT TO REACH LOCATIONS (ROPE ACCESS) 32-33 LANYARDS AND SHOCK ABSORBERS- 56-77 MOBILE FALL ARRESTERS 118-123 RETRACTABLE FALL ARRESTERS 124-131 TRIPOD AND CANTILEVER ARMS - 168-187 ROCK PRODUCT GROUP - 244-273

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PRINCIPLES OF WORKING AT HEIGHT TRAINING Working at height is one of the biggest causes of workplace fatalities and major injuries. Employers must ensure that a sufficient risk assessment is carried out so that all risks of working at height are effectively identified, controlled and managed. Every employer must also ensure that employees are appropriately trained under careful and competent supervision to ensure that they can carry out their work safely. Please contact KAYA TRAINING division of our company for more information about working at height training programs. E-mail: [email protected] GENERAL...

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PRINCIPLES OF WORKING AT HEIGHT Restraint System allows workers to perform their task without the possibility of losing contact with the walking / working surface. 2. FALL ARREST SYSTEM (A) Fall Arrest System is designed to stop the free fall of a user and limit the maximum arresting forces imposed on the user to 6 kN or less. A fall arrest system provides maximum freedom of movement for workers to conduct their duties by connecting to the (A) safe attachment point.

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CONNECTION TO THE HARNESS VIA CHEST ANCHORAGE POINT (A) OF SAFETY HARNESS ÇİZİM 6 LANYARDIN SIRTTAN KULLANIMINDA DÜŞÜŞ CONNECTION TO THE HARNESS VIA DORSAL ANCHORAGE POINT (A) OF SAFETY HARNESS 3. CONNECTING FALL ARREST EQUIPMENT TO FULL BODY HARNESS Connection to the harness must only be via the appropriate connection points (dorsal attachment point or the chest connection) that will provide the best protection in the situation it is being used. Consideration should be given to the potential fall distance, potential impact with the structure and body position after a fall. A work positioning...

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PRINCIPLES OF WORKING AT HEIGHT Fall Clearence Fall Clearence USE OF LANYARD 5. LIMITING THE IMPACT FORCE • Fall arrest system must limit the maximum impact force during the arrest of a fall to 6 KN. • Fall arrest system is generally used with a shock absorber. Energy absorber limits the fall arrest force in a fall situation by tearing specific seams. • Fall arrest system without the use of a shock absorber is not recommended. Fall clearance is the height at which a worker must attach to an anchorage to avoid contact with a lower level. In order to calculate required fall clearance distance the...

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TELECOM SECTOR KMSAFETY 1. ASCENDING WITH VERTICAL LIFELINE MonopoLe or Lattice towers are widely used in telecommunication sector. The safest way to climb up and down these towers is to use permanent vertical lifeline system installed on ladder (if such ladder exist). User is connected to a vertical lifeline by a wire rope grab which is attached to the (A) chest attachment point of full body harness. When the user moves (up or down), it slides along the life line. In the event of a fall, the device stops the fall instantly on the cable. 2. ASCENDING WITH DOUBLE LEGGED SHOCK ABSORBING LANYARD If...

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LUPA STATIC 11 MM LUPA STATİK WITH SPLICED EYE 11 MM GÖZLÜ 3. CREATING VERTICAL LIFELINE If there is no vertical lifeline fixed on tower, the first user who climbs up tower with a double-legged shock absorbing lanyard creates mobile vertical lifeline on tower using rope. The other users climb up the tower using this mobile vertical lifeline by help of appropriate rope grab. F-7 K-30/3A LUPA® STATIC 11 MM WITH SPLICED EYE 4. WORK POSITIONING WITH ADJUSTABLE LANYARD Adjustable lanyards are designed to be used as part of a work positioning system and enable users to work at height hands-free position....

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ENERGY SECTOR LUPA LUPA STATİK STATIC 11 MM WITH 11 MM GÖZLÜ SPLICED EYE 1. ASCENDING WITH DOUBLE-LEGGED SHOCK ABSORBING LANYARD 2. CREATING VERTICAL LIFELINE WITH ROPE If there is no vertical lifeline fixed on energy towers then user uses the double-legged shock absorbing lanyard to move around the tower whilst being connected at all times. It is recommended to attach double-legged shock absorbing lanyard to the (A) chest attachment point of full body harness. Connection from chest anchorage point prevents a falling worker hitting from surface facing toward user. F-7 K-30/3A LUPA® STATIC 11...

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Kaya Safety 2017-2018

Kaya Safety 2017-2018

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