Frequently Asked Questions (FAQ)

Yes, our fall protection products comply with EN 361 for harnesses, EN 354 for lanyards, and SIRIM-DOSH approval, ensuring safety and compliance in Malaysia.

Yes, a permanent lifeline system should be used alongside other fall protection equipment such as body harnesses, lanyards, and fall arresters. This ensures a comprehensive safety solution for workers at height, reducing the risk of injury or fatality in the event of a fall.

Yes, our fall protection gear is designed to be compatible with other PPE, such as hard hats and high-visibility vests, ensuring full protection while working at height.

Yes, Safetyware offers training on proper use, inspection, and maintenance of fall protection equipment to ensure worker safety and compliance with regulations.

Consider the environment and application:

• Outdoor Use: Aluminum carabiners are preferred for their light weight and corrosion resistance.
• Heavy-Duty Applications: Steel carabiners are recommended for their strength and durability.
• Marine/Offshore Use: Stainless steel carabiners are ideal due to their superior resistance to corrosion.

The right system depends on the work environment and height risks. We offer solutions for construction, oil & gas, maintenance work, and confined spaces, each designed to meet specific safety requirements.

Labels: Ensure all labels are intact and legible.

Hardware: Check for damaged or missing D-rings, buckles, and eyelets.

Impact Indicator: Verify if the impact indicator is intact; discard if broken.

Webbing: Look for frayed fibers, tears, abrasions, mold, or discoloration.

Adjust the Fit: Ensure straps are snug but not restrictive.

Put On the Harness: Step into leg straps and pull up over shoulders.

Fasten Straps: Secure the chest and leg straps, ensuring no slack.

Attach Lanyard: Connect to the D-ring on the back.

Check Fit: Ensure proper adjustment and functionality.

Wear Additional PPE: Follow job requirements for additional equipment.

The appropriate length of a lanyard depends on the job task and working environment. Longer lanyards are suitable for tasks requiring greater mobility, while shorter lanyards are better for confined areas. Factors such as the distance between the worker and the anchorage point and the height of the worker also influence the selection.

The horizontal rope anchorage line is used to provide a secure and safe anchorage across a horizontal plane. It allows for multiple workers to be connected to the same line, offering protection while moving horizontally along elevated areas.

The SRL is anchored at the top of a structure and connected to a worker’s harness. During normal movement, the SRL allows the lifeline to extend and retract automatically, providing the worker with freedom of movement. If a fall occurs, the SRL locks, arresting the fall while an internal energy absorber reduces the impact force on the worker’s body.

The strap attaches to a full body harness and an anchor point. In the event of a fall, the worker can use the strap to stand up, relieving pressure on the legs and restoring blood circulation, thereby reducing the risk of suspension trauma.

A vertical rope anchorage line includes a rope grab device that moves along the line with the worker. This system allows the worker to ascend safely and prevents accidental sliding or falls. The rope grab locks in place to arrest a fall within a very short distance, ensuring the worker’s safety.

The winch and retrieval system is designed to lower the worker into the confined space and raise them back to the surface in case of an emergency. It usually includes a brake and locking mechanism to prevent falls and control the descent and ascent of the worker.

While both davit arms and tripod sets are used for confined space entry, the davit arm is specifically designed to extend over the edge of an opening, providing additional stability and flexibility in spaces where a tripod might not be practical. It is often used in conjunction with a tripod for enhanced safety.

Fall protection equipment should be inspected before each use, with a thorough inspection every 6 to 12 months by a competent person to check for wear and damage.

Inspect Before Use: Check for wear, damage, or other issues.

Proper Storage: Keep in a cool, dry place away from direct sunlight.

Regular Cleaning: Use mild detergent and water; avoid harsh chemicals.

Replacement: Replace if worn, damaged, or expired according to the manufacturer’s instructions.

Follow Manufacturer’s Instructions: Adhere to specific care guidelines provided.

Fall protection equipment should be stored in a cool, dry place, away from direct sunlight, chemicals, or sharp objects that could damage the materials.

No, it is not a substitute. Employers must have emergency procedures to ensure quick rescue and evacuation of workers who fall. Proper training on the use of the suspension trauma strap is also crucial.

Yes, the davit arm system is designed for easy installation. It can be mounted on various surfaces, including floors and walls, and is compatible with special mounting brackets that allow for secure attachment in different environments.

• A tripod set typically includes:
• A tripod with adjustable legs
• A winch for lowering and lifting workers
• A winch bracket to hold the winch
• A retrieval Self-Retracting Lifeline (SRL) to prevent falls
• A retrieval SRL bracket to hold the SRL in place

Anchoring: Can be anchored to a single point, allowing the user to move at different levels without restrictions.

Automatic Retraction: The lifeline retracts or extends automatically with the user’s movement.

Fall Arrest Mechanism: In the event of a fall, the block locks immediately and reduces the applied force to less than 6 kN.

• Fall Arrest: The rope grab arrests a fall within a very short distance.
• Controlled Movement: It allows the user to move up but prevents accidental sliding down, locking in place when needed.
• Secure Connection: It prevents the accidental release of the worker from the lifeline during ascent or descent.

• Casing: Made from lightweight, durable polymer to prevent breakage.
• Lock Mechanism: Features a unique centrifugal braking mechanism.
• Retractable Lifeline: Available in stainless steel wire, webbing, or galvanized iron (GI) wire rope.
• Harness End Connector: Equipped with a swivel snap hook and load indicator that signals when a fall has occurred.
• Conformity: Tested and certified to meet EN 360:2002 standards.

• Made of highly corrosion-resistant materials such as stainless steel or aluminum.
• Can swivel 360 degrees on its mounted base for versatile reach and access.
• The cantilever arm is adjustable, making it usable even in areas with limited roof height.
• Can be mounted on the floor, wall, or heavy vehicles for various applications.

Anchor points can be:

• Permanent: Installed as a fixed attachment point on structures like roofs or walls.
• Temporary: Designed for short-term use and can be set up on various structures such as poles or temporary work platforms.

There are two main types of connectors:

• Anchorage Connector – Located at the termination end of the connecting element, it secures the attachment to the anchorage system.
• Harness-Attachment Connector – Positioned at the harness end of the connecting element, it ensures a secure connection between the harness and the fall protection system.

Temporary lifelines come in two main types:

• Horizontal Rope Anchorage Line: This system can accommodate two to four workers, depending on the product, and provides safe anchorage horizontally along the entire length of the lifeline.
• Vertical Rope Anchorage Line: This system is quick and easy to install and is equipped with rope grabs that arrest a fall immediately upon detection.

A davit arm set typically includes:

• The davit arm itself
• Brackets for wall or floor mounting
• A winch for lowering and lifting workers
• A winch bracket to hold the winch
• A retrieval SRL to prevent falls
• A retrieval SRL bracket to secure the SRL

A temporary lifeline typically consists of a cable, rope, or another flexible material that is attached to an anchorage point and secured to the worker’s harness. This setup allows workers to move freely while staying connected to a secure anchorage point, which is essential in environments like construction, maintenance, and repair work.

When installing a permanent lifeline system, it’s important to ensure it is designed and installed by a qualified professional with experience in fall protection. The system should be anchored to structural members that can support the load during a fall, provide multiple attachment points for safety, and allow for freedom of movement across the work area. Regular inspections and maintenance are also crucial to ensure the system remains in good working condition.

Employers should consider factors such as the working environment, the fall hazards faced by workers, and the maximum arrest distance that may be experienced in a fall when selecting a lanyard.

• Inspection: Always inspect the lanyard for damages, cuts, and burns before use.
• Attachment: Never wrap the lanyard around an anchor point and attach it back on itself, as this can cause a “choke effect” that weakens the lanyard.
• Usage: Do not use the lanyard for suspension; it should only serve as a connecting element.
• Modification: Avoid using two single lanyards to create a forked lanyard or to extend the lanyard’s length.

A connector is a crucial component of a fall protection system. It serves as the link between the worker’s harness and the anchorage point, ensuring a secure connection within the fall protection system to prevent falls and ensure worker safety.

A davit arm is a support structure used in confined space entry and rescue operations. It extends over the edge of a confined space opening and supports a tripod or winch system, allowing workers to safely enter and exit the confined space and providing a stable anchor point for rescue operations.

A lanyard is a component of fall protection equipment used to connect a worker’s body harness to an anchorage point. Its primary purpose is to arrest a worker’s fall, preventing them from hitting the ground or other lower-level surfaces. Lanyards help control the fall distance and reduce impact forces, lowering the risk of injury.

A permanent lifeline system is a safety feature installed on rooftops or other elevated work areas to provide secure anchor points for workers. It’s typically recommended in situations where workers frequently access the roof for maintenance or other tasks, and the risk of falling is high. This includes working on large, flat or low-sloped roofs, steep-sloped roofs, roofs with skylights or other openings, and in conditions where weather changes frequently or access is difficult.

A Retractable Fall Arrester Block, also known as a Self-Retracting Lifeline (SRL), is a vertical lifeline used as part of a complete fall arrest system. It functions similarly to a seatbelt, where the lifeline extends and retracts smoothly but locks when a sudden force, such as a fall, is applied. The internal braking mechanism disperses the energy of the fall, limiting the impact on the user.

A shock-absorbing lanyard reduces the force exerted on the body during a fall and is essential in fall arrest systems to minimize injury. It should be used when working at heights over 6 feet.

A temporary lifeline is a type of fall protection system designed for short-term jobs where workers need to be protected from falls at height. These lifelines are easy to install and remove, providing a safe and efficient method for securing workers. They can be installed horizontally or vertically between two anchor points, allowing for the attachment of a personal protection system.

A tripod set is used in confined space entry to provide a secure anchorage point and a system for safely lowering and raising workers into and out of confined spaces, such as manholes, tanks, and underground vaults. It is an essential piece of fall protection equipment that helps prevent accidents during confined space operations.

An Anchor Point is a crucial component of a personal fall arrest system. It ensures the user is securely connected to a lanyard, lifeline, or another component of the fall arrest system while working safely at height.

Fall arrest systems stop a fall after it occurs, while fall restraint systems prevent a fall from happening by restricting a worker’s movement within safe areas.

A shock-absorbing lanyard reduces the impact forces experienced by a worker during a fall to less than 6 kN. It typically includes a shock-absorbing pack that activates when tension is applied, helping to minimize the forces on the worker’s body during a fall and reducing the risk of injury.

A work positioning lanyard is used to secure a worker in a vertical position while performing tasks that require stability, such as window cleaning or building maintenance. It attaches to the worker’s body harness and a secure anchor point, preventing falls while allowing the worker to use both hands.

Our harnesses typically have a weight limit of up to 140 kg (310 lbs), but this may vary based on the specific product model. Always check the manufacturer’s guidelines.

When working at height, understanding the fall clearance distance is crucial. If a worker is anchored vertically above head level, the length of the lanyard and the elongation of the energy absorber during a fall determine the fall clearance. A minimum clearance of 6 meters is recommended to prevent contact with lower-level hazards, especially in scenarios where the user experiences a free fall of up to 4 meters.

A suspension trauma strap is designed to prevent suspension trauma, also known as harness hang syndrome. It allows a suspended worker to stand up and take the weight off their legs, increasing blood flow and reducing the risk of suspension trauma.

• Steel: Durable and strong, ideal for heavy-duty industrial applications, and cost-effective.
• Aluminum: Lightweight with higher corrosion resistance, suitable for outdoor use and environments prone to rust.
• Stainless Steel: Highly durable and corrosion-resistant, perfect for marine, offshore, and harsh industrial environments.

It’s important to ensure the tripod is set up on a stable surface, properly anchored, and that all components are securely attached. Workers should be trained in the use of the tripod set, including proper attachment to the winch and retrieval system and emergency procedures.

• Ensure the anchor point is strong enough (minimum 12 kN) to hold the user in the event of a fall.
• Choose the correct location for the anchor point, ideally above or at shoulder level, to minimize fall distance and risk.

Immediately inspect it for damage. If the harness has been subjected to a fall, it should be destroyed and replaced as it may not be safe for further use.

Workers should be properly trained on the correct use of the permanent lifeline system, including how to inspect and maintain it. Training should cover the correct procedures for attaching to and moving along the lifeline, as well as emergency response in the event of a fall.

Safetyware offers a comprehensive range of fall protection equipment, including full-body harnesses, lanyards, anchor points, retractable lifelines, and fall arrest systems for various industries.

It should be used in situations where a worker is suspended for an extended period, such as during rescue or evacuation operations, to mitigate the effects of prolonged suspension.

The anchor point should ideally be located above or at shoulder level of the user. This positioning minimizes the potential fall distance, reducing the risk of injury. If the anchor point is located below shoulder level, the fall distance increases, which can lead to more severe consequences in the event of a fall.

A permanent lifeline system should always be installed by a qualified professional with experience in fall protection systems. The installer should be knowledgeable about OSHA regulations and industry standards to ensure the system meets all safety requirements.

The strength of the anchor point is critical because it must hold the force generated during a fall to prevent injury or death. The minimum strength rating for a single anchor point is 12 kN, which ensures it can withstand the forces experienced during a fall.

Yes, our fall protection products comply with EN 361 for harnesses, EN 354 for lanyards, and SIRIM-DOSH approval, ensuring safety and compliance in Malaysia.

Yes, a permanent lifeline system should be used alongside other fall protection equipment such as body harnesses, lanyards, and fall arresters. This ensures a comprehensive safety solution for workers at height, reducing the risk of injury or fatality in the event of a fall.

Yes, our fall protection gear is designed to be compatible with other PPE, such as hard hats and high-visibility vests, ensuring full protection while working at height.

Yes, Safetyware offers training on proper use, inspection, and maintenance of fall protection equipment to ensure worker safety and compliance with regulations.

Consider the environment and application:

• Outdoor Use: Aluminum carabiners are preferred for their light weight and corrosion resistance.
• Heavy-Duty Applications: Steel carabiners are recommended for their strength and durability.
• Marine/Offshore Use: Stainless steel carabiners are ideal due to their superior resistance to corrosion.

The right system depends on the work environment and height risks. We offer solutions for construction, oil & gas, maintenance work, and confined spaces, each designed to meet specific safety requirements.

Labels: Ensure all labels are intact and legible.

Hardware: Check for damaged or missing D-rings, buckles, and eyelets.

Impact Indicator: Verify if the impact indicator is intact; discard if broken.

Webbing: Look for frayed fibers, tears, abrasions, mold, or discoloration.

Adjust the Fit: Ensure straps are snug but not restrictive.

Put On the Harness: Step into leg straps and pull up over shoulders.

Fasten Straps: Secure the chest and leg straps, ensuring no slack.

Attach Lanyard: Connect to the D-ring on the back.

Check Fit: Ensure proper adjustment and functionality.

Wear Additional PPE: Follow job requirements for additional equipment.

The appropriate length of a lanyard depends on the job task and working environment. Longer lanyards are suitable for tasks requiring greater mobility, while shorter lanyards are better for confined areas. Factors such as the distance between the worker and the anchorage point and the height of the worker also influence the selection.

The horizontal rope anchorage line is used to provide a secure and safe anchorage across a horizontal plane. It allows for multiple workers to be connected to the same line, offering protection while moving horizontally along elevated areas.

The SRL is anchored at the top of a structure and connected to a worker’s harness. During normal movement, the SRL allows the lifeline to extend and retract automatically, providing the worker with freedom of movement. If a fall occurs, the SRL locks, arresting the fall while an internal energy absorber reduces the impact force on the worker’s body.

The strap attaches to a full body harness and an anchor point. In the event of a fall, the worker can use the strap to stand up, relieving pressure on the legs and restoring blood circulation, thereby reducing the risk of suspension trauma.

A vertical rope anchorage line includes a rope grab device that moves along the line with the worker. This system allows the worker to ascend safely and prevents accidental sliding or falls. The rope grab locks in place to arrest a fall within a very short distance, ensuring the worker’s safety.

The winch and retrieval system is designed to lower the worker into the confined space and raise them back to the surface in case of an emergency. It usually includes a brake and locking mechanism to prevent falls and control the descent and ascent of the worker.

While both davit arms and tripod sets are used for confined space entry, the davit arm is specifically designed to extend over the edge of an opening, providing additional stability and flexibility in spaces where a tripod might not be practical. It is often used in conjunction with a tripod for enhanced safety.

Fall protection equipment should be inspected before each use, with a thorough inspection every 6 to 12 months by a competent person to check for wear and damage.

Inspect Before Use: Check for wear, damage, or other issues.

Proper Storage: Keep in a cool, dry place away from direct sunlight.

Regular Cleaning: Use mild detergent and water; avoid harsh chemicals.

Replacement: Replace if worn, damaged, or expired according to the manufacturer’s instructions.

Follow Manufacturer’s Instructions: Adhere to specific care guidelines provided.

Fall protection equipment should be stored in a cool, dry place, away from direct sunlight, chemicals, or sharp objects that could damage the materials.

No, it is not a substitute. Employers must have emergency procedures to ensure quick rescue and evacuation of workers who fall. Proper training on the use of the suspension trauma strap is also crucial.

Yes, the davit arm system is designed for easy installation. It can be mounted on various surfaces, including floors and walls, and is compatible with special mounting brackets that allow for secure attachment in different environments.

• A tripod set typically includes:
• A tripod with adjustable legs
• A winch for lowering and lifting workers
• A winch bracket to hold the winch
• A retrieval Self-Retracting Lifeline (SRL) to prevent falls
• A retrieval SRL bracket to hold the SRL in place

Anchoring: Can be anchored to a single point, allowing the user to move at different levels without restrictions.

Automatic Retraction: The lifeline retracts or extends automatically with the user’s movement.

Fall Arrest Mechanism: In the event of a fall, the block locks immediately and reduces the applied force to less than 6 kN.

• Fall Arrest: The rope grab arrests a fall within a very short distance.
• Controlled Movement: It allows the user to move up but prevents accidental sliding down, locking in place when needed.
• Secure Connection: It prevents the accidental release of the worker from the lifeline during ascent or descent.

• Casing: Made from lightweight, durable polymer to prevent breakage.
• Lock Mechanism: Features a unique centrifugal braking mechanism.
• Retractable Lifeline: Available in stainless steel wire, webbing, or galvanized iron (GI) wire rope.
• Harness End Connector: Equipped with a swivel snap hook and load indicator that signals when a fall has occurred.
• Conformity: Tested and certified to meet EN 360:2002 standards.

• Made of highly corrosion-resistant materials such as stainless steel or aluminum.
• Can swivel 360 degrees on its mounted base for versatile reach and access.
• The cantilever arm is adjustable, making it usable even in areas with limited roof height.
• Can be mounted on the floor, wall, or heavy vehicles for various applications.

Anchor points can be:

• Permanent: Installed as a fixed attachment point on structures like roofs or walls.
• Temporary: Designed for short-term use and can be set up on various structures such as poles or temporary work platforms.

There are two main types of connectors:

• Anchorage Connector – Located at the termination end of the connecting element, it secures the attachment to the anchorage system.
• Harness-Attachment Connector – Positioned at the harness end of the connecting element, it ensures a secure connection between the harness and the fall protection system.

Temporary lifelines come in two main types:

• Horizontal Rope Anchorage Line: This system can accommodate two to four workers, depending on the product, and provides safe anchorage horizontally along the entire length of the lifeline.
• Vertical Rope Anchorage Line: This system is quick and easy to install and is equipped with rope grabs that arrest a fall immediately upon detection.

A davit arm set typically includes:

• The davit arm itself
• Brackets for wall or floor mounting
• A winch for lowering and lifting workers
• A winch bracket to hold the winch
• A retrieval SRL to prevent falls
• A retrieval SRL bracket to secure the SRL

A temporary lifeline typically consists of a cable, rope, or another flexible material that is attached to an anchorage point and secured to the worker’s harness. This setup allows workers to move freely while staying connected to a secure anchorage point, which is essential in environments like construction, maintenance, and repair work.

When installing a permanent lifeline system, it’s important to ensure it is designed and installed by a qualified professional with experience in fall protection. The system should be anchored to structural members that can support the load during a fall, provide multiple attachment points for safety, and allow for freedom of movement across the work area. Regular inspections and maintenance are also crucial to ensure the system remains in good working condition.

Employers should consider factors such as the working environment, the fall hazards faced by workers, and the maximum arrest distance that may be experienced in a fall when selecting a lanyard.

• Inspection: Always inspect the lanyard for damages, cuts, and burns before use.
• Attachment: Never wrap the lanyard around an anchor point and attach it back on itself, as this can cause a “choke effect” that weakens the lanyard.
• Usage: Do not use the lanyard for suspension; it should only serve as a connecting element.
• Modification: Avoid using two single lanyards to create a forked lanyard or to extend the lanyard’s length.

A connector is a crucial component of a fall protection system. It serves as the link between the worker’s harness and the anchorage point, ensuring a secure connection within the fall protection system to prevent falls and ensure worker safety.

A davit arm is a support structure used in confined space entry and rescue operations. It extends over the edge of a confined space opening and supports a tripod or winch system, allowing workers to safely enter and exit the confined space and providing a stable anchor point for rescue operations.

A lanyard is a component of fall protection equipment used to connect a worker’s body harness to an anchorage point. Its primary purpose is to arrest a worker’s fall, preventing them from hitting the ground or other lower-level surfaces. Lanyards help control the fall distance and reduce impact forces, lowering the risk of injury.

A permanent lifeline system is a safety feature installed on rooftops or other elevated work areas to provide secure anchor points for workers. It’s typically recommended in situations where workers frequently access the roof for maintenance or other tasks, and the risk of falling is high. This includes working on large, flat or low-sloped roofs, steep-sloped roofs, roofs with skylights or other openings, and in conditions where weather changes frequently or access is difficult.

A Retractable Fall Arrester Block, also known as a Self-Retracting Lifeline (SRL), is a vertical lifeline used as part of a complete fall arrest system. It functions similarly to a seatbelt, where the lifeline extends and retracts smoothly but locks when a sudden force, such as a fall, is applied. The internal braking mechanism disperses the energy of the fall, limiting the impact on the user.

A shock-absorbing lanyard reduces the force exerted on the body during a fall and is essential in fall arrest systems to minimize injury. It should be used when working at heights over 6 feet.

A temporary lifeline is a type of fall protection system designed for short-term jobs where workers need to be protected from falls at height. These lifelines are easy to install and remove, providing a safe and efficient method for securing workers. They can be installed horizontally or vertically between two anchor points, allowing for the attachment of a personal protection system.

A tripod set is used in confined space entry to provide a secure anchorage point and a system for safely lowering and raising workers into and out of confined spaces, such as manholes, tanks, and underground vaults. It is an essential piece of fall protection equipment that helps prevent accidents during confined space operations.

An Anchor Point is a crucial component of a personal fall arrest system. It ensures the user is securely connected to a lanyard, lifeline, or another component of the fall arrest system while working safely at height.

Fall arrest systems stop a fall after it occurs, while fall restraint systems prevent a fall from happening by restricting a worker’s movement within safe areas.

A shock-absorbing lanyard reduces the impact forces experienced by a worker during a fall to less than 6 kN. It typically includes a shock-absorbing pack that activates when tension is applied, helping to minimize the forces on the worker’s body during a fall and reducing the risk of injury.

A work positioning lanyard is used to secure a worker in a vertical position while performing tasks that require stability, such as window cleaning or building maintenance. It attaches to the worker’s body harness and a secure anchor point, preventing falls while allowing the worker to use both hands.

Our harnesses typically have a weight limit of up to 140 kg (310 lbs), but this may vary based on the specific product model. Always check the manufacturer’s guidelines.

When working at height, understanding the fall clearance distance is crucial. If a worker is anchored vertically above head level, the length of the lanyard and the elongation of the energy absorber during a fall determine the fall clearance. A minimum clearance of 6 meters is recommended to prevent contact with lower-level hazards, especially in scenarios where the user experiences a free fall of up to 4 meters.

A suspension trauma strap is designed to prevent suspension trauma, also known as harness hang syndrome. It allows a suspended worker to stand up and take the weight off their legs, increasing blood flow and reducing the risk of suspension trauma.

• Steel: Durable and strong, ideal for heavy-duty industrial applications, and cost-effective.
• Aluminum: Lightweight with higher corrosion resistance, suitable for outdoor use and environments prone to rust.
• Stainless Steel: Highly durable and corrosion-resistant, perfect for marine, offshore, and harsh industrial environments.

It’s important to ensure the tripod is set up on a stable surface, properly anchored, and that all components are securely attached. Workers should be trained in the use of the tripod set, including proper attachment to the winch and retrieval system and emergency procedures.

• Ensure the anchor point is strong enough (minimum 12 kN) to hold the user in the event of a fall.
• Choose the correct location for the anchor point, ideally above or at shoulder level, to minimize fall distance and risk.

Immediately inspect it for damage. If the harness has been subjected to a fall, it should be destroyed and replaced as it may not be safe for further use.

Workers should be properly trained on the correct use of the permanent lifeline system, including how to inspect and maintain it. Training should cover the correct procedures for attaching to and moving along the lifeline, as well as emergency response in the event of a fall.

Safetyware offers a comprehensive range of fall protection equipment, including full-body harnesses, lanyards, anchor points, retractable lifelines, and fall arrest systems for various industries.

It should be used in situations where a worker is suspended for an extended period, such as during rescue or evacuation operations, to mitigate the effects of prolonged suspension.

The anchor point should ideally be located above or at shoulder level of the user. This positioning minimizes the potential fall distance, reducing the risk of injury. If the anchor point is located below shoulder level, the fall distance increases, which can lead to more severe consequences in the event of a fall.

A permanent lifeline system should always be installed by a qualified professional with experience in fall protection systems. The installer should be knowledgeable about OSHA regulations and industry standards to ensure the system meets all safety requirements.

The strength of the anchor point is critical because it must hold the force generated during a fall to prevent injury or death. The minimum strength rating for a single anchor point is 12 kN, which ensures it can withstand the forces experienced during a fall.

Yes, our fall protection products comply with EN 361 for harnesses, EN 354 for lanyards, and SIRIM-DOSH approval, ensuring safety and compliance in Malaysia.

Yes, a permanent lifeline system should be used alongside other fall protection equipment such as body harnesses, lanyards, and fall arresters. This ensures a comprehensive safety solution for workers at height, reducing the risk of injury or fatality in the event of a fall.

Yes, our fall protection gear is designed to be compatible with other PPE, such as hard hats and high-visibility vests, ensuring full protection while working at height.

Yes, Safetyware offers training on proper use, inspection, and maintenance of fall protection equipment to ensure worker safety and compliance with regulations.

Consider the environment and application:

• Outdoor Use: Aluminum carabiners are preferred for their light weight and corrosion resistance.
• Heavy-Duty Applications: Steel carabiners are recommended for their strength and durability.
• Marine/Offshore Use: Stainless steel carabiners are ideal due to their superior resistance to corrosion.

The right system depends on the work environment and height risks. We offer solutions for construction, oil & gas, maintenance work, and confined spaces, each designed to meet specific safety requirements.

Labels: Ensure all labels are intact and legible.

Hardware: Check for damaged or missing D-rings, buckles, and eyelets.

Impact Indicator: Verify if the impact indicator is intact; discard if broken.

Webbing: Look for frayed fibers, tears, abrasions, mold, or discoloration.

Adjust the Fit: Ensure straps are snug but not restrictive.

Put On the Harness: Step into leg straps and pull up over shoulders.

Fasten Straps: Secure the chest and leg straps, ensuring no slack.

Attach Lanyard: Connect to the D-ring on the back.

Check Fit: Ensure proper adjustment and functionality.

Wear Additional PPE: Follow job requirements for additional equipment.

The appropriate length of a lanyard depends on the job task and working environment. Longer lanyards are suitable for tasks requiring greater mobility, while shorter lanyards are better for confined areas. Factors such as the distance between the worker and the anchorage point and the height of the worker also influence the selection.

The horizontal rope anchorage line is used to provide a secure and safe anchorage across a horizontal plane. It allows for multiple workers to be connected to the same line, offering protection while moving horizontally along elevated areas.

The SRL is anchored at the top of a structure and connected to a worker’s harness. During normal movement, the SRL allows the lifeline to extend and retract automatically, providing the worker with freedom of movement. If a fall occurs, the SRL locks, arresting the fall while an internal energy absorber reduces the impact force on the worker’s body.

The strap attaches to a full body harness and an anchor point. In the event of a fall, the worker can use the strap to stand up, relieving pressure on the legs and restoring blood circulation, thereby reducing the risk of suspension trauma.

A vertical rope anchorage line includes a rope grab device that moves along the line with the worker. This system allows the worker to ascend safely and prevents accidental sliding or falls. The rope grab locks in place to arrest a fall within a very short distance, ensuring the worker’s safety.

The winch and retrieval system is designed to lower the worker into the confined space and raise them back to the surface in case of an emergency. It usually includes a brake and locking mechanism to prevent falls and control the descent and ascent of the worker.

While both davit arms and tripod sets are used for confined space entry, the davit arm is specifically designed to extend over the edge of an opening, providing additional stability and flexibility in spaces where a tripod might not be practical. It is often used in conjunction with a tripod for enhanced safety.

Fall protection equipment should be inspected before each use, with a thorough inspection every 6 to 12 months by a competent person to check for wear and damage.

Inspect Before Use: Check for wear, damage, or other issues.

Proper Storage: Keep in a cool, dry place away from direct sunlight.

Regular Cleaning: Use mild detergent and water; avoid harsh chemicals.

Replacement: Replace if worn, damaged, or expired according to the manufacturer’s instructions.

Follow Manufacturer’s Instructions: Adhere to specific care guidelines provided.

Fall protection equipment should be stored in a cool, dry place, away from direct sunlight, chemicals, or sharp objects that could damage the materials.

No, it is not a substitute. Employers must have emergency procedures to ensure quick rescue and evacuation of workers who fall. Proper training on the use of the suspension trauma strap is also crucial.

Yes, the davit arm system is designed for easy installation. It can be mounted on various surfaces, including floors and walls, and is compatible with special mounting brackets that allow for secure attachment in different environments.

• A tripod set typically includes:
• A tripod with adjustable legs
• A winch for lowering and lifting workers
• A winch bracket to hold the winch
• A retrieval Self-Retracting Lifeline (SRL) to prevent falls
• A retrieval SRL bracket to hold the SRL in place

Anchoring: Can be anchored to a single point, allowing the user to move at different levels without restrictions.

Automatic Retraction: The lifeline retracts or extends automatically with the user’s movement.

Fall Arrest Mechanism: In the event of a fall, the block locks immediately and reduces the applied force to less than 6 kN.

• Fall Arrest: The rope grab arrests a fall within a very short distance.
• Controlled Movement: It allows the user to move up but prevents accidental sliding down, locking in place when needed.
• Secure Connection: It prevents the accidental release of the worker from the lifeline during ascent or descent.

• Casing: Made from lightweight, durable polymer to prevent breakage.
• Lock Mechanism: Features a unique centrifugal braking mechanism.
• Retractable Lifeline: Available in stainless steel wire, webbing, or galvanized iron (GI) wire rope.
• Harness End Connector: Equipped with a swivel snap hook and load indicator that signals when a fall has occurred.
• Conformity: Tested and certified to meet EN 360:2002 standards.

• Made of highly corrosion-resistant materials such as stainless steel or aluminum.
• Can swivel 360 degrees on its mounted base for versatile reach and access.
• The cantilever arm is adjustable, making it usable even in areas with limited roof height.
• Can be mounted on the floor, wall, or heavy vehicles for various applications.

Anchor points can be:

• Permanent: Installed as a fixed attachment point on structures like roofs or walls.
• Temporary: Designed for short-term use and can be set up on various structures such as poles or temporary work platforms.

There are two main types of connectors:

• Anchorage Connector – Located at the termination end of the connecting element, it secures the attachment to the anchorage system.
• Harness-Attachment Connector – Positioned at the harness end of the connecting element, it ensures a secure connection between the harness and the fall protection system.

Temporary lifelines come in two main types:

• Horizontal Rope Anchorage Line: This system can accommodate two to four workers, depending on the product, and provides safe anchorage horizontally along the entire length of the lifeline.
• Vertical Rope Anchorage Line: This system is quick and easy to install and is equipped with rope grabs that arrest a fall immediately upon detection.

A davit arm set typically includes:

• The davit arm itself
• Brackets for wall or floor mounting
• A winch for lowering and lifting workers
• A winch bracket to hold the winch
• A retrieval SRL to prevent falls
• A retrieval SRL bracket to secure the SRL

A temporary lifeline typically consists of a cable, rope, or another flexible material that is attached to an anchorage point and secured to the worker’s harness. This setup allows workers to move freely while staying connected to a secure anchorage point, which is essential in environments like construction, maintenance, and repair work.

When installing a permanent lifeline system, it’s important to ensure it is designed and installed by a qualified professional with experience in fall protection. The system should be anchored to structural members that can support the load during a fall, provide multiple attachment points for safety, and allow for freedom of movement across the work area. Regular inspections and maintenance are also crucial to ensure the system remains in good working condition.

Employers should consider factors such as the working environment, the fall hazards faced by workers, and the maximum arrest distance that may be experienced in a fall when selecting a lanyard.

• Inspection: Always inspect the lanyard for damages, cuts, and burns before use.
• Attachment: Never wrap the lanyard around an anchor point and attach it back on itself, as this can cause a “choke effect” that weakens the lanyard.
• Usage: Do not use the lanyard for suspension; it should only serve as a connecting element.
• Modification: Avoid using two single lanyards to create a forked lanyard or to extend the lanyard’s length.

A connector is a crucial component of a fall protection system. It serves as the link between the worker’s harness and the anchorage point, ensuring a secure connection within the fall protection system to prevent falls and ensure worker safety.

A davit arm is a support structure used in confined space entry and rescue operations. It extends over the edge of a confined space opening and supports a tripod or winch system, allowing workers to safely enter and exit the confined space and providing a stable anchor point for rescue operations.

A lanyard is a component of fall protection equipment used to connect a worker’s body harness to an anchorage point. Its primary purpose is to arrest a worker’s fall, preventing them from hitting the ground or other lower-level surfaces. Lanyards help control the fall distance and reduce impact forces, lowering the risk of injury.

A permanent lifeline system is a safety feature installed on rooftops or other elevated work areas to provide secure anchor points for workers. It’s typically recommended in situations where workers frequently access the roof for maintenance or other tasks, and the risk of falling is high. This includes working on large, flat or low-sloped roofs, steep-sloped roofs, roofs with skylights or other openings, and in conditions where weather changes frequently or access is difficult.

A Retractable Fall Arrester Block, also known as a Self-Retracting Lifeline (SRL), is a vertical lifeline used as part of a complete fall arrest system. It functions similarly to a seatbelt, where the lifeline extends and retracts smoothly but locks when a sudden force, such as a fall, is applied. The internal braking mechanism disperses the energy of the fall, limiting the impact on the user.

A shock-absorbing lanyard reduces the force exerted on the body during a fall and is essential in fall arrest systems to minimize injury. It should be used when working at heights over 6 feet.

A temporary lifeline is a type of fall protection system designed for short-term jobs where workers need to be protected from falls at height. These lifelines are easy to install and remove, providing a safe and efficient method for securing workers. They can be installed horizontally or vertically between two anchor points, allowing for the attachment of a personal protection system.

A tripod set is used in confined space entry to provide a secure anchorage point and a system for safely lowering and raising workers into and out of confined spaces, such as manholes, tanks, and underground vaults. It is an essential piece of fall protection equipment that helps prevent accidents during confined space operations.

An Anchor Point is a crucial component of a personal fall arrest system. It ensures the user is securely connected to a lanyard, lifeline, or another component of the fall arrest system while working safely at height.

Fall arrest systems stop a fall after it occurs, while fall restraint systems prevent a fall from happening by restricting a worker’s movement within safe areas.

A shock-absorbing lanyard reduces the impact forces experienced by a worker during a fall to less than 6 kN. It typically includes a shock-absorbing pack that activates when tension is applied, helping to minimize the forces on the worker’s body during a fall and reducing the risk of injury.

A work positioning lanyard is used to secure a worker in a vertical position while performing tasks that require stability, such as window cleaning or building maintenance. It attaches to the worker’s body harness and a secure anchor point, preventing falls while allowing the worker to use both hands.

Our harnesses typically have a weight limit of up to 140 kg (310 lbs), but this may vary based on the specific product model. Always check the manufacturer’s guidelines.

When working at height, understanding the fall clearance distance is crucial. If a worker is anchored vertically above head level, the length of the lanyard and the elongation of the energy absorber during a fall determine the fall clearance. A minimum clearance of 6 meters is recommended to prevent contact with lower-level hazards, especially in scenarios where the user experiences a free fall of up to 4 meters.

A suspension trauma strap is designed to prevent suspension trauma, also known as harness hang syndrome. It allows a suspended worker to stand up and take the weight off their legs, increasing blood flow and reducing the risk of suspension trauma.

• Steel: Durable and strong, ideal for heavy-duty industrial applications, and cost-effective.
• Aluminum: Lightweight with higher corrosion resistance, suitable for outdoor use and environments prone to rust.
• Stainless Steel: Highly durable and corrosion-resistant, perfect for marine, offshore, and harsh industrial environments.

It’s important to ensure the tripod is set up on a stable surface, properly anchored, and that all components are securely attached. Workers should be trained in the use of the tripod set, including proper attachment to the winch and retrieval system and emergency procedures.

• Ensure the anchor point is strong enough (minimum 12 kN) to hold the user in the event of a fall.
• Choose the correct location for the anchor point, ideally above or at shoulder level, to minimize fall distance and risk.

Immediately inspect it for damage. If the harness has been subjected to a fall, it should be destroyed and replaced as it may not be safe for further use.

Workers should be properly trained on the correct use of the permanent lifeline system, including how to inspect and maintain it. Training should cover the correct procedures for attaching to and moving along the lifeline, as well as emergency response in the event of a fall.

Safetyware offers a comprehensive range of fall protection equipment, including full-body harnesses, lanyards, anchor points, retractable lifelines, and fall arrest systems for various industries.

It should be used in situations where a worker is suspended for an extended period, such as during rescue or evacuation operations, to mitigate the effects of prolonged suspension.

The anchor point should ideally be located above or at shoulder level of the user. This positioning minimizes the potential fall distance, reducing the risk of injury. If the anchor point is located below shoulder level, the fall distance increases, which can lead to more severe consequences in the event of a fall.

A permanent lifeline system should always be installed by a qualified professional with experience in fall protection systems. The installer should be knowledgeable about OSHA regulations and industry standards to ensure the system meets all safety requirements.

The strength of the anchor point is critical because it must hold the force generated during a fall to prevent injury or death. The minimum strength rating for a single anchor point is 12 kN, which ensures it can withstand the forces experienced during a fall.