Fall Protection Systems

FALL PROTECTION SYSTEMS

A personal fall-arrest system is generally required whenever an individual is at risk of falling from working at heights or from an elevated position. Properly designed system should include three components:

An anchor point will serec as a secure connection point for lifelines, lanyards or deceleration devices.

A full-body harness designed to distribute fall-arrest forces over thighs, pelvis, waist, chest and shoulders; if a fall occurs, the ring located in centre of the back will hold worker in an upright position until rescued.

A Connecting device wsuch as lanyard, deceleration apparatus, lifeline or a combination of these items with locking snap hooks.

How to wear a harness

The Full Body Harness can be worn following these simple steps

The work Positioning Belt and Lanyard can be worn as per the following easy steps

Full Body Harness

ST-110P
• One dorsal attachment D-ring, adjustable chest and thigh straps, ideally positioned sit strap for extended comfort.
• Dual color scheme differentiates shoulder and thigh straps.
• Universal Size.
• Conforms to EN – 361 2002

ST-4020
• Dorsal attachment D-ring for Fall Arrest & 2 chest
attachment textile loop, with 2 Lateral D-Rings for
Work Positioning.
• Adjustable Chest, Shoulder and thigh-straps; for easy
adjustments.
• Shoulder and thigh-straps differentiated by a dual
colour scheme. Tool holder loops and rings at the
back.
• Idealy positioned sit-strap for extended comfort.
• Conforms to EN 361:2002 & EN 1497.
• Static Strength: 25kN – Weight: 1290 gms

ST-2050
• 1 Chest attachment and a Dorsal attachment D-ring for Fall Arrest.
• Adjustable Chest, Shoulder and thigh-straps; for easy adjustments.
• Shoulder and thigh-straps differentiated by a dual
colour scheme.
• Idealy positioned sit-strap for extended comfort.
• Conforms to EN 361:2002 & EN 1497.
• Static Strength: 25kN – Weight: 1700 gms

ST-5070
• Dorsal attachment D-ring for Fall Arrest & 2 chest
attachment textile loop, with 2 Lateral D-Rings for Work
Positioning.
• Adjustable Chest, Shoulder and thigh-straps; for easy
adjustments.
• Shoulder and thigh-straps differentiated by a dual
colour scheme. Tool holder loops and rings at the back.
• Idealy positioned sit-strap for extended comfort.
• Conforms to EN 361:2002
• Static Strength: 25kN – Weight: 1290 gms

Work Positioning Belt

These are to be used for Work Posioning only and MUST NOT be used as a fall arrest equipment. These should be intergrated with a full body harness and must be used by trained personnel

  • Wide comfort pad to provide comfortable support for long hours
  • Two Lateral D-rings
  • Webbed loops for tool holding
  • EN 358

Retractable Fall Arrestor

Complete freedom of operation as the block can be anchored to the suitable fixture with the wire being rolex replika connected to the full body harness.

  • Automatic breaking system
  • Compact & strong weather proof ABS casing
  • Galvanished or stainless steel cable
  • EN 360

Connectors/Hooks

Connectors form an important part of fall arrest systems. All our connectors and hooks are yellow zinc rust coated to increase life in hot and humid environments. These confom to EN 362 and are CE approved

SL – 1011

Steel Karabiner, Screw Gate
Opening: 18mm
Strength: >22kN
EN 362

TH – 0001

Alloy steel tower hook
Opening: 100mm
Strength: >23kN
EN 362

SL – 1011A

Aluminium Karabiner, Aluminium Alloy
Opening: 22mm
Strength: >23kN
EN 362

SL – 1031

Alloy steel scaffold hook
Opening: 58mm
Strength: >22kN
EN 362

SL – 1021

Alloy steel snap hook
Opening: 18mm
Strength: >22kN
EN 362

SL – 1031A

Aluminium scaffold hook
Opening: 58-60mm
Strength: >23kN
EN 362

Energy Absorbers

These are used in various combinations and end fittings, and are made with rope lanyards or webbing lanyards conforming to EN 355/354

SA – 3000

Energy Absorber
EN 355

SA – 3061

Twin Webbing Lanyard with Energy Absorber.
Allows easy movement while working at heights
EN 355

SA – 3051

Twin Rope Lanyard with Energy Absorber
Allows easy movement while working at heights.
EN 355