
Saver SRL-R
Overview
FALL ARRESTER / INERTIA REEL WITH RESCUE MECHANISM ( SRL-R)
The highly-acclaimed SAVER is a retractable type fall arrester with an integrated emergency rescue mechanism (SRL-R 3-way inertia reel).
May be used in conjunction with appropriate, certified anchorage.
Our TF heat-treated aluminium castings are robust and durable, capable of withstanding the harshest conditions.
The rope is secured with a secondary backup feature to ensure full protection even at the rope termination.
- Recovery winch with anti-run brake
- Shock absorbing brake mechanism
- Approx. 3 m (9.84 ft) per minute retrieval
- Snaphook karabiner with fall indicator
- Synthetic rope option
- Connector for hanging not included

Downloads
Specifications
| Item Code | Conformity | Max. Working Load | Min. Working Load | Lifeline Length | Lifeline / Snap Hook Material | Weight |
|---|---|---|---|---|---|---|
| GSE410SSK | EN 360:2023 / EN 1496:2006 Class B / ANSI/ASSP Z359.14-2021 / CSA Z259.2.2-17 / AS-NZS 1891.3-2020 | 141 kg / 310 lbs | 60 kg / 132 lbs | 10 m / 33 ft | Stainless steel | 12 kg / 26 lbs |
| GSE414G | 14 m / 46 ft | Zinc plated steel | 12 kg / 26 lbs | |||
| GSE414P | EN 360:2023 / EN 1496:2006 Class B / CSA Z259.2.2-17 | Synthetic lifeline, zinc plated steel snap hook | 10.6 kg / 23 lbs | |||
| GSE425SSK | EN 360:2023 / EN 1496:2006 Class B | 25 m / 82 ft | Stainless steel | 20.8 kg / 45.85 lbs | ||
| GSE430G | 30 m / 98 ft | Zinc plated steel | 20.2 kg / 44.53 lb | |||
| GSE430P | Synthetic lifeline, zinc plated steel snap hook | 17.5 kg / 38.58 lbs |
Dimensions
GSE414G, GSE410SSK and GSE414P (all measurements in mm)

GSE430G, GSE425SSK and GSE430P (all measurements in mm)

Videos
FAQs
Q. Can the SAVER be used by more than one person simultaneously?
A. No. The SAVER is designed for one user whose weight (including clothing, tools and any other items) is less than 140 kg (310 lbs).
Q. What is the minimum working load of the SAVER?
A. The minimum working load of the SAVER is 60 kg (132 lbs). It is not suitable for users whose weight (including clothing, tools and any other items) is less than 60 kg (132 lbs).
Q. Are there any physical limitations on who can use a SAVER?
A. Users with muscular, skeletal, medical, or other physical conditions which may reduce their ability to withstand fall-arrest shock or prolonged suspension should consult a doctor before use. Pregnant women and minors must never use a SAVER.
Q. Can the SAVER be used to raise and lower materials?
A. No. The integrated retrieval mechanism on the SAVER is for rescue purposes only. It must not be used to raise or lower tools, equipment, or materials.
Q. Can the SAVER be used to arrest falls due to the collapse of sliding masses (e.g. grain, sand, liquids) or inclined surfaces?
A. No. The SAVER must not be used to arrest falls due to the collapse of sliding masses or on inclined surfaces.
Q. What environmental factors need to be considered before using a SAVER?
A. Consideration must be given to the below environmental factors before using a SAVER:
- Chemicals, gases, or corrosive environments.
- Sharp edges or abrasive surfaces.
- Proximity of power lines.
- Extreme temperatures. The SAVER must not be used in environments below minus 40°C (minus 40°F) or above 54°C (130°F).
Q. Do I need any specific training to use a SAVER?
A. Yes. Users of a SAVER must be adequately trained by a competent person in the use, inspection, and maintenance of this equipment.
Q. What anchor devices can I attach a SAVER to?
A. The SAVER can only be used on overhead anchorages or compatible anchor devices which conform to all applicable national standards and regulations. The SAVER can be used in conjunction with anchorages which conform to; BS EN795 or ANSI/ASSP Z359 or CSA Z259.
Q. Can the SAVER be used with an uncertified anchorage?
A. The SAVER can only be used with uncertified anchorages that can support a static load in each direction permitted by the system, of at least 12 kN (BS EN 795) or 23 kN (5,000 lbf) (ANSI/ASSP Z359, CSA Z259). Contact Globestock directly if you have any doubts regarding compatibility or suitability between systems.
Q. How often should I inspect the SAVER?
A. A visual inspection of the SAVER must be conducted prior to every use. This is known as a pre-use inspection, and it must be conducted according to the criteria listed in the User Instructions.
Q. What should I do if the SAVER fails its pre-use inspection?
A. Remove it from service immediately, tag it as “UNUSABLE,” and send it to a Globestock approved service agent to conduct a formal inspection and inspection and recertification of the equipment.
Q. How often does the SAVER require a formal inspection (service)?
A. he SAVER must be formally inspected and recertified by a Globestock-approved service agent at least every 12 months. The SAVER may require formal inspection and recertification more frequently when used in harsh environments.
If the SAVER has arrested a fall or been used in a rescue, it must be removed from service, marked or tagged “UNUSABLE” and returned to a Globestock approved service agent for formal inspection and recertification.
Q. Where can I take my SAVER to have it formally inspected (serviced)?
A. Only Globestock-approved service agents are authorised to conduct formal inspections and recertifications of this equipment. A list of approved service agents is available on our website.
Q. How do I engage/disengage the retrieval mechanism on my SAVER?
A. Refer to the User Instructions to determine how to engage and disengage the retrieval mechanism on your model of SAVER. Familiarise yourself with these instructions prior to using the SAVER.
Q. What is the minimum clearance?
A. The minimum clearance (MC) is the minimum distance required below the feet of a user to prevent them colliding with the ground or other obstacles in the fall path (e.g. crossbeams, girders) in the event of a fall occurring. Refer to User Instructions to determine the minimum clearance required for your application.
Q. What is the pendulum effect?
A. The pendulum effect is the distance a user will swing past the vertical in the event of a fall occurring. Additional free space will be required to prevent the user colliding with the ground or other obstacles in the fall path, due to the pendulum effect. Refer to the User Instructions to determine how the pendulum effect will impact the minimum clearance required in your application.











































