KStrong, Unrivaled Safety
T-Line 12M with Rescue Retrieval
Description
AFA945012R-T-Line 12M with Rescue Retrieval
The KStrong T-Line 12m with Rescue Retrieval AFA945012R is designed for use as an overhead twin lifeline fall arrest system by a Single User in Fall Arrest. Its two independent self-retracting lifelines let the user move freely, both horizontally and vertically, across spans of 5m to 12m, while minimising pendulum swing and fall arrest distance. An integrated rescue retrieval winch allows a suspended user to be raised back towards the T-Line unit.
FEATURES:
- Supplied with 2 x T-Line Clevis Anchors (AFA945017), for mounting overhead to structural steel or a concrete soffit. T-Line Beam Clamp Anchors (AFA945026), sold separately, may be used to mount onto I-beams without drilling or welding. No other anchorage devices may be used. See User Instruction Manual (UIM) for installation requirements.
- Suitable for Fall Arrest.
- Maximum 1 user, with a total mass of 60kg to 140kg.
- May be used in Twin-Line or V-Line configuration, or in Single Line Mode for vertical access directly below the T-Line unit.
- Galvanised steel lifelines – for indoor installation and use only.
- Anchorage Structural Requirement for this product is 23kN at each anchorage.
- Horizontal span of 5m to 12m. Anchorage height above the working platform: min. 0m; max. Twin-Line 13m at a 5m span, reducing to 6m at a 12m span; max. V-Line 8m at a 5m span, reducing to 3m at a 12m span.
- Integrated hand-operated rescue retrieval winch.
- Maximum fall arrest force on the user 6kN. Fall clearance required below the working platform at maximum span: V-Line 2.5m, Twin-Line 3.0m.
- Ø4.5mm 7×19 galvanised steel wire rope lifelines – main lifeline 15m, pulley lifeline 25m.
MATERIAL:
High strength polymer casing, Ø4.5mm 7×19 galvanised steel wire rope lifelines, aluminium alloy karabiners and O-ring. Integrated rescue retrieval winch and crank.
Supplied with 2 x T-Line Clevis Anchors (AFA945017).
WEIGHT:
20.10kg
RELEVANT STANDARDS:
Conforms to EN 360:2023 and EN 1496:2017 Class B.
Meets the Requirements of AS/NZS 1891.4:2025.








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