FallTech 7491 - Hinged Trailing Rope Adjuster - Stainless Steel

The FallTech 7491 Hinged Trailing Rope Adjuster is a stainless-steel device designed for use on compatible vertical synthetic rope lifelines. It features a hinged body that allows user installation anywhere along the lifeline, a cam-action braking mechanism that locks under sudden load, a tension roller plus internal spring for smooth mobility while climbing, and an anti-inversion hinge cam and double-locking closure for enhanced safety.

Key features:

• Hinged design allows installation at any point on the lifeline
• Stainless steel construction compatible with 5/8″ diameter synthetic rope lifelines and energy-absorbing lanyards
• Cam-action braking locks quickly on lifeline during a fall
• Tension roller and internal spring maintain lifeline position while allowing mobility
• Anti-inversion hinge cam prevents upside-down installation
• Double-locking closure helps prevent accidental opening

• 130 to 310 lb Max
• SKU: 7491
• Product type: Hinged Trailing Rope Adjuster, Stainless Steel
• Material: Stainless steel rope adjuster body
• Function: Trailing rope adjuster for use on compatible vertical lifelines
• Installation: Hinged body allows on-rope installation

Q: Can the 7491 be installed without removing the end termination of the lifeline?
A: Yes, the hinged design allows the rope adjuster to be opened and installed at a chosen point on the lifeline, so the end termination does not need to be removed.

Q: What type of applications is the 7491 best suited for?
A: It is best suited for vertical lifeline systems where the user needs smooth trailing movement while climbing and a device that engages quickly in the event of a fall.

Q: Why is stainless steel construction important for this rope adjuster?
A: Stainless steel construction provides durability and resistance to corrosion, which is helpful in outdoor or high-moisture environments where vertical lifelines are commonly used.

Q: How should the 7491 be inspected before use?
A: Before each use, the device should be checked for damage, deformation, contamination or improper operation as part of the site’s fall protection inspection routines.