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L6200 Series Type IA Fiberglass Leaning Ladder

>Series Callout
The L6200 series Fiberglass Leaning Ladder is ideal for the professional. With a duty rating of 300 pounds, it features the LEANSAFE™ ladder top that secures tools and accessories, and is uniquely designed to securely lean against flat wall surfaces, wall corners, poles, and wall studs and perform as a standard stepladder. LEANSAFE™ ladders have a lower rear rail to front rail connection point allowing the user to get closer to the work when in stepladder mode. Leaning a standard step ladder is not an option on a jobsite, so we designed the LEANSAFE™ ladders with a two color design and highly visible LEANSAFE™ logos to make this ladder easily distinguishable from a standard stepladder. Leaning a ladder safely requires that the rear rail is latched to the front rail. Werner’s patent pending single latch design stays engaged when needed, and is centrally located to easily open and close. Anchoring the ladder is the EDGE360 bracing to protect the bottom of the ladder. LEANSAFE™ ladder front feet have curved non-marring rubber foot pads that maximize the surface area in both the step ladder and leaning ladder modes. Available in 4, 6, 8, 10, and 12 foot heights. Built with a 300 pound duty rating this L6200 series ladder provides the professional contractor a single ladder that works as an improved standard stepladder and leaning ladder to safely get closer to your work.

Features

  • LEANSAFE™ Ladder Top with non-marring rubber bumper securely leans against walls, poles, corners, and wall studs, and holds tools to increase productivity
  • Dropped rear rail pivot point gets ladder closer to your work
  • Color and branding differentiates LEANSAFE™ from standard stepladders
  • Rail latch with single action opening and closing locks the rear rail to the front rail to keep the ladder in leaning mode
  • Curved footpad on front feet maximize surface contact with the ground in both leaning mode and stepladder mode
  • Double riveted slip-resistant TRACTION-TRED® steps
  • Back-up plates reinforce all top connectors
  • Heavy duty internal spreaders
  • Full set of rear horizontals spaced one per foot
  • EDGE360™ bracing protects the ladder feet from every angle
  • Every rivet backed up by metal, metal plates or washers to protect rails

Performance Overview

StyleSizeReach HeightLoad Capacity
Leaning Ladder4 ft -- 12 ft8 ft -- 16 ft300 lb

Dimensions

Front Rails DimensionFront Flange DimensionRear Rails DimensionRear Flange DimensionSteps Dimension
3-1/8 in1.188 in1.875 in1.88 in3 in

Specifications

Model No.SizeReach HeightMax. Standing HeightNumber of StepsApprox. SpreadApprox. Shipping Weight Lbs.Buy Online
L62044 ft8 ft1 ft 8 in425 in16
L62066 ft10 ft3 ft 10 in638 in21
L62088 ft12 ft5 ft 9 in850.25 in29
L621010 ft14 ft7 ft 8 in1062.5 in38
L621212 ft16 ft9 ft 7 in1275 in48


Accessories

Different types of ladders are designed to keep you safe and productive when climbing or standing. Using the wrong style of ladder or simply ignoring the limitations of climbing equipment can result in a fall or serious injury.
Height is referring to the actual ladder height. Extension ladders should be 7 to 10 feet longer than the highest support or contact point, which may be the wall or roof line. The highest standing level is four rungs down from the top. The highest permitted standing level on a stepladder is two steps down from the top.

Reach height is the maximum reach assuming a 5’6” person with a vertical 12” reach.
Ladders are designed to safely hold up to a specific amount of weight. The Werner Performance System defines five different capacities using a color and star rating system. The Duty Rating is defined as the maximum safe load capacity of the ladder. A person’s fully clothed weight plus the weight of any tools and materials that are carried onto the ladder must be less than the load capacity.

Werner offers ladder made from fiberglass and aluminum. Each material has characteristics which make it best for certain applications, or one material may simply fit the personal preferences of the user. For example, if working around electricity users should select fiberglass products due to their non-conductive side rails.