WOODFOLD'S SERIES 140 is an excellent choice for closet applications in multi-unit or single family residences. Providing easy and convenient access for wardrobe/closet or utility installations the Series 140 incorporates Woodfold's pin hinge hardware system, a modified handle (sweptwing style) and integral magnet with strike plate. Vinyl-lam panels are faced one side only, utility back: hardwood panels are veneered on one side (face of door) with matched veneer and reverse side with unmatched veneer. The 140 Series has been routinely specified over the past 20 years for closet installations in college dormitories, retirement housing, assisted living, health care and hospitality installations.

ADA COMPATIBLE (See page 11)

PRODUCT DETAILS, SERIES 140

Panels: Available in hardwoods or vinyl-lam faces, 4 1/4" wide by 1/4" thick, with utility grade back. (H designates hardwood veneer. V designates vinyl-lam.) See Page 9  for selection. Color chart available.

Track: 1 1/8" x 1" x .062" aluminum, dark bronze or clear finish.

Wheels: Lexan axles with nylon rollers.

Nylon Roller Lexan Axle Standard

Lead Post: Full-length sweptwing handle with integral magnet, finger pull front side, as detailed below, acts as lead post (integrated with first door panel) and door pull; color-coordinated with vinyl panel connectors. The Series 140 door is available double-ended.

Magnetic Catch: Woodfold's unique pin hinge hardware system allows the Series 140 door to "stay put" . A magnetic catch (with strike plate) is provided for wall contact when the door is extended. A mechanical latch is not required. If a latch mechanism or keylock is required, see Series 240.

Widths: Custom made to 8' 0".

Heights: Custom made to 8' 1".

Stacking Space: 1 1/4" per lineal foot plus 7/8" for sweptwing handle.

The Woodfold Series 140 provides a considerable cost saving as compared to the 240 style door (Page 2). The residential style Series 140 door is made as a single door only (no pairs) and is not available with latch, catch or keylock options.