Take bike parking to new heights The Stratus Shelter is a striking bike shelter option for any transit station, university campus, or multi-family residential building project. It is constructed of American made, galvanized steel, and clear, tempered, laminated glass roof panels and optional side panels. Single or double-sided roof panels can be configured flush or in varying angles to create several attractive patterns. Patent Pending
Go configure. Adjustable positions create more options. Single sided Double sided FINISH OPTIONS Galvanized MOUNT OPTIONS Surface
Submittal Sheet 15 CAPACITY Campus Rack D9 (1): 9 bikes Hoop Rack (8): 16 bikes Dero Decker (30): 30 bikes Dero Duplex (30): 30 bikes 12 11 MATERIALS FINISHES Uprights: 10 x3/16 round tube Center member: 10 x11g round tube Feet: 7/8 plate Rafter: 1/2 plate Roof Panels: 3/4 laminated tempered glass Galvanized An after fabrication hot dipped galvanized finish is our standard option. MOUNT OPTIONS Surface Dero Deckers 30 Bikes Dero Duplexes 30 Bikes LOAD DATA Dead load = self weight of structure Wind load = 105 mph exposure C Seismic load = Design Category A-C Ground snow load: 60 psf Live load (Balanced snow load): 40 psf Footing: see page 4 Anchors: 3/4 Dia. threaded rod ASTM F1554 Grade 36 Hoop Racks 16 Bikes Dero shelters can be used in a modular fashion (shared uprights). However, when used in this manner, please consult a Dero Bike Rack sales associate for a layout, as the rack spacing and bike capacity can change! Campus Rack 9 Bikes
TOOLS NEEDED Tape measure Level Large hammer drill with 1.00 masonry bit, 14 min. length Socket wrench with 9/16, 1 1/8 sockets. Box wrenches 9/16, 1 1/8 Hex wrench 7/32 Torque wrench with 5/8 hex wrench, 128 ft.-lbs. ( 174 Nm ) capacity Inclinometer Fork lift Simpson AT-XP high-strength acrylic adhesive Silicone caulk RECOMMENDED BASE MATERIAL See footing diagram on following page. The install surface needs to be level or near level. PARTS LIST 3/4 x 3 Button Head End Weldment 3/8 x 2.75 Button Head 3/4 x 1.5 Button Head Center Weldment 3/4 Lock Washer 3/8 Washer 3/8 Lock Washer Rafter Weldment Rafter Gasket Glass Spacer 3/8 Nut 3/4 Nut Glass Panel Upright Weldment 3/4 Anchor Glass Flange
- Footing Diagram C A A (6) 3/4"-10 ASTM F1554 GR. 36 THREADED ROD 13.5" EMBED WITH SIMPSON AT-XP ADHESIVE 0 3 DRILL 1'2" X 1" DIA. 1'3" 1'6" SECTION A-A SCALE 1 : 16 5'0" SQUARE 3,000 PSI CONCRETE 18" DIA. X 7/8" BASE PLATE C B B 16'0" 5'0" SQ. (6) #5 X 54" @ TOP OF FOOTING (3" CLR) EACH WAY NONE AT CENTER NEAR ANCHORS (7) #5 X 54" @ BOTTOM OF FOOTING (3" CLR) EACH WAY 17'6" SECTION C-C SCALE 1 : 60 3,000 PSI 4" CONCRETE SLAB 12'0" SECTION B-B SCALE 1 : 16 NON-SHRINK GROUT RISER WHERE NEEDED.50" MIN. 8 TYP. 9 TYP.
1 Place uprights based on footing diagram and use the base plates as a guide to drill (6) 1 diameter holes in the concrete 14 deep for each upright. Remove the uprights and thoroughly clean out drilled holes. Use Simpson AT-XP High-Strength Acrylic Adhesive to set ¾ threaded rod anchors. Let the adhesive cure for 24 hours. If one Upright is at a lower grade, than a non-shrink grout riser may be formed around the anchors with a min. height of ½. 2 Place each upright over the anchors and attach with (6) ¾ nuts and washers. Leave nuts finger-tight.
Lift the center section into place and 3 4 attach with (6) ¾ x 1.50 hex head bolts, lock washers, and nuts. The bolt head should be nearest to the upright. If installing a series of modular Stratus shelters, attach the remaining center sections. Head Washer Nut 5 Tighten all anchor and structure bolts. Attach each end section with (6) ¾ x 1.50 hex head bolts, lock washers, and nuts.
6 Assemble the glass panels: A: Match the 2 rafter parts by the identifying marks on the inside of the clamp. B: Insert the rafter assembly tool into the rafter clamp and tighten all (4) ¾ x 3.00 cap head bolts. This will help open the section the glass is inserted to. C: Attach (6) adhesive backed gaskets to the rafter. D: Place the glass panel on saw horses or similar stands.
E: Carefully maneuver the rafter onto the glass panel so that it s adjacent to the mounting holes. F: Insert a plastic spacer into the glass mounting hole and then slide the rafter over the hole. Repeat for all 3 holes. G: Secure the rafter with (3) 3/8 x 2.75 button head bolt, washer, lock washer, and nut. H: The (4) ¾ x 3.00 cap head bolts and rafter assembly tool may now be removed. I: Repeat the above steps for the second rafter.
7 Lift the initial glass panel assembly into place with a forklift. Attach the glass panel assembly with (2) clamp sections of the rafter and (8) ¾ x 3.00 cap head bolts and lock washers. Leave all bolts loose and lower or lift the forklift until the glass panel assembly is at the desired angle (10º is typical). Then evenly tighten all the bolts so as to not change the angle of the glass panel. Use the specific tightening sequence pictured. 4.75 Longer Shorter 1 3 4 2 Incrementally tighten the bolts with a torque wrench in the pattern shown. Continue tightening the bolts in the pattern shown until all the bolts are at 128 ft-lbs. ( 174 Nm ). Repeat entire process with the next rafter.
8 Attach the remaining glass panel assemblies on the same side of the shelter. An approximate ¼ gap should remain between glass panels. 19 23 1/4 gap 9 Attach the remaining glass panel assemblies on the other side of the shelter if specified. Shorter Longer Approx. 1/4 gap Longer Shorter 10 Apply a bead of silicone caulk to both inside edges of the T profile and place between each glass panel. Silicone caulk bead
11 Attach the ridge cap if specified. Remove the ¾ x 1.50 hex head bolts, lock washers, and nuts that attach the center section to the uprights positioned at 3 and 9 o clock. Place the ridge cap over the center section so that its flanges are inside the center section flange. Re-install the ¾ x 1.50 hex head bolts, lock washers, and nuts. 9:00 3:00