Under-the-Stage Conversion Dolly Kit for convenient storage of the DY-35 & DY-50 folding chair dollies. Includes shorter substitute handles made of steel and a sliding stopper mechanism to keep folding chairs securely in place as they're loaded on sideways.
Manufacturer | National Public Seating |
Model Number | PUS-USCDK |
Packed By |
The DY700/800 Dolly can stack and transport up to 36 folding chairs (NPS 800 Series). This durable 11-gauge brown powder-coated steel unit features four 4 nylon casters (two that swivel) for easy mobility over nearly any surface. Each caster boasts a 275 lb. weight capacity for a total of 1100 lbs.
The TAD Dolly is an innovative unit that makes setting up and taking down tables all by yourself as easy as 1-2-3. The TAD works for rectangular folding tables of any size. This sturdy, tubular steel dolly boasts a 1,000-lb weight capacity and can be used for up to ten tables. The textured scratch-resistant powder-coated paint finish along with plastic coated table support frames resists chipping even after years of rigorous use. All four hard-rubber casters swivel for easy maneuvering and two of them lock for secure table setting and take-down. Meets MAS Certified Green environmental industrial requirements.
The DY-81 Dolly makes it easy to safely move and store NPS 8100 and 9000 Series chairs. This sturdy 16-gauge black powder-coated steel unit holds up to 10 chairs. The four 2 -thick swiveling polypropylene casters roll easily, even over carpet, allowing users to clear out or set up a room in a matter of minutes. Each caster has a 66 lb. weight capacity for a total of 265 lbs.
The DY-9000 Dolly can be used with a variety of NPS stack and banquet chairs (NPS 8100 and 9000 Series), making it a versatile addition to your organization or institution. Place up to 12 chairs on the tubular steel dolly for quick set-up, clean-up and storage. Tubular brown powder-coated 16-gauge steel frame features a curved handle and two hard rubber casters (8 diameter, 2 -thick) to allow for easy mobility over nearly any surface.