Before installing the Superchute Debris Chute System, you must inspect and prepare the chute sections. Cable Assembly Verification. Prior to installing chute sections, ensure that Every section has two cable assemblies that are securely fastened to the chute wall using the supplied U-bolts (see “Cable Assembly Installation” on page 58 for instructions).

All cable assemblies are in good condition. See Chapter 6 “Chute System Maintenance”.

Container Cord. Tie the chute's discharge end to the container using one or two lengths of Superchute Container Cord (provided with the Superchute Debris Chute System).

Unlike regular cords and ropes, Superchute Container Cord is designed to fail. If a full container is accidentally driven away with the chute still attached, the Superchute Container Cord will fail and the chute system will not be pulled from the building.

Intended Use. The Superchute Debris Chute System is designed for the manual removal of construction debris on construction sites.

The system is for temporary use. Do not use the Superchute Debris Chute System as a permanent garbage chute, recycling chute, laundry chute, nor for any other permanent application, since it is not designed to meet fire code regulations for permanent chutes. Do not use the chute as a human slide, since serious injury or death could result.

How to Use This Manual. This manual contains important information about the Superchute Debris Chute System.

It should not, however, be taken as an overall survey on rigging technique, fall protection, or structure appraisal. Whenever these considerations arise, the planners, supervisors, installers and users of the Superchute Debris Chute System should obtain the services of trained professionals.

Debris Chute. Debris Chute System comprises of HDPE hopper tubes and straight type tubes with galvanized supporting frame. Compared to conventional steel drums, HDPE debris chutes help reduce noise level at construction sites.

They help to remove unwanted material immediately and thereby reduce obstruction in the work area. Telescopic sections allow easy and quick installation. Intake hoppers are installed at intermediate floors to give easy access to the chute.

The High Impact Resistant Debris Chute System. Optional steel chutes are available. Multiple types of brackets. Technical Data. Material : HDPE / Steel.

Total length : 1170mm. Working length : 1070mm. Dia. (Top) : 540mm. Dia. (Bottom) : 460mm. Connection type : Steel chains. Floor Bracket. Beam Bracket. Parapet Braket.

Waste Management System. The High Impact Resistant Debris Chute System. Robust material & impact resistant. Light weight & UV resistant. Keeps dust & noise level to minimal.

Can be used for : Roofing, Renovation, New construction. Easley assembled as well as dismantled. Easley stored and transported. Minimizes wear and tear. User Friendly.

Trash Chute Materials. Our construction trash chutes are available in steel and heavy plastic.

We are proud to carry the DURACHUTE™ plastic debris chute system, consisting of molded plastic that is highly resilient and stable, sure to maintain its shape even when heavy, bulky, or oddly-shaped debris is being sent through it. DURACHUTE™ is the preferred system for roofers, general contractors, and construction rental companies, in addition to being the leading choice for our scaffolding customers.

Instructions for Assembly and Use of DURACHUTE's ™ Plastic Debris Chute. Congratulations on the purchase of the finest plastic debris chute on the market.

Its larger size, improved durability, and advanced design are quickly making DURACHUTETM plastic debris chute system contractors' first choice for the safe and economical removal of construction debris.

Polyene Hdpe Polychute Debris Chute System, Capacity: 10000M. Polyene have pioneered and developed the Plastic Debris Chute known as Polychute Debris Evacuation System over the past decade and this has been preferred by reputed construction giants like L&T Construction, Shapoorji Pallonji and successfully used and reused in over 200+ sites ranging from high rise residential towers, commercial buildings like banks, airports, railway stations, IT parks, hotels, hospitals, malls to name a few.