DT2S Reversing Cleaner

Martin® DT2S Reversing Secondary Cleaner fits in narrow spaces. Slide-in/slide-out blade assembly allows quick belt cleaner service, minimizing downtime.

Features and Benefits:

  • Slide-in/slide-out belt cleaner blade cartridge allows quick and easy blade service that minimizes conveyor downtime. Even when the cleaner is encrusted with material, one-half of the split frame can be removed to allow blade change
  • Effective belt cleaning reduces plant cleanup chores and prolongs life of conveying equipment
  • Can be installed on conveyors that roll back or run in two directions with proper blade selection
  • Lean profile minimizes space requirements, allows installation in spaces as narrow as seven inches (178 mm)

Applications:

  • Suited for medium to heavy-duty applications, on belts from 18 to 126 inches (~400 to 3200 mm) operating at speeds up to 700 fpm (4.6 m/sec)

Options:

  • Martin Engineering’s color-coded high performance urethanes available to suit application
  • Available with tungsten carbide reversing blade, stainless steel reversing blade and urethane reversing  blade
  • Martin® Air Tensioner or Spring Tensioner available

Our technicians and engineers are available to provide expert advice and assistance on this product and all of your bulk material handling questions and problems. Please contact us today and let us help!

Product Specifications

Belt Width Up to 126 in (up to 3000 mm)
Belt Speed Up to 4.3 m/s
Temperature Between -40°C and 150 °C
Corrosive Conditions Yes
Compatible with Reversing Belts or Roll Back Yes
Accommodates Mechanical Splices Yes
Require Assistance?
Contact Us for Application Assistance

Resources

Brochure - Belt Cleaners Download
Tech Data Sheet - DT2S Reversing Cleaner Download
Operator Manual - DT2S Reversing Cleaner Download

View Additional Resources

We Solved Their Problems!
Let us help you solve yours as well. All products and services provided by Martin Engineering carry our Absolutely No Excuses Guarantee. If we don't solve your problem, we will fully refund your money or provide a different solution for you. Period.
Client Tests Martin Belt Cleaners In Side-By-Side Comparison
At an agglomeration plant in Peru, plant management wished to compare the performance of competitive belt cleaning systems. The plant operates parallel (redundant) conveyor systems that carry approximately the same material load on the same operating schedule. Installing competing belt cleaners on the side-by-side conveyors allowed the plant to compare belt cleaning results.
Read Case Study
The World's Largest Producer of Talc Improves Safety and Reduces Cleanup Costs with Belt Cleaners
Inadequate belt cleaning allowed for pasty material to remain on the belt and spread across the floor, creating an unsafe work atmosphere.
Read Case Study
Martin® Belt Cleaners Minimize Downtime For Cleanup
PT Antam Mining of Indonesia had inadequate belt cleaners causing belt damage, spillage and carryback on a reversing belt within the mine. The previous equipment did not keep a seal across the belt profile. Incomplete cleaning caused excessive carryback and spillage along the return belt path, increasing the need for cleanup.
Read Case Study
New Belt Cleaner Saves 24 Hours Per Week In Cleanup Time
An aggregate facility handles 1.5 million tons of limestone per year. After experiencing excessive carryback on their existing conveyors, they wanted to make sure to address the issue when adding a new conveyor. The plant spent 16 to 24 hours per week cleaning up. There was also excessive damage to the conveyors.
Read Case Study

Free Engineering and Application Assistance

Our technicians have solved problems for people in your industry all over the world. Take advantage of our wealth of knowledge. Tell us about your situation today to learn how Martin can improve your performance, safety and bottom line - with no obligation. We want to ensure that you choose the right solution for your exact needs and we are willing to invest the time upfront to get it right the first time.

Briefly Describe Your Application