SEC Business Group Flat Return Trackers are designed to maintain
accurate belt alignment on the return side of conveyor systems
without relying on belt edge contact.
A unique internal vertical pivot axis activates tracking correction
as soon as the belt begins to drift, helping maintain stable
conveyor operation.
Featuring a rubber-covered crowned drum and galvanised construction,
the tracker provides reliable, low-maintenance performance across
a wide range of conveyor applications.
Description
SEC Business Group Flat Return Trackers are engineered and fabricated
to meet or exceed industry standards and customer specifications.
Manufactured using advanced production techniques including CNC
laser cutting and robotic welding, each unit delivers precision,
durability, and consistent quality.
All welding is completed in accordance with AS1554.1 SP welding
standards, ensuring reliable performance in demanding conveyor
environments.
Flat return trackers are designed to maintain accurate belt tracking
on the return side of the conveyor belt without the use of servo
rollers, which can contribute to belt edge damage.
The system features a unique internal vertical pivot axis that
activates tracking correction as soon as the belt begins to drift
off centre.
Unlike many conventional tracking devices, the flat return tracker
does not rely on belt edge contact. Instead, a rubber-covered
crowned face allows the drum to pivot about a perpendicular axis,
ensuring the tracking correction always occurs on the same
horizontal plane as the belt.
This design provides responsive tracking control while minimising
stress on the belt edges and helping extend belt service life.
The flat return tracker features a compact, maintenance-free design
that allows quick installation and reliable long-term operation.
It is suitable for both single-direction and reversing conveyor belts,
making it a versatile tracking solution for a wide range of conveyor
systems.
All units are supplied galvanised as standard for corrosion resistance
and durability in harsh operating environments.