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TR-600-20 Back Support for 3M™ Versaflo™ TR-600 Motor

Our TR-600-20 back support was developed in collaboration with health and safety committees to provide a compact, ergonomic harness system perfectly suited to real-world field conditions.

Designed with a minimalist approach, the TR-600-20 features an exceptionally slim shape, allowing it to move easily through confined spaces. The addition of a rear flap enhances safety and comfort while climbing up or down caged ladders.

SAVACO harness systems are engineered with a high level of safety in mind: in an emergency, they can be quickly removed, thanks to Fastex-type buckles, ensuring fast, simple, and effective intervention.

Lightweight and made from premium-quality materials, the TR-600-20 harness is easy to maintain, requiring only a simple soap-and-water solution for cleaning.

In addition, the motor is securely held in place by a three-flap plate and adjustable straps which allows for maximum tightening, ensuring optimal stability and enhanced safety especially in intense worklace and strenuous conditions.

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Model:TR-600-20

Description

Our TR-600-20 back support was developed in collaboration with health and safety committees to provide a compact, ergonomic harness system perfectly suited to real-world field conditions.

Designed with a minimalist approach, the TR-600-20 features an exceptionally slim shape, allowing it to move easily through confined spaces. The addition of a rear flap enhances safety and comfort while climbing up or down caged ladders.

SAVACO harness systems are engineered with a high level of safety in mind: in an emergency, they can be quickly removed, thanks to Fastex-type buckles, ensuring fast, simple, and effective intervention.

Lightweight and made from premium-quality materials, the TR-600-20 harness is easy to maintain, requiring only a simple soap-and-water solution for cleaning.

In addition, the motor is securely held in place by a three-flap plate and adjustable straps which allows for maximum tightening, ensuring optimal stability and enhanced safety especially in intense worklace and strenuous conditions.