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Brunel Safety Element Torque Limiters
For The Water and Waste Water Treatment Industry
 

Features & Advantages

• Modular Ball Detent/Disc Spring Design

• All Major Components 316 Stainless Steel

• Three Safety Element Styles Available

1) Externally Adjustable
2) Disconnectable (Tamperproof)
3) Standard (Tamperproof)
4) Externally Adjustable Disconnectable

• All Wearing Surfaces D-2 Tool Steel through hardened to Rc62 min.

• Complete Disengagement on Overload

• Simple Manual Reset

• Multiple “O” Ring Seals

• Adapts to All Drive Configurations

• Large Torque & Bore Capacity

 

Brunel Safety Element Torque Limiters have been protecting industrial power transmission systems around the world since 1971.

The Waste Water Safety Element “SE” Series Torque Limiters are designed specifically for the outdoor, corrosive “waste water” environment. They are made of 316 stainless steel throughout with the exception of D-2 (Rc 62) tool steel “ working parts” in the safety element, “O” ring seals and PTFE bearings. The internal parts are packed with grease and are externally regreaseable. Eight “O” ring seals prevent contaminants from entering the unit while a grease vent allows added grease to escape. Modular construction provides design flexibility and simple maintainability. Safety elements are precision Belleville spring loaded, single ball detent design

A unique over-center mechanism ensures
complete and bidirectional disengagement
on overload and simple, fast manual
re-engagement. Four types of Safety Elements: standard, disconnectable, externally adjustable and externally adjustable disconnectable are available and are interchangeable on the base unit.

Safety Element Torque Limiters completely disengage on overload thus preventing damage and down time to the equipment. When applied on reducer output shafts in rectangular settling tank drive systems, the “SE” Torque Limiter protects the reducer, drive chain, drag chain and flight bars. They can also be applied on screw conveyor drives or other sludge collection systems that have potential for jamming.