Monroe Sensa-Trac are revealed!
The Monroe Sensa-Trac load adjusting shock absorber with PSD (position sensitive damping) and the Safe Tech system combines our exclusive precision tapered grooves in the pressure tube with application engineered valving and Fluon banded piston to improve the ride, handling, and safety characteristics of the vehicle. These units also include a heavy gauge calibrated spring for extra control and comfort. A new pair of Monroe Sensa-Trac load adjusting shock absorbers can assist in maintaining ride height when up to 1,200 lbs*. of additional weight is loaded. These units are ideal for light trucks that carry varying loads or tow trailers. Sensa-Trac’s design allows the piston to move within two damping zones. During normal driving conditions the piston works in the ‘Comfort Zone’, with fluid flowing through and past the piston, the result is a smooth comfortable ride. When driving conditions become more demanding such as rough, undulating roads or during sudden vehicle manoeuvres, the piston works in the ‘Control Zone’ and fluid is forced through the piston.
Monroe Sensa-Trac Front Shock Absorber is designed to be a trusted ride control product with comfort. This shock absorber has groove tube technology that features precision tapered grooves allowing fluid to flow freely around the piston, creating a smoother ride under the wide range of driving conditions. During emergency maneuvers or braking, the piston travels beyond the grooves firming up the ride for added safety and control. This shock absorber adjusts itself rapidly to changing road and weight conditions. It features full displaced valving that adjusts to road extremes to provide consistency and ride comfort. This shock absorber consists of a nitrogen gas charged that helps maintain tire to road contact by reducing aeration. It also includes a 0.5 inch heavy duty nitro carburized rod for long service life and a self-lubricating fluid seal designed to retain gas without excessive wear or friction.
Comments are currently closed.