|
Features |
Benefits |
| 1.Carbon/silicon
carbide used as standard face materials. |
1.
Highest PV rating available; less friction and heat result in longer
seal life. |
| 2.
Aflas as standard O-rings. |
2.
Broader range of applications. |
| 3.
Multi-crested wave spring. |
3.
Even face loading, non-clogging, fewer parts. |
| 4.Wave
spring is isolated from the product. |
4.
Enhances corrosion resistance. |
| 5.
Uses a rotating seat and a spring loaded stationary. |
5.
Lower emissions in ppm, higher shaft speeds, can be used in heavier viscous fluids,
self-aligning. |
| 6.
Thin cross-section design. |
6.
Fits most ANSI size pumps without modification. |
| 7.
Three stainless steel balls are equally spaced to provide the connection
between the spring loaded stationary and the seat gland. |
7.
Prevents twisting and torsional strains common to drive pins and keys;
provides optimum flexibility and accurate centering of the stationary. |
| 8.
Liberator® II has a pumping ring with special cut-water design as
standard; provides forced circulation of barrier/buffer fluid. |
8.
Greater heat dissipation from outboard seal chamber as opposed to
thermal convection methods; keeps particles in suspension. |
| 9.
Liberator® II glands incorporate two tangential outlet ports for
clockwise or counterclockwise pump rotation. |
9.
Maintains pumping ring efficiency regardless of pump rotation direction. |
| 10.
Liberator® II uses a double hydraulic balance design. |
10.
Can be used as either a dual pressurized or non-pressurized seal. |
| 11.
Liberator® II has an outboard seal with barrier/buffer fluid on the O.D.
of the seal; entire outboard seal operates inside the outboard seal
gland. |
11.
Better heat dissipation, lubrication, and utilization of maximum seal
operating pressure. |
