| removal or detachment of pump from system. |
| Better design with fewer parts reduces maintenance,and commonality of many parts between frame |
| Provides non-pulsing, low-shear flow. |
| on single pump for multiple liquids and applications. |
| Pump design provides superior vacuum capability and volumetric efficiency. Provides application |
| better bottom line. |
| Raised-face flange ports, one-piece casing and bracket, and elastomeric O-ring seals on head,relief valve, and seal gland provides improved sealing reliability. Reduces downtime and cleanup, |
| Bi-directional pumping design eliminates cost of second pump, piping, and valving needed for loading/ |
| minimizes chemical exposure. |
| High efficiency pump with self-priming, short-term dry-run-capabilities that handles entrained gases. |
| unloading or line stripping. Provides application flexibility and reduces system costs. |
| for reduced life-cycle cost. |
| Interchangeable discs may be reversed instead of replaced when worn. Doubles useful life of parts, |
| Tailored sealing solutions are available for virtually every liquid and application, beyond the standard hard silicon carbide mechanical seal. Prevents leaks and minimizes seal maintenance for a |
| 62 Rockwell C surfaced-hardened stainless steel casing. Extends casing and vane life, lowering life- cycle costs. |
| Provides better parts availability and lower cost of ownership. |
| construction provides broad chemical compatibility.Enhances application flexibility. |
| flexibility and reduces life-cycle costs. |
| Pressure capabilities to 14 Bar (200 PSI), even on the thinnest liquids. Permits standardizing |
| Reduces scheduled downtime, and lowers cost of ownership. |
| Combination of Hardened 316 stainless steel casing, PEEK® vanes and push rods, and carbon |
| sizes reduces parts stocking needs. |
| LVP series’ vane replacement is a 20 minute service item and does not require rotor and shaft |