| |
 |
 |
 |
 |
 |
 |
 |
| |
Series HSC3 Split Case Pumps |
| |
| Exponentially
superior in design and ease of maintenance |
| |
| |
 |
|
| HSC3 adds the power of three key features |
| 1. |
|
Internal Self-Flushing Mechanical Seals |
| |
|
Self-flushing seals ensure maximum seal face lubrication, heat dissipation and debris removal without vulnerable external flush tubing |
| 2. |
|
Easy-Maintenance Design |
| |
|
The unique HSC3 split case design provides simple access to the bearing and seal components with the removal of only a few bolts |
| 3. |
|
Heavy-Duty Base Plate |
| |
|
Welded, heavy-duty base plate assures maximum rigidity; closed base plate ends and open top provide ease of access for proper equipment grouting |
| |
|
  |
| |
| ANSI- and OSHA-Compliant Coupling Guards |
| All B&G frame-mounted
pumps feature ANSI- and OSHA-compliant coupling
guards that are engineered to provide the
highest possible level of safety and protection
from rotating equipment. Standard on every
pump |
|
|
| |


 |
| Exceptional performance. Outstanding pump life. |
| |
|
|
|
|
| Pumps that are easy to maintain and easy to access. |
| |
| When it comes to service and maintenance accessibility, Bell & Gossett makes it a snap with its HSCHSC3 design. No rigging or heavy-duty material handling equipment is necessary to service the bearings or mechanical seals. The unique HSCHSC3 split case design provides simple access to the bearing and seal components with the removal of only a few bolts. The expensive, time-consuming process of removing the upper casing half and pulling the rotating element is eliminated. Down time and costs are kept to a bare minimum. |
| |


 |
|
|
| Hydraulic Operating Range |
 |
| |
| Pumps designed for rugged durability |
| |
|
Traditional split case pumps feature long, deep stuffing boxes that result in overly extended shafts that flex, thereby decreasing mechanical seal and bearing life.
The new HSC3 - just like our VSC & VSC/S Series of pumps- features internally self-flushing seals that significantly shorten the shaft span between the pump bearings.
This innovative design sharply reduces shaft deflection, thereby increasing the life of the mechanical seals and bearings |
 |
|