-40%
Moyno FB1B SSE 3SBB Sanitary Progressive Cavity Pump w/ 1HP Nord Drive and Motor
$ 1372.8
- Description
- Size Guide
Description
Moyno FB1B SSE 3SBB Sanitary Progressive Cavity Pump w/ 1HP Nord Drive and Motor with Tri-Clamp connection on portDrive: Nord SK172.1F-80LP/4 CUSTW 2016
547 lb-in
15.76:1
110 RPM
1 HP
Motor: Nord SK80LP/4
60 Hz
230/460 V
1730 RPM
Length:
34 1/2”
OD of inlet/outlets: 2"
Hygienic Pump
Our reliable, hygienic solution ensures optimal production levels while adhering to the highest standards of cleanliness.
Our progressive cavity pumps provide the gentlest pumping action on the market for solids handling, offering minimal product degradation in shear-sensitive applications like salad dressings and salsas while being able to move suspended solids with minimal damage to products like diced fruits, vegetables, and soups. Designed to the highest hygienic standard, 3-A certification - the robust nature of our progressive cavity pumps allows it to handle varying viscosities including viscous slurries (even over 1,000,000 cps) like peanut butter, candies, and jam. The positive displacement action of the pump allows for variable speed control for efficient, slow-speed pumping and process control for accurate dosing.
Features and Benefits:
3-A certification
Quick disassembly design for easy cleaning
Non-pulsating, metered flow—ideal for batching processes
No valves to clog, stick, or vapor lock
Transfer solids up to 1-in. (25-mm) diameter
Easy, on-site maintenance—pump features a detachable titanium flexishaft, which allows for easy maintenance and dismantling for cleaning out of place if required
Easy, on-site maintenance
Cost-effectively handle thin liquids like soups and juices
Handle corrosive applications like citric acid and vinegar
Provides long service life in abrasive applications like soybean slurries
Consistently handle entrained air and gases in applications like yeast and nougat
Reduced the cost of ownership over the pump’s life—you no longer have to replace a complete drive train when a single component is worn, instead replacing the rotor and flexishaft independently when required