PFlow delivers single-source responsibility for design, fabrication, installation and service support.
What are Vertical Reciprocating Conveyors (VRC’s)?
Vertical Reciprocating Conveyors move materials in factories, warehouses, industrial plants, institutions or anywhere that products or supplies need to move from one level to another.
VRC's are not elevators. In fact, they have their own national code (ASME B20.1) and are specifically exempt from the national elevator code. In 1981, PFlow helped change the national safety codes to specifically exempt “material-moving” vertical conveyors from “people-moving” elevator safety requirements. This was also a factor in defining the VRC business.
PFlow has successfully changed 25 individual state codes, making VRCs available to businesses throughout the country.
VRC's provide fast, efficient, convenient and safe access to/from mezzanines, balconies, basements, and between levels in multiple story buildings. They can be installed for through-floor, interior or exterior applications. The principal components of VRC's include guide columns, carriage, and a mechanical or hydraulic actuating mechanism.
PFlow has the engineering capabilities, experience, and technical know-how to solve a myriad of vertical lifting problems. PFlow has designed VRCs to move materials that weigh 10 lbs to over 200,000 lbs, with carriages from 30”x30” to 60’x60’, and vertical heights from 4’ to over 200’. We have built large load work platforms, over-and-under equipment for assembly lines, hopper transfer systems and much more.
At PFlow, we know each VRC application is unique. That’s why we scrutinize and address every detail of every job. We carefully analyze your needs, cover all design and construction issues, provide complete code-approved engineered drawings and deliver ongoing service support.
Our experienced engineers will design a customized vertical lift application tailored to your needs. Our focus has always been on safety and advanced technology – and creating solutions for specific vertical material handling problems.