The home office of the Pedersen Power Company is located in Omaha, Nebraska. Pedersen Power Products’ offices and manufacturing facilities are in this location. We hope you will visit us in Omaha. We are close to two major highways and only fifteen minutes from the airport.
Painted building components parts are mechanically
assembled prior to being moved into assembly
for electrical component installations, wiring and testing. The
location keeps in-process
material storage and movement to a minimum.
The entire pre-assembly area is served by a bridge crane to provide
maximum production flexibility.
PPP fabricates all enclosures and associated metal
parts in-house. State-of-the-art equipment
includes a 4000 watt laser, shear, CNC
punch, press break, and numerous welding
stations. A bridge crane spans the fabrication
area to facilitate the movement of
fabricated components.
All fabricated steel components are finished with
our environmentally friendly electrostatically
applied powder coat system. With a huge
2MM BTU gas fired convection oven, two
powder coat booths and multiple powder
reservoirs, steel finishing is truly "state-of-the-art".
Multiple powder reservoirs make easy work
of custom color and two tone specifications.
An extra large oven will accommodate fabricated
pieces up to 20 feet long. We also do
maintain a wet coat booth for both base
coat applications and those rare occasions
when we need to furnish a wet-applied
finish.
Formed and punched copper bus is epoxy coated in an enclosed room using an automated fluidized bed epoxy coating system. All bus joints are covered with PVC bus boots.
Assembly is the largest manufacturing area. Pre-assembled
equipment lineups generally stay on the assembly floor for several
weeks while components are installed, wired and tested. The engineering
and drafting departments are located adjacent to the assembly area
to facilitate testing and ensure quality control.
Each and every line up is fully assembled, bussed, and wired prior to going to test. Our test department not only test per IEEE and ANSI Standards but also performs a full functional test per the schematics. Every circuit is energized with appropriate voltage, polarity checked from the fuse to the component, current applied, and phase angles monitored. When microprocessor relaying and or metering is part of the assembly, the technician will establish communications from a PC to the component with the appropriate software.
This type of testing proves circuit theory, component verification, and communication hardware are all in harmony prior to being released for shipment.
All of our customers are invited to our facility to witness all
aspects of the testing on their equipment.
