4-Pack
Four Machines for a Dedicated Crew
The 4-Pack is the smallest Rack-Pack capacity. It holds up to four separately supplied welding machines in one rack for a defined crew or work area.
Multiple 4-Packs provide separate equipment groups. For an eight-machine assignment, two 4-Packs divide the equipment between two racks instead of keeping it in one 8-Pack.
6-Pack
Six Machines in One Rack
The 6-Pack groups up to six welding machines in one system. It suits an assignment that needs more than four positions while keeping the equipment together.
For twelve machines, two 6-Packs create two six-machine groups. Three 4-Packs create three four-machine groups. Choose the arrangement that matches the crew assignments and work areas.
8-Pack
The Highest Rack-Pack Machine Capacity
The 8-Pack holds up to eight welding machines, the highest position count in the Rack-Pack range. Choose it for a larger equipment group intended to stay together in one rack.
One 8-Pack and two 4-Packs provide the same total positions. Site access, installation space, handling and the source-power arrangement determine which layout suits the job.
Available on all three
The Same Choice of Equipment Packages
Capacity determines the machine count; the selected package determines the included equipment.
- Rack Only: rack structure and machine mounting.
- Integrated PDU: rack with attachable power distribution.
- Complete Quick Swap: Quick Install Plates, pigtails, resettable breakers and PDU.
- Lockable Tool Storage or Low Profile, with optional operator lighting, branding and paint.
Machine fit
Check Dimensions and Mounting
Universal Welder Mounting supports major welder brands through 500 class. Final fit is confirmed for the selected machine makes, models, dimensions and connection requirements.
Compare the quoted rack dimensions and clearances for your actual machines. Welding machines are supplied separately.
Power configuration
Match Each Rack to Its Electrical Requirements
The PDU is configured for the available source supply, welding-machine requirements and auxiliary equipment. Include required field connections and any secondary feed-through.
For a comparison between one large rack and several smaller racks, review the power distribution needed for each arrangement alongside the machine count.
