While the benefits of the CSE2 E-stacking system cannot be overstated, customers have other options at their disposal. Let us examine a handful of variants and the applications associated with each.
The CSB2 Conveyor E-stacking System
This economical configuration is suited for working with cut sheets that will be placed in stacked bins. The main intention is to guarantee safety during the unloading process without sacrificing productivity.
The CSB2 is suited for lamination widths of 250 millimetres and offers multiple compartments on each level. It is normally suited for the manufacturing of small-distribution transformer cores. Single side unloading likewise simplifies the entire production pipeline.
The CSE(C) Core E-stacking System
Another workhorse within our line of robot E-stacking systems can be seen in the CSE range. This system can be used to produce two- and three-limbed cores. Note that the CSE may also be placed in line with other core cutting machines.
Also, both standard and asymmetric yokes can be stacked. It is also possible to stack with closed bottom yokes (the top yoke is separate in this case). The CSE(C) can accommodate lamination widths of 450, 650, 850 and 1050 millimetres. Additional features include:
- Automated compensation and stack height control.
- Production of single logs and separate pallets.
- An included up-ending station.
- Supported air cushions and rail systems.
More details can be obtained by speaking with a representative.
The CSP E-stacking System
This pick-and-place robot core stacking system has been engineered with two automated grippers. These are intended to grab and place sheets on alternating sides of the machine. The CSP is ideally suited for dealing with multiple logs in sequence.
The CSP system is both a simple and cost-effective solution when accuracy matters. As with the CSE(C) variant, thicknesses of between 450 and 1050 millimetres are supported.
The Offline CSO Robot Core stacking System
Another popular option can be seen in our CSO line of automated core stackers. As highlighted within this PDF document, the CSO series offers a fully offline solution. It can, therefore, be utilised independently of core cutting lines.
As many as five leg cores can be stacked simultaneously and these can be employed in synergy with a manual E-stacking table. This is the most popular offline automated solution when E-stacking transformer cores. Some additional benefits include:
- Accuracy without the requirement of E-stacking pins.
- Automated detection of gaps, overlaps and changes between core steps.
- Automatic compensation and height control.
Please note that allmost all common core designs can be accommodated with this robot E-stacking system.
The CSH2 Robot E-stacking System
The simple nature of this configuration is ideally suited for smaller operational demands. It can accommodate lamination widths of both 450 and 650 millimetres. This two-level station likewise provides quick changeover times and two separate E-stacking cars. The CSH2 robot core stacking system is an extremely cost-effective option.