Proper bonding is essential to create an equipotential plane between service grounds and equipment during fault and transient conditions. This equipotential plane provides a near-zero voltage differential, and serves to protect people and equipment during these events. The grounding busbar is the most popular bonding product in use today.
| EGB-A-14-4-12-CC-T-1T-K | ||
| EGB | ERICO Grounding Busbar Designation | |
| A | Configuration |
A: Busbar, Insulators and Brackets
B: Busbar and Brackets C: Busbar Only D: Busbar and Insulators |
| 14 | Thickness (") |
14: 1/4" · 38: 3/8" · 12: 1/2"
|
| 4 | Width (") | |
| 12 | Length (") |
Rounded to the nearest inch, 144" max
|
| CC | Hole Pattern |
Diagrams are representative of the hole pattern. The number of holes is dependent on the length of the grounding busbar.
|
| T* | Tin Plating | |
| 1T* | ERICO Cable Code |
1K: #4 Sol Tin · 1T: #2 Sol Tin
2C: 1/0 · 2G: 2/0 · 2L: 3/0 · 2Q: 4/0 2V: 250 kcmil · 3D: 350 kcmil · 3Q: 500 kcmil · 4L: 750 kcmil |
| K* | Pigtail Length (') |
A:1 · B:2 · C:3 · D:4 · E:5 · F:6 · G:7 · H:8 · J:9 · K:10 · L:12 · M:14 · N:16
P:18 · Q:20 · R:22 · S:24 · T:26 · U:28 · V:30 · W:32 · X:34 · Y:36 · Z:38 |