Copper Steel Laminate Bar 250A - with Connector Pins
Conductor Bars
Roll formed of 1/32" material
The equivalent rectangle for all conductors is 1" x 1/4". Supports are required at intervals of: 3' on curves, 3'-4" for lateral mount, 5' standard.
All roll-formed conductors are supplied assembled with connector pins and cover. Joint covers and joint keepers are furnished with each order as required.
The equivalent rectangle for all conductors is 1" x 1/4". Supports are required at intervals of: 3' on curves, 3'-4" for lateral mount, 5' standard.
All roll-formed conductors are supplied assembled with connector pins and cover. Joint covers and joint keepers are furnished with each order as required.
Item # |
Material |
Cover Type |
Weight |
Length |
Resistance R (for DC) at 20º C |
Normal Ambient |
---|---|---|---|---|---|---|
11008 | Material N/A Copper Steel Laminate | Cover Type N/A Rigid PVC | Weight N/A 6.2 lb0.65 lb/ft | Length N/A 10 ft | Resistance R (for DC) at 20º C N/A 100 µΩ/ft | Normal Ambient N/A -10 to 160 ºF |
11009 | Material N/A Copper Steel Laminate | Cover Type N/A Rigid PVC | Weight N/A 3.1 lb0.65 lb/ft | Length N/A 5 ft | Resistance R (for DC) at 20º C N/A 100 µΩ/ft | Normal Ambient N/A -10 to 160 ºF |
11027 | Material N/A Copper Steel Laminate | Cover Type N/A Medium Heat | Weight N/A 5.8 lb0.65 lb/ft | Length N/A 10 ft | Resistance R (for DC) at 20º C N/A 100 µΩ/ft | Normal Ambient N/A -25 to 250 ºF |
11028 | Material N/A Copper Steel Laminate | Cover Type N/A Medium Heat | Weight N/A 2.9 lb0.65 lb/ft | Length N/A 5 ft | Resistance R (for DC) at 20º C N/A 100 µΩ/ft | Normal Ambient N/A -25 to 250 ºF |
11046 | Material N/A Copper Steel Laminate | Cover Type N/A High Heat | Weight N/A 6.7 lb0.65 lb/ft | Length N/A 10 ft | Resistance R (for DC) at 20º C N/A 100 µΩ/ft | Normal Ambient N/A -60 to 400 ºF |
11047 | Material N/A Copper Steel Laminate | Cover Type N/A High Heat | Weight N/A 3.4 lb0.65 lb/ft | Length N/A 5 ft | Resistance R (for DC) at 20º C N/A 100 µΩ/ft | Normal Ambient N/A -60 to 400 ºF |