What is 8 4 SO cord amp rating?
35 amps
SOOW 8/4 cables are rated for a voltage of 600 volts, an amperage of 35 amps, have a temperature range of -40°C to 90°C, and weighs approximately 500 lbs/MFT.
What voltage is so cord rated for?
600 volt
SOOW flexible rubber cords carry a 600 volt rating. They are also manufactured as a 300 volt rated Junior Service cord designated as SJOOW. Using the key, a SJEOOW cord is a 300 volt (junior service) elastomer plastic oil resistant inner and outer jacket portable cord.
What does so stand for in so cord?
Extra Hard Service
SO / SOOW Power Cord The “S” in “SO” stands for “Extra Hard Service.” This means that the wire is able to be used in applications requiring 600 volts or less. The second letter, “O” stands for “Oil Resistant,” which means the outer jacket of the cable is oil resistant.
Will 10 gauge wire carry 50 amps?
A 10-gauge bare copper wire can carry a 50-amp load, but the resistance in the cable will cause it to heat up substantially.
What is a so 10/4 service cord?
Our SO 10/4 Service Cord is part of our Power Cable & Portable Cord catalog. This 10 AWG cord features four stranded bare copper conductors, EPDM insulation, and a TPE jacket. It is very flexible and adaptable. This portable power cable is ideal for wiring in appliances, tools, and temporary power or lighting.
How much does a 10/4 cord cost?
SO 10/4 Cord SO 10/4 $0.00/ 50 FT Amps:25 Approx LBS/MFT:355.00 AWG Size:10 Cond. Material:Bare Copper Conductor Stranding:104/30 CSA Type:Approved Insul. Material:Ethylene Propylene Diene Monomer Rubber (EPDM)
What is 10 gauge 4 conductor power cord?
10 Gauge 4 Conductor SO Cord Our SO 10/4 Service Cord is part of our Power Cable & Portable Cord catalog. This 10 AWG cord features four stranded bare copper conductors, EPDM insulation, and a TPE jacket. It is very flexible and adaptable. This portable power cable is ideal for wiring in appliances, tools, and temporary power or lighting.
What determines the amperage rating of a power cord?
The amperage rating of a cord is a function of the wire gauge, number of current carrying conductors and length of the cord. When a cord has three current carrying conductors there is a decrease in amperage. Likewise, when the length of the cord exceeds fifty feet there is a decrease in amperage.