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H| Style | Model | Insulation Material | Stud Size | Terminal Type | Insulation Type | Seam | Insulation Color | Wire Size | Max. Voltage | Pkg. Qty. | Price | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| A | RC10-10F | Nylon | #10 | Standard | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £65.44 | |
| B | RC10-10FS | Nylon | #10 | Flange | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £112.93 | |
| C | RC10-10FL | Nylon | #10 | Locking | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £78.63 | |
| C | RC10-8FL | Nylon | #8 | Locking | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £71.94 | |
| D | RC10-14F | Nylon | 1/4" | Standard | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £85.76 | |
| C | RC10-14FL | Nylon | 1/4" | Locking | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £67.60 | |
| E | RC10-6F | Nylon | #6 | Standard | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £57.69 | |
| F | RC10-6FL | Nylon | #6 | Locking | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £69.21 | |
| G | RC10-8F | Nylon | #8 | Standard | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £73.34 | |
| B | RC10-8FS | Nylon | #8 | Flange | Nylon | Overlapped | Yellow | 12 AWG to 10 AWG | 600V | 50 | £78.10 | |
| H | 10RC-6F | Vinyl | #6 | Standard | Vinyl | Brazed | Yellow | 12 AWG to 10 AWG | 600V | 50 | £66.66 | |
| H | 10RC-10F | Vinyl | #10 | Standard | Vinyl | Brazed | Yellow | 12 AWG to 10 AWG | 600V | 50 | £61.53 | |
| H | 10RC-14F | Vinyl | 1/4" | Standard | Vinyl | Brazed | Yellow | 12 AWG to 10 AWG | 600V | 50 | £87.07 | |
| H | 10RC-8F | Vinyl | #8 | Standard | Vinyl | Brazed | Yellow | 12 AWG to 10 AWG | 600V | 50 | £73.81 |
Sta-Kon RC Series fork terminals are electrical connectors ideal for establishing secure wire connections in electrical panels. These nylon-cased fork terminals feature copper nodes for excellent electrical conductivity and crimp connections for minimising the risk of loose connections and preventing power loss. They can withstand a maximum temperature and voltage of 221 degrees F and 600V, respectively.