“K” Thermocouple Grade Wire Teflon Jacket
IWK-30-TT / TIPWRK011
Insulated thermocouple wire is suggested for measuring temperatures suitable to the wires characteristics.
Stainless Steel Over Braid (SSOB) is used in applications that require mechanical and abrasion protection. SSOB is tough and flexible.
*"Signal Dist." relates to how far thermocouple signal travels without amplification.
Insulated thermocouple wire is suggested for measuring temperatures suitable to the wires characteristics.
Stainless Steel Over Braid (SSOB) is used in applications that require mechanical and abrasion protection. SSOB is tough and flexible.
| K | + Chromel - Alumel | Positive = Yellow Negative = Red | |||
| Wire Insulation | Max Temp | Gauge | Wire Type | Signal Dist. | Product Code |
| GLASS BRAID on each conductor GLASS BRAID overall | 900 F 482 C | 20 | solid | 170 ft | IWK-20-GG |
| 20 | stranded | 170 ft | IWK-20s-GG | ||
| 24 | solid | 67 ft | IWK-24-GG | ||
| 24 | stranded | 67 ft | IWK-24s-GG | ||
| 28 | solid | 28 ft | IWK-28-GG | ||
| 30 | solid | 17 ft | IWK-30-GG | ||
| 36 | solid | 4 ft | IWK-36-GG | ||
| STAINLESS STEEL OVERBRAID | 20 | solid | 170 ft | IWK-20-GG-SSOB | |
| 20 | stranded | 170 ft | IWK-20s-GG-SSOB | ||
| 24 | solid | 67 ft | IWK-24-GG-SSOB | ||
| 24 | stranded | 67 ft | IWK-24s-GG-SSOB | ||
| TEFLON on each conductor TEFLON overall | 500 F 260 C | 20 | solid | 170 ft | IWK-20-TT |
| 20 | stranded | 170 ft | IWK-20s-TT | ||
| 22 | stranded | 110 ft | IWK-22s-TT | ||
| 24 | stranded | 67 ft | IWK-24s-TT | ||
| 24 | solid | 67 ft | IWK-24-TT | ||
| 30 | solid | 17 ft | IWK-30-TT | ||
| 36 | solid | 4 ft | IWK-36-TT | ||
| 40 | solid | 7 in | IWK-40-TT | ||
| STAINLESS STEEL OVERBRAID | 20 | solid | 170 ft | IWK-20-TT-SSOB | |
| 20 | stranded | 170 ft | IWK-20s-TT-SSOB | ||
| 24 | solid | 67 ft | IWK-24-TT-SSOB | ||
| 24 | stranded | 67 ft | IWK-24s-TT-SSOB | ||
*"Signal Dist." relates to how far thermocouple signal travels without amplification.
| Temperature Accuracy: | +/- 2°F (+/- 1°C) typical |
| Calibration Available: | Yes (purchased separately) |
| Special Notes: | Max Distance Signal will travel is 17 Ft. without amplification |
| Sold As: | Feet |
| Thermocouple Type: | Thermocouple |
| Wire Material: | Teflon |
| Wire Gauge: | 30 |
| Wire Length: | Cut to Length |
| Max Temp: | Teflon Max Temp is 260°C / 500°F |
| Special Limits: | N/A |
- Type "K" thermocouple grade wire Solid 30 Ga. - cut to your required length
- Expert Technical Support
Thermocouple Grade Wire is wire that has been tested to meet the ASTM Standards. If "K" thermocouple has a ±2°C specification it means when tested at specific temperatures it must be within 2°C / 4°F. If you want to know a little more about how accurate the wire is must test at two known ( easily produced ) temperature points.
Ice Bath: 0°C / 32°F
Boiling Water: 100°C / 212°F ( depending on elevation)
The ice bath is the easiest test to create.
1.) Fill a vessel (such as our Styrofoam cup or SS flask ) all the way to the top with ice. Crushed ice is preferred because there are fewer gaps between the ice, however cubed ice will also work fine.
2.) Add Water - Slowly add water to fill the spaces between the ice. Fill about 1/2" below the top of the ice. Let the mixture sit for a minute or two to allow the temperature of the water to settle. If you see the ice starting to float off the bottom of the vessel, pour off some water and add more ice. Water below the ice will not be at 32°F.
3.) Step Three: Insert the Probe
Once the mixture has rested for a minute or two, insert your probe (or thermometer stem) into the mixture and stir in the vertical center of the ice slurry. Stirring the probe keeps the sensor from resting against an ice cube, which will affect your reading. Keep the probe tip away from the side walls and don't allow it to rest against the bottom of the vessel. Doing so will give you inaccurate temperature readings. If the thermometer has an extremely fast and sensitive needle tip you MUST gently stir the probe or you will find colder and warmer spots in the ice bath. Stirring equilibrates the temperature throughout the vessel.
4.) Step Four: Confirm Calibration
Your thermometer should read 32°F (0°C) in the ice bath. If applicable adjust your dial thermometer as directed by the manufacturer; however, before you attempt to adjust a digital, instant-read thermometer, check that the readings are within the manufacturers accuracy specifications. (Look for a ±°F on the documentation included with the instrument.) If it's within the specified tolerance, don't adjust. Additionally some instruments to not allow for adjustment and thats OK. You NOW KNOW the error you are dealing with.
Ice Bath: 0°C / 32°F
Boiling Water: 100°C / 212°F ( depending on elevation)
The ice bath is the easiest test to create.
1.) Fill a vessel (such as our Styrofoam cup or SS flask ) all the way to the top with ice. Crushed ice is preferred because there are fewer gaps between the ice, however cubed ice will also work fine.
2.) Add Water - Slowly add water to fill the spaces between the ice. Fill about 1/2" below the top of the ice. Let the mixture sit for a minute or two to allow the temperature of the water to settle. If you see the ice starting to float off the bottom of the vessel, pour off some water and add more ice. Water below the ice will not be at 32°F.
3.) Step Three: Insert the Probe
Once the mixture has rested for a minute or two, insert your probe (or thermometer stem) into the mixture and stir in the vertical center of the ice slurry. Stirring the probe keeps the sensor from resting against an ice cube, which will affect your reading. Keep the probe tip away from the side walls and don't allow it to rest against the bottom of the vessel. Doing so will give you inaccurate temperature readings. If the thermometer has an extremely fast and sensitive needle tip you MUST gently stir the probe or you will find colder and warmer spots in the ice bath. Stirring equilibrates the temperature throughout the vessel.
4.) Step Four: Confirm Calibration
Your thermometer should read 32°F (0°C) in the ice bath. If applicable adjust your dial thermometer as directed by the manufacturer; however, before you attempt to adjust a digital, instant-read thermometer, check that the readings are within the manufacturers accuracy specifications. (Look for a ±°F on the documentation included with the instrument.) If it's within the specified tolerance, don't adjust. Additionally some instruments to not allow for adjustment and thats OK. You NOW KNOW the error you are dealing with.