Type-C Thermocouple Pair - 0.010"
Type-C, Matched W-5Re(+) / W-26Re(-) bare thermocouple wire, 0.010" OD, 30 AWG, 1 inch long.
Type-C, Matched W-5Re(+) / W-26Re(-) bare thermocouple wire, 0.010" OD, 30 AWG, 1 inch long.
Type-C, Matched W-5Re(+) / W-26Re(-), bare thermocouple wire, 0.020" OD, 24 AWG, 1 inch long.
Type-E (Chromel®+ / Constantan-), bare thermocouple wire, 0.010" OD, 30 AWG, 1 foot long.
Type-E (Chromel®+ / Constantan-), bare thermocouple wire, 0.020" OD, 24 AWG, 1 foot long.
Type-E (Chromel®+ / Constantan-), bare thermocouple wire, 0.032" OD, 20 AWG, 1 foot long.
Type-J (Iron+ / Constantan-), bare thermocouple wire, 0.010" OD, 30 AWG, 1 foot long.
Type-J (Iron+ / Constantan-), bare thermocouple wire, 0.020" OD, 24 AWG, 1 foot long.
Type-J (Iron+ / Constantan-), bare thermocouple wire, 0.032" OD, 20 AWG, 1 foot long.
Type-K (Chromel®+ / Alumel®-), bare thermocouple wire, 0.010" OD, 30 AWG, 1 foot long.
Type-K (Chromel®+ / Alumel®-), bare thermocouple wire, 0.020" OD, 24 AWG, 1 foot long.
Type-K (Chromel®+ / Alumel®-), bare thermocouple wire, 0.032" OD, 20 AWG, 1 foot long.
Type-R (Copper+ / Alloy 11-), bare thermocouple wire, 0.010" OD, 30 AWG, 1 inch long.
Type-S (Copper+ / Alloy 11-), bare thermocouple wire, 0.010" OD, 30 AWG, 1 inch long.
Type-T (Copper+ / Constantan-), bare thermocouple wire, 0.010" OD, 30 AWG, 1 foot long.
Type-T (Copper+ / Constantan-), bare thermocouple wire, 0.020" OD, 24 AWG, 1 foot long.
Type-T (Copper+ / Constantan-), bare thermocouple wire, 0.032" OD, 20 AWG, 1 foot long.
Bare Thermocouple Wire is supplied as a PAIR with both the positive and negative non-insulated wire for the thermocouple type listed. These are non-terminated on each end (no weld or "Hot Junction"). However, Accu-Glass Products does offer this service.
All bare wire thermocouples in the list below is match Thermocouple wire and is NOT EXTENSION GRADE WIRE, therefore it is sold in short 1 foot or 1 inch lengths. This thermocouple wire CAN be used with our "standard" subminiature-D feedthroughs. Most applications will not register the small amount of error introduced by using non-thermocouple alloy pins in the feedthroughs. The error that is introduced is below acceptable limits for thermocouples and can be taken into account during calibration.