3x200mm Type 0-1100C WRNK-187 K Thermocouple Probe Temperature Sensor

Great prob! … very accurate and very sensitive to temp change. The fastest I’ve tried in Sensitivity. The probe is stiff enough yet can easily be bent to a 90° angle to reach weird/hard spaces or a U to hang off the edge of a vertical liquid heat oil I’ve use it to chk temps in my vertical quench tank like that and I have one for my forge and kilns Great value and great product

Metallurgy must be wrong - this was a full 20 or 30 degrees off at water boiling temperature. Returned.

Very happy I took a chance on this thermocouple. Since there's quite a bit of the reviews that reference a less than reliable experience to say the least–but I have had the exact opposite experience. Its been super reliable! I use it to monitor the temp in my raku kiln for ceramics that I made myself and it’s held up great for 7 firings monitoring temps from start to finish each time reaching temperatures over 1000 C. Highest temp reached so far is just over cone 05 (1046 C / 1915 F). If you’re considering this for raku, I HIGHLY recommend!

My mistake all my stuff takes a k type.

I replaced an ancient k type wire thermocouple (the wire broke inside the plug) with this version thinking it was more durable.It is, to an extent, but it’s also cumbersome and obnoxious at the same time. The plug doesn’t quite fit and I’ve had to bend the plug fins are weird angles to get the plug to stay in my pyrometer. The coiling cord is a little too springy. It tends to coil up and tangle when I need it to relax and lay there. The metal probe is made of a pretty thin metal, thinner than I typical see, and it gets bent easily.And finally, the temperature rise/fall has more delay than I’m use to. I’m use to the wire taking about a second or two to update, even when going from room temperature to 850°. But this one can take five to fifteen seconds, which is unexpectedly slow. That much time isn’t a problem for what I’m doing, but it is annoying after years of having a quick response time. I’m not sure if that’s typical of the protected probes like this relative to exposed wire type thermocouples, but it doesn’t seem right.