I recently bought a High-Precision (400°C) Revo Hotside with intention to use it on my upcoming Voron. In the meantime, I wanted to give it a go and use it on my Prusa, if for nothing else, then at least to print some missing Voron parts. Also, it's still in the "hassle-free return" period, so I'd love to test it without replacing thermistor or altering it in any other way.

"Sadly", PT1000 is not a drop in replacement for Semitec 104GT thermistor Prusa is using. It operates in the similar resistance range and should be supported by Einsy Rambo board, but it works with higher max temperature*, and has different resistance-temperature function.

I was thinking about switching my Prusa to Klipper, but I admit it is a daunting task I don't want to attempt until I have my next printer up and running. So is there a simpler way?

* PT1000 works up to 400°C with precision, some more is still safe, when 104GT is up to 300°C.

I recently bought a High-Precision (400 °C) Revo Hotside with the intention to use it on my upcoming Voron. In the meantime, I wanted to give it a go and use it on my Prusa, if for nothing else, then at least to print some missing Voron parts. Also, it's still in the "hassle-free return" period, so I'd love to test it without replacing the thermistor or altering it in any other way.

"Sadly", PT1000 is not a drop-in replacement for Semitec 104GT thermistor Prusa is using. It operates in a similar resistance range and should be supported by the Einsy Rambo board, but it works with a higher max temperature*, and has a different resistance-temperature function.

I was thinking about switching my Prusa to Klipper, but I admit it is a daunting task I don't want to attempt until I have my next printer up and running. So is there a simpler way?

* PT1000 works up to 400 °C with precision, some more is still safe when 104GT is up to 300 °C.

I recently bought a High-Precision (400°C) Revo Hotside with intention to use it on my upcoming Voron. In the meantime, I wanted to give it a go and use it on my Prusa, if for nothing else, then at least to print some missing Voron parts.

"Sadly", PT1000 is not a drop in replacement for Semitec 104GT thermistor Prusa is using. It operates in the similar resistance range and should be supported by Einsy Rambo board, but it works with higher max temperature*, and has different resistance-temperature function.

I was thinking about switching my Prusa to Klipper, but I admit it is a daunting task I don't want to attempt until I have my next printer up and running. So is there a simpler way?

* PT1000 works up to 400°C with precision, some more is still safe, when 104GT is up to 300°C.

I recently bought a High-Precision (400°C) Revo Hotside with intention to use it on my upcoming Voron. In the meantime, I wanted to give it a go and use it on my Prusa, if for nothing else, then at least to print some missing Voron parts. Also, it's still in the "hassle-free return" period, so I'd love to test it without replacing thermistor or altering it in any other way.

"Sadly", PT1000 is not a drop in replacement for Semitec 104GT thermistor Prusa is using. It operates in the similar resistance range and should be supported by Einsy Rambo board, but it works with higher max temperature*, and has different resistance-temperature function.

I was thinking about switching my Prusa to Klipper, but I admit it is a daunting task I don't want to attempt until I have my next printer up and running. So is there a simpler way?

* PT1000 works up to 400°C with precision, some more is still safe, when 104GT is up to 300°C.