You did a fantastic job of explaining this whole project. I am pretty sure that anyone watching this video could implement a temperature controlled system without much else. That is quite an achievement.
Hi Stan This is a great video explaining how the N1030 operates. We are a Novus distributor in Australia so I hope you don't mind us putting a link to your video to assist our customers. Peter
Great explanation of this! The Novus docs just don't explain the practical part of using this, only details. For instance they tell the settings for Autotune, but never say what the heck it actually DOES. Is there any chance of you doing this for the Novus N1050 Ramp and soak PID? It is more complicated because it has a USB/RS485 connection, and software that's as poorly written as their manuals. I'm trying to hook one up right now for a kiln controller, and I'm going nuts trying to decipher the manual.
Hi Stan. Enjoy your videos for But I am curious why did you wire the two ssr's basically in parallel instead of having each one connect to an individual heater? If each one was controlling an individual heater the current would be halved for each ssr. As it is, as each ssr would have a slight difference in impedance one ssr would be handling (albeit very slightly) more load. Looking forward to hearing your response so I can learn something new. Rod
Hi Rod, Each SSR is responsible to switch 1 leg of the power, doesn't really matter how many elements we were firing (as long as we don't exceed its rating) If you wanted to fire the elements individually, you would need (2) 2 pole SSR's instead of (2) 1 pole SSR's, Hope that makes sense.
Hi Jhon Thanks for great informative video. I used this device in very similar way, using ssr to control kitchen baker for low temperatures, below 60c. The problem is that it continuesly operates the ssr and not realy does pwm, it stops only when set point reaced, and goes much higher after that. I would like it to use pwm, in very low on time of the cycle. Is it possible to apply pwm with such low duty cycle and high cycle time?
Use the auto tune function after the oven is up to operating temperature. Your PID's will be set automatically. If no PID's are entered into the controller, it defaults to on-off operation.
muchas gracias por tus conocimientos no me ayudo mucho el idioma.... me limita comunicarme pero,igual espero poder utilizar el novus 1030t gracias y muchas fuerzas,
Hi John PT100 is not a thermocouple. A thermocouple produces a temperature-dependent voltage as a result of the thermoelectric effect. A PT100 is a resistance device. It changes resistance with temperature.
Mate this the best PID controller A-Z for this application I've seen. I'm a HD Tech and you laid this out 100% no frills.
Cheers.
You did a fantastic job of explaining this whole project. I am pretty sure that anyone watching this video could implement a temperature controlled system without much else. That is quite an achievement.
I had seen a many lot videos and this one exclusively offers the correct solution to Out 1. Congrats from Spain my pal...
Super nice tutorial. Thanks so much Stan for making learning super fun. Joel.....
Hi Stan This is a great video explaining how the N1030 operates. We are a Novus distributor in Australia so I hope you don't mind us putting a link to your video to assist our customers. Peter
Not a problem, glad it was informative.
Good video, clear and concise, many thanks
Thanks for the incredibly helpful video.
Hey Shadon, great video! Which SSR model type would you use in a circuit like this?
You do a great job explaining, great video
very helpful! thanks simple fix on mine found thru your video.
Thanks for the tutorial Stan!
Steve
Great explanation of this! The Novus docs just don't explain the practical part of using this, only details. For instance they tell the settings for Autotune, but never say what the heck it actually DOES.
Is there any chance of you doing this for the Novus N1050 Ramp and soak PID? It is more complicated because it has a USB/RS485 connection, and software that's as poorly written as their manuals. I'm trying to hook one up right now for a kiln controller, and I'm going nuts trying to decipher the manual.
Great Video, Excellent Tutorial, Thank You
Hi Stan. Enjoy your videos for But I am curious why did you wire the two ssr's basically in parallel instead of having each one connect to an individual heater? If each one was controlling an individual heater the current would be halved for each ssr. As it is, as each ssr would have a slight difference in impedance one ssr would be handling (albeit very slightly) more load. Looking forward to hearing your response so I can learn something new. Rod
Hi Rod, Each SSR is responsible to switch 1 leg of the power, doesn't really matter how many elements we were firing (as long as we don't exceed its rating) If you wanted to fire the elements individually, you would need (2) 2 pole SSR's instead of (2) 1 pole SSR's, Hope that makes sense.
Great content 👍
Hi Jhon
Thanks for great informative video.
I used this device in very similar way, using ssr to control kitchen baker for low temperatures, below 60c.
The problem is that it continuesly operates the ssr and not realy does pwm, it stops only when set point reaced, and goes much higher after that.
I would like it to use pwm, in very low on time of the cycle.
Is it possible to apply pwm with such low duty cycle and high cycle time?
Use the auto tune function after the oven is up to operating temperature. Your PID's will be set automatically. If no PID's are entered into the controller, it defaults to on-off operation.
muchas gracias por tus conocimientos no me ayudo mucho el idioma.... me limita comunicarme pero,igual espero poder utilizar el novus 1030t gracias y muchas fuerzas,
Which range of heatig temperature 🌡️ it reading?
@@صائبمهدي It is readinf from 70-600 F
@@ShadonHKW how many degree in celes
@@صائبمهدي It can be set for Celsius, 2000 C is the limit.
PT is not for PT100 it's for platinum rhodium thermocouple.
Just reading per the instruction sheet, I personally have never used a 3 wire temp sensor.
Hi John PT100 is not a thermocouple. A thermocouple produces a temperature-dependent voltage as a result of the thermoelectric effect. A PT100 is a resistance device. It changes resistance with temperature.