As we have described in the post “flexible configuration and setup” trough HW set up SmartPID can be adapted to mange different applications below some example to illustrater the flexibilty  

Single channel – PID (on/off) control mode – heating + pump

  smartpid-setup-1 SmartPID reads temperature from 1 probe and drive the heating element in order to get the setup temeprature Possible heating output configurations
  • SSR for electric heating [PID+PWM control algorithm]
  • 220V AC relay for electric heating [ON/OFF algorithm]
  • Direct solenoid valve drive for GAS heating [ON/OFF algorithm]
Manually drive the PUMP (soft switch) with tow possible configurations
  • 220V AC realy pump drive
  • 12V DC direct pump drive
 

DUAL channel – PID (on/off) control mode – heating (gas or electric)

  smartpid-setup-4 SmartPID reads temperature from 2 probe and drive 2 heating element idipendently in order to get 2 different set up temperature Possible heating output configurations
  • 1 x SSR for electric heating [PID+PWM control algorithm]
  • 1 x 12V direct solenoid valve drive for GAS heating [ON/OFF algorithm]
Manually drive the PUMP (soft switch) with tow possible configurations
  • 220V AC realy pump drive
  • 12V DC direct pump drive
 

DUAL channel – ON/OFF control mode – thermostatic

  smartpid-setup-3 SmartPID reads temperature from 1 probe and drive one heating element and one cooling element in order to keep temperature stable (fermentation chamber) Possible heating output configurations
  • 220V AC relay for electric heating [ON/OFF algoritm]
  • 220V AC relay for electric heating [ON/OFF control algorithm]
  the possibility of configuration are really endless !  

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