Digital Temperature Thermostat Regulator REX-C100 Dual PID Controller with Display

Description

Digital Temperature Thermostat Regulator REX-C100 Dual PID Controller with Display Features: Dimensions: 48mm x 48mm x 110mm (APP) Measurement Precision: 0.5% FS End-to-end Compensation Tolerance: 2 can be modified by software from 0 to 50 Resolution: 14 bit Sampling Cycle: 0.5 Sec Process Value (PV), Set Value (SV) Output, Alarm and Autotuning can be indicated by: LED Control PIN (included ON/OFF, step type PID and continuous PID) Autotuning Control Relay Output: contact capacity 250 V AC 3 A (resistive load) Voltage Pulse Output: 0/12V (suitable for SSR relays) Alarm Output Function: 1 channel Contact Capacity of Output: 250 V AC 3 A (resistive load) Set Value (SV): same as measurement range (PV) Proportional Band (P): 0 to full range (ON/OFF control when set to 0) Temperature Sensor Range: 0 to 400 Insulation Resistance: > 50 M ohm (500 V DC) Insulation Resistance: 1500 V AC/min Power Consumption: 10 VA Operating Environment: 0 to 50°C, non-corrosive gas environment 30 to 85% RH Cable Length: 1M Sensor Diameter: 4.5 mm Temperature Range: 0-400 Internal Insulation: glass fibre External Shielding: isolated shielding We have technical sheets available for all components, if not present in the product download sheet, send a message through the contact form and we will publish as soon as possible on our website. Tutorial: How to use REX-C100 The REX-C100 thermostat is ideal for precise temperature control in domestic and industrial applications. Useful for beginners and intermediate users. What you need REX-C100 Arduino Thermometer Thermal Resistor Steps 1. Connect the REX-C100 to your Arduino using the specified pins. 2. Connect the thermal resistor to the temperature input pin. 3. Activate the REX-C100 by setting the desired temperature. 4. Configure the PID parameters to improve control. 5. Check the datasheet for specific settings. 6. Monitor the temperature with the thermometer. 7. Adjust the REX-C100 to reach the desired temperature. 8. Verify the accuracy of the control. Mini-project Create an automatic heating system for a small environment. Common mistakes Forgetting to calibrate the thermal resistor. Setting PID parameters incorrectly. Not verifying the configuration on the datasheet. Connecting the REX-C100 incorrectly.