Sinotimer Mc101 Manual ((install)) Today
To change the desired target temperature quickly, follow these steps:
The Sinotimer MC101 series digital PID temperature controller is a highly accurate, industrial-grade instrument used to regulate temperature in ovens, incubators, kilns, espresso machines, and brewing systems. By using a Proportional-Integral-Derivative (PID) algorithm, it prevents temperature overshoot and maintains a steady target temperature.
to "learn" your system's thermal characteristics. Activate autotuning to automatically calculate the Proportional (P), Integral (I), and Derivative (D) values.
To access the advanced system configurations, press and hold the button for 3 seconds. Use the SET button to cycle through the menu, and use the arrow keys to modify values. Parameter Code Parameter Name Description / Valid Options Factory Default IntY Input Type Selects sensor type: K , J , Pt100 (P10.0 or P100) K outY Output Method 0 for Relay control; 1 for SSR pulse control Model dependent Unit C for Celsius; F for Fahrenheit C P Proportional Band Controls how hard the heater pushes as it nears target I Integral Time Corrects long-term steady-state temperature drift D Derivative Time Responds to sudden, rapid changes in temperature AL1 Alarm 1 Value Sets the threshold trigger temperature for Alarm 1 AH1 Alarm 1 Hysteresis Prevents rapid flickering of the alarm circuit SC Sensor Calibration Offsets error if your probe reads too high or low LCK Parameter Lock 0000 unlocks all; 0001 locks advanced parameters 0000
When in settings mode, use the button to cycle through parameters and arrow keys to change values. Description SL Sensor Type Set input type (e.g., K, E, P+100). rE Control Mode Set to P (PID) or O-F (On/Off). P Proportional Band Determines the strength of the PID control. I Integral Time Removes steady-state error. d Derivative Time Predicts system behavior to reduce overshoot. dF Differential (Hysteresis) Used in On/Off mode (O-F). oL Output Limit Maximum output power (0–100%). AL1 Alarm 1 Value Sets the trigger point for the alarm. C-F Unit Selection Set to C (Celsius) or F (Fahrenheit). 5. Setting Up PID vs. On/Off Control A. PID Control (For Precise Temperature) sinotimer mc101 manual
Press to access configuration menus and save parameter changes.
The printed states that the internal Ni-MH rechargeable battery should last approximately 3 years. If the timer loses its settings immediately after a power cut (within 1 hour), the battery is failing.
: Digital display showing the current real temperature.
Look at the home screen. The top red number () is the current live temperature. The bottom green number ( SV ) is your target. Press the Left Arrow ( ←left arrow To change the desired target temperature quickly, follow
If using an SSR to control a high-current load, always attach a heat sink to prevent the relay from overheating.
Decreases the target temperature or parameter value.
is a 1/16 DIN (48x48mm) PID temperature controller featuring a four-digit LED display and 0.3% measurement accuracy. This guide outlines the essential steps for installation, wiring, and programming based on official technical documentation.
To get the most from your SINOTIMER MC101, keep these valuable tips from the manual in mind. Parameter Code Parameter Name Description / Valid Options
12V DC Voltage Pulse output (used to drive a Solid State Relay / SSR)
Press the again to shift to the tens, hundreds, or thousands digit.
Used to exit programming mode and return to the current time display. It is also held down to adjust the master clock.
Offset value to calibrate sensor reading errors. If the PV reads 2°C too high, set SC to -2.0 . 5. How to Run Auto-Tuning
If you require the temperature to stay exactly at the target, you must use PID. Enter parameters and set rE to P . Run the system and allow it to reach the target.