1. Úvod
The SINOTIMER MC701 is a versatile digital PID temperature controller designed for precise temperature regulation in various industrial and laboratory applications. It supports universal input types, including K-type and PT100 sensors, and offers both Relay and SSR output options. This manual provides essential information for the safe and efficient operation of your MC701 controller.
Přední View of the MC701 Controller
2. Specifikace
The following table details the technical specifications of the SINOTIMER MC701 Digital PID Temperature Controller:
| Funkce | Specifikace |
|---|---|
| Model | MC701 |
| Typ ovládání | Teplota |
| Režim ovládání | PID control and self-tuning control |
| Spotřeba energie | Méně než 10VA |
| Měřicí objekt | Teplota |
| Teplotní rozsah | -199~1300 stupňů Celsia |
| Chyba měření teploty | ±1 Celsius |
| Přesnost měření | ±0.5 %FS |
| Pracovní svtage | 85~265V AC |
| Výstupní signál | Relay/SSR output |
| Zobrazit | Fahrenheit or Celsius (user selectable) |
| Vstup | Universal input (K, E, J, N, S, T, R, B, Pt100, etc.) |
| Minimální rozlišení | 0.1 Celsius / 0.1 Fahrenheit |
| Typ montáže | Embedded panel |
| Rozměry (D x Š x V) | 8.0 cm x 8.0 cm x 10.0 cm |
| Materiál | ABS + elektronické součástky |
Strana view showing product specifications label
3. Nastavení a instalace
Proper installation is crucial for the safe and accurate operation of the MC701 controller. Please follow these steps carefully:
3.1 Montáž do panelu
- Cut a rectangular opening in your control panel according to the controller's dimensions (8.0 cm x 8.0 cm).
- Insert the MC701 controller into the opening from the front.
- Secure the controller using the provided mounting bolts/clips from the rear of the panel. Ensure it is firmly seated.
3.2 Zapojení kabeláže
Refer to the wiring diagram below for correct electrical connections. Incorrect wiring can damage the unit or connected equipment.
Detailed Wiring Diagram for MC701
- Napájení (85–265 V AC): Connect your AC power source to terminals 8 and 9.
- Vstup senzoru:
- For Thermocouple (TC, e.g., K-type): Connect the positive (+) lead to terminal 6 and the negative (-) lead to terminal 5.
- For RTD (e.g., Pt100): Connect the 'A' lead to terminal 4 and the 'B' leads to terminals 5 and 6 (short 5 and 6 together).
- SSR Output: Connect the SSR control input to terminals 10 (+) and 11 (-).
- Reléový výstup: Connect the relay contacts to terminals 12 (NO - Normally Open) and 13 (NC - Normally Closed). Terminal 14 is the Common (COM).
- Alarm Output (AL1, AL2): Terminals 1, 2, 3 are for alarm outputs. Consult the full manual for specific alarm configurations.
Varování: Ensure all power is disconnected before performing any wiring. All wiring should be done by a qualified professional.
4. Návod k obsluze
The MC701 features a dual digital display (PV for Process Value, SV for Set Value) and intuitive buttons for operation.
4.1 Ovládací prvky na předním panelu
- PV Display (Upper): Shows the current measured temperature.
- SV Display (Lower): Shows the target temperature (set value).
- Tlačítko SET: Používá se pro vstup do režimu nastavení parametrů a potvrzení výběru.
- < (Shift) Button: Used to shift digits when setting values.
- V (Down) Button: Decreases the value of the selected digit.
- ^ (Up) Button: Increases the value of the selected digit.
- Indikátor OUT: Illuminates when the output is active.
- Indikátor AT: Illuminates during auto-tuning.
- ALM1/ALM2 Indicators: Illuminate when respective alarms are active.
4.2 Setting the Target Temperature (SV)
- V normálním provozním režimu stiskněte tlačítko SOUBOR button once. The SV display will start flashing.
- Použijte <, Va ^ tlačítky pro nastavení požadované cílové teploty.
- Stiskněte SOUBOR again to confirm the new value and exit the setting mode.
4.3 PID Auto-Tuning
The auto-tuning function helps the controller optimize its PID parameters for your specific heating/cooling system, ensuring stable and accurate temperature control.
- Ensure the controller is connected to your system and the process is stable.
- Stiskněte a podržte SOUBOR button for approximately 3-5 seconds until the parameter menu appears.
- Navigate through the parameters (using SOUBOR to cycle) until you find the auto-tuning parameter (often labeled 'AT' or similar).
- Set the auto-tuning parameter to 'ON' or initiate the auto-tuning process (refer to the full manual for exact parameter names and values). The AT indikátor se rozsvítí.
- The controller will cycle the output to learn the system's characteristics. This process may take some time (e.g., 2-3 heating/cooling cycles).
- Once auto-tuning is complete, the AT indicator will turn off, and the optimized PID parameters will be saved automatically.
4.4 Changing Temperature Unit (Celsius/Fahrenheit)
The MC701 allows you to switch between Celsius and Fahrenheit display units. This setting is typically found within the advanced parameter menu.
- Stiskněte a podržte SOUBOR button for approximately 3-5 seconds to enter the parameter menu.
- Cycle through the parameters using the SOUBOR button until you find the temperature unit setting (e.g., 'C/F' or 'UNIT').
- Použijte V or ^ buttons to select 'C' for Celsius or 'F' for Fahrenheit.
- Stiskněte SOUBOR to confirm and exit the parameter menu.
5. Údržba
The SINOTIMER MC701 is designed for reliable operation with minimal maintenance. However, regular checks can help ensure its longevity and accuracy.
- Čištění: Periodically wipe the front panel with a soft, dry cloth. Do not use abrasive cleaners or solvents.
- Spojení: Annually inspect all wiring connections to ensure they are secure and free from corrosion. Loose connections can lead to inaccurate readings or intermittent operation.
- Prostředí: Zajistěte, aby provozní prostředí zůstalo v rámci specifikovaného rozsahu teploty a vlhkosti, aby nedošlo k poškození vnitřních součástí.
Pozor: Always disconnect power to the controller before performing any maintenance or cleaning.
6. Řešení problémů
This section provides solutions to common issues you might encounter with your MC701 controller.
| Problém | Možná příčina | Řešení |
|---|---|---|
| Žádný displej/Vypnuto | No power supply; Incorrect wiring; Blown fuse (internal) | Check power connections (terminals 8 & 9). Verify voltage. Consult a technician for internal fuse check. |
| Displej PV zobrazuje „HHHH“ nebo „LLLL“ | Sensor open circuit (HHHH); Sensor short circuit (LLLL); Sensor type mismatch; Sensor out of range | Check sensor wiring and connections. Verify sensor type matches controller setting. Ensure sensor is within its operating range. Replace faulty sensor. |
| Odečet teploty je nepřesný | Sensor calibration error; Sensor faulty; Electrical interference | Perform sensor calibration if available. Replace sensor. Ensure proper grounding and shielding of sensor wires. |
| Output (Relay/SSR) not activating | SV not reached; Output wiring incorrect; PID parameters not tuned; Output component faulty | Check SV and PV values. Verify output wiring (terminals 10-11 for SSR, 12-14 for Relay). Perform auto-tuning. Test output component. |
| Temperature overshoots/undershoots | PID parameters not optimized | Perform PID auto-tuning. Adjust PID parameters manually if necessary (refer to advanced settings in full manual). |
6.1 Tipy pro uživatele
- For best performance, always perform PID auto-tuning after initial setup or if the heating/cooling load changes significantly.
- When using a K-type thermocouple, ensure the correct polarity is observed during wiring to avoid incorrect readings.
- Consider using shielded cables for sensor connections in noisy electrical environments to minimize interference.
7. Záruka a podpora
SINOTIMER products are manufactured to high-quality standards. For specific warranty information, please refer to the documentation provided at the time of purchase or contact your vendor. For technical support, please reach out to the seller or manufacturer with your product model and serial number.
