1. Bubuka
The SINOTIMER MC101 series is a versatile digital display PID temperature controller designed for precise temperature management in various industrial and domestic applications. It features a four-digit LED display, high measurement accuracy, and supports multiple thermocouple and RTD inputs. This controller is capable of both heating and cooling control, incorporating an auto-tune function for optimal PID parameter setting. It can display temperature in both Celsius and Fahrenheit modes.
2. Émbaran Kasalametan
Please read and understand all instructions before installation and operation. Failure to follow these instructions may result in equipment damage, personal injury, or death.
- Ensure all wiring is performed by qualified personnel and complies with local electrical codes.
- Pegatkeun sambungan kakuatan samemeh nyieun sambungan atawa ngalakukeun pangropéa.
- Do not operate the device in environments with excessive moisture, dust, or corrosive gases.
- Pariksa catu daya voltage matches the controller's specifications (85-265V AC).
- Avoid touching internal components when the device is powered.
3. Produk Langkungview
3.1. Fitur
- Four-digit LED digital display for Process Value (PV) and Set Value (SV).
- High measurement accuracy of 0.3%.
- Maximum resolution of 0.1 degree for thermocouple and thermal resistance inputs.
- Maximum resolution of 0.001 for analog inputs.
- Universal input, supporting 10 different types of thermocouples and RTD inputs.
- Supports both heating and cooling control.
- Auto-tune function for automatic PID parameter optimization.
- Displays temperature in Celsius (°C) or Fahrenheit (°F).
- Relay contact + Solid-State Relay (SSR) voltage output (single group output).
- Compact 'Short Shell' design.
3.2. Eusi Paket
- 1x SINOTIMER MC101 PID Digital Temperature Controller
- 1x Buku Panduan Pangguna Basa Inggris (dokumen ieu)
3.3. Pedaran Fisik
4. Setup jeung Wiring
Careful wiring is essential for the correct and safe operation of the MC101 controller. Refer to the wiring diagram below for terminal connections.
4.1. Diagram Kabel
4.2. Sambungan Terminal
The MC101 controller features a terminal block at the rear for all electrical connections. Ensure all connections are secure and correctly polarized where applicable.
- Power Supply (Terminals 1 & 2): Connect 85-265V AC, 50/60Hz power.
- Relay Output (Terminals 3, 4, 5):
- Terminal 3: Normally Open (NO)
- Terminal 4: Common (Relay)
- Terminal 5: Normally Closed (NC)
- SSR Output (Terminals 11 & 12): Connect to Solid-State Relay (SSR) input. Terminal 11 is SSR+, Terminal 12 is SSR-.
- Alarm Output (Terminals 6 & 7): Connect alarm device.
- Sensor Input (Terminals 8, 9, 10):
- For RTD (Resistance Temperature Detector): Connect A to Terminal 8, B to Terminal 9.
- For Thermocouple (TC): Connect B- to Terminal 9, A+ to Terminal 10.
4.3. Pamasangan
The MC101 controller is designed for panel mounting. Cut an appropriate opening in your control panel and secure the controller using the provided mounting clips on the sides.
5. Operasi
The controller's front panel features a dual LED display and four control buttons for setting parameters and monitoring temperature.
5.1. Indikator tampilan
- PV (Process Value - Red LED): Displays the current measured temperature.
- SV (Set Value - Green LED): Displays the target temperature set by the user.
- KALUAR: Output indicator (e.g., heating/cooling element active).
- AT: Auto-tune indicator.
- AL1, AL2: Alarm indicators.
5.2. Tombol kontrol
- SET: Asupkeun mode setelan parameter atawa confirms setelan.
- < (R/S): Shifts cursor during parameter setting or acts as a reset/run button.
- V (Down Arrow): Decreases the value of a parameter.
- ^ (Up Arrow): Increases the value of a parameter.
5.3. Setting the Target Temperature (SV)
- Pencét éta SET button briefly. The SV display will start flashing.
- Ngagunakeun éta ^ (Up) jeung V (Down) arrows to adjust the SV to your desired temperature.
- Ngagunakeun éta < (Shift) button to move the cursor to adjust individual digits.
- Pencét SET again to confirm the new SV and exit the setting mode.
5.4. Auto-Tune Function
The auto-tune function automatically calculates optimal PID parameters for your specific heating/cooling system. This helps achieve stable and accurate temperature control.
- To initiate auto-tune, press and hold the SET button for a few seconds until you enter the parameter menu.
- Navigate through the parameters (using SET to cycle) until you find the auto-tune parameter (often labeled 'AT' or similar).
- Set the auto-tune parameter to 'ON' or '1' (using ^ or V).
- Pencét SET to confirm and exit. The AT indicator will light up, and the controller will begin the auto-tuning process.
- The auto-tune process typically involves several cycles of heating and cooling to analyze the system's response. Once complete, the AT indicator will turn off, and the new PID parameters will be saved.
Refer to the full English User Manual (included in the package) for detailed parameter settings and advanced functions.
6. Pangropéa
Regular maintenance ensures the longevity and reliable operation of your MC101 controller.
- beberesih: Ngusap tampilan na casing ku lawon anu lemes sareng garing. Ulah make cleaners abrasive atawa pangleyur.
- Pamariksaan: Pariksa sadaya sambungan kabel sacara berkala pikeun ayana pageuh sareng tanda-tanda karusakan atanapi karusakan.
- Lingkungan: Pastikeun lingkungan operasi tetep dina kisaran suhu sareng kalembaban anu ditangtukeun.
7. Cara ngungkulan
If you encounter issues with your MC101 controller, refer to the following common problems and solutions.
| Masalah | Mungkin Cukang lantaranana | Solusi |
|---|---|---|
| Henteu aya kakuatan / tampilan pareum | Taya catu daya; wiring salah; sekering ditiup | Check power connections (Terminals 1 & 2); Verify power source; Inspect internal fuse (if accessible and safe). |
| Maca suhu anu salah | Sensor wiring error; Wrong sensor type selected; Damaged sensor | Verify sensor wiring (Terminals 8, 9, 10) matches diagram; Check controller settings for correct sensor type; Replace sensor if damaged. |
| Temperature unstable/Overshoot | PID parameters not optimized | Run the auto-tune function to optimize PID parameters. |
| Kaluaran teu diaktipkeun | Output wiring error; Output type mismatch; Controller in manual mode | Check relay/SSR wiring; Ensure controller output type matches connected device (Relay/SSR); Verify controller is in automatic control mode. |
8. Spésifikasi
| Parameter | Nilai |
|---|---|
| Modél | MC101-611 |
| Akurasi Pangukuran | 0.3% |
| Resolution (Thermocouple/RTD) | 0.1 °C/°F |
| Resolution (Analog Input) | 0.001 |
| Rentang Suhu | 0-1300 °C (K-type thermocouple, range dependent on sensor) |
| Unit Suhu | Celsius (°C) / Fahrenheit (°F) |
| Jenis Input | Universal (supports 10 types of thermocouples and RTD inputs, e.g., K, J, E, T, R, S, B, Pt100, Cu50) |
| Kaluaran | Relay contact + Solid-State Relay (SSR) voltage output (one group) |
| Alarem | ALM1 |
| Sasayogian tanaga | 85-265V AC, 50/60Hz |
| Ukuran (L x W x H) | 5.0 cm x 5.0 cm x 10.0 cm |
| Bahan | ABS + komponén éléktronik |
| Batré Kaasup | No |
| Kimia anu prihatin tinggi | Euweuh |
| Asalna | Daratan Cina |
9. Tips pamaké
- Kasaluyuan sénsor: The MC101 is designed for universal input, supporting a wide range of thermocouples (e.g., K, J, E, T, R, S, B) and RTD sensors (e.g., Pt100, Cu50). Ensure you select the correct sensor type in the controller's settings to get accurate readings. If using Pt100 or Pt1000, confirm the controller's input settings are configured accordingly.
- Auto-Tune for Stability: Always perform the auto-tune function after initial setup or if you change your heating/cooling element or process. This optimizes the PID parameters for your specific system, leading to more stable and precise temperature control.
10. Jaminan & Dukungan
Kanggo inpormasi garansi sareng dukungan téknis, mangga tingali dokuméntasi anu disayogikeun sareng pameseran anjeun atanapi hubungi langsung anu ngajual. Simpen resi pameseran anjeun salaku bukti pameseran.
