SINOTIMER MC101-611

SINOTIMER MC101-611 Universal Intelligent Temperature Control Meter

Brugervejledning

1. Introduktion

The SINOTIMER MC101-611 is a universal intelligent temperature control meter designed for precise temperature and humidity management. It features a clear LCD display for process value (PV) and set value (SV), along with various output and alarm functions. This manual provides essential information for the safe and effective operation of your device.

Front view of the SINOTIMER MC101-611 temperature control meter

Figur 1.1: Forside view of the MC101-611 Temperature Control Meter, showing the dual digital display and control buttons.

2. Sikkerhedsoplysninger

3. Produktfunktioner

4. Pakkens indhold

SINOTIMER MC101-611 temperature control meter with its mounting bracket

Figure 4.1: The MC101-611 unit alongside its included mounting bracket, essential for panel installation.

5. Opsætning

5.1 Montering

The MC101-611 is designed for panel mounting. Cut an appropriate opening in your control panel and insert the meter. Secure it from the rear using the provided mounting bracket. Ensure a snug fit to prevent vibration.

5.2 Ledningsføring

Refer to the wiring diagram on the side of the unit and Figure 5.1 for correct connections. Ensure all connections are secure and insulated. Incorrect wiring can damage the device or pose a safety hazard.

Side view of the SINOTIMER MC101-611 showing the wiring diagram

Figure 5.1: Detailed wiring diagram on the side of the MC101-611, indicating connections for power, output, alarm, and sensor input.

6. Betjeningsvejledning

6.1 Display overview

The meter features a dual display:

6.2 Knapfunktioner

6.3 Setting the Temperature/Humidity Set Point (SV)

  1. I normal driftstilstand skal du trykke på SÆT button once. The SV display will begin to flash.
  2. Brug (Op) og (Down) buttons to adjust the SV to your desired value. Use the < / R/S button to shift the cursor for faster adjustment.
  3. Tryk på SÆT button again to confirm the new SV and exit the setting mode.

6.4 Avancerede parameterindstillinger

To access advanced parameters (e.g., input type, control mode, alarm settings, PID parameters), press and hold the SÆT button for approximately 3-5 seconds until the first parameter code appears on the PV display. Use the (Op) og (Down) buttons to navigate through parameters and the SÆT button to enter and confirm values. Refer to the detailed parameter list in the full technical manual for specific codes and their functions.

7. Vedligeholdelse

8. Fejlfinding

ProblemMulig årsagLøsning
Skærmen er tomNo power supply; Incorrect wiring; Device fault.Kontroller strømtilslutninger og volumentage; Verify wiring according to diagram; Contact support if problem persists.
PV-displayet viser 'HHHH' eller 'LLLL'Sensor open circuit (HHHH) or short circuit (LLLL); Sensor not connected; Incorrect sensor type setting.Check sensor wiring; Ensure sensor is connected; Verify sensor type setting in parameters matches connected sensor.
Udgangen aktiveres ikkeSV not reached; Control mode incorrect; Output wiring issue.Adjust SV; Check control mode (e.g., heating/cooling); Verify output wiring.
Temperaturaflæsningen er unøjagtigSensor calibration needed; Sensor damaged; External interference.Perform sensor calibration (if supported); Replace sensor; Relocate device away from interference sources.

9. Specifikationer

Side view of the SINOTIMER MC101-611 showing the product label with specifications

Figure 9.1: Product label on the side of the MC101-611, detailing model, range, output, and power supply specifications.

ParameterVærdi
ModelMC101-611
Rækkevidde0-1300°C K (Configurable for various sensor types)
TemperaturenhedCelsius/Fahrenheit (Selectable)
ProduktionRelay/SSR
AlarmALM1
Forsyning Voltage85-265V AC, 50/60Hz
Display TypeLCD
Varens vægt5.1 ounce
Pakkedimensioner3.9 x 2.8 x 2.4 tommer

10. Garanti og support

This product comes with a standard manufacturer's warranty. Please refer to your purchase documentation for specific warranty terms and conditions. For technical support, troubleshooting assistance, or warranty claims, please contact the SINOTIMER customer service through the retailer where the product was purchased or visit the official SINOTIMER webwebsted for kontaktoplysninger.

Relaterede dokumenter - MC101-611

Preview SINOTIMER DDS6619-seriens føringsskinnemålerkontakt, brugsanvisning
Brugsanvisning til SINOTIMER DDS6619-serien af ​​målekontakter af føringsskinnetypen. Detaljer om tekniske specifikationer, ledningsføring, app-styring via Smart Life/Tuya, betjeningsvejledning og sikkerhedsforanstaltninger til smart energiovervågning.
Preview Brugermanual til intelligent temperaturregulator i MC-101-serien
Brugermanual til MC-101-seriens intelligente temperaturregulator, der beskriver dens funktioner, betjening og indstillinger for præcis temperaturstyring.
Preview SINOTIMER SVP719 Brugermanual: Bindtage-beskytter, energimåler og strømforbrugsmåler
Omfattende brugermanual til SINOTIMER SVP719, der beskriver dens funktioner som justerbar over/under volumen.tage-beskytter, overspændingsbeskytter, overstrømsrelæ og en watt/kWh energimåler til overvågning af strømforbruget.
Preview Sinotimer MT-S PID-temperaturregulator: Funktioner, specifikationer og opsætningsvejledning
Detaljeret information om Sinotimer MT-S intelligent PID-temperaturstyringsrelæ, herunder funktioner, tekniske specifikationer, ledningsdiagrammer og opsætningsvejledning til PID- og On-Off-styringstilstande.
Preview SINOTIMER WiFi Smart Switch Brugsanvisning
Comprehensive instruction manual for the SINOTIMER WiFi Smart Switch, detailing network setup via the Graffiti Smart APP, device unbinding and reset procedures, indicator light status, electricity consumption display, and configuration of overvoltage, undervoltage, and overcurrent protection settings.
Preview Siemens SIMODRIVE 611 universal funktionsmanual
En omfattende funktionsmanual til Siemens SIMODRIVE 611 universal og SIMODRIVE 611 universal E drivsystemer, der detaljerer produktbeskrivelsen.view, installation, parametrisering, idriftsættelse og diagnosticering til avancerede bevægelsesstyringsapplikationer.