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TM800S explosion-proof electronic digital display temperature sensor

The TM800S uses ceramic thick film sensors for temperature measurement. After the signal is processed by the post-processing circuit, it is converted into a standard industrial electrical signal for output and display. It adopts an explosion-proof housing design and is equipped with a high-brightness LED digital display screen, which makes this series of products suitable for various industrial occasions. The product adopts a three-button design and is equipped with a menu, making it more convenient to use. Multiple connection methods can fully meet various specific installation requirements.

    Product Applications

    1. Petroleum, chemical and natural gas industry

    Application scenarios

    Reactor vessels and towers: Monitor the temperature during chemical reactions such as polymerization, cracking, and hydrogenation to ensure that the reactions take place within a safe and efficient temperature control range. Once the temperature exceeds the limit, it may cause serious accidents such as material flushing and explosion.

    Pipelines and storage tanks: Monitor the temperature of crude oil, natural gas, liquefied gas (LNG/LPG), and various chemical raw materials/products during transportation. For cryogenic media such as LNG, sensors also need to have excellent low-temperature measurement performance.

    Distillation and separation unit: Precisely controlling the temperature of each section of the fractionating column is the key to ensuring the purity and quality of the product separation.

     


     

    2. Energy and power industry

    Application scenarios

    Gas turbines and generators: Precise monitoring of bearing temperature, gas inlet temperature, cooling medium temperature, etc., is the key to preventing equipment from overheating and damage and achieving predictive maintenance.

    Transformer winding hot spot monitoring: Directly installed inside the transformer winding, it can monitor the temperature of the hottest spot in real time to prevent insulation aging and ensure the safety of the power grid.

    In the nuclear power field: It is used for temperature monitoring in the auxiliary systems of nuclear reactors and the nuclear fuel processing process, requiring extremely high long-term stability and radiation resistance.

     


     

    3. Metallurgy and building materials industry

    Application scenarios

    Blast furnaces and hot blast stoves: Monitoring the temperature of hot air and the furnace body is the key to optimizing the smelting process and reducing energy consumption.

    Steel rolling production line: Measure the rolling temperature of plates and wire rods for process control to ensure the mechanical properties of the products.

    Glass melting furnace: Monitor the temperature of molten glass at over a thousand degrees and the furnace to control the melting quality.

    Cement rotary kiln: Monitoring the temperatures at the kiln head and kiln tail is a core parameter for ensuring the quality of cement and stable calcination.

     


     

    4. Pharmaceutical and Bioengineering

    Application scenarios

    Fermentation tank: The microbial fermentation process is extremely sensitive to temperature and requires control with ±0.1°C or even higher precision.

    Sterilization cabinet (autoclave) : Precisely monitoring the temperature inside the chamber to ensure that the required sterilization temperature and time are achieved is the key to GMP compliance.

    lyophilizer: Precisely measures the temperature of materials and shelves in a vacuum environment.

     


     

    5. Ship and Ocean Engineering

    Application scenarios

    Engine compartment: Monitors the temperatures of the main engine, auxiliary engine, turbocharger and the ship's boiler.

    Cargo area: For ships transporting chemicals and liquefied gas, it is necessary to monitor the temperature of the cargo hold and have strict explosion-proof certifications.


    technical parameters

    Parameter
    Specification
    Measuring range
    -50... 200°C
    Supply voltage
    12... 30VDC
    No-load current consumption
    ≤30mA, 24VDC
    Switch output - Output type
    Push-pull type (compatible with both PNP and NPN), normally open and normally closed can be set
    Switch output - Output current of S1 and S2
    < 500mA
    Switch output - Response time
    < 10ms
    Switch output - Voltage drop
    < 1V
    Switch output - Switch accuracy
    ≤±0.5% range
    Current-type analog output - Output type
    Three-line 0... 20mA/4... 20mA can be set
    Current-type analog output - Load RA
    RA≤0.5Kohm
    Current-type analog output - Linearity
    ≤±0.5% range
    Voltage-type analog output
    Voltage-type analog output - Output type
    Three-line 0... 20mA/4... 20mA can be set
    Voltage-type analog output - Load RA
    RA≤0.5Kohm
    Voltage-type analog output - Linearity
    ≤±0.5% range
    Voltage-type analog output
    Voltage-type analog output - Output type
    Three-line 0... 20mA/4... 20mA can be set
    Voltage-type analog output - Load RA
    RA > 10Kohm
    Voltage-type analog output - Linearity
    ≤±0.5% range
    Wiring protection
    Reverse phase, overload, short circuit protection
    Display - Design
    Red 4-digit 8mm high-brightness LED
    Display - Display range
    -999... 9999
    Display - Accuracy
    ≤±0.5% range
    Stability (annual drift)
    ≤±0.3% range
    Temperature - Medium temperature
    -50... 125°C
    Temperature - Ambient temperature
    -20... 80°C
    Temperature - Storage temperature
    -30... 80°C
    Probe pressure resistance
    200bar
    Materials - Meter head housing
    Engineering plastic
    Materials - Shell
    Cast aluminum
    Materials - Medium contact part
    Stainless steel 316L/ ceramic
    Explosion-proof grade
    Ex d II C T6 Gb
    Appearance method
    M12*1 connector for direct connection

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