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K type Thermocouple with Transmitter


$81.54
K type thermocouple assembles with protection head and stainless steel thermowell, built-in small transmitter. It converts te
SKU: CHN-TC-KT
Free Shipping Worldwide
Delivery date: 6-12 days

K type thermocouple built-in transmitter can directly provide accurate input signal of temperature changes for display instruments, recording instruments, signal conditioners, scanister and computer.

Specification:

1. Thermocouple temperature range chart

Type of sensing elementTemperature range
E type0~400℃
0~600℃
K type0~400℃
0~600℃
0~800℃
0~1000℃
S type600~1600℃
B type800~1800℃
N type0~400℃
0~600℃
0~800℃
0~1100℃
0~1200℃

2. Transmitter parameter chart

InputThermocouple: K, E, B, S, T, N
Output4-20mA
Intrinsic error±0.5%
Transmission modeTwo wire
Supply voltageDC 12~35V, rated voltage DC 24V
Load resistance0~600Ω (DC 24V), rated load 250Ω
Temperature influence≤0.05/1℃
Working environmentTemperature: -25~+80℃,humidity: 5%~95%, mechanical vibration: f≤55Hz, amplitude<0.15mm

3. Meter and protection head type (unit: mm)
RTD sensor meter and protection head type

4. Selection chart

Type of sensing elementMeter typeInstalling formMode of connectionThermowell diameterThermowell total length
S1: E type;
S2: K type;
S3: S type;
S4: B type;
S5: T type;
S6: J type;
S8: N type;
P0: No meter;
P2: Meter with digital display;
P4: Intelligent meter with digital display
I1: No fixed device;
I2: Fixed card sets of thread joint;
I3: Movable card sets of thread joint;
I4: Fixed card sets of flange;
I5: Rectangular movable flange;
I6: Taper thermowell and fixing thread
C3: Standard waterproof protection head;
C4: Explosion-proof protection head
D0: Φ16mm300~2150mm

Note: The sensing element is sheath thermocouple, thermowell material is stainless steel, and circuit adopts non-isolated type. When ordering products, write the thermowell insertion depth l and the corresponding temperature range for output 4~20mA signal you need.

Tips: How to connect thermocouple and DCS

  1. Thermocouple uses extension wire and there are nodes in the middle, but corresponding compensating cable must be used and directly connected to DCS thermocouple module. It is necessary to reduce nodes as far as possible so as to reduce interference. In addition, DCS configuration should select corresponding thermocouple model and compensating method as well.
  2. Thermocouple uses transmitter (temperature transmitter) in the field and transforms into 4~20mA standard signal. Then, connect it with the indoor safety grid (if necessary, such as chemical environments) and connect with DCS standard analog quantity card (general AI card). It is noteworthy that compensating cable is necessary from thermocouple to transmitter. Transmitter needs to set compensating method, thermocouple type and calibration range, and DCS should set range and signal type.