LFH51 Probe Type Temperature and Humidity Transmitter

LFH51 Probe Type Temperature and Humidity Transmitter

■Compact sizes,Simple installation

■Overvoltage and reverse connection protection of power supply and output

■High protection grade of IP65

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Products Description

DESCRIPTION

The series LFH51 temperature and humidity transmitter adopts high precision digital probe,and has long term stabilityand good antiinterference ability.It is simple to install and operation,There are three output modes available:voltage,RS485,and current.It can be widely used in temperatureand humidity measuring of ventilation ducts,industrialworkshops,storage,etc.

SPECIFICATION

(1)Relative Humidity

Sensor

Digital

Range

0%~100%

Output

Output:RS485/Modbus,0-10VDC,4-20mA optional

Precision

±3%@20℃&60%RH

(2)Temperature

Sensor

Digital

Output

Output:RS485/Modbus,0-10VDC,4-20mA optional

Precision

±0.3℃@20℃ see temperature accuracy curve

Power supply

Voltage/RS485 type:12-36VDC
Current type:19.5~35VDC(RL=500Ω)/9.5~35VDC(RL=0Ω)

Shell material

PA6 case

Working environment

-40~85℃,5%-95%RH(non-condensing)

Protection class

IP65


SELECTION DESCRIPTION

  Code and description

Remark

 LFH51

The rod type temperature and humidity transmitter

Model



3


  ±3%RH(±0.3℃)


Accuracy range


V10

  0~10VDC(three wires)

Humidity output

RS

  RS485/Modbus

A4

  4~20mA(two wires)


V10

0~10VDC (three wires)

Temperature
output

RS

RS485/Modbus

A4

4-20mA(two wires)


0

None

Temperature
range

1

0~50℃

2

-20~60℃

8

Other(customer specified)



 LFH51          3        V10     V10      2

Selection example

1.Only when the temperature output option is V10 and A4,you need to choose the corresponding temperature volume18;otherwise,you can only choose 0.

2.The current type output adopts a long pole.

3.Example LFH513V10V102 represents the rod format,the temperature and humidity accuracy is±3%RH 20℃&60%RH

(±0.3℃ 20℃),and the humidity output is 010VDC.The temperature output is 0~10VDC,and the temperature volumeis20~60℃.

4.Prolonged exposure of the sensor probe to high concentrations of chemical gases may result in reading deviationsof the sensor.

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