Tr-Htse IP68 Analog Iot Aggriculture Irrigation Plant Probe Sensor Soil Sensor Soil Temperature Humidity Ec Sensor

• Product Name: Soil Temperature Humidity Ec Sensor
• Signal Output Type: RS485 Interface, Modbus Protocol
• Power Supply: 3.6-30V/DC
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: TR-HTSE
• Static Power: 6mA@24V DC
• Soil Moisture Range: Optional Range:0-50%,0-100%
• Temperature Measuring Range: -40~80ºC
• Conductivity Range: Optional Range:0-20000us/Cm
• Electrode Length: 70mm
• Working Temperature: -40~85ºC
• Warranty: 1 Year
• Transport Package: Covered with Carton Package
• Trademark: Veinasa
• Origin: China

Product Description

TR-HTSE FDR RS485 digital analog soil Humidity moisture meter probe module ec sensor rs485 soil moisture temperature ec sensor

Product Description

 

TR-HTSE FDR RS485 digital analog soil Humidity moisture meter probe module ec
sensor rs485 soil moisture temperature ec sensor has high stability and sensitivity,
it is an important tool to observe and study the occurrence, evolution, improvement
and water&salt dynamics of soil. By measuring the dielectric constant of soil, we
can directly and stably reflect the real moisture content of all kinds of soil. It can
measure the volume percentage of soil moisture, the method is accordance with
the current international standards.

Product Parameters

 

Technical parameter
Signal output type	RS485 interface, Modbus protocol
Supply voltage	3.6-30V/DC
Static power consumption	6mA@24V DC
Soil moisture range	Optional range:0-50%,0-100% Resolution ratio:0-50%(error rate 0.03%),50-100%(error rate 1%) Precision:0-50%(error rate2%),50-100%(error rate3%)
Conductivity range	Optional range:0-20000us/cm Resolution ratio:0-10000us/cm(error rate10us/cm)(default), 100000-20000us/cm(error rate 50us/cm) Precision:0-10000us/cm(error rate±3%))(default),10000-20000us/cm(error rate±5%) Higher precision needs to be customized
Conductivity temperature compensation	Built-in temperature compensation sensor with a compensation range of 0-50 ºC
Temperature measuring range	Range :-40~80ºC,Resolution ratio:0.1ºC,:Precision±0.5ºC
Principle and mode of measurement	FDR method for soil moisture and alternating current bridge method for soil conductivity. Put in soil or culture solution, direct test in one nutrient solution of water and fertilizer
Levels of protection	Long term use of IP68 in water
Working environment	-40ºC-85ºC
Probe material	Anticorrosive special electrode
Sealing material	Black flame-retardant epoxy resin
Installation	All embedded or probe fully inserted into the tested medium
Default cable length	2 meters, cable length can be customized according to requirements
Connection type	Preinstalled cold-pressed terminal
Overall dimension	45*15*145mm
Electrode length	70mm

Product Display

 

Characteristics of TR-HTSE IP68 Analog Iot Aggriculture Irrigation Plant Probe Sensor
Soil Sensor Arduino Soil Temperature Humidity EC Sensor:

(1)Soil moisture content, electrical conductivity and temperature in one, 3 in 1.
(2)It can also be used in water and fertilizer solution, as well as in the conductivity of other
nutrient solution and substrate.
(3)The electrode adopts the special treatment alloy material, can withstand the strong
external force impact, is not easy to damage.
(4)Completely sealed, resistant to acid and alkali corrosion, can be buried in soil or directly
into water for long-term dynamic detection.
(5) High precision, fast response and good interchangeability. The probe insertion design
ensures accurate measurement and reliable performance.
(6)Perfect protection circuit and various signal output interfaces are optional.

Wiring Method

 

Wiring:

Module configuration parameters such as Modbus address, baud rate, check bit, communication
protocol and so on are stored in the EEPROM (power-down storage device). Sometimes may
forget the configuration of these parameters and can't communicate with the module. To prevent
this problem, the module has a special pattern called "setting mode". When the module is powered
on, the module communicates with the following parameters:

1.Modbus address fixed to 0
2.The communication configuration is 9600,N,8,1(9600bps, no check bit, 8 data bits, 1 stop bit)
3.Communication protocol is Modbus-RTU. The configuration parameters in EEPROM do not
change when the module enters "setting mode". When the module is in "operation mode" , it
still communicates according to these configuration parameters in EEPROM.

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