Wireless sensors

Wireless sensors

A wide range of temperature, humidity, air quality, CO2 and VOC wireless sensors are offered for ideal monitoring of the parameters. Uneven temperature in different areas of the building is a common problem. Ouman Wireless is a perfect solution to such a problem. The system of numerous sensors provides information on temperature, humidity, CO2, VOC and air quality in a room. Costly and slowly carried out cabling is unnecessary as the system is wireless. Wireless sensors are so easy to install that the whole system can be mounted and commissioned in a single day.

BASE STATION WL-BASE

BASE STATION WL-BASE

More
TEMPERATURE & HUMIDITY SENSOR

TEMPERATURE & HUMIDITY SENSOR

More
TEMPERATURE, HUMIDITY & CO2 SENSOR

TEMPERATURE, HUMIDITY & CO2 SENSOR

More
TEMPERATURE, HUMIDITY & VOC SENSOR

TEMPERATURE, HUMIDITY & VOC SENSOR

More
TEMPERATURE & HUMIDITY SENSOR WITH EXTERNAL 1.8m MEASURE ELEMENT

TEMPERATURE & HUMIDITY SENSOR WITH EXTERNAL 1.8m MEASURE ELEMENT

More

Base station WL-BASE

Features

  • Operating voltage 24 VAC / 5.5 VA or 20...30 VDC / 3W
  • If the voltage is 10-20 VDC, then the AO output does not work properly

Power consumption at full load

  • 12 VDC 160 mA
  • 24 VDC 85 mA
  • 24 VAC 210 mA

Connectivity

  • Fieldbus level Modbus RTU
  • Substation level Modbus TCP
Instruction

Temperature & humidity sensor WL-TEMP-RH 2.1

Features

  • Temperature measurement accuracy 0,3 °C
  • Measurement range 30...+100 °C
  • Humidity measurement accuracy 3% rH
  • Measurement range 0...100% rH

Any of the following measurements can be implemented by using the AUX connection

  • AUX temperature measurement NTC10
  • AUX 0-10 VDC transmitter, capable of displaying real values.
  • Digital input
  • Water leak detection displays values from 0...100%

Power source

  • 2 AA Batteries or 5-9 VDC makes it as a routing sensor

Recommendation 5 VDC: At higher voltages, the sensor warms up and the measurement result is not reliable.

Instruction

Temperature, humidity & CO2 sensor WL-TEMP-RH-CO2 2.1

Features

  • Temperature measurement accuracy 0,3 °C
  • Measurement range 30...+100 °C
  • Humidity measurement accuracy 3% rH
  • Measurement range 0...100% rH
  • CO2 measurement accuracy ± (30 ppm + 3%)
  • Measurement range 0…40 000 ppm
  • Stabilization time 1-3 weeks

Any of the following measurements can be implemented by using the AUX connection

  • AUX temperature measurement NTC10
  • AUX 0-10 VDC transmitter, capable of displaying real values.
  • Digital input
  • Water leak detection displays values from 0...100%

Power source

  • Power source 5-9 VDC makes it as a routing sensor

Recommendation 5 VDC: At higher voltages, the sensor warms up and the measurement result is not reliable.

Instruction

Temperature, humidity & VOC sensor WL-TEMP-RH-VOC 2.1

Features

  • Temperature measurement accuracy 0,3 °C
  • Measurement range 30...+100 °C
  • Measurement unit: selectable TVOC or CO2 equivalent
  • Measurement area TVOC 0...60 000 ppb
  • Measurement area CO2eq 400...60 000 ppm
  • Stabilization time 60 hrs

Any of the following measurements can be implemented by using the AUX connection

  • AUX temperature measurement NTC10
  • AUX 0-10 VDC transmitter, capable of displaying real values.
  • Digital input
  • Water leak detection displays values from 0...100%

Power source

  • Power source 5-9 VDC makes it as a routing sensor

Recommendation 5 VDC: At higher voltages, the sensor warms up and the measurement result is not reliable.

Instruction

Temperature & humidity sensor WL-TEMP-RH-WHIP 2.1 with external 1.8m measure element

Features

  • Temperature measurement accuracy 0,3 °C
  • Measurement area 30...+100 °C
  • Humidity measurement accuracy 3% rH
  • Measurement area 0...100% rH

Any of the following measurements can be implemented by using the AUX connection

  • AUX temperature measurement NTC10
  • AUX 0-10 VDC transmitter, capable of displaying real values.
  • Digital input
  • Water leak detection displays values from 0...100%

Power source

  • 2 AA batteries makes it as a non routing sensor
  • 5-9 VDC makes it as a routing sensor

Recommendation 5 VDC: At higher voltages, the sensor warms up and the measurement result is not reliable.

Instruction

Please send your request

Share by: