Introduction

AVS is the Air Velocity Sensor with DULP output with M12-Male connector, compatible with all kind of Wireless sensor node from Daviteq that support DULP signal.

• No moving parts;
• Excellent repeatability (1% FS);
• “Solid state” sensing core (no surface cavity or fragile membrane) resistant to clogging and pressure shock

Typical applications

• Data Center Thermal Management;
• HVAC VAV Damper Control;
• HVAC Filter Monitoring.

Introduction

AFD is the Air, Gas Velocity Sensor with DULP output with M12-Male connector, compatible with all kinds of Wireless sensor nodes from Daviteq that support DULP signal, for example, WS433-M12F, WSSFC-M12F, WSLRW-M12F

• No moving parts;
• Excellent repeatability (2% FS);
• Can be used for "Wet" gas;
• Adjustable stem length to suit different pipe or duct sizes

Typical applications

• Data Center Thermal Management;
• HVAC VAV Damper Control;
• HVAC Filter Monitoring
• Using for measuring the flow of Air, Argon, CO2, Nitrogen, Oxygen

UWM Ultrasonic water meter is a new type of water meter that detects the time difference caused by the change of velocity when the ultrasonic beam propagates in the opposite direction of the water, and analyzes and processes the flow rate of water to further calculate the flow of water..

Dimension Drawings

Features

• No mechanical movable parts, impurities in water can’t be affected, long service life.
• Wide measurement range. Very small flow can be measured.
• Various alarm functions: Battery voltage can alarm, empty tubes, or pipes that are not full of water, transducer fault alarm, and more.
• Low-power design and the use of high-energy batteries can work for 8 years and more.

• The communication interface is LoRaWAN or RS485 ModbusRTU.

Dimensions

BUW Bulk Ultrasonic water meter comprises the quality temperature sensor, the flow sensor, and a flow computer. The temperature sensor measures the temperature of the water and the flow sensor to measure the volume of water that flows through the pipelines by the transit time difference. The two data are sent to the flow computer after being collected, the consumption water quantity is worked out, stored, and indicated on the LCD finally.

Dimension Drawings

Features

Ultrasonic water meter's intelligent measuring instrument consists of the temperature sensor, flow sensors, and flow computer;

Could provide important application and data for many applications in the pipeline;

Ultrasonic water meter is suitable for application environments requiring high range ratio(Q3/Q1)and forwards and reverse metering;

The flow computer used sensor and through the time difference to collect temperature differences and sound waves to complete accurate measurement of water flow;

And can provide important applications and data for many applications.

Dimensions

Introduction

IFS-HQ1 is a cost effective tool to defend at the front line of Epidemic. It provides the simple method for fever scanning people in the crowd. Using a constant heat source for highest accuracy +/- 0.3 oC.

Actual setup

Features

• Extremely high accuracy +/- 0.3 oC;
• Non-contact thermal FEVER scanning for multiple people, max 20 people at the same time;
• Calibrate continuously with constant heat source;
• Calculate distance to compensate the temperature;
• Facial recognition algorithm for accurate and quick measurement;
• Thermal / Visual Imaging;
• AI Face recognition even with mask;
• Identify and record suspected infects: Time log, Face pictures, temperature values...
• Optional: connecting to cloudGlobiot for remote monitoring

Dimensions

Images view on Software (Windows)

Thermal Image                                                                             Visual Image

Introduction

H087 is a popular general purpose in-line (continuous measurement) electrode offering affordable, flat sensor application coverage for many water applications such as drinking water, industrial water, aquaculture, tank installations or related applications. The flat surface sensor is often referred to as "self-cleaning" when installed in a process stream since the water flow has a tendency to "shear off" biofouling and other debris from the sensor surface.

3/4" NPT threads on both front & back;

Flat surface sensor with "self-cleaning" properties;

Built-in temperature sensor Pt100.

Typical applications

• Drinking water;
• Waste water;
• Industrial water;
• Aquaculture;
• Agriculture;
• Hydroponic;
• Soil pH measurement.

Introduction

WSP is the Wind Speed Sensor with carbon fiber material. Sensor with high weather resistance, high durability, corrosion resistance and water resistance.

• Weather resistant;
• High durability;
• High data transmission efficiency and reliable.

Typical applications

• Weather Station;
• Ship navigation;
• Aviation;
• Weather buoys;
• Wind turbines.

Introduction

The wind direction sensor is used to measure the direction value of the wind and convert it into an electrical signal, which can be directly transmitted to the recording device for processing. The sensor housing is made of polycarbonate environmental protection material, with very small dimensional tolerances and high surface accuracy.

The wind direction sensor adopts low inertia wind vane and precision potentiometer, with high sensitivity and high precision.

• Weather resistant;
• High durability;
• High data transmission efficiency and reliable.

Typical applications

• Weather Station;
• Ship navigation;
• Aviation;
• Weather buoys;
• Wind turbines.