DM72C-Wifi CO2 Meter
This device functions as an air quality monitor, designed to detect Carbon Dioxide (CO2), Temperature, and Humidity. It features integrated sensors that offer real-time tracking of CO2 levels, temperature, and humidity, showcasing this information on its display.
Features of DM72C-Domestic Wifi CO2 Meter
CO2 Meter with TUYA WIFI APP;
Transfer to mobile phones -Wifi connect;
CO2, Temperature, Humidity
Parameters of DM72C-Wifi CO2 Meter
Wifi connect, built in Tuya moduel, tuya app
History Records save, 4.3 inch LCD display
temperature unit between Celcius and Fahrenheit Switch
CO2 Technology infrared ( NDIR)
Temperature and Humidity sensor
LCD screen display, 24 hours real-time monitoring
Detection range
CO2 test range 400ppm -5000 ppm
Power supply rechargeable Li-battery 3000mah
As a hardness tester company, we will do our best to meet all the needs of customers.
EU100 Eletromagnetic Ultrasonic Thickness Gauge
Pen type electromagnetic ultrasonic thickness gauge manual is an ultra-small non-contact measurement instrument without coupling agent, which can measure the thickness of metal materials at room temperature and high temperature. It is suitable for titanium, aluminum, steel, stainless steel, alloy steel, carbon steel, cast steel, etc.
Features of EU100 Eletro Magnetic Wall Thickness Gauge
Ergonomically optimized design. Compact structure, ultra-small size, easy to carry, fit the sense of grip.
Accurate thickness measurement, measurement through coating, no coupling agent and grinding of workpiece surface are required. Paint, coating and unevenness are allowed on the tested surface.
Various material sound velocities are pre-stored in the instrument, and material sound velocities can be added and deleted dynamically at the same time. The sound velocity calibration increases the temperature compensation function and improves the measurement accuracy.
High Definition LCD color screen display, suitable for a variety of measurement environments under different light levels.
It is equipped with upper computer software to facilitate reading of various data.
Parameters of EU100 Eletromagnetic Ultrasonic Thickness Gauge
Measurement range 1~250mm Measurement 0.05mm
accuracy
Lift-off clearance 0~2.5mm Adjustable range of 1000~9999m/s
sound velocity
Probe frequency 4MHZ Continuous working time 4h
Environment -20â??~+50â?? Size and weight 170*40*35mm 250g
temperature
High temperature sound Automatic compensation Excitation mode Permanent magnet
velocity compensation
Temperature range of -150â??~800â??(Higher temperature Error range â?¤10mm,error�±0.05mm
inspected workpiece can be customized) ï¼?10mm�±(0.01+H/200)mm
(H is the thickness of the workpiece)
Probe type Normal temperature probe is standardly Power supply Lithium battery
equipped, high-temperature probe is
optionally equipped.
Standard Delivery of EU100 Eletromagnetic Ultrasonic Thickness Gauge
Name Quantity
Host 1
USB charger 1
Test block (carbon steel, stainless steel) 2
Manual 1
Instrument box 1
Certificate 1
Optional Delivery of EU100 Eletromagnetic Ultrasonic Thickness Gauge
Name Quantity
Industrial PAD 1
mobile phone 1
High temperature probe 1
As a hardness tester factory, we will do our best to meet all the needs of customers.
F105/F305/F505/F505H Advanced Test Stand Frame
This series of force testing machines is engineered for both tension and compression testing, offering force capacities of up to 500 lbF (2.2 kN). Customers can choose between vertical and horizontal models, complemented by a wide selection of force sensors, grips, and fixtures to suit various testing needs.
The IntelliMESUR�® software facilitates the setup of tests, as well as the recording and analysis of data, seamlessly integrating with the Series F systems. Users have the option of a pre-configured tablet control panel or standalone software compatible with Windows devices for control and data management.
For those looking to delve deeper into material properties, an optional Materials Testing Calculations Module is available. This module provides a range of standard calculations, including tensile strength, Youngâ??s modulus, yield point, among others, to thoroughly characterize and analyze material behavior.
Additionally, an optional module for Coefficient of Friction (COF) Measurement is offered, expanding the capabilities of the force testers to meet diverse testing requirements.
Features of F105/F305/F505/F505H Advanced Test Stand Frame
1. Rigid and precise by design
Rigid frames and extrusion designs,. Factory compensating the test frames and force sensors control the position accuracy of �±0.002 in / 0.05 mm under any load, any position.
Linear guideway ensure the smooth, quiet operation, with virtually no speed change with load.
2. Convenient modular
Frame bases can be easily removed and extended. Most electronics parts are housed in the frame, easily accessed and replaced.
3. External limits switch
Solid-state upper and lower limitsâ?? switches may be set the test limits or testing exception. Dual-graduated rulersâ?? aid with switch placement.
4. Perfect force sensor interface
Series FS05 force sensors mount the crosshead of model F105, F305, F505, F505H, no connection cables. Ranges from 0.12 to 500 lbF /0.5 N to 2.5 kN/. Accurate to �±0.1% of full scale.
Series R07 S-beam force sensors is with higher force ranges, compatible with Plug&Test technology. Ranges from 50 to 1,500 lbF /250 N to 7.5 kN/. Accurate to �±0.15% of full range.
Flaw Detector
A ndt flaw detector is an instrument utilized in non-destructive evaluation to detect and pinpoint imperfections or defects within materials or structures. It utilizes various techniques such as ultrasonic, magnetic particle, or eddy current testing to detect cracks, voids, or other imperfections that may compromise the integrity of the object being tested. The wire rope flaw detector provides accurate and reliable results, allowing for timely repairs or maintenance to prevent potential failures or accidents. This is frequently employed across various sectors, including manufacturing, construction, aerospace, and the oil and gas industry.
Types of Flaw Detector
B-100S Magnetic Yoke Flaw Detector
The Magnetic Yoke Flaw Detector boasts a compact and reasonable design, featuring a small size, lightweight construction, and portability.
UF100 Ultrasonic Flaw Detector
This ultrasonic portable eddy current flaw detector, designed for digital use, boasts a sleek, compact design, stable waveforms, robust durability, high sensitivity, and swift responsiveness. With the capability to reach a maximum repetitive emission frequency of 1000Hz, it stands out as an exceptionally portable product for ultrasonic flaw detection.
WF770 Welding Flaw Detector
WF770 is an advanced portable flaw detector designed for welding inspections. It is capable of testing various types of welds, including resistance welding, laser welding, Arplas welding, ring welded nuts, and welded rivets, among others.
What Is The Function Of Flaw Detector?
Flaw detection
The primary function of a flaw detector is to identify and locate flaws or defects in materials such as cracks, voids, inclusions, or discontinuities. It uses various techniques like ultrasonic, magnetic particle, or eddy current testing to detect these flaws.
Flaw sizing
Once a flaw is detected, a flaw detector can also measure the size or dimensions of the flaw. This helps in determining the severity of the defect and deciding on appropriate repair or maintenance actions.
Material characterization
Flaw detectors can also be used to analyze the properties of materials. By examining the response of the material to different testing techniques, it can provide information about the material's composition, structure, or integrity.
How Does A Flaw Sensor Work?
Flaw Detector
A flaw sensor is a device used to detect and identify flaws or defects in a material or structure. It works by emitting a signal, such as ultrasound or electromagnetic waves, into the material being inspected. This signal interacts with the material and its internal structure, causing reflections or changes in the signal. The flaw sensor then receives and analyzes these reflections or changes to determine the presence and characteristics of any flaws or defects.
