German HYDAC Handheld Oil Pollution Detector in Stock, Shanghai Weite Rui

German HYDAC Handheld Oil Pollution Detector in Stock, Shanghai Weite Rui

This detector is based on the principle of laser scattering, which uses a built-in laser light source to irradiate the measured medium and detects the scattering characteristics of oil particles on light. When the medium containing oil particles flows through the detection unit, the laser beam interacts with the oil particles to produce scattered light. The high-precision photoelectric sensor captures the scattered signal, and the signal processing module converts the light signal into an electrical signal. Then, the microprocessor calculates the concentration, particle size distribution and other parameters of the oil particles according to the preset algorithm, and finally displays the detection results in real time on the display screen

Internal structural advantages

Core detection unit

Using a highly stable laser diode as the light source, it has the characteristics of good monochromaticity, high brightness, and long lifespan, ensuring the stability and consistency of the detection light source. Paired with high-precision photomultiplier tubes as receiving elements, it can effectively capture weak scattered light signals and improve detection sensitivity

Signal processing module

集成高速A/DConverter and digital signal processor（DSP）It can quickly filter, amplify, and analyze the collected electrical signals, shorten response time, and ensure the real-time and accuracy of detection data

Design of microfluidic channels

The internal fluid channel adopts precision machining technology, and the inner wall of the channel is smooth, reducing fluid flow resistance and turbulence, ensuring smooth flow of the medium through the detection area, and avoiding the impact of flow field disorder on detection accuracy

Integrated structural layout

The layout of each core component is compact and reasonable. By optimizing the internal circuit connections, signal interference is reduced, and the anti-interference ability and overall stability of the equipment are improved. At the same time, the device is compact in size and easy to operate handheld

Applicable Industries

Petrochemical industry

It can quickly detect the oil pollution content in crude oil, refined oil, chemical raw materials and other media, timely detect oil pollution problems in the production process, ensure product quality, and avoid unqualified products from entering the market. Real time monitoring of medium pollution in pipeline transportation, tank storage, and other processes to prevent equipment corrosion and blockage

power industry

Used to detect oil particles in insulation oil and lubricating oil such as transformer oil and turbine oil, evaluate oil quality, determine whether equipment has wear, leakage and other faults, provide basis for equipment maintenance, and ensure safe and stable operation of power equipment

Mechanical manufacturing industry

During the assembly, debugging, and maintenance process of mechanical equipment, the oil contamination content in lubricating oils such as hydraulic oil and gear oil can be detected in a timely manner to prevent equipment wear from worsening due to oil quality issues and extend the service life of the equipment

environmental protection industry

Used for rapid detection of oil pollution content in environmental samples such as water and soil, providing data support for environmental monitoring and pollution control, helping environmental protection departments to timely grasp the pollution situation and take effective control measures

Features and Advantages

Strong portability

The device is designed to be compact, lightweight, and easy for operators to hold and carry. It can be flexibly used in different testing sites, especially suitable for testing work in special environments such as the wild and high altitude

Fast detection speed

The detection technology and signal processing algorithm used only take a few seconds from sample collection to display results, greatly improving detection efficiency and meeting the needs of rapid detection

Easy to operate

Equipped with an intuitive operating interface and simple button layout, operators can proficiently operate after simple training. Built in intelligent guidance function, which can guide users to complete the detection process and reduce the difficulty of operation

Data storage and transmission function

Equipped with a large capacity data storage function, it can store a large amount of detection data, making it convenient for subsequent data queries and analysis. supportUSBBluetooth and other data transmission methods can quickly transfer detection data to computers or mobile devices, facilitating data management and report generation

low-power design

Adopting low-power components and optimized power management system, with built-in high-performance lithium battery, it can work continuously for several hours on a single charge, meeting the needs of long-term on-site testing

Functional scope

Can achieve the concentration and particle size distribution of oil particles in liquid media（0.5-100 μm）Detection; Equipped with automatic calibration function, the equipment can be calibrated regularly to ensure detection accuracy; Support multiple detection mode options, such as real-time detection, timed detection, continuous detection, etc; Can display trend charts of detection data, intuitively reflecting the changes in oil pollution content; Alarm threshold can be set, and when the detection result exceeds the threshold, an automatic sound and light alarm will be issued

Usage process

preparation

Check if the device's battery is sufficient, and charge it promptly if the battery is low; Prepare the samples to be tested and sampling tools; Perform a power on self-test on the device to ensure that all components are functioning properly

Sample collection and injection

Use a dedicated sampler to collect samples of the medium to be tested, ensuring that the samples are representative; Slowly inject the sample into the detection unit through the injection port to avoid generating bubbles that may affect the detection results

Detection operation

Select the appropriate detection mode and parameter settings on the operation interface; Start the detection program, the device automatically performs detection and displays detection data in real-time; Maintain equipment stability during the testing process and avoid severe vibrations

Data recording and analysis

After the detection is completed, record the detection results and export the data to the computer through the data transmission function; Analyze the detection data to determine whether the oil contamination content of the medium meets relevant standards and requirements

Equipment cleaning and maintenance

After the testing is completed, use specialized cleaning solution to clean the testing unit to prevent residual media from contaminating the next testing; Turn off the device power and store it in a dry and ventilated environment

Application field scenarios

Industrial production site

Real time oil pollution detection is carried out on various liquid media during the production process in the production line, tank area, pipeline system and other places of the factory, to timely detect production abnormalities and ensure production safety and product quality

Equipment maintenance and upkeep

Regularly inspect the lubricating oil, hydraulic oil, etc. of mechanical equipment, evaluate the oil quality, determine whether it is necessary to replace the oil, prevent equipment failures in advance, and reduce maintenance costs

environmental monitoring

Collect samples from water bodies such as rivers, lakes, oceans, and soil to detect oil pollution levels, providing data support for environmental quality assessment and pollution control

scientific research experiment

Used in the laboratory for various oil performance research, oil pollution control technology development and other experimental processes to detect oil pollution content, providing accurate data basis for scientific research work

Installation method

This handheld oil pollution detector does not require complex installation and adopts a portable design, allowing operators to directly hold the device for detection. During testing, simply connect the injection tube to the sampling point of the medium to be tested, ensuring a tight connection and no leakage. For situations that require fixed testing, the equipment can be fixed in the appropriate position for testing through the fixed bracket provided with the equipment

Precautions

Operational Security

When detecting flammable and explosive media, it is necessary to operate in a safe environment to avoid sparks; Avoid contact with high temperature and corrosive substances during equipment use to prevent equipment damage

Sample processing

When collecting samples, relevant specifications should be followed to ensure the representativeness and authenticity of the samples; If the sample contains a large amount of impurities or particles, it should be filtered to avoid damaging the detection unit

Equipment Calibration

Regularly calibrate the equipment according to the requirements of the equipment manual, and it is recommended to calibrate it every six months to ensure the accuracy of the test data. Calibration standard samples should meet the requirements of relevant standards

maintenance

Keep the equipment clean and regularly wipe the equipment casing, display screen, etc; The detection unit is the core component of the equipment and should avoid collisions and severe vibrations to prevent damage to internal components

Battery usage

When the device battery is low, it should be charged in a timely manner to avoid excessive discharge affecting battery life; When the equipment is not used for a long time, it should be fully charged and stored, and regularly charged and maintained

German HYDAC Handheld Oil Pollution Detector in Stock, Shanghai Weite Rui

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