Level Measurement Technology  Manufacturers, Traders, Suppliers

Measuring, controlling, regulating and evaluating - when it comes to pioneering automation and digitalisation technology, the ifm group of companies is a pioneer and partner. Since the company was founded in 1969, ifm has been developing, producing and selling sensors, controllers, software and systems for industrial automation and digitalisation worldwide. Today, the ifm group of companies is one of the global industry leaders with around 9,055 employees.

• High reliability due to the omission of mechanical components.
• Measurement methods: guided microwave, capacitive and hydrostatic.
• Outputs for continuous or level measurement.
• LED display for direct indication of the filling level on site.
• Suitable for common industrial and process liquids.

* High reliability due to the omission of mechanical components.
* Measurement methods: guided microwave, capacitive and hydrostatic.
* Outputs for continuous or level measurement.
* LED display for direct indication of the filling level on site.
* Suitable for common industrial and process liquids.

Requirement The levels in various containers such as pre-stack, silo, intermediate storage, mixing and process tanks must be monitored. Conversion ifm pressure sensors of the PI series are used to query the filling level and record the system pressure. Customer benefits The overload-proof and drift-free ceramic measuring cell of the highest purity (99.9%) in conjunction with an O-ring free sealing concept enable maintenance-free and long-term stable operation of the pressure sensor.

Level Monitoring Components
WAMGROUP offers a vast range of components for Level Measuring and Monitoring for powdery and granular materials stored in various types of bins, silos or hoppers.

• Bin Level Indicators - ILT Mass-produced
• Continuous Level Measurement System - ILS For all kinds of powdery or granular materials
• Bin Level Indicators - ILV For all kinds of powders or granular materials

In 1945, Walter Pepperl and Ludwig Fuchs founded a small radio workshop in Mannheim, Germany, based on the principles of inventiveness, entrepreneurial foresight, and self-reliance. The experience they acquired was transformed into new ideas, and they continued to enjoy developing products for customers. The eventual result was the invention of the proximity switch. This innovation represented the starting point of the company's success story.
Today, Pepperl+Fuchs is known by customers around the world as a pioneer and an innovator in electrical explosion protection and sensor technology. Our main focus is always on your individual requirements: With a passion for automation and groundbreaking technology, we are committed to working in partnership with you now and in the future. We understand the demands of your markets, developing specific solutions, and integrating them into your processes."

KROHNE is a global manufacturer and provider of instrumentation, measurement solutions and services. Founded in 1921 and headquartered in Duisburg, Germany, we offer extensive application knowledge and local contacts for instrumentation projects in over 100 countries. KROHNE stands for innovation and high quality products as one of the market leaders in the process industry.
KROHNE specializes in process measurement – from field instrumentation to system solutions – and is a full-service provider for flow, level, pressure, temperature and process analytics products, accompanied by a broad range of services. We have proven experience working with many customers across most industries, including but not limited to chemical, oil & gas, food & beverage, water & wastewater, power generation and distribution, marine, as well as mechanical and plant engineering.
Today, KROHNE employs more than 4,000 people, operates 15 production facilities and owns 44 companies worldwide while remaining an independent, family-owned company. Our aim is to provide the right measurement solutions for our customers’ process measurement applications. We achieve this by manufacturing innovative, reliable, high-quality products and services, employing qualified and motivated people and maintaining long-term, reliable partnerships with our business partners.

Laser ranging sensor material level measurement technology is a method used to measure the level of materials in a particular area or container. It uses a laser ranging sensor to determine the distance between the sensor and the material surface. This technology is widely used in various industries such as construction, mining, and manufacturing.
The technology works by emitting a laser beam towards the material surface. The beam is then reflected back to the sensor. The time it takes for the beam to return is used to calculate the distance between the sensor and the material surface. The sensor then converts this distance into a level measurement.
There are several benefits to using this technology. It is highly accurate, reliable, and can measure levels in large areas or containers. It is also non-contact, meaning it does not need to physically touch the material to measure its level. This makes it ideal for measuring levels of hazardous or hard-to-reach materials.
However, this technology also has some limitations. For example, it may not work well with materials that do not reflect the laser beam effectively, such as liquids or shiny surfaces. It can also be affected by environmental conditions such as dust or fog.
Despite these limitations, laser ranging sensor material level measurement technology continues to be a valuable tool in many industries. Its high accuracy and reliability make it a preferred method for level measurement.

1. What are the characteristics of Chengdu laser ranging module?
Chengdu laser ranging module has the following characteristics:

• High-precision ranging: precise measurement is achieved through laser technology, with an accuracy of several millimeters.
• Long measuring range: Able to measure long distances in indoor or outdoor environments, often reaching tens of meters.
• Fast response time: With fast measurement and data output functions, the response time is usually within a few milliseconds.
• Stable and reliable: The module uses high-quality materials and advanced technology to provide stable and reliable performance.
• Compact and portable: The module is compact and lightweight, making it easy to integrate into various devices and systems.

2. What application scenarios are industrial ranging sensor modules suitable for?
Industrial ranging sensor modules are suitable for many application scenarios, including but not limited to the following areas:

• Automated production line: used to detect object position, distance and speed in real time to achieve precise positioning and control.
• Unmanned driving and smart vehicles: used to measure and sense the distance of obstacles in the surrounding environment to achieve precise obstacle avoidance and navigation.
• Security monitoring: used to detect and identify the distance and movement information of human bodies or objects in a specific area to achieve intelligent security applications.
• Robotics: Used for robot positioning, navigation and obstacle avoidance to improve robot intelligence and operational performance.
• Surveying and cartography: Used to measure distance and height information of buildings, terrain, landforms, etc. to produce accurate maps and 3D models.

3. How to use Chengdu laser ranging module?
Chengdu laser ranging modules usually need to be connected and controlled through hardware interfaces. Specific steps are as follows:

• Correctly connect the module to the corresponding interface of the main control device.
• Set appropriate working parameters, such as ranging range, measurement accuracy, etc.
• Send measurement instructions or trigger signals through the main control device to activate the module for measurement.
• After the module completes the measurement, it transmits the ranging data to the main control device through the hardware interface.
• The main control device performs corresponding processing and application based on the received data.

4. How to choose industrial ranging sensor modules?
The following factors should be considered when selecting industrial ranging sensor modules:

• Measurement accuracy: Choose the appropriate measurement accuracy according to actual needs. The accuracy of different modules varies.
• Working range: Select the appropriate module according to the distance range that needs to be measured to ensure that it can meet the application requirements.
• Interface and communication: The module should have suitable interface and communication methods to facilitate connection and data transmission with the main control device.
• Reliability and Stability: Choose modules of high quality and reliability to ensure long-term stable performance and service life.

-Easy to integrate and use: Choose modules that are easy to integrate and use to quickly build and develop the system.

JRT laser ranging sensor measurement module
Application areas:
Drones, robots, smart security, medical industry, engineering surveying, construction industry, cranes, truck height measurement, warehousing logistics, smart agriculture, laser printers, granary measurement, elevator cables, drone cameras, can be connected to Raspberry Pi, Underwater robots, underwater projects, sewers, rail projects, medical (chest X-ray), bridge deformation monitoring, sand pile ranging, oil barrel ranging, smart pharmacies, mobile phone integration, warehousing AGV robots, granaries, industrial mapping mobile phones, vision Camera, robot anti-collision, well drilling depth, automatic sliding door, self-service refueling, forklift anti-collision, machine room polishing blade replacement, gun sight, rangefinder, marine research, wooden floor, tunnel, drone height determination, thermal imaging camera , construction, mobile survey, university scientific research, fixed distance measurement, snow measurement, security, monitoring, coal mine, thermal imager, outdoor distance measurement, night vision device, Amap infrared, military industry, Arduino, auxiliary measurement, sightseeing elevator, escalator measurement , vehicle vehicle testing, smart transportation, pedestrian detection, cross-country skiing, water level measurement, feed silo, home improvement rangefinder, smart street light.
Subway station applications (subway wheel distance measurement, train tunnel top, railway track)
Mining equipment (coal mining, coal mines, coal bunkers, mine tunnels, coal mine tunnel ranging).
3D modeling handheld testing equipment, adding a thermal radiation tester, measuring the displacement of the automobile production line, measuring the distance from the instrument to the vibration target, measuring moving metal surfaces, shooting ranging handheld equipment, speedometer calibration system, automatic classification of waste management Pick.