Products

Ecolor's self-developed aerospace polymer material electromagnetic flowmeter is suitable for flow measurement and control in industrial and agricultural production processes such as chemical additives, sponge cities, water supply and drainage, water conservancy irrigation, water treatment, sewage treatment (environmental sewage control, chemical sewage, electroplating sewage), paper pulp, slurry, pharmaceutical raw materials, and food. Standard equipped with 485 communication function.

The Measurement and Control Terminal (Hero V9 Series - EC60) is a meticulously developed terminal product integrating data acquisition and wireless communication functions to meet diverse market demands. Relying on GSM SMS or GPRS to build a communication platform, this product has an extremely wide range of applications and has shown prominence in numerous industries such as water supply, water conservancy, agriculture, geology, and environmental protection. It has been extensively applied, especially in the field of carbon emission monitoring.

The Doppler Ultrasonic Flowmeter is an instrument designed for measuring the flow velocity and flow rate of water in natural water areas, channels and pipelines. It adopts ultrasonic technology for flow velocity detection, with the measuring point located in front of the meter body, which does not disturb the flow field. It features high measurement accuracy and linear flow measurement performance, and is capable of measuring both instantaneous and average flow velocity. Free of moving parts, it is immune to sediment blockage and aquatic weed entanglement. Its robust and durable probe eliminates issues such as sediment clogging, aquatic weed or debris entanglement, making it ideal for applications with high sediment suspension content, abundant floating matters like aquatic weeds, and extremely harsh icing conditions.

Ecolor's self-developed split-type electromagnetic flowmeter, made from aerospace-grade polymer material, is suitable for flow measurement and control in industrial and agricultural processes such as chemical additives, sponge cities, water supply and drainage, irrigation, water treatment, wastewater treatment (environmental sewage control, chemical wastewater, electroplating wastewater), paper pulp, slurry, pharmaceutical raw materials, and food. Standard RS485 communication function.

The Vortex Flow Meter is a flow measurement instrument based on the Karman vortex street principle. It is used to measure the flow rate of liquids, gases, and steam, and can also measure turbid liquids containing fine particles and impurities. It is widely used in industries such as petroleum, chemical, pharmaceutical, papermaking, metallurgy, electric power, environmental protection, and food.

The Hydrological Intelligent Monitoring and Control Terminal (Hero V9 Series - EC32), independently developed and produced by Ecolor Technology, features remote data acquisition, control, and communication functions. It can receive operational commands from the host computer to control the actions of end actuators. Furthermore, it can interface with various types of instruments and sensors, such as rain gauges, water level gauges, flow meters, and more. Its application scenarios are extensive, covering areas like flash flood warning, reservoir monitoring, and dam seepage monitoring, effectively assisting relevant departments in precise monitoring and management of hydrological information.

A radar level gauge is an instrument that utilizes radar technology to measure the level height of solid or liquid materials in containers or storage tanks. It is widely used in various industries such as chemical, petroleum, power, water treatment, and food processing. Its main advantages include non-contact measurement, high accuracy, good adaptability, and reliability.

The ultrasonic level meter is an instrument that utilizes ultrasonic technology for liquid level measurement. It is primarily controlled by a single-chip microcomputer and enables non-contact detection of liquid position. The working principle involves emitting ultrasonic pulses, which reflect off the liquid surface and are received by the same sensor. By measuring the time difference between emission and reception, the distance from the sensor to the liquid surface is calculated, thereby determining the level height.

This product has the functions of remote data collection, control and communication. It can receive operation instructions from the host computer and control the actions of the end - execution mechanism. The product is equipped with a color liquid crystal display screen, which can display the collected content and the device status in real - time. It can be externally connected to various types of instruments and sensors, including rain gauges, water level gauges, current meters, flow meters, etc. It is widely applied to projects in industries such as water affairs, water conservancy, steam, gas and electricity that require remote monitoring, measurement management, usage control and equipment control.

The submersible level transmitter operates on the principle that the static pressure of a liquid is proportional to its height. It is manufactured using advanced isolated diffusion silicon sensing elements or ceramic capacitive pressure sensors, which convert static pressure into electrical signals. After temperature compensation and linear correction, these signals are transformed into standard electrical outputs for liquid level measurement.

The self-powered portable remote telemetry terminal Hero V9 series is designed for outdoor operations and underground environments. This device can realize professional and scenario-specific functions such as 'regular timed collection + abnormal high-frequency collection' and 'regular limit alarm + instantaneous mutation alarm' for various sensors, meeting the measurement and control needs of specific scenarios.

The insertion ultrasonic flow meter consists of a wall-mounted transmitter and an insertion sensor. With the latest upgrade, the new transmitter's protection rating has been increased to IP67. Installation only requires drilling two holes on the pipe surface for the insertion sensor. Using a specialized tapping tool, the sensor can be installed without stopping the flow. As the sensor is in direct contact with the fluid, measurement is stable and reliable.

The Intelligent Field Water Measurement Device for Irrigation Districts, independently developed and manufactured by Ecolor, is a modern device for accurately measuring irrigation water flow, playing a key role in efficient water resource management.

The inline ultrasonic flow meter features intuitive data reading, plug-and-play installation with no need for additional parameter settings. It requires no extra sensor installation point selection, offering stable and reliable operation, no pressure loss, and low start-up flow.

The Multi-band Doppler Radar Flowmeter is an independently developed and innovated non-contact fluid flow measurement device by Ecolor. Adopting the proprietary multi-band radar frequency shift technology, it enables continuous data sampling based on the Doppler principle. Relying on the SITUMAN Water Conservancy COSP Model, the device accurately calculates the water level, flow velocity and flow rate parameters of the measured fluid. In addition, it innovatively integrates a camera function to provide real-time feedback on on-site working conditions, addressing the industry-wide pain point of "focusing solely on data while ignoring on-site situations".

The metal tube variable area flow meter, also known as a rotameter, is suitable for measuring gases, steam, and liquids. It is particularly suitable for measuring media such as water, hydrocarbons, anti-corrosion protectants and lubricants, chemicals and additives, solutions, superheated steam, air, industrial gases, etc.

The Visual Radar Water Level Gauge series is independently innovated and developed by Ecolor. Notably, the device breakthrough integrates a high-definition camera function, enabling real-time feedback of on-site conditions. Users can intuitively monitor water level and environmental dynamics without being physically present. Traditional radar only shows waveforms, while Ecolor's radar shows the actual site, solving the industry pain point of 'focusing only on data, not the site'.

A pre-integrated, all-in-one outdoor monitoring station for convenient water environment surveillance. It incorporates sampling, pretreatment, analytical instruments, auxiliary systems, security, control & data services, and AI analysis within compact housings (4㎡, 8㎡, etc.). It enables automatic measurement of water quality, hydrology, and meteorological parameters, identification of surface floating debris, and management of structured/unstructured data. Designed for grid-based deployment in river networks, it leverages IT and big data to support water environment assessment, early warning, scientific regulation, and management performance evaluation.

The Residual Chlorine Analyzer is a specialized instrument for detecting residual chlorine concentration in water. It is widely used in water plants, power generation, pharmaceuticals, chemical industry, food and beverage, and other sectors. It enables real-time monitoring or rapid detection of residual chlorine content in drinking water, industrial process water, etc., ensuring water quality compliance with relevant standards.

The suspended solids/sludge concentration meter is designed for online monitoring of suspended solids concentration in municipal and industrial wastewater treatment processes. It is ideal for tracking activated sludge concentration changes in biological treatment, delivering continuous and accurate measurements.

This product is widely used for online turbidity monitoring in water treatment plants (e.g., inlet, sedimentation tank), wastewater treatment plants, and various industrial process water and wastewater treatment applications.

The Flow-Through Turbidity Meter is an intelligent online chemical analyzer widely used in industries such as thermal power, chemical fertilizer, metallurgy, environmental protection, pharmaceuticals, biochemistry, food, and tap water.

A precision instrument for testing and controlling liquid pH value and oxidation-reduction potential (ORP). Featuring electrochemical principle, microcomputer design, easy operation and maintenance. Unaffected by color, turbidity, colloids, oxidants, or reducing agents. Suitable for various media including clean water, wastewater, industrial water, and chemical reagents.

This conductivity meter is widely used in thermal power, chemical fertilizer, metallurgy, environmental protection, pharmaceutical, biochemical, food, and tap water industries. It provides continuous monitoring of solution conductivity, total dissolved solids (TDS), resistivity, and temperature.

The Dissolved Oxygen Online Analyzer is an intelligent online optical analysis instrument, widely used for continuous monitoring of dissolved oxygen, saturation, and temperature in solutions across industries such as thermal power, chemical fertilizer, metallurgy, environmental protection, pharmaceuticals, biochemistry, food, and tap water. Continuous monitoring data can be transmitted remotely via isolated transmitter outputs connected to recorders, or via the RS485 interface using the Modbus-RTU protocol for easy integration into computer systems for monitoring and recording.

The dual rotor flow meter is widely used in petroleum, chemical, metallurgy, electronics, and port industries. It is particularly suitable for custody transfer measurement of industrial liquids such as crude oil, refined oil, and heavy oil.

A mechanical water meter is a traditional flow measurement instrument primarily used to measure the volume of water flowing through pipelines. It is suitable for various scenarios including household water metering, residential community property management, commercial buildings, industrial production, urban water supply systems, and agricultural irrigation.

The ultrasonic water meter is a new type of water meter that measures and displays flow based on the ultrasonic time-difference principle. It comes standard with an M-BUS interface, enabling integration with M-BUS buses and other communication devices to form a remote meter reading management system. Management departments can read data from the meter at any time, facilitating the statistics and management of user water consumption.

The Roots flow meter is a type of positive displacement flow meter. It features novel design, aesthetic appearance, and rational structure. Characterized by light weight, high accuracy, and easy installation, it is widely used for oil measurement in sectors such as petrochemicals, power, metallurgy, transportation, national defense, and commerce.

Measures pure liquids without pipe cutting, ideal for non-invasive measurement of relatively clean liquid flow. Widely used in water flow measurement, industrial circulating water, air conditioning chilled water, raw water, high-pressure water, and tap water applications.

The orifice plate flow meter is a high-range-ratio differential pressure flow device composed of a standard orifice plate paired with a multi-parameter differential pressure transmitter (or differential pressure transmitter, temperature transmitter, and pressure transmitter). It can measure the flow of gases, steam, liquids, and natural gas, and is widely used for process control and measurement in petroleum, chemical, metallurgy, power, heating, water supply, and other fields. It features a simple structure, easy maintenance, and stable performance.

The precession vortex flow meter integrates flow, temperature, and pressure detection functions, and features automatic temperature, pressure, and compressibility factor compensation. It is an ideal instrument for gas measurement in industries such as petroleum, chemical, power, and metallurgy.

The oval gear flow meter is a typical positive displacement flow meter used to measure the flow rate of liquids filling a pipeline under certain pressure. It features simple structure, high accuracy, reliable operation, no special requirements for the flow field at the inlet and outlet pipes, and a wide range of applicable fluid viscosities and flow rates. Therefore, it is widely used for liquid flow measurement in industrial and commercial sectors such as petroleum, chemical, pharmaceutical, transportation, and food industries. The oval gear flow meter is particularly suitable for measuring petroleum products and fuels.

The Coriolis Mass Flow Meter is a new type of flow measurement instrument developed based on the Coriolis force principle. It can directly measure the mass flow of fluid and the density of the medium in a closed pipeline, and consists of a flow measurement sensor and a signal converter.

The liquid turbine flow meter features simple structure, lightweight, high accuracy, excellent repeatability, fast response, and easy installation and maintenance. It is suitable for measuring liquids in closed pipelines that are non-corrosive to stainless steel, 2Cr13, corundum Al₂O₃, and hard alloys, and contain no fibers or particulate impurities, with a viscosity less than 5×10⁻⁶ m²/s at operating temperature. For liquids with higher viscosity, on-site calibration is required. When paired with display instruments with special functions, it enables quantitative control and over-limit alarm. Widely used in petroleum, chemical, metallurgy, water supply, papermaking, and other industries, it is an ideal instrument for flow measurement and energy conservation.