Liquid-ELETTA Flow Monitors

Small Cooling Circulation System Alita provides users with a complete cooling water circulation and deionized water control process. The structural layout, equipment selection, automated instrument control, and manufacturing process all pursue the best and most innovative solutions. Widely used in emerging fields such as medicine and scientific research.

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Handheld wastewater analyzer

A simple, quick, and reliable handheld wastewater measuring instrument, three-in-one, can measure dissolved oxygen, sludge interface, and suspended solids indicators with different probes.

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YT-800 Underwater Cleaning Robot

Traditional cleaning methods require emptying water towers or potable water reservoirs, followed by manual cleaning or the deployment of divers. Either method necessitates taking the reservoir offline, causing significant disruption to the main water supply system. Emptying the reservoir is time-consuming, manual cleaning is labor-intensive, and deploying divers carries the risk of water contamination. Our underwater cleaning robot is designed to efficiently clean without shutting down the reservoir or requiring personnel to enter the water.

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VR600 Underwater Cleaning Robot

Traditional cleaning methods require emptying water towers or potable water reservoirs, followed by manual cleaning or the deployment of divers. Either method necessitates taking the reservoir offline, causing significant disruption to the main water supply system. Emptying the reservoir is time-consuming, manual cleaning is labor-intensive, and deploying divers carries the risk of water contamination. Our underwater cleaning robot is designed to efficiently clean without shutting down the reservoir or requiring personnel to enter the water.

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EB88 Series Magnetic Float Level Gauge

The EB88 magnetic level gauge (sensor) consists of a reed switch, precision resistor, and amplifier-transformer circuit. When the magnetic force lines of the magnetic float act on a certain position of the level sensor, the reed switch in that position closes. The magnetic float follows the changes in liquid level (interface) height, and the amplifier-transformer circuit converts the changes in liquid level (interface) height into a linear 4~20 mADC signal output, achieving the detection and transmission of the liquid level (interface) position signal. The EB88 series magnetic level gauge (sensor) uses high-quality sensing elements and signal converters, and has excellent long-term stability and reliability.

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EB87 Series Magnetic Float Level Switch

The EB87 series magnetic float liquid level switch consists of a reed switch and a magnetic float. Based on the principle of buoyancy, it uses a float with a magnetic component to drive the reed switches at corresponding positions in the measuring tube to close or open as the liquid level rises and falls, thereby achieving detection and control of the high and low liquid level status. The EB87 series magnetic float liquid level switch can be configured with up to 8 switches for 8-point detection. The magnetic float liquid level switch works without direct contact with the measured medium, has no mechanical wear on the contacts, and does not require an external power supply to operate.

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ELT30 series submersible level transmitter

The ELT30 Immersion Level Transmitter is a choice that meets all high-demand liquid level measurement applications.

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EB86 series magnetic level gauge

Magnetic level gauges are suitable for level measurement in open or pressure vessels. Due to its special design, this instrument is particularly suitable for use in corrosive, harmful or flammable media and harsh environments. No power supply is required for on-site level indication. This instrument can also optionally be fitted with an electric remote transmission system and limit switches, either simultaneously or separately.

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EPT series submersible level transmitter

■ Submersible level transmitters are based on the principle that the hydrostatic pressure of the measured liquid is proportional to its height. They use the piezoresistive effect of diffused silicon or ceramic sensing elements to convert hydrostatic pressure into an electrical signal. After temperature compensation and linear correction, it is converted into a 4~20mA standard current signal output. ■ The transmitter part of the submersible level transmitter can be directly immersed in the liquid. The transmitter part can be fixed with threads or brackets, making installation and use extremely convenient. ■ Widely used in environmental protection, water conservancy, power plants, urban water supply and drainage, hydrological exploration and other fields for liquid level measurement and control

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M-DP series differential pressure transmitter

M-DP uses a unique method to measure differential pressure. It uses two independent absolute piezoresistive pressure sensors to create separate pressure information for the microprocessor. The microprocessor then performs digital correction and calculation of differential pressure, static pressure, and temperature or flow. The compact and robust design makes it easy to connect to any primary element.

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