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Suppliers provide these types of ultrasonic liquid level gauges in bulk to buyers.
Yokogawa fixed ultrasonic level transmitters provide permanent measurement solutions. The transmitters mount on tanks or vessels' tops and continuously monitor liquid levels. They use numerical signal processing for high precision. Fixed transmitters are ideal for steady processes in industries like chemicals and water treatment.
Guided Yokogawa ultrasonic level transmitters use a probe that sends ultrasonic waves. These waves travel down and reflect back from the liquid surface. The transmitter then calculates the liquid level by measuring the time it takes for the waves to return. They work well in narrow tanks and harsh environments. They are suitable for viscous or turbulent liquids in the oil and gas sector.
Yokogawa portable ultrasonic transmitters are handheld devices. These devices measure liquid levels quickly and accurately. Users can take these equipment to various locations for spot checks. They are ideal for maintenance teams who need to perform quick inspections. These instruments are useful in fieldwork where mobility is important.
Suppliers provide EPA-allowed ultrasonic level transmitters to buyers in bulk. These ultrasonic level transmitters are for customers who want their products to meet environmental regulations. Yokogawa's EPA-approved transmitters use energy-efficient techniques. They reduce emissions and environmental impact while providing accurate measurements.
In the durability and material section, the level gauge details come into focus.
Plastic housing transmitters come with resistance to many corrosive liquids. These liquids might damage metal components. Plastic housings also offer a lightweight option for easy installation. This feature is beneficial in hard-to-reach areas. Stainless steel, another housing material, combines durability and resistance to corrosion. It also provides a rugged design for harsh conditions.
Stainless steel sensors in Yokogawa ultrasonic level transmitters offer robust durability. This feature makes them suitable for harsh chemical environments. Stainless steel can withstand high pressure and temperatures. It also provides long-lasting performance. Other material options may include PVD-coated transducers. These offer additional protection against wear and tear. Such durability ensures consistent performance over time.
Many Yokogawa ultrasonic level transmitters feature IP67 or IP68 ratings. These ratings protect against dust and water ingress. These ratings are useful for outdoor applications or those exposed to extreme weather conditions. Transmitters with high-quality seals prevent damage from particles or water. This factor ensures reliable operation in various settings. For example, Yokogawa transmitters are resilient in oil and gas, water treatment, and chemical industries.
The following sections explore the commercial benefits and industry applications of level sensors.
Yokogawa ultrasonic models have applications for people in farming. They help databases monitor water levels in irrigation systems and ponds. Maintaining the right water levels ensures plants get the water they need to grow well. The sensors work well in outdoor farming spaces and provide precise water level data. This data helps farmers manage their irrigation systems better, leading to healthier crops.
Water treatment plants have many fluids to manage. Luckily, they can do it all with the accurate Yokogawa ultrasonic level transmitters. The plants use the sensors to monitor water and waste levels in tanks and ponds. Knowing these levels helps the plants manage their processes efficiently and treat water effectively. It also prevents overflow and ensures the water is at the right level for treatment.
The marine and shipping industry uses these transmitters to measure fluid levels in boats and ships. Knowing the fluid levels improves safety and efficiency during voyages. The sensors also work well in the rough marine environment and give accurate readings. This durability ensures that ships monitor their fuel, ballast, and other fluids reliably.
Factories that make all sorts of products need the transmitters. They use them to keep an eye on the levels of liquids like chemicals, fuels, and other necessary materials. The sensors give precise measurements that help the factories manage their supplies and keep processes running smoothly. The level gauges are tough enough to handle the hard work in industrial settings. They are also accurate even when measuring high viscosity fluids.
When choosing Yokogawa ultrasonic transmitters, buyers should consider the factors below.
Buyers should consider the tank size and shape when choosing ultrasonic liquid level gauges. Fixed transmitters work well for large tanks. They provide continuous measurements over great distances. Guided sensors are ideal for smaller or narrower tanks. They offer precise readings in limited spaces. So, buyers with small tanks should prioritize the guided sensors.
Customers in chemical-heavy environments should consider the materials of the transmitters. Likewise, buyers in such sectors should prioritize the sensors. They are durable and resistant to chemicals. The active ultrasonic water level sensor has stainless steel housings that can withstand harsh chemical environments. Meanwhile, plastic housing is for outdoor applications. They are for users who need the sensors to work effectively while exposed to the elements.
Buyers should ensure that factories measure compatible liquids with the level transmitters. Choose guided sensors for viscous, foamy, or turbulent liquids. The sensors provide accurate readings, even in challenging fluid conditions. The expert models work well for any liquid. The experts design them to handle various materials, including those with foam.
For high-accuracy needs, buyers should choose transmitters with a narrow measurement range. Conversely, those with large tanks and need span greater than 30 meters should go for the gadgets. Users also need to consider the accuracy level. Factories that operate in extreme temperatures or high-pressure environments should use a transmitter with compensation technologies.
A. The ultrasonic level gauge will struggle to measure accurately if the liquid has foam on top. Moreover, the foam will absorb or deflect the sound waves. Changes in temperature can also affect the sound waves. If there is steam above the liquid surface, its condensation will change the sound waves' path. Buyers should get transmitters with echo-pulse technology. Its advanced technology helps measure accurately despite surface interference.
A. Most guided ultrasonic level sensors work well with viscous fluids. The fluids help complete the ultrasonic waves inside the gauge. Heavy liquids like sludge, syrup, or water with a high mix will not affect the sensors. They are ideal for such challenging conditions. The experts recommend cleaning the tank regularly when using this sensor. A dirty probe will compromise accuracy.
A. Open containers like rivers, ditches, or any other outdoor space have no barrier. So, there is nothing to stop sound waves from moving to the air above the liquid. This situation means that the ultrasonic sensors have nothing to bounce those waves off. That is why the units do not work in open top containers. Buyers should look for other suitable level measurement devices like laser-level gauges.
A. Factories can use the gadgets to monitor liquids with strong chemicals. However, it is pertinent to note that exposure to harsh chemical environments will wear down the transmitter over time. Buyers should therefore recommend models with plastic housings to their customers. The plastic will withstand many chemicals while keeping the internal components safe.
