Daniel 3804 type liquid ultrasonic flowmeter

Ultrasonic technology has become the preferred method for measuring applications that require high precision, intelligent flow measurement, reliable measurement, low maintenance, and low pressure drop. Daniel liquid ultrasonic flowmeter is suitable for trade handover, distribution measurement, comparison measurement, leak detection, and inventory management

Ultrasonic technology has become the preferred method for measuring applications that require high precision, intelligent flow measurement, reliable measurement, low maintenance, and low pressure drop.

Daniel liquid ultrasonic flowmeter is suitable for trade handover, distribution measurement, comparative measurement, leak detection, and inventory control applications. Due to the absence of movable components, these flow meters are highly suitable for bidirectional flow. MeterLink is an advanced operation and diagnostic software package that allows users to observe real-time flow conditions such as lateral flow and eddies, and supports remote diagnosis of fluid disturbances through screen snapshot and playback functions.

3804 ultrasonic flowmeter supports HART ® Function: Can be accessed through Emerson's PlantWeb ® Digital architecture, transmission process variables, and diagnostic data.

The Daniel 3804 ultrasonic flowmeter is equipped with high-temperature and high viscosity sensors, making it an ideal product for measuring high-temperature crude oil refining.

The high-temperature sensor is suitable for a temperature range of -58 ° F to+302 ° F (-50 ° C to+150 ° C), making it an ideal choice for various demanding high-temperature crude oil refining applications. This high viscosity sensor expands the viscosity range of the Daniel liquid ultrasonic flowmeter to 1000 cSt, with a Reynolds number exceeding 10000, making it more widely applicable.

The Daniel3804 liquid ultrasonic flowmeter equipped with high temperature and high viscosity sensors is more economical and practical, widely used in various high-temperature and high viscosity environments, such as refining crude vacuum oil, naphtha, and kerosene.

Adopting the time difference method for four channel design reduces the loss of flow not included, with a linearity of+-0.15%

The flow measurement is reliable, with a repeatability of+-0.02% of the measured value

Reducing energy loss, lowering pressure drop and pumping requirements

Design of Explosion proof Electronic Equipment and Intrinsic Safety Sensors

Range ratio>20:1, reduce flow meter length and lower capital costs

Sensors can be replaced within 2 minutes, reducing maintenance costs

Channel design: 4-channel (eight probes)

Flow meter size: 4 "-24" nominal diameter (DN 100 to 600)

Temperature range of the tested liquid: -58-+302 ° F (-50 ° C -+150 ° C)

The viscosity range of the tested liquid is up to 1000 cSt, with a Reynolds number exceeding 10000

Working pressure range: 0-2250 PSI (0-155 bar)

Flange: Convex face flange, used for ANSI grades 150, 300, 600, 900 (PN 20, 50, 100, 150)