Pipeline sampling system Automatic reset sampler Structural characteristics
Through channel no dead Angle integrated molding: The pipeline automatic reset sampler adopts the design of through channel no dead Angle to ensure that the material is always in circulation in the valve chamber, so that the material is kept fresh during the sampling process, without the need for secondary cycle operation.
Spring automatic backoff handwheel: The sampling valve is equipped with spring automatic backoff handwheel to reduce manual operation, improve efficiency and minimize leakage caused by misoperation.
Pipeline automatic reset sampler is widely used in the pipeline system that needs online real-time sampling monitoring, such as pulp pipeline, oil and gas pipeline,In Line Powders Sampling system chemical pipeline and so on. Through automatic sampling, the property, composition and other key parameters of the materials in the pipeline can be monitored in real time, which provides an important basis for the control and optimization of the production process.
Pipeline sampling system Automatic reset sampler functional characteristics：
Automatic operation: It can realize online real-time automatic sampling on the pipeline, and the operation is more intelligent and convenient.
Accurate sampling: It can accurately collect the sample in the pipeline to ensure the representativeness and accuracy of the sample.
Safe and reliable: with automatic reset function, effectively prevent sample contamination and leakage, to ensure the safe operation of the pipeline system.
Low energy consumption: straight-through design, minimal pressure loss, even in the case of very low pressure difference can ensure the smooth sampling, and not easy to clog.
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).