Isokinetic Steam Sample Probe Sampling Valve

Isokinetic Steam Sample Probe Sampling Valve

application

• Constant velocity samples in steam

• Other isokinetic samples

benefit

• representative sample

feature

• Manufactured according to ASME PTC-19.3

• Other available specifications

• Provide exotic materials

• Design based on process conditions

1、 Core application scenario: Accurate coverage of steam and similar constant velocity sampling requirements

The application scenario of this probe focuses on the isokinetic sampling scenario where representative samples need to be obtained, and the core is divided into two categories:

1. Steam isokinetic sampling (core scenario)For steam systems (such as industrial boiler steam, chemical process steam, etc.), the "constant velocity sampling" technology is used (i.e. the sampling speed is consistent with the actual flow rate of steam in the pipeline) to avoid sample component distortion caused by sampling speed deviation (such as inaccurate measurement of impurities and pollutants in steam). It is suitable for steam quality testing, process monitoring and other scenarios (such as boiler steam purity monitoring in the power industry and steam medium composition analysis in the chemical industry).

2. Other isokinetic sampling scenariosIn addition to steam, it can also be adapted to other fluid media that require "constant velocity sampling" (such as specific process gases, high viscosity liquids, etc.). As long as it is customized according to the specific characteristics and working conditions of the medium, it can meet similar representative sample collection needs (such as constant velocity sampling of particulate matter in industrial waste gas in the environmental protection field and composition detection sampling of process fluids in the food industry).

2、 How to make work easier? Three core designs and functional support

1. Customize on demand to reduce adaptation costsThe product model is "ISP xx (customized)", which can be customized according to the specific working conditions of the user (such as medium temperature, pressure, flow rate, pipeline specifications, and sampling purposes), without the need for the user to modify the probe or adjust the process, directly matching the existing system, reducing the time and trial and error costs of selection and installation (for example, for high temperature and high pressure steam working conditions, customized probe materials and structures that are resistant to high temperature and high pressure, without the need for the user to handle compatibility issues).

2. Complies with international standards and reduces operational complexityProbe pressASME PTC-19.3Standard (internationally recognized fluid sampling technology standard) design, while supporting other industry standards, eliminates the need for operators to learn non-standard sampling processes - they can complete operations by following universal standards, reducing training costs; And standard designed probes are also more convenient for maintenance and calibration (such as strong universality of accessories, no special tools required for replacement or maintenance).

3. Clear communication and service channels for more efficient problem responseProvide multiple communication methods, allowing users to quickly connect and support when encountering selection, installation, and usage issues in the application.

• 
  

3、 How to make work safer? Triple guarantee of "material, standard, and compliance"

1. Reduce safety risks with "special materials+working condition adaptation"The webpage mentions "Exotics materials available" (which can provide special materials). For different hazardous conditions (such as corrosive steam, high temperature and high pressure environments, flammable and explosive media), special materials that are corrosion-resistant (such as Hastelloy alloy), high temperature resistant, and explosion resistant can be selected to avoid safety accidents such as leakage and rupture of probes due to material intolerance (for example, in steam sampling with corrosive components in the chemical industry, special materials can prevent probes from being corroded and perforated, avoiding safety hazards caused by medium leakage).

2. ISO 9001:2015 quality certification ensures product reliabilityEnterprises throughISO 9001:2015International quality management system certification means that the entire process of probe design, production, and factory delivery meets strict quality standards, reducing safety issues caused by product quality defects such as insufficient structural strength and poor sealing performance, and reducing the probability of "equipment failure causing accidents" during operation.

3. Compliant design, adapted to industrial safety standardsThe probe design follows the principle of "process condition adaptation", which not only complies with sampling technology standards (such as ASME PTC-19.3), but also adapts to the safety regulations of the user's industry (such as explosion-proof standards in the chemical industry and pressure equipment safety regulations in the power industry), ensuring that the sampling process does not violate industrial safety requirements and avoiding safety penalties or accident risks caused by equipment non-compliance.

4、 Summary: Core Value - "Accurate Sampling+Low Threshold Operation+High Security"

The constant velocity steam sample probe simplifies selection and installation through "customized adaptation", reduces operation and maintenance difficulty through "standardized design", and ensures safety through "special materials+quality certification", ultimately helping users in steam and similar fluid sampling work:

• No need to spend a lot of time solving "adaptability" and "operational complexity" issues, focus on core sample analysis and process monitoring;

• Avoiding safety risks from three aspects: material, quality, and compliance, reducing potential accidents caused by equipment issues, and achieving the dual goal of "simplicity, efficiency, and safety and reliability".

Isokinetic Steam Sample Probe Sampling Valve