7月 . 24, 2025 06:01 Back to list

High-Precision Oil Moisture Tester for Accurate Oil and Grease Determination

Explore the critical role of oil moisture tester technology in modern petroleum, lube, and industrial sectors—covering industry trends, technical parameters, application scenarios, and a deep-dive overview of the latest innovations from Baoding Push Electrical Appliance Manufacturing Co., Ltd.

About Baoding Push Electrical Appliance Manufacturing Co., Ltd.

Baoding Push Electrical Appliance Manufacturing Co., Ltd. (www.pushtester.com) is a leading authority in oil analysis and petroleum test equipment manufacturing. With strict adherence to international standards and decades of R&D experience, the company provides robust, innovative, and eco-friendly solutions, carving its niche in the oil moisture tester and determination of oil and grease instrumentation market.

Contact Information:
Telephone: +86-0312-3189593
Mobile: 0312-3189593
Email: sales@oil-tester.com
Address: Room 302, Building 5, Baoding Zhongguancun Digital Economy Industrial Park, No. 777 Lixing Street, Jingxiu District, Baoding, Hebei Province

Industry Trends in Oil Moisture Tester Solutions

The landscape of oil moisture tester technologies has accelerated rapidly, underpinned by digitalization, automation, and growing regulations for oil quality and industrial lubrication. Global demand for reliable determination of oil and grease instruments is fueled by sectors like power generation, automotive, manufacturing, and environmental monitoring (Spectro Scientific Forum).

Adoption of non-invasive, inline oil moisture tester sensors in process control
Integration with IIoT for remote monitoring and predictive maintenance
Focus on environment-friendly devices reducing energy consumption
Compliance with ASTM, ISO, and IEC standards
Miniaturization and user-friendly interface improvements

These trends enable operators to predict oil aging, detect contamination, and proactively maintain assets, reducing unplanned downtime and maximizing operational efficiency.

Product Focus: Ps-Zj002 Determination Of Oil Sludge Petroleum Products Mechanical Impurity Tester

The Ps-Zj002 model represents a milestone in the oil moisture tester and determination of oil and grease domain. It features an integrated, oil-free vacuum pump and a metal bath thermostatic funnel. This device uniquely consolidates all necessary test functions—eliminating the need for external vacuum pumps and water baths, and embodying energy-saving and green principles.

Fully integrated host unit: minimizes operator intervention
Oil-free, maintenance-free vacuum system: reduces operational costs
Metal bath thermostatic design: stable, reproducible temperature conditions
Energy efficient: no extra power-hungry peripherals
Product URL: View Ps-Zj002 Oil Moisture Tester

Main Parameters: Oil Moisture Tester Industry Reference Table

Parameter	Typical Range	Industry Standard	Relevance
Moisture Measurement Range	0–1000 ppm / 0–20%	ASTM D6304, D4377	Determines water contamination & asset aging
Accuracy	±1–5% of reading	IEC 60814, ASTM D1533	Ensures reliable data
Response Time	30 seconds – 10 minutes	Varies by method	Critical for real-time monitoring
Sample Volume	1–20 ml	ASTM, ISO recommended	Small volume for lab economy
Operating Temperature	-20°C to +70°C	IEC 60068	Adaptability to environments
Display Type	LCD/LED/TFT	N/A	User interface clarity
Data Connectivity	RS232, USB, Ethernet, Wireless	Modern IIoT	Remote monitoring, data logistics

Technical Parameter Trends: Oil Moisture Tester (ECharts Visualization)

Technical Index: Ps-Zj002 Oil Moisture Tester

Feature	Ps-Zj002	Market Std Model
Vacuum Pump Type	Oil-free, maintenance-free	Oil rotary, periodic maintenance
Heating Method	Metal bath thermostatic	Water bath (external)
Integration	All-in-one, single host	Multi-device setup
Temp Control Precison	±0.1°C	±0.5°C
Measurable Impurity Range	0.001–2.00%	0.01–1.50%
Power Consumption	≤ 500W	800–1200W
Compliance	ASTM D4870, SH/T0508	Partial compliance

Energy Consumption Split (Pie Chart)

Temperature Control Precision (Line)

Comparison: Measurable Impurity Range (%) (Bar Chart)

Oil Moisture Tester Application Scenarios

Power Transformers: Continuous moisture monitoring in insulating oil lengthens asset lifespan.
Automotive and Engines: Real-time determination of oil and grease composition prevents catastrophic mechanical failures.
Industrial Hydraulics & Gearboxes: Inline devices reveal water ingress, ensuring reliability.
Lubricant Blending Plants: Routine batch testing to optimize additive formulations and moisture barriers.
Petrochemical Refineries: Compliance with environmental and operational benchmarks by monitoring moisture and impurities.
Environmental Monitoring: Quantitative oil moisture tester supports discharge audits and effluent controls.
Laboratory R&D and QA: Reference oil moisture tester for calibration of new analysis techniques.

Professional Q&A: Oil Moisture Tester Technical Terms

Q1: What is the principle behind the oil moisture tester?

A1: It employs Karl Fischer titration, capacitance, or IR absorption to detect and quantify water content in petroleum samples (Springer, Journal of Solution Chemistry).

Q2: What are the key material requirements for components in the Ps-Zj002?

A2: Corrosion-resistant stainless steel for wetted parts and high-grade polymer seals ensure chemical stability during determination of oil and grease.

Q3: Which installation standard is followed?

A3: Devices conform to IEC, ASTM (e.g. D4870, SH/T0508), and regional lab safety regulations, facilitating global deployment.

Q4: How is cross-contamination prevented when testing multiple samples?

A4: Automated sample transfer, exchangeable funnel assemblies, and solvent wash procedures mitigate contamination risks.

Q5: What is the significance of the vacuum pump technology?

A5: The oil-free and maintenance-free design in Ps-Zj002 ensures quiet operation, eliminates external oil hazard, and reduces upkeep costs as supported in modern instrument reviews (ResearchGate).

Q6: What are typical sample volume and throughput per hour for the product?

A6: Sample volumes range from 8–12 ml, and the automated cycle enables up to 10–12 measurements/hour depending on method and application.

Q7: How does the instrument manage and log data?

A7: Integrated digital interface with USB and Ethernet connectivity, allowing export to LIMS or direct cloud monitoring systems for compliance traceability.

Q8: Does the device require regular recalibration?

A8: Yes, scheduled calibration using certified moisture standards or reference oils is recommended to assure ongoing accuracy, as outlined by ASTM and ISO guidelines.

EEAT — Expertise & Industry Authority

Baoding Push Electrical Appliance Manufacturing Co., Ltd. reinvests significantly in R&D and adheres to both ASTM D6304, D4870 and SH/T0508 protocols, ensuring highest trustworthiness for lab and industrial oil moisture tester solutions. Regular participation and presentations at international conferences and forums—such as ASTM Committee D02.08 (Petroleum Analysis) and Fuel Science and Technology Journal—affirm ongoing technical leadership and peer recognition.

References & Forums

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