EIE-HFRR-01 Diesel Lubricating High Frequency

To meet the market demand for diesel lubricating high frequency reciprocating rigs, the RIPP has conducted in-depth studies on diesel lubricity testing methods and techniques, developing a solution superior to foreign technologies and better suited to the Chinese market.

The complete system includes a digital zoom microscope, control system, mechanical system, and a constant temperature and humidity chamber. The control system consists of the main unit, driver, and LCD display. The entire testing process is automated through the control system, eliminating the need for manual intervention.

This instrument complies with the following standard test methods:

The US ASTM standard methods D86, D850 and D1078
The European standard method EN ISO 3405
The British standard methods IP 123 and 195
The German standard method DIN 51 751
The French standard method NF M07-002
The Japanese standard method JIS K2254
The Chinese standard method GB/T 6536. GB/T 3146.1

Technical Feature

Self-test function after power-on to determine whether to continue testing, and show messages of problem
High-efficiency refrigeration system, fast cooling rate and light weight
The flask fast positioning function eliminates the uncertainty caused by positioning errors
The

ASTM D3242, GB/T 12574
The cutting-edge “machine vision” technology.
Using a high-speed micro-industrial computer and industrial-grade high-fidelity high-speed cameras
By establishing a mathematical model, the digital image is analyzed, the end colour is automatically determined, and the total acid value is determined. Its accuracy can reach more than 5 times the current standard’s repeatability, which completely replaces artificial naked eye recognition.

The EIE-TAN-01 Automatic Total Acid Value Tester for Jet Fuel is a product independently developed by the Canadian EIE Company and has completely independent intellectual property rights. It is developed by referring

ASTM D323, GB/T 8017
One-Button Start. The tester can automatically perform the oscillation, measuring, recording, and printing.
An advanced 32-bit ARM processor, advanced sensors and conditioning circuits are adopted.
It adopts advanced wireless data transmission technology to minimize the influence of air leakage on the test.
3 Groups of detection units are equipped.

The Canadian EIE Company developed the EIE-RVP-3 Reid Saturated Vapor Pressure Tester following ASTM D323 Petroleum Product Vapor Pressure Measurement Method (Reid Method). It adopts the most advanced international design concepts and test methods. After years of research and innovation, we finally

ASTM D323, GB/T 8017
One-Button Start. The tester can automatically perform the oscillation, measuring, recording, and printing.
An advanced 32-bit ARM processor, advanced sensors and conditioning circuits are adopted.
It adopts advanced wireless data transmission technology to minimize the influence of air leakage on the test.
2 Groups of detection units are equipped.

The Canadian EIE Company developed the EIE-RVP-2 Reid Saturated Vapor Pressure Tester following ASTM D323 Petroleum Product Vapor Pressure Measurement Method (Reid Method). It adopts the most advanced international design concepts and test methods. After years of research and innovation, we finally

Detecting pipeline pressure, controlling flow, and automatically alarming.
In laboratories and online analytical instruments.
Monitoring gases such as nitrogen, hydrogen, helium, and air.
Avoiding serious safety hazards.

The Pipeline Safety Monitor, developed by Canada Etech International Enterprises Inc. (EIE), has the functions of detecting pipeline pressure, controlling flow, and automatically alarming. It can be used in laboratories and online analytical instruments to monitor gases such as nitrogen, hydrogen, helium, and air. The gas pipeline safety monitor is exquisitely designed and can monitor three gas pipelines simultaneously.

The sophisticated pressure sensor can display pressure changes in

EIE-170-012 Sample Preparation Bath is supporting equipment designed and used for the Abel Flash Point Analyzer. It is used in petroleum, chemical, aviation, scientific research and production.

Technical Specifications

1. Sample Bottle Volume: 1 L
2. Temperature Control Range: -10°C – 35°C (external refrigeration equipment required)
3. Display resolution: 0.1°C
4. Temperature accuracy: ±1°C
5. Power supply Voltage: AC 220V ±10%, 50/60 Hz
6. Total Power: 15W
7. Dimensions: 300mm x 240mm x 386mm (L × W × H)
8. Weight: 8.2Kg

Operating Environment:

1. Ambient temperature: 5°C – 40°C
2. Relative humidity: < 80% at 35°C
3. Indoor

EIE-170-008 Constant Low Temperature Water Bath is designed by EIE using the advanced modern concept, mainly used for colleges and universities, medical, food, petrochemical, health and epidemic prevention, environmental monitoring where need low-temperature thermostatic experimental conditions for scientific research or production.

Technical Specifications

1. Temperature Range: -30°C – 50°C
2. Display resolution: 0.1°C
3. Temperature accuracy: ±0.1°C
4. Power supply Voltage: AC 220V ±10%, 50/60 Hz
5. Total Power: 900W
6. Dimensions: 604mm x 245mm x 660mm (L × W × H)
7. Weight: 35Kg

Operating Environment:

1. Ambient temperature: 5°C – 40°C
2. Relative humidity: < 80% at 35°C
3. Indoor

The Automatic Abel Flash Point Tester, developed by Canada Etech International Enterprises Inc. (EIE), uses the most advanced international design concepts and test methods in the world, which improves the automation degree of the flash point tester, guarantees the measurement accuracy, and minimized the adverse consequences caused by operator errors.

Under the specified testing conditions, the test flame will ignite the sample vapour and spread to the liquid’s surface, where the lowest temperature can be achieved and corrected under the atmospheric press of 101.3 kPa. The flash point is a safety

The Automatic Abel Flash Point Tester, developed by Canada Etech International Enterprises Inc. (EIE), uses the most advanced international design concepts and test methods in the world, which improves the automation degree of the flash point tester, guarantees the measurement accuracy, and minimized the adverse consequences caused by operator errors.

Under the specified testing conditions, the test flame will ignite the sample vapour and spread to the liquid’s surface, where the lowest temperature can be achieved and corrected under the atmospheric press of 101.3 kPa. The flash point is a safety