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OILA-I Oil Emission Spectrometer from China Suppliers & Factory for Accurate Emission Analysis
📹 Product Video
🔍 Overview
OILA-I Oil Emission Spectrometer is as a proven means of precisely determining elemental composition of wear metals, pollutants and additives in lubricating oil, hydraulic oil, heavy fuels, coolant and electrolyte. It is used as both a quality control tool and machine health monitor.
Oil Emission Spectrometer, also known as the rotating disc Electrode Atomic emission spectrometer (RDE-AES), is a standard analytical instrument for oil element detection recognized in the global market.
It is specially used to accurately quantify the composition of trace elements in various industrial oils and liquids.
OILA-I provides simultaneous multi-element analysis in tens of seconds without using gases and cooling water.
It is an effective tool for preventive maintenance of equipment.
⚙️ Application
🔧
· Industrial Oil Monitoring
Monitor the wear condition of equipment and the pollution and aging condition of lubricating oil.
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· Quality Control of Lubricants, Fuels and Electrolytes
Process preparation and monitoring of derivative or pollutant concentration in fuel oil.
❄️
· Cooling System Monitoring
Monitor the element concentration in the cooling system antifreeze.
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· Industrial Water Monitoring
Measuring power plant cooling water and turbine wash water provides unique system condition insights and ensures compliant disposal or reuse.
✨ Characteristic
Fast and Easy to Operate
- No sample preparation required without the sample dilution or preheating required by other technologies
- No gases and cooling water required
- Tens of seconds analysis time
- Minimal training/background required to operate
- No highly skilled or trained users are required
Stable and Reliable Structure
- Classical Pashen-Rungel optical path structure
- High precision multi-CMOS acquisition system
- Full spectrum measurement while ensuring good resolution and accuracy
- Overall structural light chamber and seismic system design to ensure stability
🛡️ Human Safety Protection Design
- Humanized excitation chamber design, more convenient sample replacement.
- Excitation chamber door safety interlock, electromagnetic shield design, to protect the safety of users.
🖥️ Intelligent Oil Analysis and Diagnosis Platform
- Integrating oil data trend tracking analysis and oil condition automatic diagnosis function;
- Multi-peak separation computing ability, a variety of digital filtering algorithm modules and adaptive background function;
- Real-time calibration, interference correction, element identification and measurement, trend analysis and diagnosis, historical tracing;
- Analysis software platform specially tailored for oil detection.
🏭 Industry Applications
⚡ Electric Power
Gear box, bearing, analysis of copper and iron content in insulating oil.
🏗️ Petrochemical Industry
Equipment asset management, product quality control, cooling water discharge detection, electrolyte and electrolysis process allocation.
🛢️ Fuel Quality Control
Process monitoring of derivative or pollutant concentration in fuel oil and related fluids.
⛏️ Mining / Engineering
Engine, hydraulic, compressor systems, bearing monitoring, fuel element monitoring.
🚢 Ships
Engine set, generating set, hydraulic system, cranes, etc. Wear warning, seawater pollution monitoring.
✈️ Aviation
Turbine/turbofan engine, hydraulic landing gear system, wear monitoring and warning.
🔬 Third Party Laboratory
Oil sample testing for independent and certified laboratory analysis.
🎓 Schools / Institutes
Teaching and research applications in academic and scientific environments.
🚂 Locomotive Railway
Gear box, transmission system, power systems, wear monitoring and warning, oil product testing.
📋 Conforming Standard
ASTM D6595
Standard test method for determination of wear metals and contaminants in used lubricating oils or used hydraulic fluids by rotating disc electrode atomic emission spectrometry.
ASTM D6728
Standard test method for determination of contaminants in gas turbine and diesel engine fuel by RDE-AES.
NB/SH/T 0865-2013
Determination of wear metals and contaminants in used lubricating oils RDE-AES — Petrochemistry
SN/T 1652-2005
Method for determination of contaminants in import and export gas turbine and diesel engine fuel RDE-AES — CIQ
HB 2009 4.1-2012
Determination of wear metals in aviation working fluid Part 1: RDE-AES — Aerospace
DL/T 1550-2016
Determination of metallic copper and iron content in mineral insulating oils RDE-AES — Power Industry
📐 Specification
| Application | |||
| Sample type | Lubricating oil, hydraulic oil, fuel oil, grease, antifreeze, cooling water, electrolyte, etc | ||
| Analytical Element | A1, Ba, B, Ca, Cr, Cu, Fe, Pb, Mg, Mn, Mo, Ni, K, Na, Si, Ag, Sn, Ti, V, Zn, etc (extensible) | ||
| Optical System | Working Parameter | ||
| Optical Structure | Pashen-Runge1 | Operating Temperature | -10℃~40℃ |
| Spectral Region | 201nm-810nm | Storage Temperature | -40℃~65℃ |
| Focal Length | 400mm | Operating Humidity | 0-95%RH, condensation free |
| Detector | Highly sensitive CMOS array | Injection Volume | ≤2ml |
| Temperature Control | Thermally stabilized; 37℃±0.1℃ (adjustable) | Injection Mode | Rotating disc electrode |
| Power Source | Consumable | ||
| Voltage Input | 220V/50Hz | Top Electrode | Spectral pure graphite rod electrode |
| Power Consumption | ≤500W | Bottom Electrode | Spectral pure graphite disc electrode |
| Output type | AC arc | Sample Cup | High temperature oil cup |
| Mechanical Specifications | Standard Sample | ||
| Dimensions (mm³) | 500(W)×720(H)×730(D) | Standard Oil | 0#, 10#, 50#, 100#, … |
| Weight | About 82kg | Standard Solution | 1000ppm, … |
❓ Frequently Asked Questions
Q
What types of oil and fluid samples can the OILA-I Oil Emission Spectrometer analyze?
The OILA-I can analyze a wide range of samples including lubricating oil, hydraulic oil, fuel oil, grease, antifreeze, cooling water, and electrolyte. Its versatility makes it suitable for multiple industries from power generation to aviation.
Q
Does the OILA-I require gases or cooling water during operation?
No. One of the key advantages of the OILA-I is that it requires no gases and no cooling water during operation, significantly simplifying setup and reducing ongoing operating costs compared to other spectrometer technologies.
Q
How long does it take to complete an oil analysis with the OILA-I?
The OILA-I provides simultaneous multi-element analysis in tens of seconds. No sample dilution or preheating is required, making it one of the fastest and most efficient oil analysis instruments available on the market.
Q
Which international standards does the OILA-I comply with?
The OILA-I complies with multiple recognized standards including ASTM D6595, ASTM D6728, NB/SH/T 0865-2013 (Petrochemistry), SN/T 1652-2005 (CIQ), HB 2009 4.1-2012 (Aerospace), and DL/T 1550-2016 (Power Industry), ensuring its credibility across global markets.
Q
What industries can benefit from using the OILA-I Oil Emission Spectrometer?
The OILA-I serves a broad range of industries including electric power, petrochemical, mining and engineering, maritime shipping, aviation, locomotive and railway, third-party laboratories, and academic research institutions. It is an ideal tool for preventive maintenance and quality control.
Q
Is the OILA-I easy to operate for non-specialist users?
Yes. The OILA-I is designed with user-friendliness in mind. Minimal training is required to operate the instrument, and no highly skilled or specialized background is needed. The humanized excitation chamber design and safety interlock features further ensure a safe and straightforward user experience.