Mono-channel Scanning Inductively Coupled Plasma Emission Spectrometer

ICP 2060T Inductively Coupled Plasma Emission Spectrometer is most suited for determination of major, minor and trace elements in various petrochemical products.
The instrument is equipped with professional and complete oil direct injection & measurement technology, with oxygen flow intelligently controlled to eliminate carbon deposition effect. Featuring high efficiency, strong anti-interference capability, and high degree of automation, it is also simple in operation, stable and reliable, wide in testing range, fast in analysis speed, and low in detection limit.

Advanced structure and refined details ensure accurate, stable and reliable instrument performance.

Low total consumption of argon
Total consumption of argon is less than 14L/min.

Wide Wavelength Range
In case of 3600 line grating, the wavelength range is 190nm-500nm.
In case of 2400 line grating, the wavelength range is 190nm-800nm.

Enhanced Organic Injection System with Excellent Performance
Our unique enhanced organic injection system fully supports the direct injection & measurement of oil products. It offers precise regulation of oxygen flow for testing different kinds of samples, thus eliminating carbon deposition effect completely. With high efficiency, high stability, it meets different test needs of different customers.

Automatic Gas Flow Control
In the sample injection system, carrier gas, plasma gas, auxiliary gas and oxygen are all controlled by advanced Mass Flow Controller (MFC), which has the advantages of continuous adjustment of flow and good stability, ensuring consistency of sampling system and guaranteeing stability of the light source.

Fully Automated Design
It boasts high degree of automation. Except for power switch, all functions of the instrument are controlled by computer, making it reliable, safe and convenient.

Peristaltic Pump
Peristaltic pump is a 3-channel fully automatic pump, with speed adjustable based on required flow rate.

Stable and Advanced All-Solid-State RF Power Supply
RF power supply in the instrument is all-solid-state RF power supply independently developed by Skyray, featuring small size, high efficiency, stable output power and various protection functions, thus further enhancing stability and safety of the instrument.

Fast and Accurate Automatic Matching Function
At load terminals, automatic matching technology developed by Skyray is used, which is known for fast matching speed and high precision, and is suitable for direct injection of oil and other complex substrates. 
It ensures that the maximum output power is added to the load, improves efficiency of the power supply, enhances stability of the instrument, and makes the whole ignition process convenient and simple.

Stable Optical System 
Our optical path system is precision-built and maintains constant temperature all the time, with temperature variation within ±0.1℃. The light-splitting chamber adopts dual shockproof design, which greatly improves stability of equipment.

Performance Features
Advanced direct injection & measurement technology of oil products
Intelligent regulation of oxygen flow, completely eliminating carbon deposition effect
More than 70 elements measurable
High analysis speed, with 5-8 elements measured in 1 minute
Simultaneous multi-element analysis, with number and measurement sequence customizable
Low detection limit even to PPB level
Wide linear dynamic range, up to 6 orders of magnitude and simultaneous high and low content determination
Low analysis cost due to the fact that one bottle of argon gas can be used for 10-12 hours

User-friendly design makes detection easy and comfortable

One-key ignition
Working in conjunction with our solid-state power supply and automatic matching technology, the ICP 2060T delivers one-key ignition. All our users need to do is click the ignition button and then the instrument performs gas purge, gas flow check, ignition, matching and other functions automatically. It also displays information to the user in real time, making test trouble-free and simple (as shown in Figure 1) .

Automatic Adjustment of Observation Height
Torch Observation Height can be adjusted via software to reduce matrix effect, thus achieving the best measurement effect in the most appropriate position (as shown in Figure 2).

Powerful Graphical Diagnostics Function
Powerful graphical diagnostic function can help customers to understand fully the current working status of the instrument, and offer customers chance to set proper parameters to observe different working status under different operation conditions, so as to attain the best measurement condition (as shown in Figure 3) .

Multi-element Automatic Measurement 
Select the elements that need to be measured, set the measurement parameters, and then allow the instrument to take over the test. In the end, you get directly measurement results of all elements. What a simple and easy process (as shown in Figure 4)

Powerful Database Management
With a few thousands of spectra stored, users can select the most appropriate spectrum based on their needs and preferences to avoid any possible interference. More choices and more reasonable recommendations contribute to more professional and accurate tests (as shown in Figure 5).

Application Fields

Test 30-plus elements in crude oil, including Fe, Na, Mg, Ni, V, Ca, Pb, Mo, Mn, Cr, Co, Ba, As.
Determine contents of iron, manganese, lead and silicon in gasoline
Determine contents of additives and wear-metal elements in lubricating oil
Multiple elements measurement in base oil
Determination of sodium in methanol
Determination of tracer material in oil field