German Spike Full Spectrum Inductively Coupled Plasma Emission Spectrometer ICP (BLUE)

High transparency optical system: superior UV performance and constant resolution create the highest sensitivity

Save thousands of dollars annually: no need for optical gas purification, no need for water cooling

Faster speed: using a new LDMOS generator, preheating time is less than 10 minutes (older models exceed 30 minutes)

SPECTROBLUE utilizes over 30 years of benchmark services and experience in inductively coupled plasma optical emission (ICP-OES, ICP-AES, and ICP plasma) spectroscopic analysis.

SPECTROBLUE ICP-OES offers three sturdy, durable, and highly reliable models. SPECTROBLUE EOP provides axial plasma observations, SPECTROBLUE SOP provides radial plasma observations, and SPECTROBLUE TI provides both axial and radial plasma observations. Visit the SPECTROBLUE Resource Center to further learn about gas free purification and external cooling related information.

The SPECTROBLUE ICP-OES system is equipped with the proprietary software SMART ANALYZER VISION, which helps to easily and fully utilize the simplified operation and unique analytical capabilities of the instrument.

Other optical emission spectrometers in Spike's comprehensive ICP-OES product line include SPECTRO GENESIS and SPECTRO ARCOS.

Brand and model: German Spike Inductively Coupled Plasma Emission Spectrometer SPECTRO BLUE

Application areas:

Widely used in complex element analysis in industries such as scientific research, metallurgy, machinery, petrochemicals, environmental protection, food, geology, biochemistry, etc.

Very suitable for analyzing large sample sizes of water, wastewater, sludge, plants, and feed samples

Performance characteristics:

1. Wavelength range: 165-770nm, no need to equip a cooling circulating water machine, saving costs and space.

2. Test immediately upon startup, saving costs and time. Patent sealed argon filled circulating optical system, capable of detecting spectral lines below 190nm without the need for gas purging. The detector does not require ultra-low temperature cooling or argon gas blowing protection.

3. The fastest analysis speed can complete the full spectrum quantitative testing of 73 elements within 30 seconds, with an analysis speed of ≥ 60 samples/hour.

4. High degree of automation, all gas flow rates are controlled by a mass flow meter computer, and the position of the torque tube is controlled by a 3D stepper motor computer.

Spectral system:

▪ Paschen Runge spectrophotometer system

▪ Focal length 750mm

▪ Holographic grating

▪ The wavelength range is 165-770nm, and the full spectral range adopts first-order spectroscopy

Detector:

▪ 15 CCD linear arrays, each with 3648 pixels

▪ Pixel resolution: 165-285nm. 3pm; ＞286nm.6pm

▪ Constant temperature is the same as optical system

▪ Parallel Reading Structure

▪ Dynamic range up to 9 orders of magnitude

▪ The shortest integration time is 0.1ms

UV system:

▪ UV Plus system

▪ Fill with argon, no need to consume purge gas

▪ Easy to maintain external light path system

▪ Automatic gas purification device

RF Generator:

▪ Self excited oscillation type, frequency 27.12MHz

▪ RF power output: 0.7-1.7KW

▪ Power stability: fluctuation<0.1%

▪ Automatic plasma ignition

▪ Standby mode (low power, low argon consumption)

Fully computer-controlled

▪ Air cooling (no additional cooling equipment required)

▪ All solid state integrated circuit

Size and weight:

1306 * 780 * 1077mm (length * width * height)

190KG (approximately 419lbs)

Power requirements:

▪ 230V ± 5% AC, 50/60Hz

▪ Maximum 4.5KVA power consumption

▪ 30-32A fuse