FT-IR SPECTROMETER LI-5500

Price 1675000 INR/ Unit

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MOQ : 1 Unit

FT-IR SPECTROMETER LI-5500 Specification

Shape
rectangular

Features
High sensitivity, sealed interferometer, damp-proof optics, trace gas detection, auto-calibration, and 11 built-in libraries

Power Supply
220240V, 50/60 Hz.

Accuracy
0.01 cm

Speed Range
0.2 to 2.5 cm/s

Usage
qualitative and quantitative material analysis, quality control,

Dimension (L*W*H)
54x52x26cm Centimeter (cm)

Size
54 x 52 x 26 cm

Height
26cm Centimeter (cm)

Product Type
FT-IR Spectrophotometer

Weight
28kg Kilograms (kg)

Color
white

Width
52cm Centimeter (cm)

Power
220240V, 50/60 Hz. Volt (v)

Length
54cm Centimeter (cm)

Voltage
220240V. Volt (v)

Application
Pharmaceuticals environmental monitoring, gas detection, chemical analysis, food quality, polymer testing, forensics, and material research.

Warranty
1 Year Warranty

FT-IR SPECTROMETER LI-5500 Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
5 Units Per Month

Delivery Time
2 Week

Main Domestic Market
All India

About FT-IR SPECTROMETER LI-5500

The Lasany LI-5500 FT-IR Spectrometer is a high-precisionanalytical instrument designed for research and industrial applications,including material analysis and environmental monitoring. According to LasanyInternational, it is specifically capable of detecting trace amounts of gasessuch as carbon dioxide and methane.

Physical & Operational Details

Build Material: Constructed with high-quality metal or mildsteel for industrial durability.

Dimensions: 54 x 52 x 26 cm.

Weight: Approximately 28 kg.

Power Supply: 220i240V, 50/60 Hz.

Software: Includes an IR library (typically 11 libraries)and routines for basic operations like library searches and spectrum export.

Application :

Pharmaceuticals environmental monitoring, gasdetection, chemical analysis, food quality, polymer testing, forensics, andmaterial research.

Engineered for Precision and Reliability

The LI-5500's sealed interferometer and damp-proof construction safeguard its internal optics, maintaining high sensitivity and stability in demanding environments. Its user-friendly design and robust structure make it a dependable choice for consistent and accurate results across various applications such as environmental monitoring, food quality assessment, and forensics.

Comprehensive Detection Capabilities

Thanks to trace gas detection and 11 built-in spectral libraries, the spectrometer enables swift identification of an extensive range of substances. Auto-calibration reduces manual intervention, ensuring measurement accuracy and efficiency during routine and specialized analyses in pharmaceuticals, chemical testing, and quality control.

FAQ's of FT-IR SPECTROMETER LI-5500:

Q: How does the LI-5500 ensure measurement accuracy during analysis?

A: The LI-5500 is equipped with a sealed interferometer and auto-calibration feature, offering accuracy up to 0.01 cm1. These features protect the optics from environmental factors and correct any deviations automatically, ensuring consistently precise measurements.

Q: What applications are best suited for the FT-IR SPECTROMETER LI-5500?

A: This spectrometer is ideal for pharmaceuticals, environmental monitoring, gas detection, chemical analysis, food quality assessment, polymer testing, forensics, and material research. Its high sensitivity and trace gas detection make it versatile across various scientific and industrial fields.

Q: When should auto-calibration be utilized on the LI-5500?

A: Auto-calibration should be initiated regularly before starting new measurement batches or after any maintenance work, ensuring that the spectrometer's accuracy remains optimal and minimizing measurement errors during long-term use.

Q: Where can the LI-5500 be installed and operated?

A: With its compact, rectangular design (54x52x26cm) and stable structure, the LI-5500 can be conveniently installed in laboratory, industrial, or research environments across India. Its damp-proof optics allow for use even in humidity-prone areas.

Q: What is the process for conducting qualitative and quantitative analysis with this instrument?

A: Samples are introduced into the spectrometer, which uses its sensitive optics and built-in reference libraries to analyze spectral data. The results provide both qualitative identification and quantitative measurement of components present in the sample.

Q: How does the built-in spectral library benefit users?

A: With 11 integrated spectral libraries, users can quickly match sample spectra to established references, accelerating the identification and analysis process while enhancing confidence in the results.

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