IRSpirit-X Series - Features
Space-Saving, Expandable
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Great for Small Lab Spaces
There is a growing need for systems that can fit in tight spaces, like glove boxes and multiuse facilities, and the IRSpirit-X is perfect for those situations. Even in narrow spaces, samples can be measured with the unit positioned vertically (see images below). The start button is accessible, and the humidity indicator is visible from both directions.
In addition, the ATR crystal and FTIR main unit are the same height. Therefore, samples can be placed directly on the ATR accessory, which is integrated with the sample compartment, which can eliminate the trouble of having to cut large samples. -
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Standard-Sized Sample Compartment in a Compact Bench
In spite of a body size smaller than a piece of A3 paper, the sample compartment width is the same as on higher-end models. This makes it compatible with many Shimadzu and 3rd party accessories, allowing it to be used for a wide variety of applications.
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FTIR Made Easier
IR Pilot
IR Pilot offers a total of 23 application programs as standard, making it easy for operators with minimal FTIR experience to analyze samples by simply selecting the analysis purpose and accessory. There is no need to set parameters. Once a workflow has been determined, it can be recorded, which means that for analyses with the same procedures, the sequence from measurement to data analysis and printing can be performed with a few clicks.
*Quantitative analysis function cannot be used when using IR Pilot with LabSolutions DB/CS.
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*Although IRSpirit is displayed, the operating procedures are the same as IRSpirit-X.
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*Although IRSpirit is displayed, the operating procedures are the same as IRSpirit-X.
Identification Test Program
The identification test program calculates the difference in peak wavenumbers and peak ratio intensities between standard and test sample data, and then summarizes the pass/fail judgment results in a printed report. This program can be used if the standard is described in the national pharmacopoeia or official law. Spectra of 57 substances included in Japan's Specifications and Standards for Food Additives are also included in this program.
Contaminant Analysis Program
The contaminant analysis program identifies measured contaminants using Shimadzu's proprietary identification algorithm (Japanese Patent No. 5205918) in combination with a spectral library containing more than 550 spectra for substances commonly detected as contaminants. After data analysis, it automatically makes a pass/fail judgment and creates a report. Even if the contaminant is a mixture, it searches for major and minor components and displays their ranks. Since the number of components in the mixture does not need to be specified, even operators with minimal infrared analysis experience can easily analyze samples. It takes just seconds between selecting the spectrum and displaying the analysis results.
Spectrum Advisor Function (patent pending)
Corrective measures are proposed by comparing the measured spectrum to optimal spectrum examples. Troubleshooting advice is provided on scan parameters, accessories, and post-processing data. As a result, better quality data can be acquired.
Reliability to Deploy with Confidence
10-year parts warranty
Our products are made of durable material and are hard to break.
However, in the rare case that it does break, our FT-IR instruments come with a 10-year parts warranty.
All parts except consumables (such as sample compartment window plate, optional dehumidifier, and documents such as operation manuals) are covered by the 10-year warranty*1.
*1 A separate labor charge will be incurred for parts replacement after the second year of installation.
Technology Inherited from Higher-End Models
High stability and throughput
Features dynamic alignment at 5000 times per second and a high-brightness ceramic light source
High sensitivity comparable to standard models (IRSpirit-TX)
DLATGS detector with temperature control function
The silicone oil content in the paraffin oil (1.0%) was obtained by repeating a single-reflection ATR method five times. Data obtained using the DLATGS detector with temperature control is shown on the left and data obtained using the DLATGS detector without temperature control is shown on the right. The internal heat in the instrument and the environment temperature caused large baseline data fluctuations without temperature control. In contrast, using the detector with temperature control resulted in highly repeatable data.
High Durability Due to Humidity-Resistant Design
Aluminum Die Cast Interferometer Housing
The robust optics are designed to ensure the system can be used reliably even under harsh temperature and humidity conditions.
- KBr beam splitter includes a humidity-resistant coating (IRSpirit-TX/LX), or ZnSe beam splitter (IRSpirit-ZX)*1
- Optics sealed in an aluminum die cast housing
- Status monitor function features electrical and paper-based indicators.
- Select from a KBr window (to 70% RH) or a KRS-5 window (to 90% RH); both include a humidity-resistant coating.*2, *3
- Optional electric dehumidifier can be installed.*4
※1 The measurement wavenumber range will be 6,000 to 550 cm-1 with the IRSpirit-ZX, which is equipped with a ZnSe beam splitter.
※2 No condensation.
※3 The KRS-5 window plate is used with the IRSpirit-ZX.
※4 Not required with the IRSpirit-ZX.
The Principle of a Dehumidifier
| Window |  |
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|---|---|---|
| Humidity Resistance | With humidity-resistant coating Max. humidity at installation site: 70 %RH (with no condensation) |
Max. humidity at installation site: 90 %RH (provided no condensation at temperatures up to 30 °C) |
| Wavenumber Range | 350 to 7,800 cm-1 | |
| Transmittance | About 90 %T | About 70 %T |
| Characteristics | ・High transmittance and high sensitivity ・Could deliquesce in humid environments |
Compared to KBr window: ・Higher humidity-resistance ・Lower S/N due to lower transmittance |
IRSpirit-X series power consumption during Startup (with Start Switch ON) and during Standby (with Start Switch OFF and Dehumidifier ON)
Internal Dehumidifier (Optional) Ensures Robustness
This dehumidifier removes moisture from inside the interferometer electrolytically using a solid polymer electrolytic membrane. It maintains low humidity levels inside the interferometer without leaving the light source ON. Using the dehumidifier alone can reduce power consumption by about 90 % compared to leaving the light source illuminated. Note that a dehumidifier is not required as the ZnSe beam splitter adopted for the IRSpirit-ZX features high resistance to humidity.
Instrument Status Monitoring
Instrument status is automatically verified during start-up and results are saved in a report. This feature is especially convenient for instrument management. Pharmacopoeia-compliant validation programs convenient for routine inspections are also included.
Self-diagnostic function
A self-diagnostic function inspects the signal system and optics during instrument initialization. It obtains a variety of information and automatically outputs the results in one file, making instrument management easy. The instrument status history can also be confirmed.
Status monitor function
This function continuously monitors and manages information about the light source, semiconductor laser, humidity inside the instrument, the window plate connection (interlock), and accessories.
Simple Operation, Confident Results
LabSolutions™ IR automates routine work, such as scanning, data manipulation, reporting, identication tests, and contaminants analysis. Launch programs from the Launcher or your PC.
Easy Macro – Just a Single Click Launches Routine Work
The “Easy Macro” function will create macros that are suitable for routine work, particularly when repetitive operations are used. The macro builder allows macros to be constructed by simply selecting and aligning operations from a list. Once constructed, the macros can be registered with the Launcher and Desktop for quick execution. Operators who are not familiar with FTIR can easily operate the instrument.
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Initialization of FTIR, conguration of scan parameters, spectrum measurement
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Data manipulations, search, quantitation, printing
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Repeat measurements, displaying messages, alarm sounds, external program execution