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BSS1700 NIR Composition Analyzer

Full-Spectrum NIR Composition Analyzer with Integrated Touchscreen PC — Resolves Totals Into Individual Constituents

The BSS1700 is a self-contained scanning spectrometer: the calibration software runs on a full touchscreen PC built into the instrument, so it develops, stores, and runs your composition methods without an external computer. Reading the full near-infrared spectrum, it does more than report a total. It resolves that total into the individual constituents that make it up: not just total fat, but the individual fatty acids; not just total sugar, but the separate sugars.

  • Sees individual constituents, not just totals: Full-spectrum measurement separates a combined value into its parts, where a filter-based sensor returns one aggregate number.
  • Self-contained, with onboard calibration: The integrated 8.4″ touchscreen PC runs Unscrambler X calibration software directly on the instrument, no separate computer required to build or run methods.
  • Up to three components at once: Measure up to three organic components simultaneously across the 900 to 1700 nm NIR band.
  • InGaAs array detector: A full-spectrum scan every second, up to 512 wavelengths, for stable composition measurement.

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Description

See What Makes Up Your Product, Not Just the Total

Most analyzers give you one number: total fat, total sugar, total solids. The BSS1700 gives you the breakdown. By reading the full near-infrared spectrum instead of a few fixed filter bands, this scanning spectrometer resolves a combined measurement into the individual constituents behind it. With a full touchscreen PC built into the instrument, it develops and runs your calibrations on board, a complete composition laboratory in a single self-contained unit.

Why Full-Spectrum Measurement Matters

  • Individual constituents, not aggregates: Resolve total fat into individual fatty acids, total sugar into individual sugars, or a blend into its multiple alcohol types. A filter-based sensor reports the combined value; the full spectrum separates it.
  • Calibration belongs with the instrument: The integrated panel PC runs Unscrambler X chemometrics software directly on the unit, so method development, storage, and measurement all live in one place.
  • Composition work needs a full spectrum: An InGaAs array captures up to 512 wavelengths across 900 to 1700 nm every second, the spectral detail that constituent resolution depends on.
  • Process systems need real outputs: Standard 0–20 mA and 4–20 mA analog current outputs and USB connect the analyzer to recorders and control systems.

A Self-Contained Analyzer

The BSS1700 carries everything on board: an 8.4″ 800 × 640 touchscreen panel PC, Unscrambler X 10.2 calibration software, and an InGaAs spectrometer measuring up to three components across the full 900 to 1700 nm band. It scans once per second and outputs over USB and analog current loop (0–20 mA / 4–20 mA). Resolution reaches 0.01%; how closely a reading tracks your lab depends on the precision of the reference method the calibration is built against, since any NIR analyzer can only be as accurate as the referee method for that product. Every BSS1700 is backed by one-year Total Care coverage: parts, labor, and specification compliance, with maintenance agreements available.

Need the total, or the breakdown? A filter-based analyzer like the KJT700 Instant Online Composition Meter reports a single combined value, total fat or total sugar, which is the right tool when one number is what you need. The BSS1700 reads the full spectrum to resolve that total into its individual constituents, including applications such as fatty-acid profile, individual sugars, or active pharmaceutical ingredient content.

Installing a new or space-constrained measurement point? The BeatSensor line, such as the BSR1700 Online NIR Composition Analyzer, delivers the same full-spectrum constituent resolution as a compact smart sensor: calibrations are developed on a separate PC and uploaded to the unit, allowing a smaller housing for tight process installations. The BSS1700 keeps the calibration software and full PC on board; the BeatSensor units move it off the unit. Choose by how and where you need to install and calibrate.

Additional information

Weight 42 lbs
Dimensions 30 × 30 × 30 in
Measurement Principle

Near-infrared (NIR) transmittance/reflectance, InGaAs array spectrometer

Accuracy

±0.01% (application and reference method dependent)

Resolution

0.001% (application dependent)

Reproducibility

0.001% (application dependent)

Precision

0.001% (application dependent)

Response Time

1 scan per second

Measurable Components

Alcohol, Ash, Caloric value, Contaminants, Fat/oil, Fiber, Moisture, Product identification, Protein, Purity, Solvent, Starch, Sugar, Water activity

Form Factor

Process

Number of Wavelengths

Up to 512 wavelengths, 900–1700 nm

Light Source

Tungsten lamp

Sensor Type

InGaAs array

Display

8.4-inch integrated touchscreen panel PC (800 × 640)

Measurement Modes

Continuous, timed, and trigger modes

Features

Alarm output, external trigger, internal/external light source switching

Calibration Curves Available

User-developed calibration curves (PLS or MLR); up to 3 simultaneous components

Operating Temperature

5–40°C

Operating Humidity

0–80% RH, non-condensing

Communications

USB; 0–20/4–20 mA analog current output (up to 3 simultaneous)

Power

100 VAC

Power Consumption

Maximum 200 W

Dimensions

300 mm (W) × 400 mm (D) × 284 mm (H)

Weight

18 kg (39.7 lbs)

Standard Accessories

SMA fiber-optic probe, 2 m

Options

Unscrambler calibration software, external light source

Warranty

One Year Total Care Warranty covering parts, labor, and specification compliance. Maintenance Agreements available.

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