Acesulfame testing device

The acesulfame content detector can quickly detect the acesulfame content in candied fruits, jams, candies, breads, pastries, beverages, etc., and is widely used in various testing units.

• Android smart operating system, featuring more efficient and user-friendly operations. The instrument supports Ethernet connection, Wi-Fi upload, and GPRS wireless remote transmission, enabling rapid data upload.

• Highly intelligent, the instrument includes self-diagnostic functions: it performs power-on self-tests and zero calibration, and automatically detects repeatability.

• Testing channels: ≥12 testing channels, enabling simultaneous testing of multiple samples. Each sample is controlled by the program to operate independently, preventing mutual interference.

• Display method: ≥8-inch LCD touchscreen display with a user-friendly Chinese interface, providing intuitive and simple readings.

• Equipped with a new-generation embedded thermal printer, supporting manual or automatic printing. Upon completion of testing, it can automatically print test reports and QR codes.

• The light source uses imported ultra-high-brightness LEDs, offering high precision, strong stability, controllable light sources, and the ability to turn off unused light sources, resulting in lower power consumption.

• Features a USB 2.0 interface design, supporting USB storage, driver-free installation, convenient for data storage and transfer, and can be directly connected to a computer at any time, with computer control of the instrument. Enables data querying, browsing, analysis, statistics, and printing.

• Sample processing is simple and efficient, with continuous sampling and detection. Sample numbers are automatically incremented, ensuring fast, safe, and convenient overall operation.

• The instrument has built-in protection features, including the ability to set usernames and passwords to prevent unauthorized access.

• High sensitivity, high detection accuracy, and high repeatability accuracy, with a scanning high-precision optical sensor.

• The instrument has functions for recalibration, locking, and restoring factory settings.

• The result judgment line can be modified, and reference values and calibration values can be saved, with no data loss in case of power failure.

• The main control chip uses an ARM Cortex-A7, RK3288/4-core processor with a clock speed of 1.88 GHz, offering faster operation and enhanced stability.

• Powered by 12V DC, it can be connected to a vehicle power source and is compatible with a 6Ah high-capacity rechargeable lithium battery, making it convenient for outdoor mobile testing.

• Four-wavelength cold light source, with each channel equipped with 410, 520, 590, and 630 nm wavelength light sources. It comes standard with an advanced optical path switching device, and the patented optical path switching function can achieve up to 64 wavelengths, with all detection projects capable of simultaneous detection across all channels.

• Automatic brightness adjustment and calibration of the light source, intelligent constant current voltage regulation, automatic light intensity calibration, and no temperature drift of the light source during prolonged continuous operation.

• Built-in new national limit standards, enabling on-site comparison with test results, and continuous updates to standards.

• Test items can be expanded, and firmware can be upgraded.

• Test results can be batch printed and uploaded. Test results are in Excel format and can be copied to a computer upon connection. Storage capacity: 200,000 entries.