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ConSpector

Product catalog summary

Overview
The document discusses the SITA ConSpector, a device designed to control contamination levels in cleaning and rinsing processes by detecting fluorescence from contaminants like oils, greases, and cooling lubricants when excited by UV light.

Measuring Principle
The device uses a UV-light source and an optical filter to measure fluorescence, providing an objective evaluation of bath contamination levels.

Features

Mobile and robust for flexible use in both process environments and laboratories.
Intuitive operation with simple and fast measurement capabilities.
Automatic calibration with fresh cleaning solutions.

Benefits

Objective evaluation of bath contamination.
Optimization of cleaning process efficiency by extending bath lifetime.
Control over bath care measures.

Application
The device is used for simple control of contamination levels, helping to determine the optimal period for using a cleaning liquid and extending its possible lifetime.

Technical Data

Temperature measuring range: 0 to 80 °C with a resolution of 0.1 K.
Fluorescence intensity measuring range: 0 to 40,000 with a max deviation of 0.5%.
Excitation at 365 nm, detection at 460 nm.
Power supply: Li-Ion battery with approximately 8 hours of operating time.
USB interface for data transfer, LCD display, and memory for 8,000 measuring values per profile.
Dimensions: Hand-held device - 129x82x48 mm, Sensor head - 140x50x30 mm.
Weight: 530 g.

Additional Features
Optional Windows software, SITA-ProcessLog, for management and graphical analysis of saved data, documentation, and evaluation of bath contamination, and easy preparation of measuring reports.

Catalog excerpts

Simple Control of Contamination Levels in Cleaning and Rinsing Processes Contamination under Control

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Advantages Features • Mobile and robust measuring device for flexible use at the process and in the laboratory • Objective evaluation of the bath contamination • Intuitive operation: simple and fast measurement • Cleaning process efficiency by optimizing the bath lifetime • Control of bath care measures • Automatic calibration on fresh cleaning solution Measuring Principle Typical contamination in cleaning processes such as oils, greases and cooling lubricants fluoresce when excited by an UV-light source. The SITA ConSpector utilizes this effect to detect the contamination level of cleaning baths....

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Contamination under Control Application Increasing bath operation time leads to a build-up of contamination removed from parts. High contamination levels in cleaning or rinsing media reduce the cleaning performance and cause quality problems. The SITA ConSpector detects the contamination level by measuring the fluorescence of process liquids. Typical contaminations include oils, greases and cooling lubricants. The measured contamination level is used for an objective evaluation of the bath condition. The time for bath replacement can be quickly and objectively determined and the effects of bath...

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Temperature Measuring range 0 ... 80 °C Max. deviation max. 0.5 % of measuring range Resolution 1 digit * Standard values Oil concentration Measuring range user-defined ca. 8 h operating time Mains adapter / USB 100...240 V / 5 V Power consumption max. 2.5 W USB-interface data transfer Display LCD, illuminated Memory 8,000 measuring values/profile Dimensions (LxWxH) Hand-held device 129x82x48 mm Windows-Software SITA-ProcessLog (optional) • Management and graphical analysis of saved measuring data • Documentation and evaluation of the bath contamination • Simply and...

Open the catalog to page 4

ConSpector

ConSpector

Catalog excerpts

All SITA Messtechnik catalogs and technical brochures