• MAXX presents: The New Style Of Sampling Technology

Environmental Laboratory

MAXX presents: The New Style Of Sampling Technology

Mar 11 2015

The automated sample extraction is an elementary and essential part of each chemical and biological analysis. It is the first and the most important step as a basis for a high-quality analytical result.

It is not only essential for the monitoring of the water quality of rivers and lakes for research and environmental protection but also for process control in sewage plants and in the industry.

With the P6 model series MAXX GmbH presents a completely new, innovative generation of portable samplers with an optically outstanding design.

Thanks to this new generation of MAXX devices the terms innovation, flexibility, user-friendliness and design are defined completely new for all automatic samplers.  

With this new product line MAXX underlines its aim to be the market leader regarding innovation and technology in the field of automatic sample extraction.

HOUSING:
When developing the new device line MAXX focused not only on purely functional aspects but also particularly on an ergonomic and attractive design. The aim to design the lightest device of its performance class was achieved with the P6 MINIMAXX.

Beside the ergonomic construction, the new device generation excels through simple operation and excellent cleanability. A perfect thermal insulation which is essential for reliable sample results could be realized by choosing a light color and by providing the lower part of the housing in twin-wall design with foamed-in-place insulation.

DOSING SYSTEMS:
From now on a completely new peristaltic pump designed by the MAXX company itself is available.  Outstanding features and a uniquely innovative measuring system for an unrivalled high-precision volume detection distinguish this pump.
As an alternative also the proven vacuum system is of course still available. 

HARDWARE/SOFTWARE:
The high-performance hardware is equipped with an extensive software which is nevertheless clearly structured and easy to program. Self-explanatory symbols and clear instructions in the software menus considerably facilitate the operation.
Almost all individual program requests and operation modes can be programmed by means of the 12 available programs. Program linkages as well as parallel programs are of course also possible.

Flow and quality parameters:
For the new P6 device series pH, conductivity and temperature sensors as well as an ultrasonic sensor for flow measurement are now available. They can all be connected directly. Furthermore all standard versions are already equipped with an input for a rain gauge (digital pulse).

COMMUNICATION:
An optional module for LAN resp. GPRS-UMTS connection for modern communication and remote access via TCP/IP is available. The browser-based software maxxwareConnect®, which is provided free of charge, completes the communication package.

With the functional elements of the maxxwareConnect® software a remote access to the sampler and to all sampling data is possible:

  • remote control of the sampler
  • setting of the TCP/IP parameters of the webserver
  • SMTP server for notification via e-mail in case of a malfunction
  • visualization of downloaded data
  • download and saving of data as PDF, CSV or XLSX format
  • print-out of data directly as PDF format
  • backup of all pre-programmed programs of the sampler
  • setting and saving of programs in OFFLINE mode. Upload in online mode.
  • possibility to read out, change, save or upload all sampler programs (1-12 )
  • recovery of saved programs
  • error messaging by e-mail.

Unique combination of design and technology

  • Innovative measuring system for volume determination for the peristaltic pump
  • Highly accurate sample volume
  • Minimal effort for calibration
  • Clear operating structure and simple programming
  • LAN/W-LAN/Web communication (option)
  • Easy cleaning
  • Modern and ergonomic design
  • Long battery run-time thanks to “sleep mode”
  • Integrated pump replacement tube (versions with peristaltic pump).

Digital Edition

IET 34.2 March 2024

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