Type 1 Laboratory Water Purification System TopPure120C-T with TOC Monitoring

1.  Our Laboratory Purification System is a versatile platform designed to adapt to your lab's changing requirements.

2.  Start with the robust core system, featuring the essential Pretreatment, RO, and Purification Cartridge.

3.  The Pretreatment Cartridge itself is configurable, with an optional strengthened 20" module for difficult feed water.

4.  The heart of the system, the Reverse Osmosis Module, is designed as a high-performance, serviceable unit.

5.  Choose the UV purification that fits your needs: the standard dual-wavelength lamp for microbial and organic control.

6.  The Purification Cartridge is a masterpiece of configurable design, combining multiple purification technologies in one.

7.  Its dual-column ion exchange can be tailored with different resin grades for specific contaminant challenges.

8.  Integrate an optional ultra-purification or nuclear-grade polishing cartridge for the most stringent applications.

9.  The Ultra-Filtration/Micro Filter step is inherently flexible; simply switch the filter cartridge for your application.

10. Select from a range of pore sizes or molecular weight cut-offs to target specific contaminants like endotoxins or proteins.

11. The Point-Of-Use filter is your final configurable step, ensuring application-specific sterility at the tap.

12. Control and monitoring are scalable: from the standard LCD to the premium Touch Screen interface.

13. Add optional Online TOC monitoring to your configuration for continuous organic carbon surveillance.

14. Water storage is flexible with choices between contamination-free 30L or 60L PE tanks, both with sensor protection.

15. Dispensing is configurable: use the main unit or add a convenient Remote Water Dispenser for distant points of use.

16. For larger scale or different purity needs, consider the EDI-equipped model (TopPure15B-E1) as an alternative configuration.

17. Network integration is ready via the RS232 port, allowing the system to fit into your lab's data management scheme.

18. The Comprehensive Sanitization program is a standard feature that adapts to all fluid path configurations.

19. All Module-designed Cartridges use a universal quick-connect system, making reconfiguration during change-outs simple.

20. The high-precision resistivity meter is a standard sensor that provides accurate feedback across all configurations.

21. The system's microprocessor is programmed to recognize and optimally manage all installed consumables and options.

22. This platform grows with your lab, allowing you to upgrade capabilities as research demands evolve.

23. From basic Type II water to ultrapure, endotoxin-free Type I water, the system can be configured to produce it.

24. The robust and corrosion-resistant housing of key components ensures longevity across all configurations.

25. Easy-to-read diagnostics help manage the more complex setups with the same clarity as a basic system.

26. Configurability ensures you invest in precisely what you need, avoiding over-specification or capability gaps.

27. Service and maintenance procedures remain consistent and straightforward, regardless of the specific configuration.

28. Choose a system that is not just a product, but a adaptable purification solution for the lifetime of your lab.

Experience the future of lab water purification with an intelligently controlled, user-focused system.

The reliability and longevity of a water purification system are ensured through a systematic upkeep plan. To safeguard subsequent elements, pre-filters and carbon filters must be changed at scheduled intervals. Reverse osmosis (RO) membranes should be checked regularly for signs of fouling or blockage. Deionization (DI) resins have a limited capacity and need to be either regenerated or swapped out after prolonged use. Furthermore, ultraviolet (UV) lamps gradually lose their effectiveness and require replacement typically on a yearly basis. Strictly following the manufacturer's recommended servicing routine is vital. Failure to maintain the system can result in progressively poorer water quality, higher operational expenses, and potential equipment breakdown, thereby endangering the laboratory's entire water supply.