Lab Zero PPM Automatic Water Distiller

Description

The Lab Zero PPM Automatic Water Distiller is a water purifier that utilizes reverse osmosis technology to remove impurities from water. It has a five-stage filtration system that includes a pre-filter, sediment filter, carbon filter, reverse osmosis membrane, and post-filter. The Lab Zero PPM also has a built-in storage tank that carries up to 4 gallons of purified water.

Lab Zero PPM Automatic Water Distiller Benefits

The benefits of the Lab Zero PPM Automatic Water Distiller include its ability to remove 99% of water’s impurities, compact size, and easy installation. The Lab Zero PPM is a water purifier that uses reverse osmosis technology to remove contaminants from water. It has a five-stage filtration system that includes a pre-filter, sediment filter, carbon filter, reverse osmosis membrane, and post-filter. The Lab Zero PPM also has a built-in storage tank that carries up to 4 gallons of purified water. The benefits of the Lab Zero PPM include its ability to remove 99% of water’s impurities, compact size, and easy installation.

Produces zero PPM Water constantly, fully Automatic Water Distillers / De Ionizer / De Mineralizer Machine with a micro computerized control system inline TDS Monitoring System.

Automatic Back-washing and flushing system, Easy to use, understand, and monitor. You can keep the quality of your water through the built-in Water Quality Monitoring System. I Highly Recommend a System for laboratories, aquariums, and small-capacity chemical processing units.

Remarks:

• All easy-change filters
• No tools are required when changing
• storage tank: 3.2G
• CE approved
• Taiwan. USA patent
• micro-computer controller – auto reminder chaining filter

Automotive system manufacturers expect component suppliers to ship components with zero failures per million devices, also called 0 ppm. There might sound like a large order, but many steps have to take to realize this practical and achievable goal, like dynamic part average testing (DPAT).

DPAT may be a statistical procedure for removing parts with abnormal characteristics from the products sold to customers. For example, assume we want to check a replacement power MOSFET’s RDS(on) performance. During the planning cycle, many thousands of MOSFETs will be built over several manufacturing lots, or “wafer lots” as they’re known. If those devices’ RDS(on) is measured and plotted, it’ll form a traditional distribution.