Prefilter—Water from the cold supply pipe is directed to the prefilter cartridge, which is inside the sump. The prefilter is a replaceable sediment cartridge containing activated carbon. The cartridge removes sand, silt, dirt, other sediments and up to 2.0 ppm of chlorine from the feed water. The prefilter reduces chlorine in the feed water because CHLORINE DESTROYS THE REVERSE OSMOSIS MEMBRANE. Filtered, clean, chlorine-reduced water flows from the prefilter to the Reverse Osmosis cartridge.
Storage Tank—The storage area holds up to 2.1 gallons of product water. A diaphragm inside the tank keeps water pressurized, when the tank is full, for fast flow to the faucet when drinking water is needed.

1

2

3 Check Valve—A check valve is built into one end of the Reverse Osmosis housing under the tee fitting. The check valve prevents a backward flow of product water from the storage area. A backward flow could cause the Reverse Osmosis membrane to rupture.

4 Automatic Shutoff Assembly—To conserve water, the drinking water system has an automatic shutoff. When the storage tank has filled to capacity and the drinking water faucet is closed, pressure closes the shutoff. Water flow to the Reverse Osmosis housing is shut off until drinking water is used again, and pressure drops in the Reverse Osmosis system.

 

Reverse Osmosis housing

 

U-pin

 

Lock washer

Automatic

Reverse Osmosis cartridge

shutoff

 

assembly

 

Prefilter

 

cartridge

 

O-ring

Postfilter

inside

cartridge

sump

 

Sump

Inlet cover

Sump

Turn sump this way to remove

5 Reverse Osmosis Cartridge—The cartridge, inside the Reverse Osmosis housing, includes a tightly wound, special membrane. Water is forced through the cartridge where the membrane removes the dissolved solids and organic matter. High quality product water exits the Reverse Osmosis housing and goes to the storage tank. Reject water, with the dissolved solids and organic matter, leaves the housing and is discharged to the drain through 1⁄4″ tubing.

6 Postfilter—After leaving the storage area, but before going to the system faucet, product water goes to the postfilter which is inside the sump. The postfilter is also a replaceable sediment cartridge that contains activated carbon. Any remaining tastes, odors, or sediments are removed from product water by the postfilter. Clean, high quality drinking water flows through the tubing and to the system faucet.

7 Flow Control—The flow control regulates the flow of water through the Reverse Osmosis cartridge at the required rate to produce high quality water. The control is located in the elbow fitting at the Reverse Osmosis housing drain port. A small, cone-shaped screen fits over the front end of the flow control to prevent clogging due to sediments in the drain water.

 

1/4″

Check valve tee

tubing

 

Screen

Compression nut

Flow control

Drain elbow

5

Safety Instructions

Operating Instructions

Troubleshooting Tips

Customer Service

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GE 215c1002p004-4 owner manual Operating Instructions
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215c1002p004-4 specifications

The GE 215C1002P004-4 is a high-performance electronic device that has gained prominence in various industrial and commercial applications. This component is part of General Electric's line of advanced technologies, reflecting the company's ongoing commitment to innovation and reliability.

One of the key features of the GE 215C1002P004-4 is its robust design, which allows it to operate efficiently in demanding environments. The device is engineered to withstand extreme temperatures and harsh conditions, ensuring longevity and dependable performance. This ruggedness makes it suitable for use in sectors such as manufacturing, aerospace, and energy.

In terms of technology, the GE 215C1002P004-4 boasts cutting-edge features that enhance its functionality. It incorporates advanced circuitry that enables precise control and monitoring capabilities. This is crucial for applications where accuracy is paramount, such as in industrial automation systems. The device also supports various communication protocols, making it versatile and compatible with a wide range of existing systems.

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The user interface of the GE 215C1002P004-4 is designed to be intuitive, facilitating easy operation and monitoring. This ease of use is crucial for technicians and operators who need to access real-time data and diagnostics to ensure optimal performance and quick troubleshooting.

Furthermore, the GE 215C1002P004-4 is compliant with various industry standards, ensuring that it meets rigorous safety and quality requirements. This compliance reinforces its reliability and bolsters customer confidence in its performance.

In conclusion, the GE 215C1002P004-4 is a versatile and efficient electronic device that stands out due to its rugged design, advanced technology, energy efficiency, and user-friendly interface. As industries continue to evolve, components like the GE 215C1002P004-4 play a vital role in driving innovation and improving operational efficiency across various sectors. Whether used in automation, control systems, or other applications, it exemplifies the quality and reliability that General Electric is known for.
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