Mounting Bracket to Cabinet Wall

TroubleshootingTips Installation Instructions OperatingInstructions SafetyInstructions

CustomerService

Step-by-step installation instructions.

The bracket can be used as a template for marking the location of the mounting screws. When determining the location of the bracket make sure you leave 1-1⁄2″ to 2″ of free area under the sumps to allow for sump removal and enough space on either side to make the tubing connections.

Make Tubing Connections

	Run the length of 3⁄8″ tubing, connected to the bottom of faucet, to the filter system outlet, Fig.1 in the
1
1	Installation Overview section. Allow enough slack in the tubing to be able to place the system on the floor in front

	of the sink. Measure and cut the end of the tubing square.
	Slide a compression nut onto the end of the tubing and push a tubing insert into the tubing.
2
	Connect the tubing and tighten the compression nuts securely.
3
	Repeat the preceding steps to connect a length of tubing between the filter system inlet and the water
4
	supply/saddle valve, Fig. 1 in the Installation Overview section.
	Fig. 4	″
	7-9 ⁄ 1 6	″
				Tubing
				connector
	Mounting
	bracket			Mounting
				Mounting
	Tubing			screws
	Tubing
	connector
	Sump			Sump
	Sump


			Filter II
	Filter I
			1 -1 ⁄ 2 ″ to 2″

Filter Cartridge Installation or Replacement

CAUTION: Never remove sumps with water pressure in the Water Filtration system.

1 Close the water supply/saddle valve (Fig. 1 and 2A) to the filter. Open the filtered water faucet.

2 Turn the sump off of the filter head as shown (use the sump wrench provided). Be careful, the sump is full of water. Locate and save the large o-ring seal. Remove and discard the used filter cartridge.

3 Be sure the inside of the sump is clean. Thoroughly wash with hot, soapy water and rinse.

4 Remove the wrapper and labels from the new filter cartridge and insert the filter cartridge in the sump. Some cartridges fit either way, while others fit only one way. Observe markings on the end of the cartridge. The sediment (FXUSB) filter cartridge should always be placed in the Filter I sump.

5 Lightly lubricate the o-ring seal, in the sump, with clean silicone grease. Be sure it is fully seated in its groove.

6 Hold the sump up to the filter head, aligning the center hole in the cartridge with the protrusion on the bottom of the head.

NOTE: If the sump will not tighten up to the head, you may have the cartridge in upside down. Take the cartridge out and check the markings on the end of the cartridge for correct orientation.

7 Being careful not to cross-thread, turn the sump onto the filter head and hand tighten securely (see Fig. 5).

10 CAUTION: If using the sump wrench to tighten the sump, do not overtighten.

GXUT03B, GNUT03B specifications

The GE GNUT03B and GXUT03B are advanced electronic units designed to enhance operational efficiency across various industrial applications. These models are part of General Electric's extensive portfolio, known for their reliability and innovative technology.

One of the standout features of the GNUT03B and GXUT03B is their robust communication capabilities. Both units support multiple protocols, which ensures seamless integration into existing systems. This interoperability allows for easy adaptability in complex environments including manufacturing plants, energy sectors, and smart grid systems. The units can communicate with different devices, controllers, and software applications, facilitating real-time data exchange and monitoring.

In terms of processing power, the GNUT03B and GXUT03B are equipped with high-performance processors that enable fast data processing and analysis. This capability is crucial for industries where timely decision-making impacts productivity and safety. The user-friendly interface of these units provides operators with intuitive access to their features, allowing for easy setup and navigation.

Another significant characteristic is the units' built-in redundancy features. These ensure continuous operation, minimizing downtime that can be costly in industrial settings. The GNUT03B and GXUT03B also include fail-safe mechanisms designed to protect critical operations, making them suitable for mission-critical applications.

Energy efficiency is another important aspect of these models. They are designed not only to provide high performance but also to reduce overall energy consumption. This not only leads to cost savings but also promotes sustainability, aligning with the growing emphasis on environmentally friendly practices in industry.

The GNUT03B and GXUT03B boast extensive data storage capabilities, enabling them to manage large volumes of information. This is particularly beneficial for applications requiring historical data analysis, predictive maintenance, and performance optimization. Their advanced analytics capabilities assist organizations in making data-driven decisions to enhance operational efficiency and reduce operational risks.

Finally, the durability and rugged design of these units make them suitable for harsh environments. They have been engineered to withstand extreme temperatures, vibration, and dust, which ensures a long operational life and minimizes the need for frequent replacements or repairs.

Overall, the GE GNUT03B and GXUT03B represent a fusion of cutting-edge technology and practical functionality, making them indispensable tools for modern industrial operations. With their impressive features and characteristics, they are well-equipped to meet the demands of an ever-evolving industrial landscape.

CustomerService

Step-by-step installation instructions.