Installation Instructions.

Installing the Tubing

1.Measure 3/4″ from the end of each remaining piece of tubing (faucet end and inlet end) and mark with a pencil (Fig. 10). (Check for roundness, smoothness, cuts, nicks, flat spots and sharp edges.)

3/4″ (19 mm)

Fig. 10

INCORRECT

2.NOTE: Water flow is from left to right. Water inlet is on the left side and water outlet is on the right side. Failure to follow will result in water leaks when filter canisters are removed.

Inlet from supply valve

Outlet

 

to faucet

3Push the tubing firmly into each fitting on the manifold until the line is flush with the fitting collar. (If the tubing is removed, re-cut the end, measure, mark and re-insert). Tubing must be fully inserted to avoid leaks (Fig. 11). (To remove tubing, depress and hold white collet; pull tubing out to remove.)

White Collet

(DO NOT REMOVE)

Insertion line

 

3 4"

 

Insert tubing

Engagement

″

″

tubing)

Fig. 11

3/4

(3/8

 

4Pull out slightly on tubing to ensure a good seal.

12

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Image 12
GE GNSV70FBL owner manual Installing the Tubing
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GNSV70FBL specifications

The GE GNSV70FBL is a state-of-the-art switchgear product designed specifically for medium-voltage applications. This model is part of General Electric's robust line of solutions aimed at enhancing electrical distribution networks across various industrial environments. The GNSV70FBL is particularly notable for its combination of efficiency, reliability, and safety features, making it an optimal choice for users who prioritize performance and durability in their electrical systems.

One of the standout features of the GNSV70FBL is its compact design. This switchgear is engineered with a reduced footprint, allowing for efficient space utilization, which is crucial for facilities with limited physical space. The compact design not only simplifies installation but also facilitates maintenance activities, enabling technicians to perform their duties with greater ease.

The GNSV70FBL incorporates advanced digital technology and automation capabilities. It is equipped with intelligent electronic devices (IED) that provide real-time monitoring and control. This technological integration enhances operational efficiency by enabling predictive maintenance, which reduces downtime and operational costs. Users can benefit from enhanced data analytics, allowing for informed decision-making regarding their electrical distribution systems.

Safety is a paramount concern in any electrical application, and the GNSV70FBL addresses this with its robust design and protective features. It is equipped with fault detection capabilities that promptly identify and isolate issues within the network, minimizing the risk of equipment damage and ensuring the safety of personnel. The switchgear also complies with rigorous international safety standards, providing users with peace of mind.

In terms of versatility, the GNSV70FBL supports a range of configurations and customization options. This flexibility allows it to be tailored to meet the specific requirements of diverse applications, from manufacturing plants to commercial buildings. The GNSV70FBL offers compatibility with various voltage ratings, enabling it to seamlessly integrate into existing electrical infrastructures.

Additionally, the GNSV70FBL is designed for sustainable operation. Its energy-efficient components contribute to lower overall energy consumption, aligning with global initiatives for reducing carbon footprints. This focus on sustainability makes the GNSV70FBL not only a reliable choice but also an environmentally responsible one.

Overall, the GE GNSV70FBL stands out in the medium-voltage switchgear market with its advanced features, compact design, and commitment to safety and sustainability. For industries seeking high-performance solutions for their electrical distribution needs, the GNSV70FBL represents an excellent investment in both innovation and reliability.
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