Installation and Operation Guide

High Flow CSR Filter Systems

Selecting A Mounting Location

1.Give consideration to the weight of the unit when operating (filled with water). Operating weights of High Flow CSR Systems are:

Twin System - 45 lbs (20.2 kg)

Triple System - 47 lbs (21.2 kg)

Quad System - 49 lbs (22.2 kg)

Quad Plus System - 49 lbs (21.2 kg) + separate surge/storage tank @ 60 lbs (27.2 kg)

2.The location should allow for (See figures 1-8):

Minimum clearance of 212" under the cartridge(s) so it can be lowered for removal and replacement.

Adequate space for “in” and “out” water line connections. Be near a drain for flushing and near a 110V outlet if the optional EverguardLow Pressure Alarm is used.

Additional mounting and floor space for the separate SR-X Feeder and surge/storage tank(Quad Plus).

Operating Specifications*

Combined Model Name

Replacement

Flow Rate

Capacity

Cartridge

 

 

 

 

 

 

 

High Flow CSR Twin - MC

MC

3.3 gpm (12.5 lpm)

18,000 gal.(68,000 L)

High Flow CSR Twin - MC2

MC2

3.3 gpm (12.5 lpm)

18,000 gal.(68,000 L)

High Flow CSR Twin - XC

XC

3.3 gpm (12.5 lpm)

18,000 gal.(68,000 L)

High Flow CSR Twin - XC2

XC2

3.3 gpm (12.5 lpm)

18,000 gal.(68,000 L)

High Flow CSR Twin - 4CB5

4CB5

3.3 gpm (12.5 lpm)

12,000 gal.(45,400 L)

High Flow CSR Twin - 7CB5

7CB5

5.0 gpm (18.9 lpm)

20,000 gal.(75,700 L)

High Flow CSR Triple - MC

MC

5.0 gpm (18.9 lpm)

27,000 gal.(102,000 L)

High Flow CSR Triple - MC2

MC2

5.0 gpm (18.9 lpm)

27,000 gal.(102,000 L)

High Flow CSR Triple - XC

XC

5.0 gpm (18.9 lpm)

36,000 gal.(136,000 L)

High Flow CSR Triple - XC2

XC2

5.0 gpm (18.9 lpm)

36,000 gal.(136,000 L)

High Flow CSR Triple - 4CB5

4CB5

5.0 gpm (18.9 lpm)

18,000 gal.(68,000 L)

High Flow CSR Triple - 7CB5

7CB5

7.5 gpm (28.5 lpm)

30,000 gal.(113,550 L)

High Flow CSR Quad - MC

MC

6.6 gpm (25.2 lpm)

36,000 gal.(136,000 L)

High Flow CSR Quad - MC2

MC2

6.6 gpm (25.2 lpm)

36,000 gal.(136,000 L)

High Flow CSR Quad Plus - XC

XC

6.6 gpm (25.2 lpm)

48,000 gal.(181,600 L)

High Flow CSR Quad Plus - XC2

XC2

6.6 gpm (25.2 lpm)

48,000 gal.(181,600 L)

* For individual cartridge specifications, refer to cartridge literature.

Temperature: 35-100°F (2-38°C)

Pressure: 10 - 125 psi (0.7 - 8.6 bar), non-shock For cold water use only.

Installation

Figure 1 – Twin

Figure 2 – Triple

Figure 3 – Quad

1.Use the predrilled mounting holes in the manifold bracket as guides. Mark and drill anchor holes. Mount securely. See Figures 5-8.

2.Shut off power to equipment. If system is a High Flow CSR Quad Plus (separate SR-X Feeder and surge/storage tank), proceed to step 3b.

3a. Connect outlet ports of High Flow system to equipment served per the instructions below. Always use NSF approved pipe dope or Teflon tape at all connections. Use a backup wrench on all fittings while connecting to avoid stress on the system components.

The cross fitting before the SR-X Feeder has a threaded outlet on top. Connect a minimum 1/2" I.D. line from this outlet to fountain beverage equipment.

The cross fitting has a flushing valve installed on the bottom. Connect tubing to the flushing valve and run to drain. Note: Some municipal plumbing codes and good sanitary practices require an air gap at the drain termination point.

Figure 4 – Quad Plus

Manufactured by Everpure

EV3112-78 Rev E AP08

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Everpure MC, XC2, EV3112 installation and operation guide Selecting a Mounting Location, Installation

EV3112, XC2, MC, XC specifications

Everpure's MC, XC2, EV3112, and XC filtration systems represent the pinnacle of water purification technology, combining robust engineering with advanced filtration capabilities. Designed for a variety of applications, these systems cater to businesses in the foodservice, hospitality, and coffee industries, ensuring that water quality meets the highest standards.

The MC series provides a versatile solution for foodservice operations, focusing on the removal of chlorine, sediment, and other impurities. It features a high-capacity filter designed to deliver consistent water quality, enhancing the flavor of beverages and the quality of food preparation. The innovative design ensures easy filter changes and maintenance, allowing businesses to minimize downtime.

The XC2 is particularly well-regarded for its dual filtration technology which targets both fine and coarse particles. This system is engineered to reduce scale buildup, which can be detrimental to equipment longevity. Furthermore, the XC2 integrates a unique activated carbon layer that not only enhances taste but also eliminates odors, presenting a comprehensive solution for establishments serving water and beverages.

Everpure's EV3112 brings a robust filtration approach with a focus on larger operations. Capable of delivering high volumes of filtered water, this system is equipped with a three-stage filtration process, ensuring maximum impurity removal. Its proprietary micro-filtration technology captures particulates down to 0.5 micron, offering high efficiency while also maintaining the essential minerals that enhance water taste.

Complementing these systems, the XC offers exceptional performance specifically geared towards espresso machines and coffee brewers. With fine filtration capabilities, it protects sensitive equipment from clogging and scale build-up while improving the extraction process for better-tasting coffee. The XC utilizes advanced carbon block technology, which is instrumental in retaining flavor while filtering out undesirable contaminants.

Collectively, these Everpure systems showcase the company’s commitment to quality, reliability, and innovation in water purification. Their cutting-edge technologies, along with user-friendly designs, make them an excellent choice for businesses that prioritize not only the quality of their water but also the efficiency and performance of their equipment. Whether for restaurants, cafes, or large-scale facilities, Everpure’s filtration solutions are engineered to meet the diverse needs of the food and beverage industry while ensuring that water quality remains consistently high.