Loch Raven STRAINER DOCS.pdf

Thermostatic Mixing Valve Model Numbers: 131-ABNF, 131-ABRCF, 131-CABNF, 131-CABRCF, 131-FMAB, 131-FMABRCF, 131-CFMAB, 131-CFMABRCF

Size: 3/8˝ (10 mm) Compression

Description The 131 Series 3/8˝ (10 mm) compression fitting thermostatic mixing valves maintain and limit hot water to a desired selectable temperature between 80°F and 120°F (27°C and 49°C), with flow rates as low as 0.35 gpm (1.3 LPM). The superior flow characteristics of these valves provide accurate temperature control (±3°F) with low pressure drop. As an added feature, the 131 Series incorporates dual check valves to protect against cross-flow and integral screens to filter out debris.

Applications A thermostatic mixing valve is intended for under-sink installation to control the hot water temperature and prevent accidental scalding. The water temperature must be adjusted by the installer using a thermometer to measure the hot water temperature at the faucet outlet. Maximum temperature of 110°F (43°C) is recommended.

Application Note Delivery of water to fixtures intended for hand washing should always be controlled by valves listed to ASSE 1070. Thermostatic valves provide the user with both thermal shock and scald protection.

These valves should always be adjusted after installation to the desired temperature.

Pressure – Temperature Minimum Supply Pressure: 30 psi (207 kPa) Hot Inlet Temperature: 120°F – 180°F (49°C – 82°C) Cold Inlet Temperature: 39°F – 80°F (4°C – 27°C) Minimum Inlet Temperature Differential: 20°F (7°C) Temperature Out: 80°F – 120°F (27°C – 49°C) Factory Setting: 100.4°F Maximum Pressure: 125 psi (8.6 bar) The pressure differential must be less than 20% between the hot and cold inlet supplies.

For additional technical assistance, call 800/TEC-TRUE (800-832-8783) or visit our website at chicagofaucets.com.

Applicable Codes and Standards

ASSE 1070/ASME A112.1070/CSA B125.70

NSF/ANSI 372 Low Lead Content NSF/ANSI 61, Section 9

Figure 1. Flow Capacity: Pressure vs. GPM

0 1 2 3 4 5 6 7

P S

I

GPM

131-ABNF

131-FMABRCF

131-CABNF

131-CFMABRCF

Installation Instructions The 131 Series installs easily onto most faucets. When installing this thermostatic mixing valve, be sure to follow all local plumbing codes for your application.

1. Shut off the supply valves and remove any existing piping between the supply valves and the faucet.

2. Connect the 131 Series to the supply valves and the faucet. Typical connections are shown in

Figures 2 and 3 below.

3. Turn on the supply valves.

4. Follow the instructions on page 3 of this manual, Temperature Adjustment, to obtain the desired outlet water temperature.

Note 1: When using copper tubing, do not extend the tubing more than 3/16˝ beyond the compression ferrule. When installing with non-rigid supply hose connections, anchor the 131 Series thermostatic valve to the wall using the provided spacer to prevent any unintentional movement.

Note 2: Do not use pipe dope/paste on valve thread connections.

Figure 2. Typical Installations, 131-ABNF, 131-ABRCF, 131-FMAB, and 131-FMABRCF Single Sensor Faucet: Multiple Sensor Faucets:

Hot Water Cold Water

Mixed

Hot Water Cold Water

Mixed

Figure 3. Typical Installations, 131-CABNF, 131-CABRCF, 131-CFMAB, and 131-CFMABRCF Single Two-Handle Faucet: Multiple Two-Handle Faucets:

Hot Water Cold Water

Mixed

Hot Water Cold Water

Mixed

Temperature Adjustment – Models 131-ABNF, 131-ABRCF, 131-CABNF, 131-CABRCF

1. Loosen the cap screw until the handle turns freely (do not remove the screw) with a 3mm (7/64˝) hex wrench.

2. As a safety feature the cap must be partially lifted from the valve to adjust temperature.

3. With the faucet turned on and in the full hot position, adjust the setting of the valve to obtain the desired outlet water temperature. Turn clockwise to decrease temperature.

4. Lower cap and tighten cap screw.

5. Check outlet temperature.

Note 1: The hot water should be allowed to flow for two or three minutes prior to adjusting the valve setting in order to have the hottest inlet temperature flowing through the valve.

Note 2: If Handle Locator becomes separated from Cartridge Stem, look for marking on Cartridge

Stem, align with groove on Handle Locator, and reassemble as shown in Detail A.

Temperature Adjustment – Models 131-FMAB(RCF), 131-CFMAB(RCF)

1. Loosen the Set Screw (see Figure 5) until the Handle turns freely (do not remove the screw) with a

3mm (7/64˝) hex wrench.

2. With the faucet turned on and in the full hot position, turn the Handle to obtain the desired outlet water temperature. Turn clockwise to decrease temperature.

3. Check outlet temperature.

4. When desired water temperature is achieved, tighten the Set Screw to secure the Handle.

Tightening the Set Screw provides tamper resistance and prevents unauthorized adjustment of the water temperature.

Note 1: The hot water should be allowed to flow for two or three minutes prior to adjusting the valve setting in order to have the hottest inlet temperature flowing through the valve.

Figure 4. Temperature Adjustment, Models

131-ABNF, 131-ABRCF,

131-CABNF, and

131-CABRCF

Detail A Handle Locator

Cartridge Stem

Figure 5. Temperature Adjustment, Models 131-FMAB(RCF), 131-CFMAB(RCF)

Set Screw (Temperature Indicator)

Handle

A. Factory Default Setting B. Max. Cold Setting

CHICAGO FAUCETS LIMITED WARRANTY

TO WHOM DOES THIS WARRANTY APPLY? — The Company extends the following limited warranty to the original user only.

WHAT DOES THIS WARRANTY COVER AND HOW LONG DOES IT LAST? This warranty covers the following Commercial Products: SH-PB Shower Fittings.

LIFETIME FAUCET WARRANTY — The “Faucet,” defined as any metal cast, forged, stamped or formed portion of the Product, not including electronic or moving parts or other products separately covered by this Limited Warranty or water restricting components or other components, is warranted against material manufacturing defects for the life of the Product.

FIVE YEAR FAUCET WARRANTY — Certain Products and portions of the Product are warranted against material manufacturing defects for a period of five (5) years from the date of Product purchase. Products warranted against material manufacturing defects for a period of five (5) years from the date of Product purchase are referred to by the product numbers 42X, 43X, 15XX and E-Tronic™ - 4X, 5X, 6X, 7X, 8X and 9X. All zinc die cast portions of Product are warranted against material manufacturing defects for a period of five (5) years from the date of Product purchase.

THREE YEAR ELECTRONICS WARRANTY — Electronic components, including the solenoid, are warranted for three (3) years from the date of installation.

FIVE YEAR CARTRIDGE WARRANTY — The “Cartridge”, defined as the metal portion of any Product typically referred to by the product numbers containing 1-099, 1-100, 1-310, 377X, 217X and 274X, excluding any rubber or plastic components, is warranted against material manufacturing defects for a period of five (5) years from the date of Product purchase.

All Cartridges included in the Company’s Single Control or Shower Products also are warranted against material manufacturing defects for a period of five (5) years from the date of Product purchase.

ONE YEAR FINISH WARRANTY – COMMERCIAL — For Products used in commercial applications, the finish of the Product is warranted against material manufacturing defects for a period of one (1) year from the date of Product purchase.

OTHER WARRANTIES — All other Products not covered above are warranted against material manufacturing defects for a period of one (1) year from the date of Product purchase.

Other restrictions and limitations apply. For complete warranty details, call Chicago Faucets Customer Service at 847-803-5000 or visit chicagofaucets.com.

Care and Maintenance All Chicago Faucets fittings are designed and engineered to meet or exceed industry performance standards.

Care should be taken when cleaning this product. Do not use abrasive cleaners, chemicals or solvents as they can result in surface damage. Use mild soap with warm water for cleaning and protecting the surface of Chicago Faucets fittings.

For additional technical assistance, call 800/TEC-TRUE (800-832-8783) or visit our website at chicagofaucets.com.

The Chicago Faucet Company 2100 South Clearwater Drive Des Plaines, IL 60018 Phone: 847/803-5000 Fax: 847/803-5454 Technical: 800/832-8783 www.chicagofaucets.com

© 2021 The Chicago Faucet Company. All rights reserved. Product specifications subject to change without notice. 865.497.00.0 REV 05/21

ATTENTION INSTALLER: After installation, please leave this Instruction Sheet for occupant’s information.

IMPORTANT: Inquire with governing authorities for local installation requirements.

Pipe Flush Mode – Models 131-FMAB(RCF), 131-CFMAB(RCF) 131-FM and 131-CFM mixing valves include a special Pipe Flush Mode that allows maintenance personnel to flush the system with high-temperature water.

IMPORTANT

Note that putting the 131 Series mixing valve in Pipe Flush Mode disables anti-scald protection as required by ASSE1070. Pipe Flush Mode is for use by authorized maintenance personnel only. Improper use of this mode may result in scalding or other serious injury. Under no circumstances should the mixing valve be left in Pipe Flush Mode after system flushing is complete.

1. Turn off the cold water supply at the supply stop.

2. Loosen the Set Screw (see Figure 5A) until the Handle turns freely (do not remove the screw) with a

3mm (7/64˝) hex wrench.

3. Remove the Safety Lock Cap and depress the Safety Button to disengage the safety lock as shown in Figure 6.

4. Turn the Handle counter-clockwise to FLUSH position (Figure 6). Valve is now in Pipe Flush Mode.

5. Perform system flush as needed.

6. RETURN HANDLE TO SAFE TEMPERATURE SETTING: Turn the Handle clockwise to exit

Pipe Flush Mode. Safety Lock will re-engage. Continue rotating the Handle clockwise to desired water temperature setting (see Figure 5 for standard settings).

7. Tighten the Set Screw to secure the Handle. Tightening the Set Screw provides tamper resistance and prevents unauthorized adjustment of the water temperature.

8. Replace the Safety Lock Cap.

9. Turn on the cold water supply. Check water temperature at the faucet outlet and adjust the Handle if necessary to achieve the desired water temperature.

Figure 6. Pipe Flush Mode, Models

131-FMAB(RCF),

131-CFMAB(RCF)

Safety Lock Cap

Safety Button

Handle

9/10/2022

Check valves installed

1B15 105 105 105 No Brian M 9/10/2018 1B16 105 105 102 No Brian M 9/10/2018 1B17 99 104 104 No Brian M 9/10/2018 1B18 98 105 103 No Brian M 9/10/2018 1B19 105 104 104 No Brian M 9/10/2018 1B20 105 104 105 No Brian M 9/10/2018 1B26 105 104 104 No Brian M 9/10/2018 1B27 105 104 107 No Brian M 9/10/2018 1B24 105 104 108 No Brian M 9/10/2018 1C13 No sink 104 104 No Brian M 9/10/2018 1C11 105 104 105 No Brian M 9/10/2018 1C15 105 103 102 No Brian M 9/10/2018 1C16 102 105 101 No Brian M 9/10/2018 1C17 105 104 102 No Brian M 9/10/2018 1C18 105 105 100 No Brian M 9/10/2018 1C20 105 105 99 Yes Brian M 9/10/2018 1C24 105 105 105 No Brian M 9/10/2018 1C25 105 105 103 Yes Brian M 9/10/2018 1C28 104 104 100 No Brian M 9/10/2018 1C29 105 105 101 No Brian M 9/10/2018 1C30 105 104 100 Yes Brian M 9/10/2018 1C31 104 105 101 Yes Brian M 9/10/2018 1D16 104 103 Under Repair No Brian M 9/10/2018 1D17 104 103 104 No Brian M 9/10/2018 1D18 105 104 107 No Brian M 9/10/2018 1D21 105 105 98 No Brian M 9/10/2018 1D22 105 104 103 No Brian M 9/10/2018 1D23 105 105 107 No Brian M 9/10/2018 1D24 105 104 108 No Brian M 9/10/2018 1D27 105 105 103 No Brian M 9/10/2018 1D28 104 105 102 No Brian M 9/10/2018 1D29 105 104 103 No Brian M 9/10/2018 1D30 105 104 101 No Brian M 9/10/2018 2B17 103 101 108 No Brian M 9/10/2018 2B18 105 105 105 No Brian M 9/10/2018 2B19 105 105 103 No Brian M 9/10/2018

Engineering Hot Water Tempe

Room Number

Nurse Sink Temperature

Bathroom Sink Temperature Inspected by

Date Inspected after initial install

Shower Temperature

2B20 105 104 107 No Brian M 9/10/2018 2B21 105 105 108 No Brian M 9/10/2018 2B24 101 105 107 No Brian M 9/10/2018 2B25 87 103 101 No Brian M 9/10/2018 2B26 105 103 108 No Brian M 9/10/2018 2B27 105 104 105 No Brian M 9/10/2018 2B30 104 105 98 No Brian M 9/10/2018 2B31 105 105 99 No Brian M 9/10/2018 2B32 105 104 108 No Brian M 9/10/2018 2B33 105 104 107 No Brian M 9/10/2018 2C11 105 No Brian M 9/10/2018 2C15 105 105 110 No Brian M 9/10/2018 2C16 104 105 106 No Brian M 9/10/2018 2C17 101 105 108 No Brian M 9/10/2018 2C18 101 105 106 No Brian M 9/10/2018 2C20 102 104 104 No Brian M 9/10/2018 2C23 105 104 106 No Brian M 9/10/2018 2C24 103 105 107 No Brian M 9/10/2018 2C25 104 105 106 No Brian M 9/10/2018 2C28 105 105 100 No Brian M 9/10/2018 2C29 102 105 104 No Brian M 9/10/2018 2C30 N/A 103 107 No Brian M 9/10/2018 2C31 105 105 107 No Brian M 9/10/2018 2D12 97 100 108 No Brian M 9/10/2018 2D16 105 105 109 No Brian M 9/10/2018 2D17 105 101 105 No Brian M 9/10/2018 2D18 105 103 107 No Brian M 9/10/2018 2D21 97 105 108 No Brian M 9/10/2018 2D22 86 105 108 No Brian M 9/10/2018 2D23 102 105 104 No Brian M 9/10/2018 2D24 105 102 107 No Brian M 9/10/2018 2D25 104 104 109 No Brian M 9/10/2018 2D27 104 89 104 No Brian M 9/10/2018 2D28 105 105 105 No Brian M 9/10/2018 2D29 101 105 92 No Brian M 9/10/2018 2D30 105 105 102 No Brian M 9/10/2018

2A-22 x1 No Louis 9/11/2018 2A-26 x1 No Louis 9/11/2018 2A-25 x2 No Louis 9/11/2018 2A-27 x2 No Louis 9/11/2018 1A-22 x2 No Louis 9/11/2018 1A-26 x2 No Louis 9/11/2018 2A-07 x1 x1 No Louis 9/11/2018

Non patient areas (General public)

Patient Family locked out

1A-31b x1 No Louis 9/11/2018 1A-10 x1 No Louis 9/11/2018 G-20 x2 No Louis 9/11/2018 G-18 x1 No Louis 9/11/2018

Hot water heater 125 degrees at time of test

Hot water heater 125 degrees at time of test

Hot water heater 125 degrees at time of test erature Sur heater 125 heater 125 degrees at time of test

Hot water heater 125

Hot water heater is at 125 degree discharge

Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve New Style with flushing option 12/19 Old style mixing Valve New Style with flushing option Replaced 12/19 New Style with flushing option Replaced 12/19 New Style with flushing option Replaced 11/19 New Style with flushing option Replaced 11/19 New Style with flushing option Replaced 10/19 New Style with flushing option Replaced 10/19 New Style with flushing option Replaced 10/19 Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve New Style with flushing option Replaced 10/19 New Style with flushing option Replaced 10/19 Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve

Comments veillance Log - Loch Raven

Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve

Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve Old style mixing Valve

Doctors overnight room does not require

New construction Computer room (No)