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PUMP SANITIZING

The SHURflo Juice pump is only one piece of a beverage dispensing system.  Therefore, frequent sanitization
of the pump and 

ALL

 equipment in the system is required.  

Sanitization is dependent on the concentrate

type and its' manufacturers requirements.

  Factors which also affect the frequency of this procedure are,

temperature, facility conditions, installation, and equipment.  Consult other equipment manufacturer's
instructions for their sanitizing requirements.  Perform the following procedure to assure compliance with NSF
listed sanitizing requirements for the SHURflo Juice pump 

(only)

.  Ref.: SHURflo Service Bulletin

 #

1025

MATERIALS REQUIRED:

  Common household bleach (Sodium Hypochlorite; 5.25%) or equivalent.

 Common household 

non-sudsing 

liquid detergent, suitable for use in a automatic dish washing machine.

  An adapter is needed to hold the bag connector on the syrup inlet (suction) line open.  A fitting cut

from an empty B-I-B will serve as the adapter.

  A 6 ft. 

[2 M]

 length of 

1

/

4" 

[6 mm]

 tubing with a SHURflo output fitting. (To serve as the bypass hose)

  Two five gallon buckets 

[19L]

 Measuring cup

SANITIZING PROCEDURE

1. 

Turn

 OFF

 CO

2

 pressure to the pump.  Open the dispenser valve to drop the line (outlet) pressure.

a)

Remove the liquid outlet fitting from the pump.  Install the bypass tube fitting in the outlet port of
the pump and screw in place.

b)

Immerse the bag connector and inlet suction tubing in 2 gallons 

[7.5L]

 of warm water (120-180

°

F

[48-82

°

C]

).

2. 

Turn ON CO

2

 to the pump (approx. 20 psi. 

[1.4 bar]

), and pump the 2 gallons of warm water through

the pump to flush out concentrate residue.  Turn OFF CO

2

 pressure to the pump.

3. 

Prepare 1 gallon 

[3.8 L]

 of detergent solution in a clean container.  Mix at the ratio of 1 oz. 

[30 cc]

 of

detergent per each gallon of warm water.

a)

Place the bag connector in the detergent solution

b)

Pump approximately 

3

/

4

 gallon 

[2.8 L]

 of detergent solution through the pump.

c)

Turn 

OFF

 CO

2

 pressure to the pump.  Allow the detergent solution to remain in the pump for a

contact time of two minutes.

d)

Turn the pump upside down and operate the pump until the remaining detergent solution is
pumped out.  Turn 

OFF

 CO

2

 pressure.

4. 

Repeat steps; 1b) and 2 (i.e.: flush with 2 gallons of warm water.)

5. 

Prepare 1 gallon 

[3.8 L]

 of sanitizing solution (Hypochlorite) in a clean container.  Mix at the ratio 

1

/

4

 oz

[7.5 cc]

 of bleach per each gallon of water to obtain a mixture of 100 ppm.

a)

Place the bag connector in sanitizing solution container.

b)

Pump approximately 

3

/

4

 gallon of sanitizing solution through the pump.

c)

Turn 

OFF

 CO

2

 pressure to the pump.  Allow the sanitizing solution to remain in the pump for a

contact time of two minutes.

d)

Turn the pump upside down and operate the pump until the remaining sanitizing solution is
pumped out.  Turn 

OFF

 CO

2

 pressure.

6. PRODUCT  PURGE: 

Connect bag connector to the concentrate B-I-B.  Operate the pump until a

steady stream of concentrate flows through the bypass tubing.  Pump approximately 10 oz. 

[300 cc]

 of

concentrate through the pump.  Turn 

OFF

 CO

2

 pressure.

7. 

Disconnect the bypass tubing and reinstall the concentrate line to the dispenser.  Reset pump to the
original CO

2

 pressure.  Test the dispensing valve for proper operation.  Sample the dispensed drink

for proper brix and to assure that there is no off-taste.  If an off-taste is detected additional
concentrate purging may be necessary.

WINTERIZING

Summary of Contents for HeavyDuty Advantage BIB 94-360-00

Page 1: ...uality drink at the dispenser head The above design configuration results in the greatest efficiency and lowest pressure drop every time the dispensing valve open and closes and thus insuring consiste...

Page 2: ...97 mm Size FLOport 6 0 H x 5 9 W x 4 3 D 152 mm x 150 mm x 110 mm Displacement 3 4 oz 74 cc cycle Suction Lift Activated 20 in Hg 508 m bar wet 25 in Hg 847 m bar Maximum Operating Pressure 85 psi 5...

Page 3: ...e compressed gas drives the pump and does not come in contact with the syrup The minimum gas pressure is 20 psi 1 4 bar and the maximum is 85 psi 5 8 bar The figures below illustrate the flow of gas a...

Page 4: ...At equalization the pump stops Sold Out The pump operates only when there is an adequate supply of syrup Vacuum produced by the pump evacuates the syrup within the bag Once the preset vacuum point is...

Page 5: ...d purging of the liquid outlet lines when the BIB is empty The Shurflo BIB pump ensures drink quality from the first drink to the last The SHURflo pump is compatible with all types of dispensing equip...

Page 6: ...s Nitrogen or Clean Compressed Air Materials of Construction Polypropylene EPDM Santoprene 316 Stainless Steel Temperature Limits 34 120 F 1 1 49 C Weight 2 lbs 0 9 kg Size 7 9 H x 5 7 W x 3 8 D 171 m...

Page 7: ...l Specifications Design Two Chamber Double Diaphragm Power Source CO2 gas Nitrogen or Clean Compressed Air Materials of Construction Polypropylene EPDM Santoprene 316 Stainless Steel Temperature Limit...

Page 8: ...bow 3 8 plastic barb elbow 1 4 plastic barb Tee w check valve none yes 94 366 51 Blue High Altitude H D A syrup pump 3 8 SS barb elbow 3 8 plastic barb elbow 1 4 plastic barb elbow w check valve none...

Page 9: ...poppet seals causing the pump to fail The cooler temperature causes the viscosity of the product to increase making the pump to work harder to move the same amount of syrup In ventilated areas only h...

Page 10: ...meters longer than required to provide a service loop This allows the BIB rack to be moved for cleaning or service 5 Oetiker clamps All tubing connections must be secured with stainless steel stepless...

Page 11: ...Maximum static gas pressure to the pump is 5 8 bar 85 psi minimum is 1 4 bar 20 psi Any time the pressure is changed on the BIB system the brix should be checked to ensure drink quality Notes Flow ra...

Page 12: ...ates but will not prime dispenser valve open Consult Start up Procedure for proper priming Pump valves have no moisture dry Add water to the inlet port with pump stroking slowly Vacuum leaks at Q D ba...

Page 13: ...specified To calculate the losses in the system in feet obtained the maximum horizontal tubing length in feet and multiply by 1 instead of 3 Example 1 The tables indicate that heavy soda syrup with 15...

Page 14: ...Feet Meter Feet Meter 0 5 15 500 152 500 152 500 152 0 75 22 5 500 152 500 152 500 152 1 0 30 453 138 500 152 500 152 1 5 45 212 65 500 152 500 152 2 0 60 102 31 500 152 500 152 2 5 75 64 19 398 121...

Page 15: ...Beverage Gas Pump ensures quality from the first drink to the last APPLICATION INFORMATION Beverage Gas Pumps are intended for soda syrups and low viscosity concentrates that do not contain solids The...

Page 16: ...under vacuum SHURflo can recommend several other methods to meet the requirements for a particular installation including Pressurized Inlet Pumps or Accumulators Contact SHURflo for more information I...

Page 17: ...to the pressure necessary to maintain the desired brix The most efficient gas usage occurs at 40 psi 2 8 bar MAXIMUM static gas pressure to the pump is 85 psi 5 8 bar minimum 20 psi 1 4 bar CAUTION F...

Page 18: ...of time should be sanitized prior to being placed back in service CAUTION Never apply pressure to the pump s liquid i nlet Pressurized tanks may damage internal components if used to sanitize or purg...

Page 19: ...s at Q D barb fitting clamps or inlet fitting o ring Excessive amount of air in B I B from improper packaging Air trapped in outlet tubing and or fluid chambers AIR IN INLET AND OR OUTLET TUBING Vacuu...

Page 20: ...all SHURflo be liable for any indirect incidental or consequential damages of any kind incurred by the reason of the use or sale of any defective product or part This limited warranty covers beverage...

Page 21: ...once vacuum above 20 in Hg 508 mm Hg is obtained When a new B I B is connected the vacuum drops the pump automatically resumes pumping PUMPING CAPABILITY Due to diversity of both the installations and...

Page 22: ...22 2 77 23 153 47 Tomato 1 5 1 1 0 29 6 56 17 105 32 1 25 37 0 29 9 50 15 1 5 44 4 13 4 27 8 500 1000 cP FLOW RATE 3 8 10mm I D TUBING 1 2 13mm I D TUBING O J Natural 3 1 0Z SEC CC SEC FEET METER FEE...

Page 23: ...ants syrup oil rust water etc Air compressors may be used with proper particle filters and moisture separators Air storage tanks should be drained weekly Pumps subjected to contaminated air are not co...

Page 24: ...concentrate residue Turn OFF CO2 pressure to the pump 3 Prepare 1 gallon 3 8 L of detergent solution in a clean container Mix at the ratio of 1 oz 30 cc of detergent per each gallon of warm water a Pl...

Page 25: ...date of manufacture The limited warranty will not apply to pumps that were improperly installed misapplied or not suitable with components of other manufactures The limited warranty will not apply to...

Page 26: ...ired Activated at 20 in Hg 508 mm Hg 34 120 F 1 1 49 C 2 lbs 9 kg Standard plastic 1 4 6mm 90 Optional T or 90 plastic or brass All with internal check valve 3 8 13mm Barb Plastic 90 black Polypropyle...

Page 27: ...PABILITY Variables within individual systems can affect total pumping distance A gas pumps ability to deliver condiment is limited by the physical demands of the dispensing system Prior to installing...

Page 28: ...of 10 ft 3M with NO MORE than a 5 ft 1 5M vertical rise Tie wrap all tubing securely to prevent kinks or sags that inhibit performance or cause damage to the pump fittings Use new 1 4 6mm high pressur...

Page 29: ...25 included with this manual will assure compliance with NSF listed sanitizing requirements for the SHURflo Particulate pump only Consult other equipment manufacturer s instructions for their sanitizi...

Page 30: ...d to the repair or replacement of the product Warranty replacements will be shipped on a freight allowed basis SHURflo reserves the right to choose the method of transportation Pumps found not defecti...

Page 31: ...0630 800 854 3218 562 795 5200 FAX 562 795 7564 Shipping 5900 Katella Ave Suite B Cypress CA 90630 SHURflo East 52748 Park Six Court Elkhart IN 46514 5427 800 762 8094 219 262 0478 FAX 219 264 2169 19...

Page 32: ...ke slowly Once the pump is primed the regulator can be adjusted up 4 Continue dispensing syrup until all the air trapped within the tubing has been purged 5 Once the air has been purged adjust the CO2...

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