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Performance Checks

Any valves or devices controlling the flow of water through a compound meter must always be opened and closed SLOWLY to 

prevent shock loads that may damage the meter’s rotor assembly 
Complete the following checks to ensure that a compound meter is properly installed and operational:
•  Slowly open the upstream valve to apply water pressure to the meter and check to see if there are any leaks  Tighten the 

flange bolts as required 

•  Perform a functional test of the meter  Slowly open valve on downstream side of the meter to evacuate any air that may 

have been trapped in the service line  When air has been eliminated, increase demand flow rate by further opening the 

downstream valve or valves  Observe the register for correct direction of flow  Continue to open the demand side valves 

to a flow rate sufficient to open the valve assembly in the meter—a procedure which will start water flowing through the 

turbo high-side rotor  The high flow pointer will now move in the proper direction  Now open all applicable service valves 

•  Check the flow rate to verify that the flow does not exceed the maximum continuous duty specification  The rate of flow 

can be quickly checked by timing the quantity registered through the meter in one minute 

Reading the Recordall Registers (and Encoder)

To determine the total reading for meter, the totals for both low and high flow must be added together  

1   Determine the low flow total by reading the register/encoder identified as low flow  Read only the moveable 

number wheels 

2   From the high flow register, read both the number wheels and the sweep hand  Read the number wheels first  Read 

only the moveable number wheels  Note the position of the sweep hand, round the number down to the nearest 

increment  Add the reading from the number wheel and the sweep hand together 

3   To determine the complete total flow, add the low flow and high flow totals together 

0

1

4

5

6

7

8

9

2

3

Badger Meter

®

Gallons

64063-017

2"/3"

Low Flow

Total Flow=High + Low

®

Recordall

Compound 

Low Flow

0

10

40

50

60

70

80

90

20

30

Badger Meter

®

Gallons

High Flow

64063-002

®

3"

Recordall

Compound 

400

High Flow

Figure 7:  Reading the register example

Installation

June 2016

RCS-UM-00076-EN-04

Page 9 

Summary of Contents for Recordall Compound Series

Page 1: ...RCS UM 00076 EN 04 June 2016 Recordall Compound Series Meter Lead Free Bronze Alloy Sizes 2 3 4 6 NSF ANSI Standards 61 and 372 Certified User Manual ...

Page 2: ...Page ii Recordall Compound Series Meter Lead Free Bronze Alloy Sizes 2 3 4 6 June 2016 RCS UM 00076 EN 04 ...

Page 3: ...and Assemblies 12 Removing the High Flow Turbo Meter Head Assembly 12 Removing the Turbo Measuring Element Assembly from the Cover Plate 14 Removing the Magnet Carrier Top Gear Set 14 Removing the Straightening Vanes Nose Cone 14 Removing the Calibration Mechanism 14 Inspecting the Rotor and Bearings 16 Removing the Rear Nose Cone 17 Reinstalling the High Flow Turbo Meter Head Assembly 17 Removing...

Page 4: ...Page iv Recordall Compound Series Meter Lead Free Bronze Alloy Sizes 2 3 4 6 June 2016 RCS UM 00076 EN 04 ...

Page 5: ...ers Product Data Sheet contains information on operating principle meter construction materials tolerances and specifications The Recordall Compound Series Meters Parts List contains part numbers part descriptions and illustrations Safety Information The installation of the Recordall Compound Series meter must comply with all applicable federal state and local rules regulations and codes Failure t...

Page 6: ...es in pipe direction or valving resulting in more accurate registration Contact your Badger Meter representative for information on Recordall Plate Strainers Avoid locating the meter in close quarters Allow sufficient space to permit access for meter reading testing and maintenance Because of the need to test large meters periodically to verify their performance it is recommended that a bypass sys...

Page 7: ...e equal in size to the meter is required upstream of the meter Additional length is required if a sharp contraction or an eccentric reducer rather than a concentric tapered reducer is used Installing the Meter Overall dimensions and laying lengths of each meter size are listed in the Recordall Compound Series Meter Product Data Sheet Review the dimensional requirements choose an installation point...

Page 8: ...ter Figure 4 2 adapter with a 2 round meter Figure 5 4 adapter Figure 6 4 with a 4 meter Description Part Number 2 Elliptical Flange Adapter Kit 64186 001 2 Round Flange Adapter Kit 64186 002 4 Flange Adapter Kit 64186 003 COMPOUND METERS MUST OPERATE IN A COMPLETELY FILLED LINE AT ALL TIMES THE DOWNSTREAM PIPING MUST ALWAYS BE ARRANGED TO PROVIDE SUFFICIENT BACK PRESSURE TO MAINTAIN A FULL LINE A...

Page 9: ...on Now open all applicable service valves Check the flow rate to verify that the flow does not exceed the maximum continuous duty specification The rate of flow can be quickly checked by timing the quantity registered through the meter in one minute Reading the Recordall Registers and Encoder To determine the total reading for meter the totals for both low and high flow must be added together 1 De...

Page 10: ...be added together to determine the total flow through the meter Compare this to that recorded by the test meter or test tank If more than one revolution of the high flow test circle occurs take new readings from the low flow odometer high flow and low flow test circles and add all complete high flow test circle revolutions to this Once again the amount of flow recorded by the high flow and low flo...

Page 11: ...eaning Clean all dirt grease moisture or other foreign material from the exterior of the meter After cleaning rinse thoroughly with water In the event that system pressure has been reduced and the upstream filter or meter is clogged the foreign material must be flushed out To flush the screen open the cleanout plug and purge the foreign material with fresh water from the service line If cleaning t...

Page 12: ...O DO SO CAN LEAD TO THE HEAD BEING EJECTED FROM HOUSING CAUSING PERSONAL INJURY AND OR PROPERTY DAMAGE 1 Loosen each of the High Flow Turbo Head Assembly bolts about 1 1 2 turns Do not completely remove the bolts 2 If the O ring between the High Flow Turbo Head Assembly and the housing is secure and not leaking pry the Measuring Element Assembly loose by inserting a screwdriver blade where the hea...

Page 13: ...t bottom bearing Calibration ring rear Rotor Calibration ring front Nose cone setscrew Cage setscrew 1 Cage seal Nose cone straightening vane assembly 2 Calibration shaft seal plug Calibration shaft lock screw O ring Calibration shaft 2 3 and 4 Figure 10 High flow turbo measuring element assemblies Servicing Parts and Assemblies June 2016 RCS UM 00076 EN 04 Page 13 ...

Page 14: ...ain access to them remove the measuring element from the cover Removing the upstream nose cone provides access to the rotor calibration ring and the transmission assembly To remove the nose cone 1 Unscrew the upstream nose cone setscrew For 2 3 and 4 meters slide the calibration linkage into the cage insert stop 2 Take hold of the nose cone straightening vanes and turn them clockwise thereby disen...

Page 15: ...ING 6 Figure 11 Calibration ring linkage assemblies Reassembling the Calibration Mechanism 1 Align the pin on the perimeter of the calibration ring with the arrow tip located on the nose cone assembly see Figure 11 on page 15 2 For 2 3 and 4 sizes install the calibration linkage into the cage with the larger hole to engage the calibration ring tab with the side of chamfered edge of the hole toward...

Page 16: ...ing pins are an integral part of the straightening vane and nose cone assembly Wear or damage would require the replacement of this component Reassembling the Rotor and Bearings 1 Install the rear nose cone to the cage See Removing the Magnet Carrier Top Gear Set on page 14 2 Place the rotor assembly with the worm gear side leading through the cage 3 Place the rotor assembly on the rear rotor bear...

Page 17: ... and out of the bottom bearing then slide shaft downward and diagonally out towards you to remove it from the nose cone cage assembly 7 Holding cage firmly with one hand rotate the nose cone clockwise with other hand then carefully lift it off the cage To reinstall the rear nose cone follow this procedure in reverse See Inspecting the Rotor and Bearings on page 16 for instructions on reassembling ...

Page 18: ...f the Low Flow Cover Assembly bolts about 1 1 2 turns Do not completely remove the bolts 2 If the O ring between the Low Flow Cover Assembly and the housing is secure and not leaking pry the Measuring Element Assembly loose by inserting a screwdriver blade where the head and housing join together BE SURE THAT ANY WATER COMING OUT OF THE METER HEAD DOES NOT SPRAY ONTO ELECTRICAL EQUIPMENT AND CREAT...

Page 19: ... magnet in the meter head is clean Valve Assembly Removing the Valve Assembly With the cover assembly removed the valve assembly is exposed for service 1 Remove the lock pawl see Figure 14 2 Turn the valve assembly counter clockwise to unscrew it from the housing 3 Lift the valve assembly out of the housing Replacing the Valve Assembly If any portion of the valve assembly requires replacement we r...

Page 20: ...stic Rotor Thrust Bearing Sapphire jewels Rotor Bearing Pivots Passivated 316 stainless steel Calibration Mechanism Stainless steel thermoplastic Measuring Chamber Disc Thermoplastic High Flow Valve Stainless steel thermoplastic Magnets Ceramic Register Lens Glass Register Housing Cover Thermoplastic or bronze Trim Stainless steel Drain Plug 3 4 Stainless steel or lead free bronze alloy Test Plug ...

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