Parker Sea Recovery ULTROClear Series Installation Operation & Maintenance Download | Manualshive

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COMMENT/DISCREPANCY REPORT

Parker Hannifin

RO UltRO Clear

Plant No:

Date:

Log Task No:

Time:

System Affected:
Technician:

Comment / Discrepancy:

Corrective Action:

Action Taken:

Date Completed:
Printed Name:
Signature:

Figure 5.2 - Sample Discrepancy Report

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Summary of Contents for Sea Recovery ULTROClear Series

Page 1: ...Part Number TM UC1200 2400 REV B ULTROClear 1200 2400 GPD 4 5 9 8 m3 d Installation Operation Maintenance ...

Page 2: ...Intentionally left blank ...

Page 3: ...REVISION HISTORY REV DATE DESCRIPTION AUTHOR A April 27 2018 Initial Release Paul K B May 16 2019 Updated drawings S Lentz ...

Page 4: ...d in this manner concerns an operating procedure or practice that if not strictly observed can result in injury to personnel or loss of life Text formatted in this manner concerns an operating procedure or practice that if not strictly observed can result in damage to or destruction of equipment Text formatted in this manner concerns an operating procedure or condition that warrants special attent...

Page 5: ... 73 GPM Potable Feed Flow 0 5 m3 hr 3 GPM Normal Concentrate Flow 0 3 m3 hr 1 3 GPM Feed water TDS Less than 20 ppm TDS Design water Temperature 25 C 77 F Production shall not decrease more than 3 for each C temperature decreasing of sea water feed Product Pressure 0 2 BAR 0 30 PSI Max Operating Pressure 28 BAR 400 PSI Design RO element pressure 10 5 BAR 150 PSI Max feedwater residual chlorine 1 p...

Page 6: ...th 18 9 479 Height 17 4 443 Table 1 1 Unit Dimensions ULTRO CLEAR SYSTEM Weight 140 lbs 63 5 kg Table 1 2 Unit Weights 1 1 3 UTILITY REQUIREMENTS See the nameplate attached to top of the unit for power requirements HP kW Motor Pump 0 33 0 25 Table 1 3 Pump Horsepower ...

Page 7: ... Rate Liter per minute Gallon per minute Unit Capacity Potable Water Feed 8 7 2 3 1200 GPD 4 5m3 d Concentrate flow 5 56 1 47 Product water flow 3 14 0 83 Potable Water Feed 8 7 2 3 2400 GPD 9 08m3 d Concentrate flow 2 38 63 Product water flow 6 32 1 67 For maximum flow rate and tube sizing Table 1 5 Nominal Design Flow 1 1 4 ENVIRONMENTAL REQUIREMENTS Parameter Specification Ambient temperature L...

Page 8: ...Part No Pre filter sediment carbon 4 0803004773 See pump technical manual for special tools Table 1 7 Consumables 1 2 2 TEST EQUIPMENT The following table lists the basic equipment recommended to perform most types of verification testing and system maintenance The salinity meter allows the operator to perform routine sampling of the equipment Description Parker Part No METER TDS HANDHELD DIGITAL ...

Page 9: ... Section 9 0 for skid size interface locations and minimum maintenance envelope requirements Since every installation is unique the mounting instructions are provided for guidance only It is recommended that you use your own discretion as to the exact method of mounting and placement of any mounting bolts 1 Mount the RO unit securely making sure that the isolation mounts are secure to the base of ...

Page 10: ...d NOTE Strictly observe all applicable electrical codes and regulations governing the installation and wiring of electrical equipment Typical codes specify the type and size of conduit wire diameter and class of wire insulation depending upon the amperage and environment The power supply should always be of a greater service rating than the requirements of the RO unit This will assure proper volta...

Page 11: ...migrates across the membrane such that the inherent potential difference between the solutions is no longer higher than the osmotic pressure of the membrane the purer solution will stop flowing If the pressure on the concentrated solution is increased to above the osmotic pressure fluid flow will be reversed This condition called Reverse Osmosis can be established by artificially pressurizing the ...

Page 12: ...er of dissolved solids in water Figure 3 1 Simplified Schematic of an RO System It should be noted that no system can remove all the dissolved solids from potable water The system is designed to reject approximately 99 of the TDS or in other words to allow 1 of the 500 ppm TDS in the potable water to pass into the product water This yields water of less than 20 ppm the recommended TDS for drinking...

Page 13: ...embranes and will void the RO unit warranty 3 3 2 TEMPERATURE CORRECTION FACTOR As previously described the output capacity of any RO unit is highly dependent on feedwater temperature To quantify this relationship theoretical data has been utilized to develop Temperature Correction Factors TCF to compensate measured flowrate to calculated flowrate at 25 C 77 F This allows the operator to establish...

Page 14: ... 80 46 2 14 96 0 73 8 2 11 33 0 77 48 2 01 98 0 70 9 2 00 34 0 75 50 1 88 100 0 68 10 1 89 35 0 73 52 1 77 102 0 65 11 1 78 36 0 71 54 1 68 104 0 63 12 1 68 37 0 69 56 1 59 106 0 61 13 1 61 38 0 67 58 1 51 108 0 59 14 1 54 39 0 65 60 1 44 110 0 57 15 1 47 40 0 63 62 1 36 112 0 55 16 1 39 41 0 61 64 1 30 114 0 53 17 1 34 42 0 60 66 1 24 116 0 51 18 1 29 43 0 58 68 1 17 118 0 49 19 1 24 44 0 56 70 1...

Page 15: ...tration system The inlet pressure is monitored by feed pressure switch PSLL 50 this protects the system from low pressure and will shut down the system The water then flows into the two carbon sediment filters AC 20A B which is designed to reduce raw water turbidity to a nominal 5 microns in diameter and remove free chlorine that may be present in the water The discharge pressure from the filter h...

Page 16: ...singly concentrated reject stream referred to as the concentrate brine or reject After exiting the membrane array the brine which contains higher concentrations of salts flows through the HP Regulating valve V40 This manually adjustable valve is used to control the back pressure through the membrane array The regulation systems pressure can be adjusted for small changes using the Recirculation val...

Page 17: ...w Meter Indicates the amount of permeate produced by the RO unit P 20 RO Pump Pressurizes feed water to supply the membrane array at proper high pressure PI 20 Feed Pressure Gauge Indicates filter discharge pressure to high pressure pump PI 25 Membrane Inlet Pressure Gauge Indicates membrane array inlet pressure PSLL 50 Inlet Pressure Switch Ensures inlet pressure is maintained for RO System BV35 ...

Page 18: ...Figure 3 4 Major Components Location ...

Page 19: ...ne Up Initial Start up CAUTION Failure to open the Concentrate Needle Valve V 40 which is required to bleed any entrapped air can result in hydraulic shock to the system 3 Prime the system by turning on the water supply and pressing the SLV 15 Feed Solenoid Valve override button until water is visible in the FM 40 concentrate flow meter See figure below for location This should only be required th...

Page 20: ...bserving the Membrane Inlet Pressure Gauge PI 25 and the Concentrate Flowmeter FI 40 The pressure should rise to about 552 kPa 80 psi and the concentrate should be about 227 LPH 60 GPH Figure 4 0 Flowmeter Needle Valve and Pressure Gauge WARNING Pressure as indicated on the inlet side of the RO Membrane Array gauge should never exceed 1400 kPa 200 psi 8 Observe the Product Flow meter This flow met...

Page 21: ...Begin closing the Black knob Concentrate Needle Valve V 40 by slowly turning the handle in the clockwise direction While observing the Membrane Inlet Pressure Gauge PI 25 and the Concentrate Flowmeter FI 40 The pressure should rise to about 862 kPa 125 psi 4 4 SHUTDOWN PROCEDURES 4 4 1 SHUTDOWN PROCEDURE SHORT TERM 1 Release the pressure from the system by slowly turning the Black knob Concentrate...

Page 22: ...life of most of the system equipment is directly related to the feed water inlet conditions Improper maintenance will also significantly reduce the life expectancy of the major unit components such as the membranes filters and pumps as well as the reliability of the unit Under normal conditions and with proper maintenance a reverse osmosis membrane which is the major consumable item should have an...

Page 23: ...roved cartridges will void the RO unit warranty Replace the filter element s using the following procedure 1 Secure the RO unit Close the raw water supply external to RO unit 2 Remove bowl from filter housing 3 Remove the filter element 4 Replace the filter element and install a new element 5 Reinstall a new filter element Inspect O ring and replace as necessary 6 Reinstall the filter bowl and tig...

Page 24: ...5 SC SOC CAP 1 4 20 X 3 4 SS 6 061162345012 6 O RING 230 BRINE 3 END PLUG 2 2614014900 7 O RING 116 PRODUCT 4 2614010100 8 BRINE SEAL SUPPLIED WITH MEMBRANE 1 9 SEGMENT RING AW SET 2 20201030000 Table 5 2 Pressure Vessel Parts List CAUTION Membranes are specifically designed for RO applications Use of non approved membranes will void the RO unit warranty NOTE It is recommended to replace all Brine...

Page 25: ...t all three of the SC SOC CAP 1 4 20 X 3 4 SS 5 finger tight back into the End Plug 3 4 These screws are used as a grip to remove the End Plug 5 Grasp one or more of the Socket Head Cap Screws with a pair of pliers and pull slowly outward to remove the End Plug There will be some resistance due to the Brine O Rings 6 Remove and discard the brine O rings 6 from each of the End Plugs 3 and 4 7 Remov...

Page 26: ...ols on the Product Water Tube 10 The R O Membrane Element may also be pushed from the Outlet end of the vessel towards the Inlet end NOTE A R O Membrane Element comes complete with a U cup Brine Seal 8 at one end of the Element This Brine Seal must be positioned at the INLET end of the Pressure Vessel The seal faces the flow Figure 5 0 Membrane Vessel Configuration 11 Slide the Membrane Element in...

Page 27: ...Set with the tapped holes in the End Plug for insertion of the three SC SOC CAP 1 4 20 X 3 4 SS 5 Attach the three SC SOC CAP 1 4 20 X 3 4 SS 5 and tighten 15 Reconnect the Hoses to the respective fitting on the Pressure Vessel 16 After the membrane element has been changed operate the RO unit and check for leaks 5 4 INSPECTION LOG Figure 5 2 depicts a Sample Operational Log for the RO unit The op...

Page 28: ...Date Total Operating Hours PI 20 Feed Pressure PI 25 Membrane Inlet Pressure FI 40 Reject Flow FI 50 Product Flow Product Water TDS ppm Water Temp C Comments Figure 5 1 Sample Operational Log ...

Page 29: ...REPORT Parker Hannifin RO UltRO Clear Plant No Date Log Task No Time System Affected Technician Comment Discrepancy Corrective Action Action Taken Date Completed Printed Name Signature Figure 5 2 Sample Discrepancy Report ...

Page 30: ... the operation and maintenance of your unit However our experience taking technical calls suggests some points to check 1 Always verify proper valve configuration for each of the operational modes selected Verify valve positions for valves within the unit and external valves are open as required 2 Always check for positive pressure at the HP pump suction Many problems stem from low or erratic feed...

Page 31: ...8 0 SYSTEM DRAWINGS AND DIAGRAMS AND PARTS LIST ...

Page 32: ...OUGH ITS OWN ANALYSIS AND TESTING IS SOLELY RESPONSIBLE FOR MAKING THE FINAL SELECTION OF THE APPLICABLE SYSTEM AND COMPONENTS AND ASSURING THAT ALL PERFORMANCE ENDURANCE MAINTENANCE SAFETY AND WARNING REQUIREMENTS OF THE APPLICATION ARE MET COPYRIGHT PARKER YEAR OF COPYRIGHT IS FIRST YEAR INDICATED ON THIS DOCUMENT ALL RIGHTS RESERVED PROPRIETARY STATEMENT 20 7 525 10 0 254 C O G 13 2 336 12 2 31...

Page 33: ... PLUG 2614014900 4 41 RB NYL 0 38 MPT x 0 25 FPT 28012139 1 42 BUSHING NYL 1 2 Mx1 4 F THD 30 0063 1 43 BUSHING NYL 0 75 MNPT 0 50 FNPT 30 0066 2 44 PLUG NYL 0 25 MNPT HXHD NYL 30 0408 1 45 TEE NYL 1 2 FNPT 30 0674 1 46 TUBING PARAFLEX BLACK 0 38 x 10 00L 0312123569 1 47 TUBING PARAFLEX BLACK 0 38 x 11 00L 0312123569 1 48 TUBING PARAFLEX BLACK 0 38 x 13 50L 0312123569 1 49 TUBING PARAFLEX BLACK 0 ...

Page 34: ...SY TO MOTOR ASSY TO GAUGES FROM PRESSURE VESSEL ASSY TO FEED WATER INLET ASSY REJECT WATER FROM MOTOR ASSY FROM FILTER ASSY FROM MOTOR ASSY FROM FILTER ASSY TO GAUGES TO FLOWMETER ASSY TO PRESSURE VESSEL ASSY FROM PRESSURE VESSEL ASSY TO FLOMETER ASSY TO MOTOR ASSY FROM MOTOR ASSY TO FILTER ASSY FROM FLOWMETER ASSY FEED WATER PRODUCT WATER PS 50 AC 20A AC 20B PI 20 PI 25 PRV 10 P 20 BV 35 V40 FI 4...

Page 35: ... B C C D D SH UC1200 116 4 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 DWG NO B SIZE DWG NO REV D UC1200 116 SCALE 4 4 OF D 77 77 34 11 25 11 52 16 56 50 29 15 28 36 14 17 27 14 18 39 78 22 45 64 61 44 39 28 36 28 36 62 66 1 75 62 66 75 72 26 29 76 29 72 2 2 26 72 66 66 62 75 66 62 1 35 26 10 69 69 63 73 63 8 8 8 9 67 74 54 21 37 37 55 38 47 30 7 68 70 71 65 65 41 40 4 6 12 12 46 19 43 58 59 60 44 57 5 13 31 ...

Page 36: ...OUGH ITS OWN ANALYSIS AND TESTING IS SOLELY RESPONSIBLE FOR MAKING THE FINAL SELECTION OF THE APPLICABLE SYSTEM AND COMPONENTS AND ASSURING THAT ALL PERFORMANCE ENDURANCE MAINTENANCE SAFETY AND WARNING REQUIREMENTS OF THE APPLICATION ARE MET COPYRIGHT PARKER YEAR OF COPYRIGHT IS FIRST YEAR INDICATED ON THIS DOCUMENT ALL RIGHTS RESERVED PROPRIETARY STATEMENT 20 7 526 28 3 719 4 9 124 C O G 12 1 308...

Page 37: ... PLUG 2614014900 4 41 RB NYL 0 38 MPT x 0 25 FPT 28012139 1 42 BUSHING NYL 1 2 Mx1 4 F THD 30 0063 1 43 BUSHING NYL 0 75 MNPT 0 50 FNPT 30 0066 2 44 PLUG NYL 0 25 MNPT HXHD NYL 30 0408 1 45 TEE NYL 1 2 FNPT 30 0674 1 46 TUBING PARAFLEX BLACK 0 38 x 10 00L 0312123569 1 47 TUBING PARAFLEX BLACK 0 38 x 11 00L 0312123569 1 48 TUBING PARAFLEX BLACK 0 38 x 13 50L 0312123569 1 49 TUBING PARAFLEX BLACK 0 ...

Page 38: ...Y TO FEED WATER INLET ASSY REJECT WATER FROM MOTOR ASSY FROM FEED WATER INLET ASSY TO MOTOR ASSY TO GAUGES TO FILTER ASSY FROM FLOWMETER ASSY PRODUCT WATER FEED WATER FROM FILTER ASSY FROM MOTOR ASSY FROM PRESSURE VESSEL ASSY FROM FILTER ASSY TO GAUGES TO FLOWMETER ASSY TO PRESSURE VESSEL ASSY TO FLOMETER ASSY TO MOTOR ASSY FROM MOTOR ASSY AC 20B PS 50 AC 20A FI 50 V40 FI 40 PI 20 PI 25 PRV 10 MEM...

Page 39: ...B C C D D SH UC1200 215 4 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 DWG NO B SIZE DWG NO REV D UC1200 215 SCALE 4 4 OF D 77 77 77 65 34 77 77 11 31 53 31 43 46 31 25 51 27 16 28 36 43 14 17 27 14 18 59 22 78 39 60 44 45 64 61 44 39 57 28 36 28 36 2 2 26 29 72 76 1 66 62 75 62 66 75 29 26 72 76 4 26 35 72 62 75 66 62 75 6 10 69 63 73 8 8 8 9 67 74 48 49 21 37 54 37 55 38 47 7 30 68 70 71 15 13 41 40 5 11 12 ...

Page 40: ...ER THE RECIPIENT OF THIS DOCUMENT THROUGH ITS OWN ANALYSIS AND TESTING IS SOLELY RESPONSIBLE FOR MAKING THE FINAL SELECTION OF THE APPLICABLE SYSTEM AND COMPONENTS AND ASSURING THAT ALL PERFORMANCE ENDURANCE MAINTENANCE SAFETY AND WARNING REQUIREMENTS OF THE APPLICATION ARE MET COPYRIGHT PARKER YEAR OF COPYRIGHT IS FIRST YEAR INDICATED ON THIS DOCUMENT ALL RIGHTS RESERVED PROPRIETARY STATEMENT 11 ...

Page 41: ...12139 1 43 BUSHING NYL 1 2 Mx1 4 F THD 30 0063 1 44 BUSHING NYL 0 75 MNPT 0 50 FNPT 30 0066 2 45 PLUG NYL 0 25 MNPT HXHD NYL 30 0408 1 46 TEE NYL 1 2 FNPT 30 0674 1 47 TUBING PARAFLEX BLACK 0 38 x 1 25L 0312123569 1 48 TUBING PARAFLEX BLACK 0 38 x 10 00L 0312123569 1 49 TUBING PARAFLEX BLACK 0 38 x 11 00L 0312123569 1 50 TUBING PARAFLEX BLACK 0 38 x 13 50L 0312123569 1 51 TUBING PARAFLEX BLACK 0 3...

Page 42: ... ASSY FROM MOTOR ASSY TO GAUGES FROM FILTER ASSY TO PRESSURE VESSEL ASSY FROM PRESSURE VESSEL ASSY FROM MOTOR ASSY TO MOTOR ASSY TO FLOWMETER ASSY TO FLOWMETER ASSY FROM PRESSURE VESSEL ASSY TO FEED WATER INLET ASSY FROM MOTOR ASSY REJECT WATER TO FILTER ASSY FEED WATER PRODUCT WATER FROM FLOWMETER ASSY V40 FI 40 FI 50 MEMBRANE VESSEL AC 20B AC 20A TO GAUGES FROM FEED WATER INLET ASSY PS 50 CK 40 ...

Page 43: ... 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 DWG NO B SIZE DWG NO REV D UC2400 116 SCALE 4 4 OF D 16 52 29 54 29 24 15 81 69 81 81 69 81 81 69 34 25 11 11 31 14 14 18 10 73 67 73 77 67 8 8 8 9 71 78 78 51 50 21 37 55 37 58 30 38 7 72 74 75 49 66 70 79 1 79 66 76 26 29 80 48 29 29 59 26 29 80 2 5 2 35 26 26 35 76 66 79 1 66 70 13 41 42 6 4 80 62 28 36 36 28 61 36 28 64 39 45 65 68 22 46 82 39 45 63 40 57 2 2 26 ...

Page 44: ...ER THE RECIPIENT OF THIS DOCUMENT THROUGH ITS OWN ANALYSIS AND TESTING IS SOLELY RESPONSIBLE FOR MAKING THE FINAL SELECTION OF THE APPLICABLE SYSTEM AND COMPONENTS AND ASSURING THAT ALL PERFORMANCE ENDURANCE MAINTENANCE SAFETY AND WARNING REQUIREMENTS OF THE APPLICATION ARE MET COPYRIGHT PARKER YEAR OF COPYRIGHT IS FIRST YEAR INDICATED ON THIS DOCUMENT ALL RIGHTS RESERVED PROPRIETARY STATEMENT 11 ...

Page 45: ...12139 1 43 BUSHING NYL 1 2 Mx1 4 F THD 30 0063 1 44 BUSHING NYL 0 75 MNPT 0 50 FNPT 30 0066 2 45 PLUG NYL 0 25 MNPT HXHD NYL 30 0408 1 46 TEE NYL 1 2 FNPT 30 0674 1 47 TUBING PARAFLEX BLACK 0 38 x 1 25L 0312123569 1 48 TUBING PARAFLEX BLACK 0 38 x 10 00L 0312123569 1 49 TUBING PARAFLEX BLACK 0 38 x 11 00L 0312123569 1 50 TUBING PARAFLEX BLACK 0 38 x 13 50L 0312123569 1 51 TUBING PARAFLEX BLACK 0 3...

Page 46: ...Y TO PRESSURE VESSEL ASSY FROM PRESSURE VESSEL ASSY FROM MOTOR ASSY TO MOTOR ASSY TO FLOWMETER ASSY TO FLOWMETER ASSY FROM PRESSURE VESSEL ASSY TO FEED WATER INLET ASSY FROM MOTOR ASSY REJECT WATER TO FILTER ASSY FEED WATER PRODUCT WATER FROM FLOWMETER ASSY V40 FI 40 FI 50 MEMBRANE VESSEL PS 50 AC 20B AC 20A FROM FEED WATER INLET ASSY TO MOTOR ASSY TO GAUGES BV 35 CK 40 P 20 PRV 10 FROM MOTOR ASSY...

Page 47: ... 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 DWG NO B SIZE DWG NO REV D UC2400 215 SCALE 4 4 OF D 16 52 54 33 15 81 69 81 81 69 81 81 69 34 25 11 11 31 14 14 18 10 73 67 73 77 67 8 8 8 9 71 78 78 51 50 21 37 55 37 58 30 38 7 72 74 75 49 66 70 79 1 79 66 76 26 29 80 48 29 29 59 26 29 80 2 5 2 35 26 26 35 76 66 79 1 66 70 13 41 42 6 4 80 28 36 36 28 61 36 28 64 39 45 65 68 22 46 82 39 45 63 40 57 2 2 26 80 80 80 ...

Page 48: ...ROUGH ITS OWN ANALYSIS AND TESTING IS SOLELY RESPONSIBLE FOR MAKING THE FINAL SELECTION OF THE APPLICABLE SYSTEM AND COMPONENTS AND ASSURING THAT ALL PERFORMANCE ENDURANCE MAINTENANCE SAFETY AND WARNING REQUIREMENTS OF THE APPLICATION ARE MET COPYRIGHT PARKER YEAR OF COPYRIGHT IS FIRST YEAR INDICATED ON THIS DOCUMENT ALL RIGHTS RESERVED PROPRIETARY STATEMENT 11 7 297 CG 6 3 159 CG 12 2 310 13 2 33...

Page 49: ...PT 28012139 1 43 BUSHING NYL 1 2 Mx1 4 F THD 30 0063 1 44 BUSHING NYL 0 75 MNPT 0 50 FNPT 30 0066 2 45 PLUG NYL 0 25 MNPT HXHD NYL 30 0408 1 46 TEE NYL 1 2 FNPT 30 0674 1 47 TUBING PARAFLEX BLACK 0 38 x 1 25L 0312123569 2 48 TUBING PARAFLEX BLACK 0 38 x 10 00L 0312123569 1 49 TUBING PARAFLEX BLACK 0 38 x 11 00L 0312123569 1 50 TUBING PARAFLEX BLACK 0 38 x 12 00L 0312123569 1 51 TUBING PARAFLEX BLA...

Page 50: ...TER ASSY TO FILTER ASSY FEED WATER PRODUCT WATER FROM FLOWMETER ASSY FROM PRESSURE VESSEL ASSY TO FEED WATER INLET ASSY REJECT WATER FROM PRESSURE VESSEL ASSY FROM MOTOR ASSY FROM FILTER ASSY TO GAUGES TO FLOWMETER ASSY TO PRESSURE VESSEL ASSY TO MOTOR ASSY FI 40 V40 FI 50 MEMBRANE VESSEL FROM FEED WATER INLET ASSY TO MOTOR ASSY TO GAUGES AC 20A AC 20B PS 50 BV 35 CK 40 P 20 FROM FILTER ASSY FROM ...

Page 51: ... 7 7 8 8 DWG NO B SIZE DWG NO REV D UC3400 116 SCALE 4 4 OF D 16 53 55 32 15 81 69 81 81 69 81 81 69 33 25 11 11 30 14 14 18 10 73 67 73 77 67 8 9 71 78 78 51 50 21 36 36 52 30 37 7 72 74 75 49 66 70 79 3 79 66 76 26 29 48 29 29 26 29 80 1 5 1 26 26 34 76 79 3 66 70 80 28 35 35 28 61 35 28 64 38 45 65 68 22 46 82 38 45 63 57 1 1 26 80 80 80 79 17 27 58 42 72 74 26 1 1 29 59 29 26 80 48 57 39 70 13...

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