amxseries magnetically driven chemical pump user manual
Contents
1. Fig 4 4 Fig 4 5 Bad Piping Designs TE ALT HIN HI I jaaa ooo 9900 yyy TA gt 0 5m E 1 7 z 2 ie t Ma BE e SN T n D Diameter S A N m HUL 7 G WE SSS 70 Z 4 3 Notes for Installing the Piping System Procedure Items to Note Suction condition must satisfy NPSHa gt NPSHr 0 5m 2 Reduce inlet head as much as possible Use straight and short piping 3 The pipes should have adequate structural support and shouldn t use the pump as its primary support see Fig 4 2 4 When designing supports consider the effects of temperature changes on the supports to avoid thermal stress Inlet piping and connectors should be installed properly to prevent sucking in air see Fig 4 4 6 The piping system should not have upward bumps that may collect air The inlet piping should also have a 0 01 0 02 slope increase towards the pump see Fig 4 3 7 There should not be any elbows for at least 5 times the pipe diameter from the opening of the pump The elbow closest to the pump opening should be a long radial elbow There should be at least a 1 5 diameter distance between the pipe inlet and the closest tank wall to prevent circulation see Fig 4 5 2 The submerge depth of the inlet should be at least 0 5m or at least twice the pipe diameter below the liquid surface see Fig 4 5 3 There should be a distance of at least2. Go PNESS S v lt UKAS e MANAGEMENT EIEE Reg No 059 A MAGNETICALLY DRIVEN CHEMICAL PUMP USER MANUAL SS Haal I AMX SERIES Table of Contents LEOFSWOIA TT 2 2 Inspecting the Pump Prior to Installation rrereeneeneeneeneenee nene e enne 2 3Notes TOE OPCraliOnl seisine aate e 299 PE RT 9 E e ta EEEO EORI 2 3 1 Dry RUmmIng jedes dsc cave sy cae eva lead ala pans gid kata pona ey dees RT INAS ENa see 2 3 2 Operating Temperature mamma cadre a Rena aa RNO ZNR AEZ Na ER 3 3 3 Concentrations Viscosity and Specific Gravity eerrrereeeeenne nene 3 S Pa rliele Re LT ut uttu muiata SS 3 3 5 Maximum Operating Pressiteade 3 3 0 Minimum Le 4 4 Installation Piping and Wiring uuu 4 4 1 Installation Location misasi ee EEEE eee 4 4 2 Inlet and Outlet Piping 222ssecsvesyuas cavesciunsuennapee siener petoun tenes Ep apun sisi 4 4 3 Notes for Installing the Piping System cece cee ece cence ence nee eenee nene enne 5 AAW o Ve aA E S E E ns aMacaevadedaa warn enese us Umeenn pees 8 5 Operating Procedure and Notes suvitus mkm lima 8 5 1 Notes Prior to Starting the Pump eee eee e e e K K e K e K 8 5 2 AUNG LIAM PUMP rererere oja kala ika eea Ea 8 35 3 Operaune the PUMP Less aasa 8 5 4 Shutting Down the Pump ruumalal 9 6 M i ntena ce and Inspection s rere imaam 9 6 1 Daily Inspections anrea lalla aa au a 9 6 2 Periodic Mai
3. We declare under our sole responsibility that the product Magnetic Drive Seal less Pump Models AM AMX AMXI with motor II Type Cartridge Bag filter Models AMF and AMF B Assembly Year 2011 Major materials N rr vor r AMX AMI AMRAMEB PPS I Type Assembly Year 2011 and AMA The products are in conformity with the provisions of Council Directive 2006 42 EC May 17 2006 on machinery Council Directive 2004 108 EC Dec 15 2004 on the approximation of the laws of the Member States relating to electromagnetic compatibility Council Directive 2006 95 EC Dec 12 2006 on the harmonization of the laws of Member States relating to electrical equipment designed for use within certain voltage limits Kaal MG LUJHU TOWNSHIP TAO YUAN COUNTY 338 TAIWAN R O C FAX 886 3 3547612 14 The fundamental safety and health requirements are met in accordance with the following norms DIN EN 12100 1 Safety of machinery Basic concepts general principles for design Part 1 Basic terminology methodology 6 DIN EN 12100 2 Safety of machinery Basic concepts general principles for design Part 2 Technical principles DIN EN 60204 1 Safety of machinery Electrical equipment of machines Part 1 General requirements DIN EN 809 Pumps and pump units for liquids Common safety requirements DIN EN ISO 4871 Acoustics Declaration and verification
4. pump model MFG number rated head flow rate motor power voltage and freguency Check these data to ensure they comply with your order and application 5 When using versatile motor with 50Hz and 60Hz compliance be sure to use suitable diameter of impeller according to the freguency of power A wrong diameter can cause the motor overload frequency is too high or insufficient pump performance frequency is too low 6 The information of nameplates on motor and pump is key for operation setup and pump maintenance Please keep the nameplate intact for reference 7 The nameplate of a pump indicates the optimum point of its operation Therein Total Head Static Head Dynamic Head 2 2 Total Head H cae 28 Notes for Operation 3 1 Dry Running 1 Our pump use the transfer fluid as its internal cooling system therefore dry running the pump can cause the temperature to rise to a dangerous level that may seriously damage the pump 2 If dry running occurs switch off the pump immediately let it cool for at least an hour before priming the pump to prepare it for normal operation NOTE Do not subject the 2 AMX SERIES pump to rapid cooling which may damage the internal parts thermal shock 3 We recommend using a dry run protector to detect dry run occurrences to avoid causing unnecessary damage to the pump Please contact ASSOMA distributor near your area for such apparatus 3 2 Operating Temperature 1 Opera
5. 1 5D between the bottom of the tank and the beginning of the inlet pipe opening see Fig 4 5 4 If there are two or more inlet piping in the same tank they should be placed at least 3D apart to prevent mutually disrupting each other s flow Please install a foot valve if upward suction is used see Fig 4 2 If suction method is upward suction please install a self priming Self priming cylinder to prevent dry running due to a leaking foot valve cylinder 2 The size of the self priming cylinder should have a minimum liquid level of at least 0 5m above the opening of the pump i General 5 reguirements Inlet Piping Inlet piping Foot valve AMX SERIES Outlet Piping Control valve A control valve should be installed to make disassembling of the pump easier The valve should only be shut off when the pump is to be detached for maintenance or repairs We recommend the use of valves that have the least loss when fully opened like a gate valve Filter It is generally not recommended to install a filter in front of a pump which can unpredictably increase suction system resistance If a filter has to be used it should be cleaned regularly to ensure a smooth flow Vacuum gauge General requirements The material used should be corrosion resistant otherwise a pressure gauge diaphragm should be used During operation if t
6. 3 2 0 1N m Fig A 1 13 AMX SERIES Appendix B Parts List and Exploded View 725 01 Inlet flange adaptor 230 Inlet flange Impeller Outlet flange adaptor Magnet capsule Outlet flange 0 Rear casing assembly Front support shaft Front buffer B21 Bracket o e o oo RO L No O ring According to No AS568 Each type is refer to the sectional drawing 14 AMX SERIES ASSOMA GLOBAL DISTRIBUTION NETWORK Assoma Japan Co Ltd Tel 81 48 810 5481 Fax 81 48 810 5482 1 17 2 Higashi Urawa Midori ku Saitama city Saitama Japan 336 0926 E mail inaizumi Oassoma co jp A Man Co Ltd Tel 82 31 434 9948 Fax 82 31 434 9916 Rm211 No 2 Shihwa Machinery Selling Complex 2166 2 Jungwang dong Shiheung City Gyeonggi do Korea E mail seanhong Oa man co kr Crest Pumps Ltd Tel 44 1425 627 700 Fax 61 1425 627 7100 7 Queensway New Milton Hampshire BH25 5NN UK info Ocrestpumps co uk Dynapumps Tel 61 8 9478 2722 Fax 61 8 9478 2750 88 Belgravia Street Belmont WA 6104 Australia E mail Charlie Odynapumps com au P V S Trading Engineering Co Ltd Tel 66 2 944 6810 Fax 66 2 944 6820 130 39 40 Moo 12 Soi Ramindra 40 Ramindra Rd Klongkum Bangkok 10230 Thailand E mail pvsco Oksc th com Tangerine Engineering Pte Ltd Tel 65 6748 6211 Fax 65 6748 9722 502 Chai Chee Lane 01 03 CMKS Building Sing
7. 5 Using a screwdriver rotate the motor s cooling fan to ensure it is not too tight or stuck 5 2 Starting Up the Pump 1 Check the direction of rotation of the motor by rapidly switching on and off the power 2 Close the outlet valve and start up the pump 3 Slowly open the outlet valve when the motor has reached a stable speed Adjust the outlet valve to obtain the desired operating pressure or flow rate 5 3 Operating the Pump 1 Shut down the pump immediately in the case of cavitation or dry running 2 If decoupling should happen shut down the pump to prevent reducing the magnet s strength 3 During power outages shut off the pump s power supply and close the outlet valve 4 When switching on the pump with the outlet valve closed the outlet pressure should increase If the pressure fails to rise or if the pressure is too low shut down the pump and check the piping and wiring NOTE Outlet Pressure Inlet Pressure Pump Pressure Pump Pressure kg cm Fluid Specific Gravity Pump Head 10 AMX SERIES 5 4 Shutting Down the Pump 1 Close the outlet valve slowly to prevent damage to the pump due to reverse fluid flow water hammer 2 Shut off the pump It should stop gradually If not check the interior of the pump for problems 3 The pump should be checked periodically If the pump is used in a cold operating environment relative to the fluid s freezing point the fluid may crystallize
8. able to effectively dissipate heat Excessive wear on bearing and thrust rings Resistance lower than expected or pump head too high Excessive flow Overloading of the motor NPSHa too low resulting in cavitation NPSHa too low resulting in cavitation High frequency vibration and noise Fracturing of the bearing and thrust rings Decreased pump performance and low flow rate Serious cases may result in dry running Specific Gravity higher than anticipated Motor overloading Decoupling of the magnetic drive Viscosity higher than anticipated Motor overloading Decoupling of the magnetic drive Decreased pump performance and reduced flow Wrong pump material selected Corrosion and cracking Rapid corrosion and wearing of bearing Corrosion of the o ring resulting in leakage WN a lL LA RIN RIB WON RM IWN RK lL LA Table 7 2 Improper Piping or Layout Abnormal Condition Possible Effect Damage Inlet pipe not submerged sufficiently into the fluid or air sucked into piping system Produce high frequency vibrations and noise Fracturing of the bearing and thrust rings Reduced pump performance Air pockets in inlet piping Reduced pump performance 1 2 3 4 Serious cases can lead to dry running 1 2 Serious cases can lead to dry running Parallel pumps improperly installed Improper suction resulting in low effici
9. apore 49025 Email sales Otangerine com sg Assoma Inc Taichung Office HH AIRA A GPRS Tel 886 4 2462 2388 Fax 886 4 2462 6398 UHD P rl KAMA 160 E 8 E mail daniel assoma com tw Assoma Inc Shanghai Office T S BAIR A Tel 86 21 6768 1081 Fax 86 21 6764 8067 RTE AAS EAST eh PES 959 Se 4 N E mail assomapump O vip 163 com Assoma Inc Shanghai Office Shenzhen Branch ERE ERARA RHI pa URL SUE 5 HE 519 j3 Tel 86 755 2650 0300 Fax 86 755 26501327 E mial assoma sz Ovip 163 com Beijing Cen Sun Technology Development Co Ltd JCA TH s ap LE SS HE AIRE Tel 86 10 8239 8036 Fax 86 10 8239 8026 ACER TREE VU DDS 209 SEAS 6 E E mail feilu lu O vip 163 com Prelead Industrial Co Ltd SAARE BEATER RAT Tel 886 7 815 3030 Fax 886 7 815 3080 SHETH SEE EMEA 135 E E mail prelead O ms39 hinet net 22 H EI 2202 ASSOMA INC Tel 886 3 354 7606 Fax 886 3 354 7612 http www assoma com tw E mail sales assoma com tw No 10 Alley 14 Lane 15 San Te Street Keng Kou Village Lujhu Township Taoyuan County 338 Taiwan R O C 15 Haine IG NO 10 ALLEY 14 LANE 15 SAN TE STREET KENG KOU VILLAGE TEL 886 3 3547606 10 LUJHU TOWNSHIP TAO YUAN COUNTY 338 TAIWAN R O C FAX 886 3 3547612 14 CE Declaration of Conformity
10. e pump s maximum operating pressure is dependent on the operating temperature and the structure of the pump Please refer to figure 3 1 for the recommended maximum operating pressure for our AMX SERIES pumps AMX SERIES Fig 3 1 Allowable working pressure of AMX series 8 7 6 5 D Kg cm erae ZR m e AMX 441 440 0 10 20 30 40 50 60 70 80 TCC 3 6 Minimum Flow Our pump uses the pumped fluid as its cooling and lubricating system A low flow rate may result in increasingly high temperature within the pump and increased radial and axial force thus affecting the pump s performance and service life Please use table 3 1 for the recommended minimum flow rate Table 3 1 Unit Liter min Operating Temperature C 20 40 60 80 AMX 655 653 50 50 70 100 AMX 555 545 30 30 40 50 AMX 553 552 543 542 20 20 30 40 AMX 441 440 15 15 20 30 Note The above data is based on water For volatile or viscous fluids consult your local distributor Installation Piping and Wiring 4 1 Installation Location 1 The pump should be close to the ground and located near the inlet tank 2 There should be sufficient space reserved around the pump to facilitate future maintenance and repairs 3 The pump and its wiring should be placed in a relatively dry environment protected from possible flooding 4 2 Inlet and Outlet Piping 1 AMX RF type flange is flexible for piping assembly with rota
11. ency insufficient flow cavitation or dry running Leaking foot valve or inlet piping Fluids within pump leaks during shut down period resulting in dry running when pump is restarted Table 7 3 Abnormal Condition Possible Effect Damage s Starting the pump without priming Dry running causing damage to pump Low speed or wrong rotation Las tidi 5 direction 2 s ae 08 Overloading of the motor voltage 2 1 Low performance and vibrations caused by E A sucked in air a Tawa yan HE TE 2 Fracturing of the bearing and thrust rings 3 Dry running 11 AMX SERIES Foreign objects stuck in impeller 1 Produce vibrations and noise 2 Reduced efficiency and flow Serious cases may result in dry running Low flow over extended period of time 1 msufficient cooling of pump 2 Excessive radial and axial force reducing service life of bearing and thrust rings Dry running seriously damaging the pump 1 Low NPSHa resulting in cavitation 2 Reduced strength of the magnet resulting in decoupling 1 Rapid wearing of the bearing 2 Wearing of the impeller and casing surfaces Inlet valve closed Transfer fluid temperature too high Fluid carries hard particles Table 7 4 Abnormal Condition Deformation of the o ring Possible Effect Damage Result in leakage 1 Resulting in vibrations and noise 2 Reduced pump perf
12. even if the pump is shut down for a very short amount of time To prevent crystallization a drain plug should be included in the piping system or a heating system could be used to maintain the temperature during shutdown Maintenance and Inspection 6 1 Daily Inspection Table 6 1 Appearance 1 Check for oxidation or corrosion of the front casing bracket and base plate 2 Check for leakage of the pump and the piping system Operation 1 Check for irregular sounds and vibrations 2 Check the in tank fluid levels and inlet outlet pressures 3 Check the power supply and motor loading 4 Check and test run backup pumps regularly to ensure they can function properly when needed 6 2 Periodic Maintenance 1 The following parts see Table 6 2 should be inspected quarterly 2 Disassembling assembly and precautions please refer to Appendix A Table 6 2 Part Name Inspection Item Solution 1 Cracks 1 Replace 2 Scratch marks except when pumping 2 Contact the distributor Front and A rear casing particle laden fluids 3 Crystallization or sludge 3 Clean 4 Shaft support loose or deformed 4 Contact distributor e 1 Deformed corroded or swollen 1 Replace 1 Scratch marks or cracks 1 Contact distributor 2 Cracked bearing or crystallization 2 Contact distributor Impeller and 3 Bearing displays signs of some wear 3 Replace if worn magnet and tear excessive
13. flow water hammer from damaging the pump during unexpected power outages Control valve Acontrol valve can be used for controlling the flow of fluids Do not run the pump with the control valve closed for an extended period of time When starting the pump always start with a closed valve and then slowly open the valve to obtain the desired operating pressure and flow Always open or close the valve gradually Exhaust valve A vent should be installed if the horizontal section of the outlet piping is very long AMX SERIES 4 4 Wiring The wiring system should be done properly using premium eguipment and complying with rules and standards set by the electrical company The following recommendations should also be implemented 1 Please use magnetic relays that have the same power ratings as the pump s motor 2 When using the pump for outdoor applications please make sure the switch is protected from rain 3 Magnetic relays and on off switches should be installed properly and away from the pump Operating Procedure and Notes 5 1 Notes Prior to Starting the Pump 1 Check the motor s power rating including frequency voltage and wiring 2 Recheck to make sure all the parts flange pump casing base plate etc are securely fastened 3 Fill the pump with liquid priming to remove any air within the pump and suction piping 4 Check to ensure the inlet valve is open
14. he vacuum gauge reading fluctuates either there are air bubbles in the system or cavitation has occurred The weight of the outlet piping should be properly supported to prevent putting excessive stress on the pump see Fig 4 2 A priming piping must be installed if the suction system does not employ positive pressure i e upward suction see Fig 4 2 The flow rate in the outlet piping should not exceed 3m sec The ability for each component in the piping system to withstand pressure should be calculated to determine the maximum allowable operating pressure Priming piping Upward suction pumps that do not have a self priming cylinder should have a priming piping system Pressure gauge 4 Pressure gauge used should be able to read beyond the maximum operating pressure Pressure gauge should be made of material that is corrosive resistant otherwise a diaphragm should be used A valve can be installed on the piping that leads to the pressure gauge to facilitate maintenance and to lengthen the gauge s service life During operation if the pressure gauge reading fluctuates either there are air bubbles in the system or cavitation has occurred Check valve A check valve should be installed in the following situations 1 2 3 Discharge pressure exceeds 1 5kg cm and flow rate exceeds 2 5m sec Two or more pumps share the same outlet piping system To prevent back
15. l less pumps have very strong magnetic strength Take extra precautions when disassembling the pump to prevent personal injury and damage to electronic and magnetic eguipments like diskettes magnetic stripe cards etc 2 For personal safety wear protective gear like corrosive resistant aprons and protective eyeglasses during disassembly to prevent injuries caused by spilled chemicals 3 Be sure to write down detail seguence of disassembly for correct assembly in a later date A 2 Assembly Please follow the reverse procedure for disassembly to assemble the AMX pump However during assembly please pay attention to the following points 1 When pressing the shaft bearing into the impeller make sure the cut ledge of the bearing matches the straight edge inside the impeller 2 To attach the outer magnet to the motor shaft apply some grease to the shaft and using a mallet drive the magnet down the shaft via a thick plastic plate see Fig A 1 Please be sure that the surface of magnet is free of iron particle 3 Use a hand press to gradually and firmly press the shaft into the shaft support 4 When fastening the different parts of the pump make sure to fasten the corresponding Opposite screws in turn to ensure a uniform tightness 5 After the entire pump is assembled use a small screwdriver to rotate the motor cooling fan to ensure everything is installed correctly 6 The torque for fastening pump casing is 32 1 kgf cm
16. ly assembly 4 Crystallization and other sludge 4 Clean 5 Foreign objects stuck in impeller 5 Remove the objects 6 Impeller deformed 6 Contact distributor Shaft and thrust 1 Scratch marks 1 Contact distributor ring 2 Cracks 2 Replace AMX SERIES Table 6 3 Wear limit AMX 440 441 AMX 552 553 555 653 655 A mm D mm A mm D mm Thickness upon shipment 6 15 7 18 lt 5 gt 15 5 lt 6 gt 18 5 Thickness upon replacement Fig 6 1 7 LL 6 3 Preventive Maintenance Operational data like vibration flow rate voltage etc can be collected and upper and lower limits can be set for each of the values The collected data can be used for trend analysis see Fig 6 2 which can be a basis in which to determine when to carry out preventive maintenance The vibration value should be lower than 3 5mm sec measured on the surface of bracket and the noise level should be below 80dB at operating point Fig 6 2 2 UCL av A O La 5 lt gt LCL UCL Upper contorl Limit i LCL Lower contorl Limit Time AMX SERIES 7 Incorrect Usage and Selection Table 7 1 Incorrect System Calculations or Incorrect Pump Selected Abnormal Condition Possible Effect Damage System resistance too high or pump head too low Insufficient or no flow Pump un
17. mmunicate this in writing EXAM BBG Pr f und Zertifizier GmbH Bochum Germany 9 May 2006 Muda Special service unit rtification body Page I of of BYS 05 ATEX H A 074 NI This acknowledgement may only be published unchanged Dinnendablstr 9 44809 Bochum Germany Phone 49 0 234 3696 105 Fox 49 0 234 1696 110
18. ntenance sas Yes 227 iee ES EAEEREN 2 ANE ARARO ENRETE 9 6 3 Preventive Maintenance eee eee e e eK 10 T Incorrect Usage and Selgetionr milest l EVR EE ER o 11 SRE Pall and Warranty Suite ses s les ndppsauwteeshapesesreotsadphsanuuueasanes EEOSE ansa 12 Appendix A Disassembling the AMX Pump meereeen enne enne n eeneenee nene enne 13 A 1 Preparing for Disassembly orvuna 13 Pe DSS MIDE N A as asd a an ahi a cs all 13 Appendix B Parts List and Exploded View eeveenvvevanveaveennevenveentevaeveen 14 AMX SERIES 1 Foreword Thank you for purchasing an ASSOMA pump To ensure proper operation and maximum efficiency please read this instruction manual carefully Failure to follow the recommended operating conditions outlined in this manual may result in serious personal injuries and or eguipment damage Inspecting the Pump Prior to Installation 1 Check the pump exterior for any physical damage that may have been incurred during shipping 2 Use a small screwdriver to rotate the impeller of the motor s cooling fan The fan should turn easily If the fan feels tight or if there are unusual sounds the interior of the pump may have been damaged during shipping 3 If there is any damage to the pump contact the shipping company and the distributor immediately to determine who should pay for the damage and to arrange for replacement parts 4 Each pump has a nameplate indicating the
19. of noise emission values of machinery and equipment ISO 15783 Seal less rotodynamic pumps Class II Specification IEC 60034 1 Rotating electrical machines Part 1 Rating and performance The above named company provides the technical documentations for inspection 7 D Ja I D x 7 n P E l 4eM TC Tajwan Ching an d A Date DD MM YYY Place R D Department ike a W EXAM BBG Pr f und Zertifizier GmbH Direcuve 94 9 EC Eguipment and protective systems for use in potentially explosive areas Acknowledgement 1 Supplement to BVS 05 ATEX H B 074 in accordance with article 8 1 b ii of having received the documentation in compliance with annex VIII number 3 Manufacturer ASSOMA INC Address No 10 Alley 14 Lane 15 San Te Street Keng Kou Village Lujhu Township Tao Yuan County 338 Taiwan R O C The cerufication body of EXAM BBG Pr f und Zertifizier GmbH notified body No 0158 in accordance with article 9 of directive 94 9 EC of the European Parliament and of the Council of the European Communities of March 23 1994 acknowledges to have received the documentation mentioned below on 2 May 2006 Documentation on magnetic drive sealless pumps without motor Models AMX and AMXI The documentation is neither examined on sufficiency nor is it verified It will be archived for a period of 10 years If the manufacturer desires to have the duration of archival storage extended he ts to duly co
20. ormance and fluid flow 1 Produce vibrations and noise 2 Overloads the motor 3 High motor temperature 1 2 1 2 Damaged impeller Damaged motor bearings Produce vibrations and noise Overloads the motor Produce vibrations and noise May result in fracturing of the impeller shaft Produce vibrations and noise 1 Reduced pump performance and low flow rate or may result in cavitation Serious cases may result in dry running Low flow or no flow Pump unable to dissipate heat Serious cases may result in overheating of the pump and outlet piping Wear ring worn off Wearing of the impeller bearings Pump s base screws loose Blockage of inlet piping or foot valve Blockage of the outlet piping Wrong System Calculation or Pump Selection 8 Repair and Warranty When a problem arises please read this instruction manual and try to troubleshoot the problem If the problem cannot be found or if replacement parts are needed please call the distributor and give them the following information 1 The pump model and MFG number indicated on the nameplate 2 The operating condition 3 The situation under which the pump fails Please refer to the warranty card for details of the warranty terms and conditions 12 AMX SERIES Appendix A Disassembling the AMX Pump A 1 Preparing for Disassembly 1 The magnets used in our AMX magnetic drive sea
21. table screw holes 2 The screw for AMX flange is M16 or 5 8 The torque required is 5 N m 3 The pipes should have adequate structural support and shouldn t over its allowable load on the pump AMX SERIES Fig 4 1 ZA Kh 5 Z S Y SUCTION Flange Size Force N Moment N m Fx Fy Fz 2 Mx My MZ 2 M 40A 120 100 100 180 20 30 20 60 50A 120 100 100 180 30 50 30 75 65A 150 120 120 200 30 50 30 75 2F lt 180 M lt 75 DISCHARGE Flange Size Force N Moment N m Fx Fy Fz F Mx My Mz 2 M 40A 100 120 100 180 20 30 20 60 50A 120 150 120 200 30 50 30 75 X Note The above data is based on operating temperature under 40 C Fig 4 2 Fig 4 3 1 Outlet Piping 2 Throttle Valve 1 3 Priming Pipin 4 Primning V lis f 2 E e Bad 5 Check Valve a K ova t LA 6 Outlet Pressure Gauge 4 N 5 l p 7 Motor 27 6 8 Pump Lr ales K 11 9 Inlet Pressure Gauge Wed 10 Inlet Piping g E 11 Inlet Piping Support 9 TT a Z 12 Vibration Damper 1011 2 E T 13 Filter Ly Pa Good 14 Inlet Tank 13 m i l Ka a sore 15 Foot Valve 7 ERER Dia Wp Ut IH il l 15 H 0 f 75 jy J YW _ Zi AMX SERIES
22. ting temperature may change the fluid s viscosity vapor pressure and corrosiveness Please ensure that your pump is operating within the proper temperature range 2 The optimal temperature range for pumping pure water is 5 C 80 C 3 Please consult the distributor for the temperature range suitable for your chemicals 4 We recommend the operating environmental temperature to be between 5 C 40 C 3 3 Concentrations Viscosity and Specific Gravity 1 Achange in a fluid s concentration will usually affect its viscosity and specific gravity Other physical properties like corrosiveness may also change with the fluid s concentration therefore the selected pump material should be able to withstand the corrosive properties of the fluid 2 When the fluid s viscosity and or specific gravity differ from that of water the shaft power flow rate and pump head may change also 3 4 Particle Size Sludge 1 In principle it is not recommended to carry fluid with small particles The service life of a pump can be greatly shortened by pumping fluids that carry small particles or sludge Its service life is dependent on the concentration of the particles its size and hardness 2 For particle concentration less than 5 particle size smaller than 50 u m and hardness within 80Hs our SV model which has SiC bushings can be used However a shorter than normal service life can be expected 3 5 Maximum Operating Pressure Th
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