Famsun MY265 Operation Manual Download Page 86

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TWLL00691345

Door

Centraline distance from inlet to outlet 2600

TWLL00691346

Door

Centraline distance from inlet to outlet 2700

TWLL00691347

Door

Centraline distance from inlet to outlet 2800

TWLL00691348

Door

Centraline distance from inlet to outlet 2900

TWLL00691349

Door

Centraline distance from inlet to outlet 3000

TWLL00691350

Door

Centraline distance from inlet to outlet 3100

TWLL00691351

Door

Centraline distance from inlet to outlet 3200

TWLL00611355

Seal strip

Centraline distance from inlet to outlet 900

TWLL00611356

Seal strip

Centraline distance from inlet to outlet 1000

TWLL00611357

Seal strip

Centraline distance from inlet to outlet 1100

TWLL00611358

Seal strip

Centraline distance from inlet to outlet 1200

TWLL00611359

Seal strip

Centraline distance from inlet to outlet 1300

TWLL00611360

Seal strip

Centraline distance from inlet to outlet 1400

TWLL00611361

Seal strip

Centraline distance from inlet to outlet 1500

TWLL00611362

Seal strip

Centraline distance from inlet to outlet 1600

TWLL00611363

Seal strip

Centraline distance from inlet to outlet 1700

TWLL00611364

Seal strip

Centraline distance from inlet to outlet 1800

TWLL00611365

Seal strip

Centraline distance from inlet to outlet 1900

TWLL00611366

Seal strip

Centraline distance from inlet to outlet 2000

TWLL00611367

Seal strip

Centraline distance from inlet to outlet 2100

TWLL00611368

Seal strip

Centraline distance from inlet to outlet 2200

TWLL00611369

Seal strip

Centraline distance from inlet to outlet 2300

TWLL00611370

Seal strip

Centraline distance from inlet to outlet 2400

TWLL00611371

Seal strip

Centraline distance from inlet to outlet 2500

TWLL00611372

Seal strip

Centraline distance from inlet to outlet 2600

TWLL00611373

Seal strip

Centraline distance from inlet to outlet 2700

TWLL00611374

Seal strip

Centraline distance from inlet to outlet 2800

TWLL00611375

Seal strip

Centraline distance from inlet to outlet 2900

TWLL00611376

Seal strip

Centraline distance from inlet to outlet 3000

TWLL00611377

Seal strip

Centraline distance from inlet to outlet 3100

TWLL00611378

Seal strip

Centraline distance from inlet to outlet 3200

Q02990128

Tightening handle

EA-431

Centraline distance from inlet to outlet 900-2000

Q02990128

Tightening handle

EA-431

Centraline distance from inlet to outlet
2100-3200

R01040041

Cycloidal reducer

BWVP12-17-3.0-B8

Centraline distance from inlet to outlet 900

～

2000

R01050037

Cycloidal reducer
BWVP12-17-4.0-B8

Centraline distance from inlet to outlet 2100

～

3200

TWLL00691304

Rotor assembly

Centraline distance from inlet to outlet 900

TWLL00691305

Rotor assembly

Centraline distance from inlet to outlet 1000

TWLL00691306

Rotor assembly

Centraline distance from inlet to outlet 1100

TWLL00691307

Rotor assembly

Centraline distance from inlet to outlet 1200

Summary of Contents for MY265

Page 1: ...MY265 Single Screw Extruder Operation Manual Prior to use please read through this operation manual carefully and keep it properly for reference in future...

Page 2: ...at any moment 9 Please operate and maintain this machine with thorough understanding of this Operation Manual 10 Please contact our Company to purchase a new Operation Manual for this machine if the M...

Page 3: ...adaptability 13 2 2 Main components and working principle 13 2 2 1 Main components 13 2 2 2 Working process 13 2 3 Introduction to components of the equipment 14 2 3 1 Feeding bin 14 2 3 2 Feeder 15 2...

Page 4: ...1 Specification of lubricant 71 6 4 2 Oil drain and refill 71 6 5 Other lubrication points 71 6 6 Adjustment items and method 72 6 6 1 Adjustment of configuration 72 6 6 2 Removal and installation of...

Page 5: ...10 17 Cutting rotor 95 6 10 18 Steam pipeline system 96 6 10 19 Water pipeline system 97 6 10 20 Discharge device 98 6 10 21Glass tube flow meter 99 6 10 22 By pass 99 6 10 23 Pipeline by principal m...

Page 6: ...l 5 The vibration by other complicated environmental conditions may not exceed12 mm s 1 1 2 Description of warning signs 1 In order to well understand this Operation Manual the safety warning signs ar...

Page 7: ...n the machine is in running and until it has been completely stopped 3 Check the lubricant level COMM65010023 Be sure to check the oil level of tank 4 prevent scald high temperature COMM65010007 Do no...

Page 8: ...by mechanical movement Fig 1 3 Check lubricant level Fig 1 4 Prevent scald high temperature Fig 1 5 Do not remove the guard shield Fig 1 6 Do not climb or stand on the equipment Fig 1 7Wearing protec...

Page 9: ...eed bin a feeder a conditioner and a principal machine The required safety signs are posted on the corresponding positions of these four elements for detail see Fig 1 13 Fig 1 16 The arrow indicated i...

Page 10: ...5 Fig 1 14 Posted positions of safety signs on the conditioner Fig 1 15 Posted positions of safety signs on the feeder 4 1 5 6 11 5 5 6 7 8 2 4 2 4 2 4 1 4 9 1 2 6 5 12...

Page 11: ...6 Fig 1 16 Posted positions of safety signs on the feed bin 1 2 6 7 8...

Page 12: ...and thus the installation of the extrusion barrels must meet all the requirements to firmly connect the barrels in theoretical way and practical application However accident such as ejection out of t...

Page 13: ...echnical personnel according to applicable specifications provided together with the equipment Electric installation shall be performed only by professionals according to relevant electric safety stan...

Page 14: ...c system Before the electric circuit is powdered off it is strictly prohibited to open the terminal box to avoid electric shock 16 The electric control system of the extruder must comply with followin...

Page 15: ...tem of the machine As for handling heated or cooled parts and components of the machine watch for the danger of burning or scalding frost bitting If you have pressed the emergency stop switch to shut...

Page 16: ...osited dusts 2 Regular inspection and maintenance Check the safety devices such as speed monitor or the like apparatus regularly at least once a week Check and clean the magnetic separator regularly a...

Page 17: ...lding work is a must shut down the conveyor first and then make a thorough cleaning and isolate both sides of the welding site tightly with materials like mineral wool to avoid connecting with other c...

Page 18: ...nter the feeding bin with bridge breaking device for further process Then the materials in bridge breaking feeding bin are delivered by the feeder to the double shaft differential speed conditioner DD...

Page 19: ...or extrusion especially the products with small size have small granularity and bad flowability the bridging can be easily formed in the bin causing inconsistent and intermittent feeding This bridge b...

Page 20: ...ted at its top part for easy cleaning 1 Bearing seal 2 Trough 3 Auger 4 Cleaning door 5 Chain drive 6 Convertor motor Fig 2 3 Feeder Parameters of the feeder are shown below The length of feeder is se...

Page 21: ...netration and absorption among the materials water and steam The materials retain at the upper pass conditioner for a certain time to achieve primary conditioning With the primary conditioning effect...

Page 22: ...er is superior to a DDC Compared with a large diameter and slow speed single cylinder conditioner for extended conditioning time the triple shaft conditioner can effectively make uniform blending and...

Page 23: ...allow the extruder to make more extensive products Note The angles of all paddles of the conditioner have been adjusted to the proper positions at our shop according to the properties of the normal m...

Page 24: ...The whole pipeline system is divided into two parts water pipeline and steam pipeline The water pipeline is the lower part of the pipeline system while the steam pipeline is the upper part of pipelin...

Page 25: ...back to the computer through the Flow Checking Unit to form a closed loop control The principle is shown in Fig 2 9 Fig 2 9 Liquid addition principle 2 Semi automatic control pipeline system and its c...

Page 26: ...the body of principal machine In production water addition to the conditioner and extrusion barrel was managed by manual control of the shut off valve under the glass tube flow meter Meanwhile the flo...

Page 27: ...to extrusion barrel to jacket of the extrusion barrel and to the conditioner Each of these three pipelines is not equipped with constant proportional control valve flow meter or pneumatic ball valve b...

Page 28: ...ee aspects The screw configuration features modular structure which can provide different shearing forces for materials by simple change of some screw configurations There are sorts of discharge devic...

Page 29: ...e 3 1 Main technical parameters No Items Parameters 1 Power of main motor kW 400 2 Speed of main shaft rpm 368 3 Diameter of screw mm 265 4 Oil pump motor kW 0 75 5 Feeder power kW 3 VFD 6 Conditioner...

Page 30: ...0 40 C Relative humidity range 30 85 Altitude less than 1000m Temperature range for normal transportation 25 55 Electric supply for normal use AC380V Note if the actual condition fails to accord with...

Page 31: ...Fig 4 1 Hoisting diagram of extruder For restricted space on job site or the ability of hoisting equipment separate lifting is advised for feeding bin feeder conditioner and principal machine of the...

Page 32: ...oid any damage to the equipment The angle between every two cables is not necessarily equal to 60 Actually an angle less than 60 is better but it requires a much longer rope The bearing capacity of th...

Page 33: ...rs make the storage facility well ventilated and damp proof Store the equipment in ventilated dry and cool place for long time storage with damp proof measures Cover the exposed paintless surfaces wit...

Page 34: ...feeding bin loading causing the whole bin body wobbling The wobbling extent and time will closely relate to the length of sensor s tie bar Although the control procedure uses the data prior to feeding...

Page 35: ...30 Fig 4 6 Scaled drawing of MY 265 extruder Connection dimensions of foundation...

Page 36: ...rel and conditioner Water addition to the extruder barrel and conditioner is directly for the materials which is closely related to the quality of the expanded products Therefore water addition at the...

Page 37: ...arrel in Fig 4 8 is mainly used to clean the barrels and secondaryly for material processing as well Water here doesn t need to be measured and usually use the on site tap water The pipe specification...

Page 38: ...t 4 in Fig 4 11 the specification of pipe fitting applies DN80 Steam to the extruder barrel This flange shall be connected with the joint of Part 1 in Fig 4 10 the specification of pipe fitting applie...

Page 39: ...nected to the same outlet Cooling water inlet of jacket Water at a high temperature heated by jacket flows upwards Proceeding from this principle we set the inlet of cooling water at the lower side an...

Page 40: ...yer conditioner 2 Condensate drainage 3 Main steam joint 4 Steam joint II of upper layer conditioner Fig 4 11 Joints of conditioner pipeline 4 2 5 Installation of belt pulley and V belt When leaving t...

Page 41: ...eys namely at L 2 Exert a force of190N at the midpoint of the belt enabling its deflection offset to be 16mm as proper tension Check the coplanarity of the two pulleys for offset within 1mm or else ad...

Page 42: ...37 Note QFIN1 is the power protection switch Fig 4 14 a Schematic diagram for electric control principle of MY 265 extruder 1 AC 3P N PE 380V 50Hz A3 B3 C3 QFIN1 PE L1 L2 L3 N...

Page 43: ...on switch to control power source KTSG is the flash relay U2 isRectifier QFdc is the DC power protection switch Fig 4 14 b Schematic diagram for electric control principle of MY265 extruder 2 L11 L12...

Page 44: ...AC contactor HL10 is the indicator light of bridge breaking motor Fig 4 14 c Schematic diagram for electric control principle of MY265 extruder 3 M10 U10 QF10 KM10 V10 W10 3 kW S130 DC24V DC0V N DC0V...

Page 45: ...e frequency converter HL11 is the indicator of feeder motor Fig 4 14 d Schematic diagram for electric control principle of MY265 extruder 4 VLT 2800 U11 M11 M11 3 KM11 QF11 L1 L2 L3 V F D U V W 3 U11...

Page 46: ...erter HL11 is the indicator of feeding motor Fig 4 14 e Schematic diagram for electric control principle of MY265 extruder 4 alternative U11 M11 M11 3 KM11 QF11 3 U11 V11 W11 U11 V11 W11 S130 DC24V DC...

Page 47: ...dicator light of motor of conditioner 1 Fig 4 14 f Schematic diagram for electric control principle of MY265 extruder 5 M12 U12 QF12 KM12 V12 W12 11 kW S130 DC24V DC0V N DC0V KM12 QF12 5561 QF12 KM12...

Page 48: ...e AC contactor for Y type startup control KA113 is the relay for forward rotation control of conditioner 2 motor KA213 is the relay for reversing rotation control of conditioner 2 motor Fig 4 14 g Sch...

Page 49: ...g 4 14 h Schematic diagram for electric control principle of MY265 extruder 7 S100 N DC0V QF13 KA113 KA213 KM13 5232 KM13Z KM13F KM13Y KT13 KT13 KM13Z KT13 KA113 KM13F KM13F KA213 KM13Z KM13 KM13Y 523...

Page 50: ...e delay relay of main motor set time 1 5s Fig 4 14 i Schematic diagram for electric control principle of MY265 extruder 8 0103 0104 A PA14 S100 DC0V N PLC IN 5249 E STOP PLC OUT 5250 FR14 KA14 QF14 52...

Page 51: ...solation transmitter for working current of principal machine Fig 4 14 j Schematic diagram for electric control principle of MY265 extruder 9 DC24V N DC0V DC0V S130 KM14 PLC IN 5264 QF14 PLC IN 5265 Q...

Page 52: ...Fig 4 14 k Schematic diagram for electric control principle of MY265 extruder 10 VLT 2800 U15 M15 M15 3 KM15 QF15 L1 L2 L3 V F D U V W 3 U15 V15 W15 U15 V15 W15 S130 DC24V DC0V N DC0V KM15 QF15 5291...

Page 53: ...Schematic diagram for electric control principle of MY265 extruder 10 alternative 3 KM15 QF15 3 U15 V15 W15 U15 V15 W15 S130 DC24V DC0V N DC0V KM15 QF15 5291 QF15 KM15 5292 KM15 PLC IN 5293 7 5 kW 40...

Page 54: ...e indicator of oil pump motor Fig 4 14 m Schematic diagram for electric control principle of MY265 extruder 11 M16 U16 QF16 KM16 V16 W16 0 75 kW S130 DC24V DC0V N DC0V KM16 QF16 5301 QF16 KM16 5304 KM...

Page 55: ...the indicator of water pump motor Fig 4 14 n Schematic diagram for electric control principle of MY265 extruder 12 M17 U17 QF17 KM17 V17 W17 3 kW S130 DC24V DC0V N DC0V KM17 QF17 5311 QF17 KM17 5314 K...

Page 56: ...conditioner YV9 is the by pass solenoid valve HA1 is the audible and visual alarm Fig 4 14 o Schematic diagram for electric control principle of MY265 extruder 13 HA1 KA21 YV21 GL31 KA21 KAHA 5345 534...

Page 57: ...king and display of the temperature in the extruder barrel Fig 4 14 p Schematic diagram for electric control principle of MY265 extruder 14 S100 N XMZD 2002 U12 3 2 1 L N 17 20 19 U13 16 1 2 3 4 5 6 t...

Page 58: ...e of conditioner gate 5249 emergency stop 5264 main motor in operation 5265 close of main motor breaker 5293 cutter motor in operation 5299 frequency converter of cutter motor in malfunctioning 5305 o...

Page 59: ...ter pump motor at start 5330 control of steam shut off valve of extruder barrel 5335 control of steam shut off valve of conditioner 5340 control of by pass solenoid valve 5345 control of audible and v...

Page 60: ...strument SP11 SP12 and SP13 are the weighing sensors Fig 4 14 s Schematic diagram for electric control principle of MY265 extruder 17 SP 11 SP 12 SP 13 TCS 2000KG EX SIG SIG EX GND EX SIG SIG EX GND E...

Page 61: ...ignal processing Fig 4 14 t Schematic diagram for electric control principle of MY265 extruder 18 FX2N 16EX KF081031Y D2 D4 D8 D10 D20 D40 D80 D100 D200 D400 D800 D1000 D2000 D4000 D8000 D10000 X030 X...

Page 62: ...water flow meter of extruder barrel SL4 is the water flow meter of DDC 5271 is the operation current of main motor of extruder Fig 4 14 u Schematic diagram for electric control principle of MY265 ext...

Page 63: ...barrel YM3 is the water regulator valve of conditioner YM4 is the steam regulator valve of conditioner Fig 4 14 v Schematic diagram for electric control principle of MY265 extruder 20 PLC 3 I V I CH0...

Page 64: ...ST 5 ST 2 ST 3 ST 4 3 2 7 4 1 Q01 Q02 Q03 Q04 Q31 N YV9 Q04 Q03 Q02 Q01 N Q31 ST2 7 SJPS265 ST 7 The Schematic Electrical Connection Sheet of the SJPS265 Extruder s Antrum Bypass Temperature measureme...

Page 65: ...6 9 8 4 7 Iout V SJPS265 The Schematic Electrical Connection Sheet of the SJPS265 Extruder s Pipe frame Extruder water flowmeter Extruder steam flowmeter Steam flowmeter Water flowmeter DDC DDC DDC DD...

Page 66: ...ut the steam and clean the filter Check the protective guards if in place Check for any leakage in the oil tank and bearings Add the bearing oil to circulation cooling if the oil drops below the mark...

Page 67: ...e mode of partly automatic and partly manual at operator s discretion Fig 5 2 Liquid application conditioner Fig 5 3 Liquid application extruder barrel Preset parameters assign the throughput of extru...

Page 68: ...irm the conditioner outlet is at the bypass Conditioner motor starts at star delta Pneumatic gate on the feeding bin automatically opens to allow feeding to the bin When material weight reaches the se...

Page 69: ...material discharge reaches a stable status increase the feeding gradually to operate the extruder at normal working capacity Check the current of motor Once the current value goes over the upper limi...

Page 70: ...to the lower limit as shown in Fig 5 4 such as 120kg settable during production the system will send out a signal asking for more materials to the bin If material weight doesn t reach to the upper lim...

Page 71: ...ls are running out it is advisable to put water in the extruder barrels for soaking until the die plate is removed Then clean the extruder barrels 5 3 Emergency stop and restart procedure Press No 4 e...

Page 72: ...itions and ensure their proper functions after inspection adjustment repair and maintenance When doing installation repair and maintenance please be sure the warning signs Maintenance and Inspection w...

Page 73: ...veryday Inspection Adjust the pressure reducing valve Check for liquid leakage Everyday Inspection Exhaust steam and repair Check the trap valve for normal working condition Everyday Inspection Exhaus...

Page 74: ...dition Once every 2 weeks Observation Adjustment 6 Chain and sprockets Cleaning and lubricanting Once a month Observation Cleaning and lubricant refilling Chain and sprockets Check on chain if in good...

Page 75: ...ubricant oil Otherwise oil leakage may occur from the end cover For Mitsubishi lubricant oil use type of ISO VG220 Some of the existing extruder models use gear reducer with thin oil of type ISO VG220...

Page 76: ...less steel plug DN15 for oil drainage 2 Open each cover plate or observation door to empty the oil from the pedestal Clean out the residue at the box bottom with compressed air 3 To refill block up th...

Page 77: ...Maintenance in progress on the electric cabinet to prevent accidents caused by unauthorized operations of the other personnel No heavy knock during dismantling When the screw head is hard to be off us...

Page 78: ...e used for jacking out the sleeve Put the just off from sleeve bolts into the 2 holes and tighten them up to separate the taper sleeve from the sprocket Take the taper sleeve and the sprocket out of t...

Page 79: ...74 Fig 6 4 Exploded view of bearing pedestal assembly...

Page 80: ...MYPH00410104 Rear end cover 1 10 Q1904000003 Ferrule type end straight pipe joint 2 11 Q10301111 O ring 1 12 Q10302010 Lip type oil seal 2 13 Q10301112 O ring 2 14 DCA02314800 Bearing 1 15 AAL2403501...

Page 81: ...ring on Part 21 front end cover and connect Part 22 hexagon socket head cap screw M16 70 with Part 8 bearing pedestal At last install Part 23 lip type seal 6 Installation procedure of sealing elements...

Page 82: ...ressure ring b Replace screw head 5 Material cannot be discharged in a sudden during normal operation Excessive feeding in short time or feeding cut off Blocked die holes Stop production to check and...

Page 83: ...sed for heavy parts 7 Steel cable Used for heavy parts 8 Scissors Cutting 9 Screwdriver Tightening screws 10 Ammeter Measuring motor current 11 Thermometer Measuring the temperature of motor and beari...

Page 84: ...components are given to guide relevant maintenance or disassembly installation Configuration and installation position along with the list of all wearing parts are given to assist in customers order...

Page 85: ...L00691334 Door 1 Centraline distance from inlet to outlet 1500 1 TWLL00691335 Door 1 Centraline distance from inlet to outlet 1600 1 TWLL00691336 Door 1 Centraline distance from inlet to outlet 1700 1...

Page 86: ...L00611367 Seal strip 2 Centraline distance from inlet to outlet 2100 2 TWLL00611368 Seal strip 2 Centraline distance from inlet to outlet 2200 2 TWLL00611369 Seal strip 2 Centraline distance from inle...

Page 87: ...raline distance from inlet to outlet 2300 5 TWLL00691319 Rotor assembly 1 Centraline distance from inlet to outlet 2400 5 TWLL00691320 Rotor assembly 1 Centraline distance from inlet to outlet 2500 5...

Page 88: ...Fig 6 7a Structure diagram for upper conditioner Fig 6 7b Structure diagram of upper pass conditioner upper pass rotor SPTZ00291349A Fig 6 7c Structure diagram of upper pass conditioner door assembly...

Page 89: ...bearing with pedestal UCF212 2 8 AAC1604501 Bolt M16 45 8 GB T5782 9 SPTZ00191342 Sealing plate assembly 2 10 SPTZ00211345A Paddle 39 11 AAC2411002 Bolt M24 110 39 GB T5782 12 SPTZ00211344 Conditioner...

Page 90: ...85 Fig 6 8b Structure diagram of lower conditioner near the motor end Fig 6 8c Structure diagram at discharge outlet of lower pass conditioner...

Page 91: ...ulley buhsing hole 50 1 3 Q16353504 Belt pulley buhsing hole 60 1 4 PAE2500 V belt SPB2500 6 5 M01133002 Motor Y225M 6 30 1 6 SCTZ00690018 Small door assembly 3 Door and seal 7 SCTZ00690019 Small hold...

Page 92: ...or plate 3 28 SCTZ00110056 Limit strip 6 29 SCTZ00610075A Hold down strip 3 30 Q02010026 Hook type tightening handle 6 31 SCTZ00610070 Sealing strip 3 32 SCTZ00610071A Small door plate 3 33 SCTZ006100...

Page 93: ...onditioner Fig 6 10a Structure diagram of steam and water addition pipeline of upper conditioner upper pass steam pipeline SPTZ00291359 Fig 6 10b Structure diagram of steam and water addition pipeline...

Page 94: ...25 1 11 SPTZ00291364 Main pipeline 1 12 S02050102 Inner joint DN15 20 13 S01010201502 Female thread ball valve DN15 5 14 S02150015 Metallic hose DN15 600 5 15 S02020102 Stainless steel elbow DN15 5 16...

Page 95: ...joint DN20 1 GB T3287 5 S01020102004 Shut off valve DN20 1 B10S 6 S02150006 Flexible metallic hose DN20 600 1 6 10 9Main motor and drive mechanism Fig 6 13 Schematic diagram of main motor and power tr...

Page 96: ...52CAME4 1 3 DCA02945200 Bearing 29452M 1 4 S02080202 Stainless steel plugDN15 1 5 ZDA010002 A20 oil level M27 1 5 2 6 DCA02314800 Bearing 23148CAMKE4 2 6 10 11 Extruder barrel Fig 6 15 Schematic diagr...

Page 97: ...16 Structure diagram of screw assembly Table6 19 List of parts of screw components No Code Part name Qty Remarks 1 MYPH00410082 Main shaft 1 2 MYPH00410081 Retaining ring 1 3 MYPH00410080 Feeding scr...

Page 98: ...w 1 5 MYPH00410078 Pressure lock 205 1 6 MYPH00410073 Single screw in middle section 1 7 MYPH00410077 Pressure lock 220 1 8 MYPH00410076 Short single screw 1 9 MYPH00411325 Slotted single screw in mid...

Page 99: ...y Fig 6 19 Structure diagram of lubricant oil way Table 6 22 Lists of parts and components of lubricant oil way No Code Part name Qty Remarks 1 M10010003 Gear pump CB B10 0 75 1 2 MYPH00310187 Oil pum...

Page 100: ...ice No Code Part name Qty Remarks 1 Q02990140 Hand wheel with double spokes 1 2 Q02990156 Knob with double handles 1 3 HAA0302001 Cylindrical pin 3X20 1 4 Q02010021 Latch type pressing handle extruder...

Page 101: ...5 3 5 MYPH00410011 Cutter disc 1 6 AAO0802501 Bolt M8 25 12 7 MYPH00410012A Washer 12 8 MYPH00410013 Cutter holder 12 9 MYPH00410014 Pressing plate 12 10 AAO0501001 Bolt M5 10 24 11 MYPH00410016 Cutte...

Page 102: ...eumatic ball valve DN80 1 12 S01021400002 Filter 100mesh DN80 1 13 S01020605001 RP 6 steam pressure reducing valve DN50 1 14 H04040017 Vortex shedding flow meter DN40 1 6 10 19 Water pipeline system F...

Page 103: ...of tightening handle 4 8 AAO1607001 Bolt M16 70 12 GB T70 1 9 HAA1007001 Cylindrical pin10m6 70 A1 4 10 AAO0802001 Bolt M8 20 8 GB T70 1 11 MYPH00491043 Handle 2 12 AA1206001 Bolt M12 60 10 GB T70 1...

Page 104: ...flow meter 1 2 GBA02501 Metal serrated gasket DN25 PN4 0 2 3 S01020102502 Stainless steel shut off valve DN25 2 4 S02020302 Stainless steel elbow DN25 2 5 S02050302 Stainless steel male connector DN2...

Page 105: ...ylinder 1 SMC 2 G04010200008 Quick connector 2 SMC 3 G02020100020 Solenoid valve 1 SMC 4 G04010200009 Quick connector 3 SMC 5 G03050200001 Silencer 2 SMC 6 MYPH01911323 Chute 1 6 10 23 Pipeline by pri...

Page 106: ...cement parts without any charge to the customer excluding wearing parts by defects due to manufacturing quality within one year from the date of leaving the factory subject to the invoice date under n...

Page 107: ...out the spare parts such as type name and quantity fill out the ordering form of spare parts see Table 6 31 Spare parts ordering table and mail or email to us in the format of worksheet if possible pl...

Page 108: ...N 1 0 B 8 MYPH00410100 Bearing pedestal 1 Fig 6 4 1 FAMSUN 2 0 B 9 MYPH00410104 Rear end cover 1 Fig 6 4 2 FAMSUN 2 0 B 10 Q1904000003 Ferrule type end straight pipe joint 2 Fig 6 4 2 FAMSUN 1 0 B 11...

Page 109: ...0 B 29 Q10301110 O ring487 7 1 Fig 6 4 2 GB T3452 1 1 1 B 30 Q10301110 Seal gasket for adjustment 1 Fig 6 4 2 FAMSUN 1 0 B 31 R06030005 Gear motor FZ107 198 Y6 3 H6 1 Fig 6 5 2 FAMSUN 2 0 B 32 TXLP00...

Page 110: ...N 1 0 B 50 Q1802050001 Belt pulley _SPB500 03 1 Fig 6 7 2 FAMSUN 1 0 B 51 Q16353502 Belt pulley bushing _BUSH3535 hole 65_standard 1 Fig 6 7 2 FAMSUN 1 0 B 52 DCE00021201 NSK bearing with pedestal UCF...

Page 111: ...1 0 B 72 SCTZ00690019 Small hold down assembly 6 Fig 6 8 1 FAMSUN 1 0 B 73 SCTZ00690021 Large door assembly 3 Fig 6 8 1 FAMSUN 1 0 B 74 SCTZ00690022 Large hold down assembly 6 Fig 6 8 1 FAMSUN 1 0 B...

Page 112: ...1 FAMSUN 1 0 B 94 SCTZ00610075A Hold down strip 3 Fig 6 8 1 FAMSUN 1 0 B 95 Q02010026 Hook type tightening handle 6 Fig 6 8 2 FAMSUN 1 0 B 96 SCTZ00610070 Sealing strip 3 Fig 6 8 1 FAMSUN 1 1 A 97 SCT...

Page 113: ...291364 Main pipeline 1 Fig 6 10 1 FAMSUN 1 0 B 116 S02050102 Inner joint DN15 20 Fig 6 10 2 FAMSUN 1 0 B 117 S01010201502 Female thread ball valve DN15 5 Fig 6 10 2 FAMSUN 1 0 B 118 S02150015 Flexible...

Page 114: ...belt 25N 6730 10 Fig 6 13 2 FAMSUN 1 0 B 138 Q1805000101 Belt pulley 8 8V600 N 1 Fig 6 13 2 FAMSUN 1 0 B 139 Q17010110 Belt pulley bushing N 110 1 Fig 6 13 2 FAMSUN 1 0 B 140 M01283001 Motor Y2 400L1...

Page 115: ...6 1 FAMSUN 2 1 A 90 MYPH00410073 Single screw in middle section 3 Fig 6 16 1 FAMSUN 2 3 A 91 MYPH00410077 Pressure lock 220 3 Fig 6 16 1 FAMSUN 2 3 A 92 MYPH00410076 Short single screw 1 Fig 6 16 1 FA...

Page 116: ...n oil pipe 16 1 5 red copper 1 5m Fig 6 19 2 FAMSUN 1 0 B 111 MYPH00310186 Filter joint M33 2 1 Fig 6 19 2 FAMSUN 1 0 B 112 S01021502001 Filter TF63 80LY 1 Fig 6 19 2 FAMSUN 1 0 B 113 Q31010001 Oil co...

Page 117: ...N 1 0 B MYPH00410014 Pressing plate 12 Fig 6 21 1 FAMSUN 1 0 B AAO0501001 Bolt M5 10 24 Fig 6 21 2 FAMSUN 1 0 B MYPH00410016 Cutter blade 0 5mm 12 Fig 6 21 1 FAMSUN 1 30 A MYPH00410015 Cutter blade 0...

Page 118: ...ng flowmeter DN40 1 Fig 6 23 2 FAMSUN 2 0 B S01010202502 Ball valve DN25 1 Fig 6 24 2 FAMSUN 2 0 B H03020015 Regulating valve DN15 1 Fig 6 24 2 FAMSUN 2 0 B H04040026 DN08 flow meter 1 Fig 6 24 2 FAMS...

Page 119: ...25 2 FAMSUN 1 0 B MYPH00491043 Handle 2 Fig 6 25 2 FAMSUN 1 0 B AA1206001 Bolt M12 60 10 Fig 6 25 2 FAMSUN 1 0 B MYPH00410164 Installation plate 1 Fig 6 25 1 FAMSUN 1 0 B AAO2004001 Bolt M20 40 2 Fig...

Page 120: ...rated gasket DN40 PN4 0 2 Fig 6 26 2 FAMSUN 1 0 B G01020200005 Cylinder 1 Fig 6 27 2 FAMSUN 1 0 B G04010200008 Quick connector 2 Fig 6 27 2 FAMSUN 1 0 B G02020100020 Solenoid valve 1 Fig 6 27 2 FAMSUN...

Page 121: ...nless steel inner joint DN15 25 Fig 6 28 2 FAMSUN 1 0 B S01010701501 Pressure balance type steam trap valve DN15 5 Fig 6 28 2 FAMSUN 1 0 B S01020101503 Shut off valve DN15 10 Fig 6 28 2 FAMSUN 1 0 B S...

Page 122: ...rs are not included in this list 122 COMM65010016 Maintenance to follow the instruction manual 3 Fig 1 8 1 FAMSUN 1 3 A 123 COMM65010006 Rotation direction of double shafts 1 Fig 1 9 1 FAMSUN 1 1 A 12...

Page 123: ...arts Table 6 32 Order form of spare parts Type of equipment Power of principal machine Series No Name of the end user Contact person and telephone No Code Part name Qty Remarks Note this list can be c...

Page 124: ...ducts Copy 1 2 Quality certificate of products Copy 1 3 Order form of the spare parts Copy 1 In operation manual 4 Document list Copy 1 In operation manual 5 6 7 2 Contact information Company name Add...

Page 125: ...Item Description Pages Revision date Author Remarks 0 I Original edition All August 2010 Zhang Guiyang 1 Revision All May 2012 Du Bin 2 Change original SJPS265 extruder into MY265 extruder to include...

Page 126: ...famsungroup com Address 1 Huasheng Road Yangzhou Jiangsu Province China Phone 86 514 85828888 Service hotline 86 514 87848666 01_MY265_004_201404...

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Summary of Contents for MY265

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Famsun MY265, Operation Manual, Page: 86 / 126

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Summary of Contents for MY265

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