Semper sunt problemata cum iniectione partis iniectionis machinae, quam solvere

Semper sunt difficultates cum iniectione partis iniectio fingens machina, quam solvere?

1. Non mitterent gluten

Accessus:
1) COLLUM res aliena obsidetur. Reprehendo COLLUM an obstructus est, clean vel reponere COLLUM.

2) COLLUM gluten rumpitur. Disassemble LABIUM sisto si gluten COLLUM rumpitur, ac reponere gluten COLLUM.

3) The iniectio directionis valvae est adhæsit. Reprehendo num valvae directionalis 24V intentionem habeat et resistentia spirae sit 15-20 ohms. Si normalem, valvae obstructus est. Emundare valvae vel reponere directional valvae.

4) Flexilis iniectio anconis rumpitur. Anconam Flexilis solvere tensis nut, reprehendo an piston rumpitur, ac reponere ANCON.

5) Temperatus dolii est humilis. Reprehendo an actualis temperamentum attingat ad punctum temperaturae materiae liquescens, et reset temperatus dolium.

6) The oleum sigillum de Flexilis iniectio piston corrumpitur. Reprehendo an piston oleum sigillum fractum est et sigillum oleum repone.
　　
2. Initium sonitus rubber iniectio magna

Accessus:
1) Incipit celeritas iniectio nimis celeriter. Vide initium celeritatis mutationis infusionis velocitatis, ac adjust iniectio fluunt rate.

2) Est aer in circuitu olei. Vide, utrum tremor sit in utroque motu.　
3. Sonus sonus est, cum glutinum sistitur et glutinum liquatur.

Accessus:
1) Celeritas conversionis motus nimis celeriter est cum gluten dirigens. Reprehendo an plastic iniectio pressuram tenens auctus est, auctus tentionem pressura, adaequatum numerum iniectio levels, et dilata accessione liquescat.　
　
4. Iniectio volumen instabile est

Accessus:
1) Sigillum olei cylindrici olei teritur. Vide pressionem retentionis impressionis METIOR et sigillum oleum repone.

2) Iuvantis COLLUM et Flexilis anulus confecti. Usus 2 ictus gluten ad deprehendere, pars gluten COLLUM reponere in three-.

3) The barrel is worn out. It is detected with 2 injection nozzles, and the material is dismantled to check the wear and tear, and the melt glue tube is replaced.
5. Semi-automatic action without glue injection.
Accessus:
1) The advancement of the shooting platform is not terminated. Check whether the travel switch before the injection station or the mold is normal, check the wiring and travel switch.
2) Disconnection. Check the wiring and rewire.
3) Reset the mold clamping to zero. When the machine hinge is straight, the position is 0, readjust the zero position of the electronic ruler.

6. When working in semi/automatic mode, the temperature of the barrel gradually exceeds the set value.

Accessus:
1) The melting speed is too fast. Use a tachometer to test whether the screw speed is too fast, and reduce the melt speed.

2) Excessive back pressure. Observe the product, a tergo pressura METIOR valorem, et reducere a tergo pressura quantum fieri potest.

3) Frictio inter stupra et dolium. Disassemble pressione ac dolio, labore et dilacerant reprehendo, ac reponere dolium vel stupra.

4) Improprium temperatus occasum. Reprehendo an ipsa caliditas est humilis et reset siccus.

5) Calor tonsurae plasticae nimis magna est. Reprehendo temperatus ortum in fronte et media sectiones, celeritas ad redigendum liquefactum, et a tergo nixus.　
　
7. Cochlea sonos cum glutino liquescens

Accessus:
1) Impropriam institutionem de coegi hastile. Separate cochleae gyrationis sisto si qua voce, si est ulla, removere plana afferentem et coeundi.

2) Planum afferentem victus est. Separabis cochleae et vide quod partem rotationis habet strepitum, tunc reponere plana afferentem.

3) Cochlea curvus. Remove pressione ad inspectionem ac reponere ad stupra.

4) Cochlea habet rasurae ferrum. Disassemble cochlea sisto et mundare cochleae.
5) Utere dial indicator sisto coaxiality commensurationis stupra. Pulsus circiter 0.05mm normale est.

8. Non liquefaciat gluten

Accessus:
1) Ardere gestus vel rupta coegi spicula. Cochleam separa et gluten liques et sonum serva, reponere adferentem.

2) Cochlea habet rasurae ferrum. Separate pressione ac dolio, sisto cochleae ferreis limaturae, et removere cochlea ad purgandum.

3) Valvae gluten obstructus est. Utere hexagonum clavis ad summum FUSUS ad videndum si movet et emundare valvae solenoid.

4) gluten motricium corrumpitur. Separate conflator motricium. Cum conflator non convertam, reponere vel reparandi conflator motricium.

5) Adolebitque calefactio annulum. Reprehendo num normale sit cum multimetro et coilum calefacientem reponere.

6) Obturaculum est solutam. Reprehendo an gluten oleum liquefactum obturaculum in contactu pauperis est, obturaculum in arte coniungere, deprime sitne 24 potentia copia.
　　
9. Tergum pressura non potest adaequari cum liquescens gluten

Accessus:
1) A tergo pressura valvae victus est. Pressura tergum auget materiam secans, an cochleae recessus reprehendo, et a tergo pressura valvae emundare.
　
10. Productum habet maculas nigras

Accessus:
1) Cochlea habet ipsum deposita. Reprehendo purgatio stupra et dolium.

2) Depositum carbonis in dolio est et machina auxiliaria munda non est. Reprehendo nutriens pro pulvis, expolire dolium et emundare auxilia machina.

3) Corrosio glutinis COLLUM components. Reprehendo gluten COLLUM ac reponere gluten COLLUM conventus.

4) LABIUM et COLLUM habent ipsum deposita. Tersus et reponere.

5) Rudis materiae immunda sunt. Reprehendo rudis ac reponere rudis materiae.

6) Temperatura nimis alta est et pressio posterioris liquefactionis nimis magna est. Reprehendo temperatura cuiusque sectionis et tergum pressura reducere.11. Pauperem stupra color mixtionis

Accessus:
1) Materia problemata. Reprehendo in cautare toner qualis ac reponere in materia.

2) Temperatus nimis. Reprehendo temperatus et ipsa materia requiritur temperatus, et auget caliditas.

3) Tergum pressura est preme, reprehendo tergum pressura et auget tergum pressura.

4) Brevi mixtionis tempore. Praetendere mixtionem temporis vel repone cum capite mixto.

5) Celeritas preme. Reprehendo cochlea celeritatem et auget pressione celeritate.
　　
12. Nulla actio gluten trahens

Accessus:
1) Magna pressura retro. Reprehendo COLLUM spargit celeritate cum manually liquefaciens gluten ad redigendum pressura.

2) Disconnection. Flare valvae hians.

3) FUSUS valvae directionalis non flexibile. Preme FUSUS cum Allen clavis ut reprehendo an sit liberum movere, et emundare FUSUS.
　　
13. Cum liquefaciens gluten, motor avertit caudam

Accessus:
1) Partem victus est. Vide an sit aliquis alius sonus cum glutino liquescens, ac reponere adferentem.

2) Impropria temperatio pila obliquis gestus. Vide an oscillationes coegi hastile, et RECOQUO gap.

3) Deformatio cochleae. Separabis cochleae ut observet rotationem coegi hastile, ac reponere cochleæ.

4) Manica cuprea in tabula posteriori teritur et tabula transfixa 2 baculi dux deformatur vel defixus cochleis laxis. Vide, num puluis aeneus ex manica secunda bractea aenea molita sit, ac reponere ad aeris sleeve.

14. Germen gluten bis

1) COLLUM foramen angustus est, et resistentia nimis magna est cum gluten dirigentes.

2) COLLUM calefaciendi anulum frangitur, reprehendo calefactio anulum reponere.
3) Reprehendo an pressura ac fluxus output mutatur.
　　
15. Causa stupra fractio- nem

1) Motus dirigentes non synchronised, accommodare dirigentes synchronisation ± 0.05

2) Cylindrus iniectio non synchronised, ad adjust iniectio cylindrici synchronise ± 0.05

3) Effectus materiae rudis et machinae infusionis cochleae non adaequantur.

4) Temperatura non attingit punctum liquationis materiae adhibitae.

5) Verte cochlea usque ad temperatus modo perventum est.

6) If the heating tube is burned out, it will not be heated. Check whether there is anti-cold function, and replace the heating tube.

16, can not adjust the mold

Accessus:
1) The mechanical level and parallelism are out of tolerance. Check with a spirit level angle ruler to adjust the parallelism and level.

2) The gap between the pressure plate and the die-adjusting nut is too small. Measure with a feeler gauge, adjust the gap between the pressure plate and the nut, and adjust the gap between the die nut and the pressure plate (gap ≤ 0.05 mm).

3) Burn the nut to check whether the nut can be turned to generate heat and iron powder is coming out. Replace the nut.

4) Adjust the upper and lower support plates. Remove the lock nut of the expense board to check and adjust the adjusting nut.

5) The I/O board is broken. Check whether there is a signal at the output point on the computer page, and repair the electronic board.

6) The die-adjusting spool is stuck. Remove the valve to check and clean the valve.

7) The mold adjusting motor is broken. Check the oil motor. Replace or repair the oil motor.

How to set low pressure protection for injection molding machine mold clamping?

The meaning of iniectio fingunt protection: it is artificially set during the production process to protect the mold and prevent damage to the mold due to congenital causes and foreign objects. The behavior of mold protection: When setting the mold low pressure protection, where to understand the protection? Scilicet, it uses low-pressure protection, ille est, it will alarm when a foreign body is pressed and will not damage the mold.

The specific approach is as follows:
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1. First determine which part of the mold should be protected? Such as neutron, core pulling, inserting, sliding block, oblique pin, mold core, thimble, etc.
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2. Then decide the distance to be set for the low-voltage protection. The contact position of the parts to be protected must be within the distance of the low-voltage protection you set, so that the low-voltage protection will be set. Within the scope of machine monitoring.

Exempli gratia, the contact position of the movable mold and the fixed mold is at 30mm during the mold clamping process. According to the dangerous situation, we set the low-pressure protection position at 32mm, so that when the mold is closed to 32mm, it will start to enter the low-pressure protection position. Within effective surveillance.
3. Determine the speed of mold clamping. This speed is also a relatively important parameter. It should not be too fast, but it is adequate. Too fast will produce a certain amount of inertia. The speed of this segment is better to be slow, generally not more than 15%, and the speed is determined later. , Don’t change it arbitrarily.
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4. The pressure setting is more important. It is better to make the mold just fit into the parting surface contact of the mold with the minimum pressure. Reduce the minimum unit (exempli gratia, 1 pressure unit) and the mold will not fit into the parting. Face contact, use this pressure as the minimum pressure for low-pressure protection (it can be done so that you can put a piece of paper in and make the machine alarm).
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5. Take the parting surface contact as the new standard, and add 0.1~0.3mm to this position as the high-pressure clamping position. This 0.1~0.3mm (recommended value) is to compensate for the thermal expansion and contraction of the mold material. Scilicet, this compensation position can be set smaller, too small may cause frequent low-voltage protection alarms.
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Nota: This setting may be at the expense of cycle time. Colleagues can set it according to the specific situation, but the above can be used as a general principle. At the same time of setting, pay attention to the fingunt temperatus must be stable, especially the high iniectio fingunt temperature mold thermal expansion, may produce temperature difference, affect the setting. After the low-pressure protection is set, changing the speed of the low-pressure protection at will may cause the set low-pressure protection pressure to be too high, which is the result of inertia.