Imibuzo ebuzwa rhoqo ngeTurnstile

Q1: Yintoni umbane webhodi ephambili ye-turnstile? Yintoni umbane wesilawuli?

A1:umbane webhodi ephambili ye-turnstile yi-24V, kwaye umbane womlawuli yi-12V.

Lumka xa uqhagamshela i-transformer, kungenjalo kulula ukuyitshisa imatshini.

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Umbuzo 2: ungayidibanisa njani i-terminal ye-485? Ungayiseta njani iswitshi yokudayela?

A2:Ii-FR1200 ezimbini maziqhagamshelwe ngaxeshanye.

Iswitshi yokudayela ezimbini ze-FR1200 kufuneka isetwe ngokwahlukileyo, njengo-1 no-3 okanye u-2 no-4. Oku kungenxa yokuba ukuba iswitshi yokudayela iyafana, iya kuthathwa njenge-fr1200 efanayo, nto leyo ebangela ukuba i-turnstile ingene kwicala elinye kuphela.

Umbuzo 3: indlela yokudibanisa umfundi weWiegand kunye nomlawuli?

A3:Izibuko lonxibelelwano phakathi kweentloko ezimbini zokufunda zeWiegand kunye nomfundi wesilawuli zezi:

Umfundi1 kunye nomfundi3, umfundi2 okanye umfundi4

Oku kungenxa yokuba i-turnstile ibhekisa kwicala ngalinye kwaye sicinga ukuba ilawulwa ziingcango ezimbini ezahlukeneyo.

Kwaye iReader1 kunye nesango lokulawula le-reader2 1, i-reader3 kunye nesango lokulawula le-reader4 2, ngoko ke kufuneka ufake iingcingo ngale ndlela.

Q4: indlela yokudibanisa isilawuli (ngaphandle kwe-intanethi) kunye nebhodi ephambili ye-turnstile

A4：K1 ——HAYI(LOCK1)
I-GND ——COM
K2 ——AKUKHO(LOCK2)
I-GND ——COM

Umbuzo 5: Xa izinto ze-optocoupler ziqhagamshelwe, imibala yeeterminals ihambelana njani?

A5：I-SEN———mnyama
I-SEN+ ——bomvu
SEN3 ——mfusa
SEN2 ——luhlaza okwesibhakabhaka
SEN1 ——luhlaza
I-SENC3 ——mthubi
I-SENC2 ——orenji
SENC1 ——mdaka

Q6: iseti yomlawuli idla ngokuvuleka, iqhagamshelwe kwi-NO port kunye ne-COM port.

A6:inxulumene noyilo loomatshini kunye nolwakhiwo. Xa kukho umbane, isilawuli asithumeli isignali kwibhodi ephambili ye-turnstile ukuqinisekisa

I-turnstile ayibangeli iswitshi ye-electromagnetic, ukuze kuqinisekiswe ukuba i-turnstile ayikwazi ukudlula.

Ukuba i-terminal ye-NC iqhagamshelwe, umlawuli uza kuthumela isignali kwibhodi ephambili ye-turnstile ukukhuthaza i-turnstile. Ibhodi ephambili yesango le-roller ivuselela iswitshi ye-electromagnetic, ukuze i-turnsitle idlule ngaphandle kokuswayipha ikhadi ngalo lonke ixesha.

Umbuzo 7: Cima i-drop rod, kutheni isekwimeko yokuwa kwe-rod emva kokuba ivuliwe?

A7:I-turnstile yethu inomsebenzi wokuwisa intonga ngokuzenzekelayo xa umbane ungasebenzi kwaye ilayishe intonga ngesandla xa ivuliwe.

Emva kokuba umbane ubuyiselwe, linda ngaphezulu kwe-6S uze uphakamise i-brake lever ngesandla.

Umbuzo 8: Umbane uvuliwe, kodwa isalathisi asivuliwe?

A8:ingxaki kufuneka ibe ngamandla kunye neentambo.

Jonga ukuba intambo yokudibanisa kunye nentambo yamandla ukusuka kwisiphelo solawulo esiphakathi ukuya kwibhodi yesibane zonakele na, kwaye ingaba ibhloko yesiphelo ikhululekile na, njl.

Umbuzo 9: Emva kokuba ivuliwe, ibhuleki ayinakusebenza ngesandla?

A9:Le ngxaki ifanele ukuba yingxaki yeenxalenye kunye nokuwa kwe-electromagnet ye-pole.

1. Jonga ukuba isihlalo esinomda wexesha esiphezulu sichasene netafile ejikelezayo, njengoko kubonisiwe kuMfanekiso 6-1.

2. Jonga ukuba ingaba imagnethi yebha ewayo iyasebenza na, vula ikhava ephezulu yetshasi, uze uvule ikhava engundoqo nge-screwdriver yehexagon (Umzobo 6-2)

Jonga imeko yokusebenza kwe-electromagnet, njengoko kubonisiwe kuMfanekiso 6-3.

Ixesha lokuthumela: Matshi-10-2020