I-Turnstile FAQ

Q1: Kuyini ukunikezwa kwamandla kwebhodi eliyinhloko le-turnstile?Kuyini ukunikezwa kwamandla kwesilawuli?

A1:ukunikezwa kwamandla ebhodi eyinhloko ye-turnstile yi-24V, futhi ukunikezwa kwamandla okulawula kungu-12V.

Qaphela lapho ufaka izintambo ku-transformer , ngaphandle kwalokho kulula ukushisa umshini.

20200310115200

Q2: kanjani ukuxhuma i-terminal 485?Ungayisetha kanjani inkinobho yokudayela?

A2:ama-FR1200 amabili azoxhunywa ngokuhambisana.

Ukushintsha kokudayela okubili okungu-FR1200 kudinga ukusethwa ngendlela ehlukile, njengokuthi 1 no-3 noma 2 kanye no-4. Lokhu kungenxa yokuthi uma inkinobho yokudayela ifana , izobhekwa njengo-fr1200 ofanayo, okuholela ekutheni i-turnstile ingene endaweni eyodwa kuphela. isiqondiso.

Q3: indlela yokuxhuma umfundi we-Wiegand nesilawuli?

A3:imbobo yokuxhuma phakathi kwamakhanda afundiwe e-Wiegand kanye nesifundi sesilawuli ithi:

Umfundi1 nomfundi3, umfundi2 noma umfundi4

Lokhu kungenxa yokuthi i-turnstile ine-bi-directional futhi sicabanga ukuthi ilawulwa yizicabha ezimbili ezihlukene.

Futhi Reader1 kanye ne-reader2 control gate 1, reader3 kanye reader4 control gate 2, ngakho udinga izintambo ngale ndlela.

I-Q4: indlela yokuxhuma isilawuli (okungaxhunyiwe ku-inthanethi) kanye nebhodi eliyinhloko le-turnstile

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

Q5:Uma izingxenye ze-optocoupler zixhunyiwe, imibala yamatheminali ihambelana kanjani

A5:SEN———mnyama
SEN+ ——bomvu
SEN3 ——purple
SEN2 ——luhlaza okwesibhakabhaka
SEN1 ——luhlaza
SENC3 ——yellow
I-SENC2 ——iwolintshi
SENC1 ——nsundu

I-Q6: Isilawuli sisethwe ngokuvamile sivulekile, sixhunywe ku-NO port kanye ne-COM port.

A6:ihlobene nomklamo nokwakhiwa kwemishini.Uma kunamandla, isilawuli asithumeli isignali ebhodini eliyinhloko le-turnstile ukuze kuqinisekiswe

I-turnstile ayibangeli ukushintshwa kwe-electromagnetic, ukuze kuqinisekiswe ukuthi i-turnstile ayikwazi ukudlula.

Uma itheminali ye-NC ixhunyiwe, isilawuli sizothumela isignali ebhodini elikhulu le-turnstile ukukhuthaza i-turnstile .Ibhodi eliyinhloko lesango le-roller libangela ukushintshwa kwe-electromagnetic, ukuze i-turnsitle idlule ngaphandle kokuswayipha ikhadi ngaso sonke isikhathi.

Q7: cisha amandla ukuze uwise induku, kungani isesesimweni sokuwisa induku ngemva kokuvula amandla?

A7:I-turnstile yethu inomsebenzi wokuwa kwenduku okuzenzakalelayo esimweni lapho amandla ehluleka kanye nokulayishwa kwenduku okwenziwa ngesandla uma amandla ekhanya.

Ngemuva kokuthi amandla abuyiselwe, linda ngaphezu kwe-6S bese uphakamisa i-lever yebhuleki ngesandla.

Q8: Amandla avuliwe, kodwa inkomba ayivuliwe?

A8:inkinga kufanele kube amandla kanye izintambo.

Hlola ukuthi intambo yokuxhuma nentambo yamandla kusukela ekugcineni kokulawula okumaphakathi kuya ebhodini lesibani konakele yini, nokuthi ibhulokhi yetheminali ixegisiwe yini, njll.

Q9: Ngemva kokukhanyisa, ibhuleki ayikwazi ukusebenza ngesandla?

A9:Le nkinga kufanele kube inkinga izingxenye kanye dropping pole electromagnet.

1. Hlola ukuthi isihlalo somkhawulo wesikhathi se-lever esiphezulu siphambene netafula elijikelezayo, njengoba kuboniswe kuMfanekiso 6-1.

2. Hlola ukuthi umazibuthe webha ewayo uyasebenza yini, vula ikhava engaphezulu ye-chassis, bese uvula ikhava eyinhloko nge-screwdriver ye-hexagon (Fig. 6-2)

Hlola isimo sokusebenza sikazibuthe kagesi, njengoba kukhonjisiwe kuMfanekiso 6-3.

Isikhathi sokuthumela: Mar-10-2020