shigowa kananan tagulla tubing brazing dangane gidajen abinci

tsari:
Test 1
Kamar yadda aka samar da majami'a ɗaya kawai don gwajin, mun kafa nauyin gwajin ta amfani da bango mai nauyi 5/16 ”bututu na tagulla wanda aka haɗa kamar bututu ɗaya ɗayan ɗayan a ƙarshen buɗe wuta. An kiyasta lokacin zafi a kan yin amfani da fenti na tempilaque don nuna zafin jiki. Taron gwajin, (tare da abubuwanda aka samar) an haɗa su tare da murfin baƙin ƙarfe 505 na baƙin ƙarfe kuma an sanya shi cikin murfin gwajin a cikin hotunan da aka haɗe) Wani matsanancin zafi 5 - 5.2 seconds aka samo don gudanad da alloy kuma yin haɗin gwiwa .

Gwaji na 2:
Karamin bututun bututun (bututun kwastomon) an taru kuma zoben daga kayan aikin ƙarfe na baƙin ƙarfe (mai siyar da azurfa) an yi shi kuma a sanya shi a tsakiyar bututun biyu. Lokaci mai zafi na 2 seconds ya isa ya kwarara gwal da kuma kammala haɗin gwiwa.

Sakamako / Amfanin:

1. Kamar yadda aka nuna, tsarin DW-UHF-10kw induction brazing tsarin yana da ikon induction dumama da babba da ƙananan bututu zuwa sassan bututu don kammala haɗin gwiwa. Lokaci mai zafi ta amfani da matattarar gwaji na ciki suna cikin abubuwan samar da lokacin zafi da FLDWX ke buƙata
2. HLQ zai buƙaci cikakken taro don sake dubawa don haɓaka ƙarshen haɓakar haɓakar haɓakar murfin wuta wanda zai iya ɗauka duk gidajen abinci guda 12 da aka nuna akan hoton layinku. Wajibi ne a sani kuma a ga tsabtatawa tsakanin haɗin bututu don yin ƙarfin gwiwa da sashin damfara na ƙarfe don tabbatar da cewa rukunin ƙarfe bai shafi tasirin RF ɗin da aka kirkira a matattarar kaya ba. Wannan ƙira na ƙarshe na iya buƙatar ƙarin kayan ferrite a cikin coil wanda zai yi aiki don mayar da hankali ga filin RF zuwa jagorancin jan ƙarfe kuma ba gidan ƙarfe ba.
3. An kammala gwaje gwaje na farko akan DW-UHF-10 kW ta amfani da wadataccen layin lab. Samfurin induction dumama zai kasance a cikin wani gida wanda ba shi da tsari wanda zai ba da izini ga mai amfani da shi don gano wurin baƙin ƙarfe a gaban tagulla don ingantaccen wuri mai dumama don aikin ƙarfin ƙarfe. Tsarin aikin samarda zai haifar da guntun gwaji fiye da coil na gwaji kuma za'a daidaita shi kamar yadda za'a inganta hanyoyin zazzagewa (guntun lokacin zafi).

1. HLQ na iya ba da tsarin tare da zaɓi na sarrafa tsari. Wannan zai iya zama mai sauƙin tsari wanda za'a tsara don kowane haɗin gwiwa da aka jera akan hotunan babban taron da aka kawo tare da buƙatar aikace-aikacen daga FLDWX. Kowane ɗayan haɗin gwiwa guda 12 za'a tsara shi gaba ɗaya don ɗauka kowane ɗayan haɗin gwiwa - wannan zai ba da izinin mai motsi a cikin tsari guda kamar yadda aka tsara daga haɗin gwiwa 1 zuwa haɗin gwiwa 12. Kowane zagaye na U induction brazing coil / rike zai motsa aiwatar daga haɗin gwiwa 1 (lokacin zafi da% na ƙarfin) zuwa haɗin gwiwa 2 (lokacin zafi da% ƙarfin) da dai sauransu don haɗin gwiwa 12. Tsarin, da zarar an shiga, yana buƙatar bin duk taron. Wannan zai ɗauki aikin tantancewa daga lokacin ƙarfin ƙarfe a kowane haɗin gwiwa don samar da maimaitawa a cikin aikin.

1. Wani zaɓi don la'akari zai zama la'akari da zaɓi na HLQ Robotic Arm. Wannan zabin yana goyan bayan hawan ƙarfin fuska/ coil gidaje kuma zartar da taron jama'a yayin shirye-shiryen sanya coil a kowane yanki haɗin gwiwa. Hannun tallafin yana jujjuyawa kuma yana motsa gidan coil / coil zuwa madaidaiciyar matsayi da kwana don kowane haɗin gwiwa yana tabbatar da yanayin ƙasa da lokacin zafi.