Ta yaya S-type Load Cell Aiki?

Sannu,

Bari muyi magana akaiS-beam load Kwayoyin- waɗancan na'urori masu kyan gani da kuke gani a cikin kowane nau'ikan masana'antu da ma'aunin ma'aunin ma'aunin kasuwanci. An yi musu suna ne bayan sifarsu ta musamman ta “S”. To, yaya suke yi?

1. Tsari da Zane:
A zuciyar S-beam load cell akwai nau'in kaya mai siffa kamar "S". Yawanci ana yin wannan sinadari ne daga ƙarfe masu tauri kamar bakin karfe ko gami, yana ba shi ƙarfi da daidaiton da ake buƙata don aikinsa.

2. Ma'aunin Matsala:
Waɗannan na'urori suna da ma'aunin ma'auni manne a saman su. Yi la'akari da ma'aunin ma'auni azaman resistors waɗanda ke canza ƙima lokacin da nauyin kaya ya lanƙwasa ƙarƙashin matsin lamba. Wannan canjin juriya ne muke aunawa.

3. Wurin Gada:
Ana haɗa ma'aunin ma'auni a cikin da'irar gada. Ba tare da wani kaya ba, gadar tana da daidaito da shiru. Amma lokacin da kaya ya zo, nau'in nauyin nauyin yana jujjuyawa, ma'aunin ma'aunin ya canza, kuma gada ta fara samar da wutar lantarki da ke nuna mana ƙarfin da aka yi amfani da shi.

4. Ƙara Siginar:
Sigina daga firikwensin ƙarami ne, don haka yana samun haɓaka daga amplifier. Bayan haka, yawanci ana canza shi daga analog zuwa tsarin dijital, yana sauƙaƙa sarrafa shi da karantawa akan nuni.

5. Daidaituwa da Daidaitawa:
Godiya ga tsarin su na "S" mai ma'ana, S-beam load sel na iya ɗaukar nauyin nau'i mai yawa yayin kiyaye daidaito da daidaito a cikin karatun su.

6. Gudanar da Canjin Zazzabi:
Don kiyaye abubuwa daidai duk da canje-canjen zafin jiki, waɗannan ƙwayoyin lodi sukan zo tare da ginanniyar fasalulluka na ramuwa na zafin jiki ko amfani da kayan da zafi ko sanyi ba su yi tasiri sosai ba.

Don haka, a taƙaice, S-beam load sel suna ɗaukar lanƙwasa nau'in nauyinsu da ƙarfi ya haifar kuma su juya shi zuwa siginar lantarki wanda za'a iya karantawa godiya ga waɗancan ma'auni masu wayo. Waɗannan ƙwaƙƙwaran zaɓi ne don auna ma'auni a duka tsayayyen yanayi da mabambantan yanayi saboda suna da tauri, daidai, kuma abin dogaro.

STC4Farashin STK3

Farashin STM2STP2


Lokacin aikawa: Agusta-13-2024