1.1Isicelo:Umtshina usekelwe ku-GB/T 2611-2007 "Izimfuneko Zobuchwepheshe Ezijwayelekile Zemishini Yokuhlola", JB/T 9370-2015 "Izimo Zezobuchwepheshe Zemishini Yokuhlola I-Torsional", JJG 139-2014 "Imithetho Yokuqinisekisa Umshini Wokuhlola" kanye nezinye ezivame ukusetshenziswa kuzwelonke. kanye namazinga omshini wokuhlola imboni .Ngaso leso sikhathi, bheka ku-GB/T1231-2006 "Izimo Zezobuchwepheshe Ze-Hexagon Bolts Enkulu kanye Namantongomane Amakhulu Ehexagon Ezakhiwo Zensimbi", GB/T16823.1-2010 "Fastener Torque-Clamping Force Test", GB50205-2001 "Ikhwalithi Yokwakha Wobunjiniyela Besakhiwo Sensimbi" "Ukucaciswa Kokwamukela", GB/T 32076.2-2015 "Layisha kuqala Ipheya Yokuxhuma Kwesakhiwo Esenziwe Ngamandla Aphezulu", EN 14399.2-2005 "Layisha ngaphambilini I-Acceptural Structural Bolt Assemblies. Ingxenye 2: Layisha kusengaphambili Ukuhlolwa Kokufaneleka kwe-A302M-AS2M-A302", "Ukucaciswa Okujwayelekile Kwamabhawodi Esakhiwo Sensimbi Ephethiwe Ngokushisa Okuphekwe Ngokushisisa Amandla Okuqina Okuncane Okungu-830Mpa", ASTM F3215/F3125M-15a "Amandla Aphethwe Ukushisa Okuncishisiwe Okungu-120 ksi (830 MPa) kanye Nesicaciso Esijwayelekile esingu-1040 se-MPa engu-1040 (i-MPa eyi-1040) I-alloy Steel High Structural Bolts With Inch and Metric Dimensions "AS/NZS1252:1996 "High Strength Bolts for Construction (Amabhawodi anamantongomane namawasha)" NB/T31082-2016 "Wind Turbine Towers Ingaklanywa futhi yenziwe ngokwezidingo ezifanele njengama-High-strength Bolt Connection Pairs for Racks.Ingathola, ibonise futhi iphrinte amandla e-axial, i-torque kanye ne-torque coefficient yekhanda eliyi-hexagonal kanye namapheya oxhumano lwebhawodi enamakhanda amabili aphezulu.Uma amandla e-axial efinyelela inani elishiwo ezingeni, umtshina uzokhala futhi urekhode inani eliphakeme ledatha yokuthola.Ngemuva kokuthi okokusebenza kuhlale isekhondi elingu-1, kuzohlehla ngokuzenzakalela futhi kuxegise isampula.Ngesikhathi esifanayo, umtshina uzobala ngokuzenzakalelayo i-torque ngokuya ngamandla axial atholakele kanye ne-torque.I-coefficient iboniswa ngokuzenzakalelayo;lapho iqoqo lokuhlola seliqediwe, umtshina ubala ngokuzenzakalelayo amandla e-axial, i-torque emaphakathi, isilinganiso se-coefficient yetorque, ukuchezuka okujwayelekile kanye ne-coefficient yokuhluka kwezibonelo ze-N;

1.2 Amapharamitha wobuchwepheshe nezindlela zokulawula:

1.2.1 Amandla kagesi: uhlelo lokulawula 220V AC;injini AC 380V

1.2.2 Amandla emoto esewonke: 5.0KW

1.2.3 Isivinini sokukhipha: 0.1-4r/min

1.2.4 Ibanga lokuthola amandla e-Axial: 100-1000kN

1.2.5 Ibanga lokutholwa kwetorque: 100-5000Nm

1.2.6 Ukucaciswa kwebhawodi elikhulu eliyi-hexagon: M10\M12\M16\M20\M24\M27\M30\M36\M39

1.2.7 Ubude bebhowudi: 30mm---350mm (≥2.5d)

1.2.8 Ukunemba kokuhlolwa: amandla e-axial ±1.0% torque ±1.0%

1.2.9 Ibanga lokulinganisa i-engeli ye-Torsion 0-1000° (akunamkhawulo)

1.2.10 Iphutha elihlobene lenani eliyinkomba ye-engeli ye-torsion ±1%

1.2.11 Iphutha elihlobene lejubane le-torsion Ngaphakathi kuka-±1.0% yenani elimisiwe

1.2.12 Isisindo: cishe 2000kg

1.2.13 Ukulinganisa okwenziwe ngokwezifiso nohlelo lokulawula*1(hlangabezana ne-EN14399-2:2005(E) okujwayelekile)

1.3 Indlela yokulawula:

1.3.1 Izinto ezisetshenziswayo zingalawulwa nganoma iyiphi indlela njengokusetha amandla e-axial, ukusetha i-torque, nokusetha i-engeli yokuzungezisa.

1.3.2 Inomsebenzi wokusetha i-torque yokuqala→i-engeli yokukhomba yokuqala→i-engeli yethagethi yesibili, bese ihlola inani letorque kanye nenani lamandla e-axial ngaphansi kwethagethi ngayinye.