Astaamaha
Bandhiga LCD, Waxqabadka CPU Sare ee CPU, TPUPOR-ka-Sare ee Tilmaamaha Tilmaamaha ee Sare iyo Teknolojiyada SMTT-ka,xudunta badan, magdhow heerkul ah, beddelaad toos ah oo toos ah, sax ah iyo soo-celin
Wax soo saarka hadda iyo dilayada dibedda dib-u-qabashada dib-u-habeynta tikniyoolajiyada, tallaalka faragalinta adag iyoawooda gudbinta masaafada dheer.
Soosaarista calaamadaha naxdinta leh ee go'doonsan, degitaanka fikirka ah ee xadka sare iyo kuwa hoose ee meelaha laga naxo, oo la xumaadayjoojinta naxdinta leh.
US T1 Chips; 96 x 96 qolof heer caalami ah; Noocyada caanka ah ee adduunka loogu talagalay 90% qaybo ka mid ah.
Cabbirka xaddiga: -l999 + 1999mv, xallin: l mv |
Saxsanaanta: 1mv, ± 0.3 ℃, xasilloonida: ≤3mv / 24h |
Xalka caadiga ah ee OPP: 6.86, 4.01 |
Xakamaynta XARUNTA: -L999 ~ + 199mv |
Magdhowga heerkulka otomaatiga ah: 0 ~ 100 ℃ |
Magdhowga heerkulka: 0 ~ 80 ℃ |
Calaamadaha wax soo saarka: 4-20ma wax soo saarka ilaalinta go'doonsan |
Interface isgaarsiinta: Rs485 (ikhtiyaari) |
Qaabka kontaroolka wax soo saarka: on / OF OF / DEW RAMES Xiriirrada Soo Saarka |
Relay Load: ugu badnaan 240v 5A; Ugu badnaan l l5v 10a |
Dib-u-dhac dib u dhac: la hagaajin karo |
Xamuulka soosaarka ee hadda: Max.750ω |
Calaamadaha Calaamadaha: ≥1 × 1012Ω |
Caabbikhda Istaroolka ee Iitaallace: ≥20m |
Ka shaqeynta Takeda: 220V ± 22v, 50hz ± 0.5hz |
Qalabka Qalabka: 96 (Dhererka) X96 (ballac) X115 (qoto dheer) mm |
Cabbirka godka: 92x92mm |
Miisaan: 0.5kg |
Xaaladda shaqada: |
①ambient heerkulka: 0 ~ 60 ℃ |
②air ehel ehelka ah: ≤90% |
③③ceptceptceptcept for of off magnetic-ka dhulka, ma jiraan wax faragelin ah ee garoonka kale ee magnetic-ka kale ee ku xeeran. |
Awoodda hoos u dhigga (OPP ama suuragalnimada 'Orp') ayaa cabiraya awoodda nidaamka aqueous-ka ah si loo sii daayo ama loo aqbalo elektronnada falcelinta kiimikada. Markuu nidaamku u muuqdo inuu aqbalo elektronnada, waa nidaam oksishing ah. Markay u egtahay sii-deynta elektron, waa nidaam yareynta. Awoodda yareynta nidaamka ayaa laga yaabaa inuu isbedelo soo bandhigida noocyo cusub ama marka ururinta noocyada kale ay isbedelaan.
Qiimayaasha ORP waxaa loo isticmaalaa wax badan oo u eg qiyamka pH si loo go'aamiyo tayada biyaha. Sida FR Vopes waxay muujinayaan nidaamka qaraabada ee nidaamka ee lagu helo ama ku deeqo iondrogen ion, qiyamka ORP wuxuu ku sifeeyaa dowlad qaraabo ah oo ku saabsan helitaanka ama luminta elektaroonigga ah. Qiimaha ORP waxaa saameeya dhammaan oxidizing iyo yareynta wakiillada, ma ahan kaliya aashito iyo saldhigyo saameyn ku leh PH Cabbirka.
Marka laga eego aragtida daweynta biyaha, cabirka ORP waxaa badanaa loo isticmaalaa in lagu xakameeyo jeermis lagu jeermiyo koloriin ama diorine dioxide-ka ku jira munaaradaha qaboojinta, barkadaha dabbaasha, sahayda biyaha la cabi karo, iyo codsiyada kale ee daaweynta biyaha. Tusaale ahaan, daraasadaha ayaa muujiyey in nolosha ay ku jirto bakteeriyada biyaha ku jirta ay si adag ugu tiirsan tahay qiimaha ORP. Biyaha wasakhda ah, cabirka Orp waxaa loo istcimaalaa si isdaba joog ah si loo xakameeyo geedi socodka daweynta ee shaqaaleysiisa xalka dawada bayoolaji si looga saaro wasaqda.