Read More About capacitance and tan delta test of transformer

PUSH Electrical PS-JSB01 Transformer Dielectric Loss Analysis Tan Delta Tester

Ko te kaitirotiro mate dielectric e tango ana i te hangarau hiko o te hiko rereke, te rorohiko maramara kotahi me te hangarau hou mo te huringa auau aunoa, te hurihanga tairite-ki-mamati me te mahi raraunga; He kaha te kaha ki te aukati, te tere whakamatautau tere, te tino tika, te whakarorohiko aunoa me te mahi ngawari; Ka tangohia e te mana hiko te hiko whakawhiti hiko teitei, ka taea te whakarato i te ngaohiko teitei o te 10kV; Ka taea e ia te tarai aunoa i te wawaotanga 50Hz me te pai mo te whakamatautau i runga i te waahi me te wawaotanga hiko nui penei i te teihana. Kei te whakamahia nuitia mo te inenga mate dielectric o nga kaitahuri, nga whakaurunga tahi, nga ngahere, nga kaitahuri, nga hopu me etahi atu taputapu i roto i te umanga hiko.

WHAKAPAKI NEI KAUPAPA KI TE PDF

Nga korero

Tohu

Hua Whakataki Tohu Whakataki

Whakaahuatanga Matua
Ko te kaitirotiro mate dielectric e tango ana i te hangarau hiko o te hiko rereke, te rorohiko maramara kotahi me te hangarau hou mo te huringa auau aunoa, te hurihanga tairite-ki-mamati me te mahi raraunga; He kaha te kaha ki te aukati, te tere whakamatautau tere, te tino tika, te whakarorohiko aunoa me te mahi ngawari; Ka tangohia e te mana hiko te hiko whakawhiti hiko teitei, ka taea te whakarato i te ngaohiko teitei o te 10kV; Ka taea e ia te tarai aunoa i te wawaotanga 50Hz me te pai mo te whakamatautau i runga i te waahi me te wawaotanga hiko nui penei i te teihana. Kei te whakamahia nuitia mo te inenga mate dielectric o nga kaitahuri, nga whakaurunga tahi, nga ngahere, nga kaitahuri, nga hopu me etahi atu taputapu i roto i te umanga hiko.
Kupu Whakataki
1. Ka whakamahia e te taputapu a Fourier te hangarau tātari matihiko hei ine i te kaha, te mate dielectric me etahi atu tawhā. Ko nga hua whakamatautau he tino tika, he ngawari ki te mohio ki te ine aunoa.
2. Ka whakamahia e te taputapu te hangarau hurihanga auau ki te whakakore i te 50Hz te wawaotanga hiko i runga i te waahi, ka taea te ine i nga raraunga pono ahakoa i roto i te taiao o te wawaotanga hiko kaha.
3. Rokiroki Raraunga: kei roto he maramara maramataka me te mahara kaha nui, ka taea te penapena i nga hua whakamatautau i nga wa katoa, te tiro i nga rekoata o mua i nga wa katoa, me te whakaputa.
4. Ko nga raraunga taputapu ka taea te kaweake ma te kopae kohiko USB.
5. Ko te tauira whakauru me te puritanga paerewa me te hiko hiko teitei, he pai mo te whakamatautau mara me te whakaiti i nga waea waea.
6. Kei a ia te mahi o te waea whakamuri te whakamarumaru ngaohiko iti. I raro i te ahua o te 220kV CVT pahi papa, ka taea te ine i te mate dielectric o C11 me te kore e momotuhia te 10kV waea whakamuri.
7. Ka taea e ia te tautuhi i te auau o te hiko hiko teitei o waho mai i te 40Hz ki te 70Hz, a ka whakaaetia ki te whakamahi i te kaha o te kaha o te kaha o te kaha o te kaha o te kaha o te kaha o te kaha o te raupapa hiko mo te kaha nui me te whakamatautau mate dielectric ngaohiko tiketike.
8. Ma te mahi whakamatautau CVT, ka taea e ia te whakamatau i te whakamatautau whakaihiihi whaiaro a CVT, ka taea te whakarite kia wha nga rohe whakamarumaru o te ngaohiko teitei / o naianei me te iti o te ngaohiko / o naianei hei whakarite i te haumaru o te tangata me te taputapu.
9. I te wa e whakamatautau ana i te CVT, kaore e taea e ia te whakamatautau aunoa i te kaha me te mate dielectric o C1 me C2, engari ano hoki te whakamatautau i te katoa o te kaha me te mate dielectric o nga taputapu CVT.
10. Me te pūreretā waiariki.
11. Me te atanga rorohiko. Ka taea e tetahi rorohiko te whakahaere i nga taputapu 32, ka taea te whakauru ki roto i te waka whakamatautau ngaohiko teitei matawhānui ki te mohio ki te ine, te tukatuka raraunga me te whakaputanga purongo.
12. Te mahi tiaki whenua, te mahi tiaki hiko hiko.

Tawhā Hua

Tika	Cx	± (pānui) × 1%+1pF）
	tg D	± (pānui) × 1%+0.00040）
Taupū anti pokanoa	huringa auau anti-porearea, e taea tonu te whakatutuki i te tika i runga ake i raro i te 200% pokanoa
Te awhe kaha	Te pehanga teitei o roto	3pF～60000pF/10kV 60pF～1 μ F/0.5kV
	Whakamahinga ngaohiko teitei o waho	3pF～1.5 μ F/10kV 60pF～30 μ F/0.5kV
	mana whakatau	Tae atu ki te 0.001pf, 4 mati nui
tg δ Awhe	He mutunga kore, taumira 0.001%, te tautuhi aunoa o te kaha, te inductance me te parenga.
Whakamātauhia te awhe o nāianei	10 µ A～5A
Te pehanga teitei o roto	Tautuhi awhe ngaohiko	0.5 ~ 10KV
	Putanga teitei o naianei	200mA
	Te aratau piki me te hinga	kua whakaritea te ngaohiko ki te hiahia. Hei tauira, 5123v.
	Te auau whakamatautau	40-70HZ, huinga auau kotahi i te hiahia. Hei tauira, 48.7hz
		Ko te huringa auau rua aunoa mai i te 50 ± 0.1Hz ki te 50 ± 10Hz ka taea te whakarite i te hiahia.
		Ko te huringa auau takirua aunoa mai i te 60 ± 0.1Hz ki te 60 ± 10Hz ka taea te whakarite i te hiahia.
	Te auau tika	±0.01Hz
Whakamahinga ngaohiko teitei o waho	Ko te morahi o te whakamatautau i te wa o te hononga pai ko te 5a, ko te kaha o te kaha, ko te huringa huringa ranei ko te 40-70HZ
	Ko te morahi o te whakamatautau i te wa o te waea whakamuri ko te 10kV / 5A, ko te kaha o te hiko me te huringa huringa ko te 40-70HZ
CVT whaiaro whakaongaonga iti putanga ngaohiko	ngaohiko putanga 3 ~ 50V, putanga nāianei 3 ~ 30A
Te wa ine	Tata ki te 40s, e pa ana ki te tikanga ine
Putanga mana whakauru	180V ~ 270vac, 50Hz ± 1%, te mana matua, te hiko hiko ranei
Atanga rorohiko	atanga RS232 paerewa, USB flash kōpae turanga (aunoa USB flash kōpae rokiroki raraunga).
Pūreretā	pūreretā waiariki moroiti
pāmahana ambient	– 10 ℃ ~ 50 ℃
haumākū whanaunga	< 90%
Te taha whanui	460 × 360 × 350mm
taimaha taputapu	28KG

Ataata

ac dielectric tester

capacitance and tan delta test of transformer

dc dielectric test

dielectric loss factor

dielectric loss test

dielectric resistance test

dielectric test

dissipation factor dielectric

tan delta meter

tan delta of ct

tan delta of transformer

tan delta system

tan delta test

tan delta test kit

tan delta test set

Mena kei te pirangi koe ki a maatau hua, ka taea e koe te kowhiri ki te waiho i o korero ki konei, a ka tata tonu te korero ki a koe.

Tuhia to korero ki konei ka tukuna mai ki a matou

E pa ana Hua

E pa ana Rongorongo

Mar . 31, 2026
Find the Best Loop Impedance Tester for Sale and Ensure Electrical Safety

When ensuring electrical safety, accurate loop impedance testing is crucial. Whether you’re an electrician, a facilities manager, or a safety inspector, having a reliable loop impedance tester for sale is essential. This article will guide you through the key considerations when purchasing a loop impedance tester, explore the different types available, and highlight the benefits of choosing a high-quality instrument. Understanding the nuances of these testers will help you make an informed decision and ensure compliance with safety regulations.
Taipitopito
Mar . 28, 2026
Comprehensive Guide to Loop Impedance Meter for Electrical Safety

Ensuring electrical safety is paramount in any installation, and a loop impedance meter is a crucial tool for achieving this. This device measures the total impedance of the earth fault loop, helping to verify that protective devices will operate correctly under fault conditions. In this article, we'll explore what a loop impedance meter is, how it works, its applications, factors influencing measurements, choosing the right meter, and the importance of regular testing. Investing in a quality meter from Push Tester is a step towards safer electrical systems.
Taipitopito
Mar . 26, 2026
Understanding and Choosing a Line Impedance Tester for Optimal Network Performance

In the realm of telecommunications and electrical engineering, maintaining the integrity of transmission lines is paramount. A line impedance tester is a crucial instrument for ensuring optimal signal transmission and preventing costly network disruptions. This article delves into the world of line impedance testing, exploring its importance, applications, types of testers, and what to look for when making a purchase. Ensuring accurate impedance measurements is essential for efficient and reliable network performance. Choosing the right tester can significantly impact troubleshooting speed and the overall quality of your infrastructure. A line impedance tester, also known as a cable impedance analyzer, is a device used to measure the characteristic impedance of coaxial cables, twisted pair cables, and other transmission lines. Impedance, measured in ohms, represents the opposition to the flow of alternating current. Maintaining the correct impedance (typically 50 or 75 ohms) is vital for minimizing signal reflections, ensuring efficient power transfer, and preventing signal degradation. Mismatched impedance can lead to signal loss, ghosting, and reduced network performance. Regular testing helps identify faults and maintain network integrity.
Taipitopito