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PUSH Electrical PS-RC Resistor Capacitor Potential Shielding Voltage Divider Type High Voltage Measuring Device

AC ati DC pipin foliteji giga: Lilo akọkọ fun foliteji giga pulse, foliteji giga monomono, wiwọn iwọn foliteji giga igbohunsafẹfẹ agbara. O ni awọn abuda ti iṣiṣẹ ti o rọrun, ifihan ogbon inu, konge giga, iwọn kekere, iwuwo ina, bbl O dara fun awọn ohun elo agbara, awọn ipin, awọn olupilẹṣẹ ohun elo itanna foliteji giga ati awọn ile-iṣẹ foliteji giga bi ohun elo pipe fun iwọn-giga foliteji. wiwọn.

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Ọja Ta Point Ifihan

Olupin foliteji AC-DC ti sopọ si ebute wiwọn giga-giga nipasẹ laini ifihan ohun elo, eyiti o le mọ ijinna pipẹ ati kika mimọ, ati pe o jẹ ailewu ati irọrun lati lo. Yi jara ti AC ati DC foliteji dividers ni o ni ga input ikọjujasi ati ti o dara linearity. O gba imọ-ẹrọ aabo pataki lati dinku ipa ti foliteji giga lori iye ti o han, nitorinaa lati ṣe aṣeyọri iduroṣinṣin giga ati laini giga.

Awọn ohun elo kikun ti a gbe wọle ni a lo lati jẹ ki eto naa kere, fẹẹrẹ ni iwuwo, ti o ga julọ ni igbẹkẹle ati kekere ni idasilẹ apakan ti inu. Kekere ni iwọn, ina ni iwuwo ati rọrun lati gbe, o mu irọrun nla wa si iṣẹ ayewo lori aaye.

Ọja Paramita

Awoṣe	Foliteji kilasi AC / DC	Itọkasi	Agbara (pF) Impedance (MΩ)	Ipari laini ifihan agbara
RC50kV	50kV	AC: 1,0% rdg ± 0.1DC: 0,5% rdg ± 0.1 Miiran konge le ti wa ni adani	450pF,600M	3m
RC100kV	100kV		200pF,1200M	4 m
RC150kV	150kV		150pF,1800M	4 m
RC200kV	200kV		100pF,2400M	4 m
RC250kV	250kV		100pF,3000M	5 m
RC300kV	300kV		100pF,3600M	6 m

Ọja bošewa	DL / T846.1-2004
AC wiwọn ọna	Iwọn RMS otitọ, iye to ga julọ (aṣayan), iye apapọ (aṣayan)
Yiye	AC	1,0%rdg ± 0.1
	DC	0,5%rdg ± 0.1
alabọde idabobo	gbẹ alabọde ohun elo
Awọn ipo ayika	Iwọn otutu	-10℃～40℃
	Ọriniinitutu	≤70% RH
ipin ipin	N=1000:1

high voltage hipot

high voltage measuring device

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high voltage tester 5kv

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Jẹmọ Iroyin

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.
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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.
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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.
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