Application of AHKC series Hall sensor in a communication company in Saudi Arabia 

鎽樿锛氳繎骞翠締,鐢变簬闆诲姏闆诲瓙鍣ㄤ欢鐨勭櫦(f膩)灞�,璁婇牷瑾�(di脿o)閫�銆侀€嗚畩銆佹柆娉㈢瓑鏂版妧琛�(sh霉)鐨勬噳鐢�,闆诲銆侀浕娴佺殑娉㈠舰宸蹭笉鍐嶆槸妯欐簴鐨勬寮︽尝鎴栫洿娴�銆傚偝绲�(t菕ng)鐨勪簰鎰熷櫒椤劧宸蹭笉閬╀簬灏嶈┎娉㈠舰鐨勬脯閲�銆傚洜姝�,寰堝鍦嬪閮界浉绻奸€茶浜嗛潪鎺ヨЦ寮忛浕娴侀浕澹撳偝鎰熷櫒鐨勭爺绌堕枊鐧�(f膩),鍏朵腑灏や互闇嶇埦闆绘祦闆诲鍌虫劅鍣ㄨ瑕栫偤瑭查爡鎶€琛�(sh霉)鐨勪唬琛�銆�

Abstract: In recent years, due to the development of power electronic devices and the application of new technologies such as frequency converter, inverter and chopper, the waveform of voltage and current is no longer the standard sine wave or DC. The traditional CT is obviously not suitable for the measurement of the waveform. Therefore, many countries have carried out the research and development of non-contact current and voltage sensor, especially Hall current and voltage sensor is regarded as the representative of this technology.

0.闋呯洰姒傝堪锛� Project Overview

娌欑壒AFAQY鍏徃涓诲仛閫氳▕瑷�(sh猫)鍌欏畨瑁濋爡鐩紝瑭插鎴惰臣璨锋垜鍙搁湇鐖鹃浕娴佸偝鎰熷櫒涓昏瀹夎鍦║PS闆绘簮鏌滀腑锛屼互鐩�(ji膩n)娓浕娴佹儏娉�锛屼繚璀峰悗绔ō(sh猫)鍌�.

Saudi Arabia AFAQY company mainly do the installation project of communication equipment. The Hall current sensor they purchased  is mainly installed in the UPS power cabinet to monitor the current situation and protect the back-end equipment.

1.AHKC绯诲垪闇嶇埦鍌虫劅鍣ㄤ粙绱� AHKC Series Hall current sensor

闇嶇埦鍌虫劅鍣紝閬╃敤浜庝氦娴�銆佺洿娴�銆佽剤娌栫瓑寰╅洔淇¤櫉鐨勯殧闆㈣綁(zhu菐n)鎻�锛岄€氶亷闇嶇埦鏁堟噳鍘熺悊浣胯畩鎻涘悗鐨勪俊铏熻兘澶犵洿鎺ヨAD 銆丏SP銆丳LC銆佷簩娆″剙琛ㄧ瓑鍚勭ó閲囬泦瑁濈疆鐩存帴閲囬泦鍜屾帴鍙楋紝楂旂⿳灏�锛屽＝鍛介暦锛屽畨瑁濇柟渚�锛岄熆鎳夋檪闁撳揩锛岄浕娴佹脯閲忚寖鍦嶅绮惧害楂�锛岄亷杓夎兘鍔涘挤锛岀窔鎬уソ锛屾姉骞叉摼鑳藉姏寮风瓑鍎�(y艒u)榛�銆�

Hall sensor is suitable for the isolation and conversion of complex signals such as AC, DC and pulse. Through the Hall effect principle, the converted signal can be directly collected and accepted by various acquisition devices such as ad, DSP, PLC and secondary instrument. It has the advantages of small volume, long service life, convenient installation, fast response time, wide current measurement range, high precision, strong overload capacity and good linearity, It has the advantages of strong anti-interference ability.

2.鍨嬭櫉瑾槑Model description