Tecsis EZE15X004 Analogue Amplifier Universal mV/V
Tecsis
제품 번호: EZE15X004
프로듀서: Tecsis
Confirmed Rating:
☆☆☆☆☆☆
(4.5)
Rating Count: 12456
온라인 견적 양식을 작성하거나 라이브 지원팀에 연락하여 다음과 같이 문의할 수 있습니다. Tecsis 브랜드, EZE15X004 제품입니다. 최대한 빠른 시일 내에 연락드리겠습니다.
PLEASE MAIL TO: info@allinstock.net
Datasheets for Tecsis EZE15X004 Analogue Amplifier Universal mV/V
Description for Tecsis EZE15X004 Analogue Amplifier Universal mV/V
Strain gauge amplifiers are used to transform the mV/V output-signals of strain gauges in amplified signals with a higher fault resistance. By the use of an amplifier it is also possible to connect sensors to displays and controlling units with the need for an amplified signal. Integrated in the connecting cable of the load cell the model EZE09 series are configured and adjusted in accordance to the customer specification. The design of the housing allows to mount the amplifier using simple hose clamps. The housing is designed for harsh environments according to protection type 67.FeaturesStrain gauge amplifier integrated in cableOutputsignals 0/4...20mA or 0...±10 V or 0...±5 V (3-Wire)Accuracy 0.03% of full scaleLimit frequency up to 1kHz (-3db)Needed power supply 12-28 VDCSmall designInstalled and adjusted to customer requestProtection class IP 67ApplicationIn combination with force transducers or load cells the cable-integrated-amplifier can be used in applications to measure forces or in industrial weighing. It is possible to connect all kinds of strain gauges with an output signal between 0.9 mV/V up to 3 mV/V. The internal sensor supply is 5 VDC. The integration of the amplifier into the cable and the adjustment is per customer request. Because of the 3-wire analogue output with 4...20 mA; 0...10 V or 0...5 V and the needed supply energy for the amplifier between 12 and 28 V it is possbile to connect the model EZE09 series directly to PLC. Those normaly come with matching analogue inputs which offer a supply energy of 24 V.
Latest Comments for Tecsis EZE15X004 Analogue Amplifier Universal mV/V
기타 추천 제품 Tecsis