DRA-ACT-SI-2_DRA-ACT-SI-4_DRA-ACT-SV-2交流電壓/電流信號調節器
價 格:詢價
產 地:美國更新時間:2020-10-28 15:27
品 牌:歐米茄型 號:DRA-ACT-SI-2
狀 態:正常點擊量:2822
400-006-7520
聯系我時,請說明是在上海非利加實業有限公司上看到的,謝謝!
聯 系 人:
上海非利加實業有限公司
電 話:
400-006-7520
傳 真:
400-006-7520
配送方式:
上海自提或三方快遞
聯系我時請說在上海非利加實業有限公司上看到的,謝謝!
DRA-ACT-SI-2_DRA-ACT-SI-4_DRA-ACT-SV-2交流電壓/電流信號調節器OMEGA
DRA-ACT-SV系列交流電壓輸入
自供電
孤立的
低剖面外殼
DRA-ACT-SI和DRA-ACT-SV系列是自供電的交流電流和交流電壓輸入的DIN軌道安裝信號調節器,使用測量的輸入產生精確的線性輸出電流。這些信號調節器具有良好的精度、線性度和穩定性,使它們獨***無二。DRA-ACT-SI系列交流電流輸入模型包括0-1 AAC和0-5 AAC輸入模型,可選擇0-1 mA或0-20 mA輸出。
產品參數
DRA-ACT-SI-2_DRA-ACT-SI-4_DRA-ACT-SV-2交流電壓/電流信號調節器OMEGA
DRA-ACT-SV系列交流電壓輸入型號包括0-150 VAC和0-300 VAC輸入型號,可選擇0-1 mA或0-20 mA輸出。所有這些自供電模式的輸出電流總是從0 mA開始,因為這些裝置由測量信號供電。因此,當交流電流或電壓輸入為零時,輸出為零。為了完全安全,內部變壓器將信號調節器輸入與輸出隔離,從而使這些裝置能夠承受較大的瞬時輸入。輸入-輸出隔離提供高輸出信噪比,使這些信號調節器對地回路信號和射頻高度免疫。
產品介紹
DRA-ACT-SI-2_DRA-ACT-SI-4_DRA-ACT-SV-2交流電壓/電流信號調節器OMEGA
DRA-ACT-SI Series AC Current Input
DRA-ACT-SV Series AC Voltage Input
Self-Powered
Isolated
Low Profile Enclosure
The DRA-ACT-SI AND DRA- ACT-SV Series are self-powered ac current and ac voltage input DIN rail mount signal conditioners that use the measured input to produce an accurate and linear output current. These signal conditioners have excellent accuracy, linearity and stability which make them unique. The DRA-ACT-SI Series of ac current input models includes models for 0-1 Aac and 0-5 Aac inputs with a choice of either 0-1 mA or 0-20 mA output. The DRA-ACT-SV Series of ac voltage input models includes models for 0-150 Vac and 0-300 Vac inputs again with a choice of either 0-1 mA or 0-20 mA output. The output current from all of these self-powered models always starts at 0 mA since these units are powered from the measured signal. Therefore, when the ac current or voltage input is zero, the output is zero. For complete safety, an internal transformer isolates the signal conditioner input from the output thus enabling these units to withstand large momentary inputs. The input to output isolation provides high output signal-to-noise ratio which makes these signal conditioners highly immune to ground loop signals and RF