東莞專賣REXROTH壓力傳感器/REXROTH中國
REXROTH壓力傳感器的機(jī)械接收原理就是建立在此基礎(chǔ)上的。相對(duì)式測振儀的工作接收原理是在測量時(shí)，把儀器固定在不動(dòng)的支架上，使觸桿與被測物體的振動(dòng)方向*，并借彈簧的彈性力與被測物體表面相接觸，當(dāng)物體振動(dòng)時(shí)，觸桿就跟隨它一起運(yùn)動(dòng)，并推動(dòng)記錄筆桿在移動(dòng)的紙帶上描繪出振動(dòng)物體的位移隨時(shí)間的變化曲線，根據(jù)這個(gè)記錄曲線可以計(jì)算出位移的大小及頻率等參數(shù)。 REXROTH壓力傳感器由此可知，相對(duì)式機(jī)械接收部分所測得的結(jié)果是被測物體相對(duì)于參考體的相對(duì)振動(dòng)，只有當(dāng)參考體不動(dòng)時(shí)，才能測得被測物體的振動(dòng)。這樣，就發(fā)生一個(gè)問題，當(dāng)需要測的是振動(dòng)，但又找不到不動(dòng)的參考點(diǎn)時(shí)，這類儀器就無用武之地。例如：在行駛的內(nèi)燃機(jī)車上測試內(nèi)燃機(jī)車的振動(dòng)，在地震時(shí)測量地面及樓房的振動(dòng)……，都不存在一個(gè)不動(dòng)的參考點(diǎn)。在這種情況下，我們必須用另一種測量方式的測振儀進(jìn)行測量，即利用慣性式測振儀。
REXROTH壓力傳感器內(nèi)部機(jī)電變換原理的不同，輸出的電量也各不相同。有的是將機(jī)械量的變化變換為電動(dòng)勢、電荷的變化，有的是將機(jī)械振動(dòng)量的變化變換為電阻、電感等電參量的變化。一般說來，這些電量并不能直接被后續(xù)的顯示、記錄、分析儀器所接受。因此針對(duì)不同機(jī)電變換原理的傳感器，必須附以專配的測量線路。測量線路的作用是將傳感器的輸出電量zui后變?yōu)楹罄m(xù)顯示、分析儀器所能接受的一般電壓信號(hào)。因此，振動(dòng)傳感器按其功能可有以下幾種分類方法： REXROTH壓力傳感器基于電磁感應(yīng)原理，即當(dāng)運(yùn)動(dòng)的導(dǎo)體在固定的磁場里切割磁力線時(shí)，導(dǎo)體兩端就感生出電動(dòng)勢，因此利用這一原理而生產(chǎn)的傳感器稱為電動(dòng)式傳感器。
HED80A2X/350L24S
HED80H2X/200K14
HED80A2X/350K14
HED80A1X/100K14
HED80H2X/100K14
HED80H2X/200K14V
HED80H2X/100K14
HED80A2X/100K14
HED80A-2X/200K14
HED80H1X/200K14
HED80A20/350K14KW
HED30A36/200K
HED40A10/315=HED80A20/315
HED80H20/350K14
HED80A-2X/200K14
HED80P-1X/350K14S
HED80P10/50K14
HED8-0A-2X/50K14S
HED50K1-20/210Z14
HED80A-2X/200K14
HED80A-2X/350 K14
HED40P15/350Z14=HED80P2X/350K14
HED80H2X/100K14+Z14
HED80A20/350K14
HED80H20/50K14AS
HED80P20/350K14
HED80A12/350K14
HED80H20/50K14
HED80A20/350K14
HED80A20/100K14
HED80H20/50K14AS
HED80P20/350K14
HED80A1X/200K14
HED10A4X/50
HED40H10/5L14
HED40H10/5L1424S
HED80P-2X/350K14
HED40A15/10Z14L24S
HED80P2X/350K14
HED80P2X/350K14
HED80P1X/200/K14
HED80A12/50K14
HED80H20/200K14
HED80H20/50K14
HED80H20/50K14AS
HED80P1X/200K14AS
HED80P2X/315K14
HED8OA-2X/200K14S
HED8OP-1X/100K14KW
HED30A3X/200K6
HED40P15/100Z1，，=HED80P20/100K14
HED8OA2X/350K14KS
HED80A20/350K14KW
HED80H1X/50K14
HED80H1X/350K14
HED80P1X/200K14
HED8OA20/200K14升級(jí)HED8OA20/350K14
HED50P1-20/100K14 停產(chǎn)
HED8OP2X/350K14
HEDE10A1-2X/250/K41G24/1（或2）/v
HED80A20/350K14KW
HED30A3X/200K
HED50A1-20/100K14 停產(chǎn)
HED80P20/100K14
HEDE10A1-1X/100K41G24V
HED80A-2X/200K14
HED10A-4X/100L24
HED80A-2X/200K14
HED10A-4X/100L24
HED40P15/350Z14S用HED80P15/350K14
HED80A2X/350K14
HED80H20/100K14
HEDE10A1-1X/250K41G24V
HED80A-2X/200K14
HED20A2X/200KL24含插頭
HED80H-2X/200K14V
HED80P1X/200K14AS （DC500V）
HED8OP-2X/350K14S
HED8OP-2X/100K14
HED80P20/200K14
HED80H1X/200K14
HED80A1X200K14KWZ5LDC24
HED80H20/350K14
HED80A1X/200K14S
HED80A-1X/350-Z14S
HED80H1X/50Z15L245 3.5PA
HED80A1X/50K14S
HED40P10/350Z15L220S
HED80A1X/100K14S
HED80A1X/50K14
HED80A12/350K14
HED80P1X/100K14AS DC24V
HED80H20/350K14N
HED80P1X/350Z15L24S
HED80H1X/100Z15L24
HED80P20/200
HED80A1X/100K14
HED50P1-2X/100K14
HED80H1X/50K14S
HED10A40/100
HED10A40/350Z
HED80A11/350K14S
HED80P11/350K14S
HED80H12/100K14KS
HEDE10A1-2X/250/K41G24/2/V
HED40A10/10Z14
HED8OP1X/630K14
HED80A-1X/200K4-AS
HED80A-1X/200K4-AS
HED80A20/350K14KW
HED80A20/350K14KW
HED80AH/350K14KS
HEDE10A1-2X/250/K41G24/2/V
HED40A15B/350Z14L24S
HED40A15B/350Z14L24S
HED80A1X/200K14S
HED80A1X/200K14S/0-20Mpa DC24
HED80A1X/200K14SV
HED80A20/200K14S250V5A
HED80A1X/50K14S/0-5Mpa DC24V
HED80A1X/50K14S/0-5Mpa DC24V
HED104X/350ZL24
HED30A3X/63ZL24
HED30A3X/63ZL24
HED104X/350ZL24
HED40P10/350S
HED80H1×1200K14A
HED50P.20/210L24
HED80A1X/350K14
HED80P1X/50K14S
HED80P-1X/315+Z15L24
HED8-OP-1X/200-K14-S
HED8-OP-1X/200-K14-S
HED40P10/350S
HED80A1X/350K14
HED50P.20/210L24
HED80H1×1200K14A
HED80A1X/350K14
HED50P.20/210L24
HED80H1×1200K14A
HED40P10/350S
HED80P10/100Z15L24SV
HED80P1X/50K14S
HED80P1X/50K14S
HED80A1X/200K14S
HED80H1X/100K14
HED8 OA 1X/350K14+001260
HED80H1X/100K14
HED80H/X/100K14KS
HED80A20/350K14KW
HED8 OA 1X/350K14+001260
HED80H1X/100K14
HED80H1X/100K14
HED80H1X/100K14
HED80H1X/100K14
HEDE10A1-2X/250/K41G24/2/V
HED80AH/350K14KS
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