Bentley transmitter 1900 / 65a-00-01-01-00-00
Author:Zhang Juan Time:2021-06-10 12:08 Browse(224)
Bentley transmitter 1900 / 65a-00-01-01-00-00, touch screen and OLED Forum
Bentley transmitter 1900 / 65a-00-01-01-00-00 / K; V- [$ x. n6 _' ^( { 2 t! C% q* EBentley is the world's leading supplier of products and services in evaluating and ensuring the mechanical and thermodynamic performance of industrial equipment.

Bentley transmitter 1900 / 65a-00-01-01-00-00

Bentley has 100 offices in major industrial centers in 43 countries.
its global customers are more than 25000.
it is distributed in power generation, petrochemical and many other industries, and is the product and service supplier of ^ *, Provide the mechanical and thermodynamic status information of industrial machines and other assets.
with the global * * installed capacity of mechanical protection and continuous condition monitoring system.
the solutions provided are an important part of effective plant asset management strategy.
for 40 years.
Bentley has been committed to helping users protect and manage their machines.
Bentley (USA) not only It's an instrument manufacturing company.
or a world-famous mechanical expert.
in more than 20 years of research and development work,
has accumulated rich knowledge related to rotor dynamics, mastered the professional skills of troubleshooting and problem solving, It has provided tens of thousands of on-site mechanical fault diagnosis services.
now.
it has gone beyond rotating and reciprocating machinery - the solution can be applied to any factory equipment asset.
in various indicators to measure user satisfaction,
Changsheng is * convincing.
when the old system needs to be transformed or new assets need to be added in condition monitoring projects.
what makes users still need to know Bently's solution has made the operation of users' equipment assets safer, more efficient and more reliable.
Bently's solution has made the operation of users' equipment assets safer, more efficient and more reliableThe sensors include vibration, displacement, speed, pressure, energy, temperature, etc.
; I% F+ o- u9 H3 W9 D& J3 `/ z+ b$ j- Y! P.
LBently 3300 XL 8 mm eddy current sensor system4 `    m& p5 C( y, W6 n2 ? 3 '$m'] Bently 3300xl 8mm provides a linear range of * * 80 mils (2 mm) and an output of 200 mV / mil.
it is used for radial vibration, axial (lateral) displacement, speed and phase measurements in most mechanical monitoring applications.
it meets the requirements of American * * Association standard 670 4th Edition.
it has a variety of thread sizes Probe configuration and installation accessories are available.
1 M% [1 [6 | 2* V6 c# P. ?% ]" S8 g% l environmental limit 1 Q9 C! K1 K3 W) WOperation 3 ^ 9 A    P# ?: E; F1 M. v; iTemperature 6 B1 z% R "I3 {* n: J9 J * m $~ + B.
yRange # P5 K6 C - @ 0 u|- G" t    f/ n' N4 T-40 ° C to + 85 ° C. B; m+ J7 r9 {(-40 ° F to + 185 ° F); n) H4 Q: \ "{2 W electric. C $I6 I    y+ X% @quarantine    A. r- D    p/ N" p; HMore than 108 ohm5 L4 ` 2 ` 9 L4} isolation - '(L% g)    V) F    M0 ?* hdecompose. P3 u+ v: F8 v% I8 l% ?% | 0 h voltage,w1 i0 ]' H0 z6 q    o6 Q& F600 VRMs, less than 1 ma4Leakage current# Y$ k" ?, ~# g. Z shock 9 o    h$ ^- n. u' sSurvival ability. G # J%_ 4 B( a2 L( n& g+ o- Y1 t810 M / S2 (peak 1.000 g),. W & Y * I0 ^ + L9 e! f# Z5 ~1 CDrop test 6 M $J6 R5 U% y * xNote: this part is usually installed directly to 6 t + J; ~[ 8 u* H! JThe machine passes through the stud.
customers can use it) H1 H (n% Y4 X5 T)This device has a magnetic base.
but it must, G9 K4 G -] 9 \ \ be careful not to "snap" the device& R; n( g    Z0 J / u machine.
this kind of capture action can create a+ `.
v; x# B3 f; x+ }% _ 5 }( P4 ? Very large spike signal, can be damaged/ B- n) J   @ 7 R6 O & X electronic products.
rolling magnetic base. h/ _# q- t9 T( W; r/ X. b.
s/ l0 ? The machine greatly reduces the spike signal\- x' g% M7 ]In this way, the company should not have any problems5 M0 {$G8 s: e sensor seal 2 Q0 e: X "A. e - | 5 y.
0N0 E9 r/ ?Very tight seal4 A, D + [/ {1 J3 t relative humidity0 {: g0 ?. P8 O7 J * \ "[8 G5 s * J transmitter # J: E5 D! ^ ' Z- X4 F7 ~9 ETo 100% non submerged'U0 Z5 S9 E4 g $R, f-y5 D, magnetic field 7 P; w5 j9 S4 O- rSensitivity 0 q! X" a1 Y5 n( l4 y& |- NLess than 20 μ m/ s / gauss(790% @2 X, O9 L% K% P" J* p$ kμ In / S / Gauss) peak 3 V, G "\ - O + s (@ (nLess than 14.7 mm / S2 / Gauss (150 / X (A & [- t $G5 p4oμ G / Gauss) peak 1 ^ 3 I   |$ d2 f- |50-60 HZ] + H2 I0 B + T, C 'X & D7 H% T( f,S4 ~; |' n0 l; q( G( ?- ]9 J8 o/ U$ Q# H7 UBentley transmitter 991-25-70-01-00 / V7 n'i; h9 z0 [( `Bentley cable 330130-040-00-05    w: c* a0 }; x2 y1 tBentley prox 330878-50-cn7 B3 P1 o "Z0 C0 B. E2 D + FBentley sensor 330876-02-50-00-001 C; g4 E' b8 JBentley probe 74712-06-05-03-00$ U' M; G3 d% d. J7 @ (d Bentley 330705-02-18-90-02-cn4 | 4 s. R1 K:{    j1 hBentley sensor 330173-08-14-05-02-008 N5 K / A * Z $O6 F8 u-gBentley 140471-01 - B. H% Y (P2? 1 SBentley vibration sensor 330905-00-07-10-02-009 C + [* A7 X "O3 [4 IBentley extension 330930-040-00-008 V: Y / u: L8 J. R9 t Bentley displacement sensor 330905-00-03-10-02-00 + W2 J; X+ |7 b" D0 ]9 s7 J; X6 sBentley vibration sensor 330905-00-05-10-02-004 X & E & Y8 E. G1 Z9 QBentley displacement transmitter 991-06-50-02-00! E! | 1 P/ o% v+ R! sBentley vibration transmitter 990-05-50-02-000 ^. K* m,X4 q'p Bentley probe 330104-00-19-10-02-cn   g! U) ~; g. G3 n $u Bentley cable 16925-17. D! a1 x* m0 ~   }+ G4 J Bentley vibration transmitter 177230-02-01-cn2 h#w9 V + G + Z, n    TBentley cable 16710-307 X( v* q! T 'L4 C Bentley adapter 146394-01"O6] 6 P8 x) f # a + m, P0 I Bentley transmitter 990-04-70-02-007 @: m; ], A. L2 @ Bentley cable 330930-060-00-004 8 h# @: e: e+ N8 ? 4 e4 `/ T$ bBentley sensor 330905-08-18-10-02-004 x, |2 [/ ?* G; |' E & E2 a Bentley probe 330106-05-30-05-02-00    U: z/ O! t1 G. MBentley sensor 330905-00-08-10-02-000 I - T. R # ' m/ Z- k7 a7 \1 j$ U8 `Bentley cable 16710-12   S2 R0 g (V4 a) Z Bentley sensor 330130-045-00-05-E + X & x2 L - I8 V Bentley probe[Bentley probe 330103-00-05-50-02-000 R. V. B* E5 k,J1 n' s; R8 H6 B Bentley prox 330180-50-00' x( [; u    L2 x9 O5 | Bentley prox 330180-90-05*L3 q) ^ & Y / N5 S + O & U Bentley probe 21000-16-10-00-045-04-02 # O9 W8 x $K; r7 Y4 }$ K) yBentley cable 330130-080-01-05   L! [ 4 | 9 N2 S7 P Bentley probe 109548-016 {x (Q    J0 KBentley vibration transmitter p3403893-0351(O1 n) T & S "L8 | - a Bentley axis displacement transmitter 991-25-50-01-00(U / B7 y # x (U1 N4 Q1 {- ^ Bentley probe 21000-28-10-00-041-04-023 P6 t 'D. H' F6 W 'G - S% s - D'd)Bentley probe 21000-28-10-00-098-04-02" x3 I6 d    R6 | "n Bentley extension cable 330130-045-01-00   a    C $D & W - u # U "C & G Bentley probe 330106-05-30-10-02-054 \2 U# i4 b: x! J8 L "d Bentley cable 16925-07) m7 Q6 H. j* j$ F; N. H + W Bentley probe 330400-02-05 - Q; @^ 5 b/ j,J, QBentley probe 330104-00-09-05-01-cn 'J' ` 2 R, T. T4 I $J 'O9 HBentley transmitter 991-01-xx-01-cn mod 288865-01 * C9 [1 D5 J5 ` 3 X1 KBentley cable 16710-07 #] 9 L! f& c$ e" I* x6 \Bentley cable 16925-20, | 3 R) M $q $W) K (s; q1 x0 P! yBentley cable 16710-20. x; ^# ] 3 R × H0 w% g% s Bentley module 3500 / 92-02-01-006 m. H; E- W- }! D6 I Bentley power module 3500 / 42m-01-002 o4 y* W    U; I$ A    s+ _ 7 V Bentley cable 84661-30! J' Q- m! u" Q+ K+ nBentley probe 330905-00-10-10-02-00 / x9 K1 P7 S5 e. a    n% mBentley probe 330103-00-10-10-01-cn   I& a/ r/ Y+ D4 q7 V; Y Bentley probe 330103-01-07-05-02-cn9 E1] $X & S2 K Bentley probe 330907-05-30-05-02-cn(x - T6}# V: (8 F9 D7 N5 Q * x Bentley extension 330930-065-02-cn): m8 }0 y) V- S# N7 \2 ^,J Bentley prox 990-08-xx-03-cn mod167541-09( G" m0 @8 R3 d5 H! K Bentley vibration probe cable 84661-331 s. P4 S5 P, K +} * \ 9 o (P Bentley vibration velocity sensor 330500-02-cn, G $R4 \! v! {* h+ K! [& xBentley vibration monitor 1900 / 65a-00-00-01-01-00& S) [- w/ l5 B: ? Bentley 330906-02-12-10-02-003 J1 Z4 ^ $}, e # S6 P0 BBentley cable 330930-060-00-05 * ^ & T, M 'Z4 eBentley transmitter 990-05-70-02-00 'C. o0 X & Y[ 3 B   ]" ^. Bentley sensor 330130-080-00-05 * \% T,N5 Y+ [+ @: _: KBentley 330705-02-18-90-02-05! Q9 A% N2 G9 IBentley 330105-02-12-90-02-05- J2 S% z; O$ b% D8 O2 ?) K-e Bentley module 3500 / 50-01-00-01$X * h # a) | 6 E1 H: D Bentley digital display instrument 1900 / 65a-01-00-01-00-008 ~. P. Q1 X4 / 2 A. K2 B9 D4 Z1 S8 J Bentley card 3500 / 53-03-009 A+ S6 `9 c: Y7 T' j! 10) T (f) Bentley cable 21504-000-020-10-02/ `3 I9 S    C- _ 8 P Bentley probe 330103-06-15-10-02-cn4 D,L6 R5 R3 R7 V / h Bentley probe 330910-00-25-10-02-000 D: n7-1 A. K / R0 I2 uBentley vibration probe 330104-00-18-10-02-cn2 I2 x% d # '% F% H4 f / C'_* YBentley probe 330103-00-13-10-02-007 h| 0 M# y# t" GBentley probe 330104-00-04-10-02-00( \( W+ q: p. T2 j    N 'x Bentley prox 330180-91-00: ]! L1 o - I1 S9 | Bentley 3500 / 05-02-04-00-00-007 Z4 X / C7 V6 O / | $K9 x Bentley prox 3500 / 20-01-02-008 {- L3 a '@ 2 P4 M6 G* A( y7 M2 W, d6 N5 ~, k# i( I) B, [( p- i3 G8 H.
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