Bently Nevada 330105-02-12-05-02-00 3300 Xl 8mm Proximity Sensor

330105-02-12-05-02-00

330105-02-12-05-02-00

330105-02-12-05-02-00

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5.New original with one year warranty

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Sales of the brand:

1.BENTLY NEVADA Bentley 3500 monitoring system: 3500/22M 3500/53 3500/45 3500/15 3500/25 3500/20 3500/42M 3500/33 3500/32 3500/50 3500/50M

2.Schneider/Modicon （140CPU67160,140CPU43412A,AS-BADU-205,....）

3.Siemens:(6DD,S-200,S-300,S-400,S-1500,S5,S-1200,SIMADYND,Siemens Moore,VIPA PLC ...)

4.GE (General Electric): IC693/IC697/IC698/IS200/DS200/IS215 modules, cards, drivers and other spare parts.

5.ABB S800 module AI810/CI830/DI810/DO810/AO810/DO820/DI821/TU831V1 DCS system AC800F controller EI803F.FI830F.FI810F.PM856K01.PM802F.PM802F.PM825.

6.InvensysTriconex: 3700A/3805E/4351B/3503E/3625/3008/4119A/8312/3703E/3511/redundant fault-tolerant control system, the most modern fault-tolerant controller based on triple modular redundancy (TMR) structure

7.Rockwell AB 1756.1747.1746.1769 1794 1771 1785 series PLC module

8.Foxboro FCP270 FB201 FBM202 FBM204 FBM237 FBM242 FBMSVH FBMSSW module, matching terminal cable

9.Westinghouse Ovation system | Westinghouse Emerson DCS process control conditions

10. YOKOGAWA (CP345,CP451-10,AMM12C,AAI141-S00...)

11.FOXBORO (FCP270,FBM217,FBMSVH，FBMSSW，FBM213...)

12. BACHMANN (MPC240,CM202,DI232,MPC240,NT255,AIO288...)

13.Honeywell（CC-PAIH02,FC-SAI-1620M，MC-TAOY22，CC-PDOB01,CC-PAOH01 51405039-175 .

14.Emerson Ovation (1C31194G01,1C31197G01,5X00106G01,1C31125G02...)

Common models:

When any part of the electronic equipment fails, the main goal is to troubleshoot and repair the fault so that the equipment can resume work as soon as possible. If this equipment is a part of the mechanical monitoring system, this goal will become even more important, as shown in Figure 1. This diagnosis step divides the 3500 monitoring system into three parts: field wiring and proximitor extension cable and probe frame. Figure 1 The inspection steps are as follows: measure the transmission between the PWR and COM terminals of the I/O module on the monitor. Its value should be -23.7±0.5VDC. If -VT is outside the allowable range, the problem occurs in the monitor or I/O module. This is because the -VT voltage regulator is in these two components. Remove the PWR terminal signal Line, replace the monitor or I/O module with a compatible component, and measure the voltage between PWR and COM. To diagnose the faulty component, if the -VT is within the allowable range and the monitor or I/O module is working normally, proceed to the next step of monitoring.

When the working speed of the reciprocating compressor is higher than 500rpm, the Bentley 330500 series Velomitor piezoelectric vibration speed sensor is used, and when the working speed is lower than 500rpm, the Bentley 190501VelomitorCT piezoelectric vibration speed sensor is used. Crosshead vibration: Redundant acceleration sensors are configured on the vertical plane at the midpoint of the movement of the crosshead of each cylinder of the reciprocating compressor to monitor the impact events of the reciprocating parts. The Bently 330425 acceleration sensor is used to measure the position of the piston rod. : In the reciprocating compressor, each cylinder is perpendicular to the horizontal and vertical directions of the piston rod plane. Equipped with a pair of perpendicular piston rod position measuring points, using Bentley 3300XL series eddy current sensor for measurement. For the measurement of reciprocating compression piston rod, Bentley uses piston rod position measurement as the cylinder dynamic pressure: in reciprocating Two cylinder pressure measuring points (suction and discharge) are arranged on each cylinder of the type compressor.

Anti-corrosion and anti-frost, the fiberglass cabinet is not suitable for areas with radio interference (RFI). The three cabinets provide sensor type options. The cabinet option (A) is used to order sensor installation hardware. The sensor type option is to select the mounting screw and optional insulating plate for reliable installation and to insulate the Proximitor, interface module and VDC. Bentley 3500 monitoring system fault troubleshooting, United States Bentley 3500 monitoring system fault diagnosis possible wiring Problem, open circuit or short circuit problem of the system wiring, incorrect connection of the system frame or sensor system. Mismatch between the frame module or jumper and the configuration. Possible wiring problems (open circuit). Channel configuration. The bently3500 configuration software does not allow the incorrect use of the module, but the following situations may still occur:-Incorrect pass frequency value or The range setting of other variables-incorrect channel alarm setting-the configuration module configuration of the configuration module of the incorrect sensor. Certain dynamic modules, such as chassis expansion or valve positioning modules, must be configured in a given order.