Integrated high-temperature casing vibration probe

Anhui Wanlong ElectricIntegrated high-temperature casing vibration probeIncluding transmitter extension cable LT8500Y-30-1 vibration probe: output: 4-20mA range: 0-20mm/s installation method: external thread M10 * 1.5 matching armored extension cable 15 meters (probe and extension cable need to be separated) WT-dmb-0180-A08-B00-C05-D10 two-wire chassis transmitter, matching insulation base. Each set needs to be equipped with external thread M8 to M6, external thread M8 to M10 joint vibration probe VS-2XM8 * 1.25 8mm speed probe HD0180-A08-B00-C15-D10 vibration sensor DYKF one T one S02 one N, 0 one 20mm/S speed sensor OBT-CWY-DO-A04-X50A-L70-M01-K00STM652 Dual Seismic C Monitor Dual Channel Vibration Meter WT001HC-020-00-T Vibration Probe Factory Name: Anhui Wanlong Electric Co. Ltd Test Single Vibration Sensor \ \ WE9101-A2-B1-C4-D5-ET-F2 \ \ 30mv/mm/s Integrated Vibration Transmitter HY-VT12A200-B01-C03-D05-E02 Speed Monitoring Precursor S2288302-08-00-50-02 Wanlong Electric values credit and product quality. Vibration transmitter PCZ-9200YEX-04-02-02-02 vibration sensor TM0180-05-03-10-02 unit protection system PVTVM consultation axial displacement sensor and preamplifier DWQZ8mm 8300-A08-B90 vibration sensor HGS-34/1; Magneto electric type; 0-20㎜; 4~20mA DC; 20mV/g; ±0.1%FS;24V DC; 24mm * 56mm vibration transmitter TR4101-A00-E00-G00-S01 unit protection system PVTVM extension cable TM0181-040-B00 unit protection system PVTVM vibration sensor TM0180-05-03-05-02 unit protection system PVTVM key phase sensor TM0180-07-07-05-02 unit protection system PVTVM key phase transmitter TR4102-E00-G02-S01 unit protection system PVTVM extension cable TM0181-045-B00 vibration speed transmission integrated sensor model and specification: WL9201H-B-01-04-01 0-20mm/s, measurement range: 0-20mm/s,; Working voltage: 24VDC; Working temperature: -30 ℃ -65 ℃; Application: Coking fan vibration meter; Accuracy: 0.5%; Unit protection system PVTVM displacement sensor TM0180-07-05-05-02 Unit protection system PVTVM displacement transmitter TR4102-E00-G00-S01 Unit protection system PVTVM extension cable TM0181-045-00 Unit protection system PVTVM two-wire integrated vibration transmitter Specification and model: JX5660-20-V-00-50K speed monitor \ \ WE6401F-2P8016 vibration monitor \ \ WE6200 speed probe DSF 1210.00SHV EX synthesis gas compressor SAC1-6 speed probe NCB1.5-8GM25-NO synthesis gas compressor SAC1-6 speed probe 70085-1010-081 nitrogen circulation compressor 3MCL607 70085-1010-081AI-T speed probe 70085-1010-412 nitrogen circulation compressor 3MCL607 70085-1010-412 speed sensor 70085-1010-21470085-1010-214AI speed probe 5-7470-9006-20CO compressor T6D85 vibration probe 5-7470-9012-99CO compressor T6D85 displacement probe 5-7470-9012-53CO compressor T6D85 Keyphase probe 5-7470-9012-58CO compressor T6D85 extension cable 5-7494-9000-05CO compressor T6D8 speed display table TACHTROL 30 T77630-10 speed probe AI70085-1010-403 unit detection system 3500 vibration monitoring instrument CZJ-B3 box type 2 in 2 out 4~20mA table 1.0 13.0 202 displacement probe 3300XL8MM unit monitoring system 3500 330103-00-09-05-02-00 extension cable 330130-045-00-002 vibration probe 330901-00-90-05-02-00 extension cable 330930-065-01-00 eddy current sensor system vibration transmitter 990-04-00-01-01 00 Anhui Wanlong Electric

Application field

Anhui Wanlong Electric series vibration transmitters can be widely used in the measurement and protection control of bearing vibration in large rotating machinery (such as steam turbines, compressors, motors, fans, pumps, etc.) in the power, metallurgy, petrochemical, and paper industries.

Mainly used to detect the vibration of rotating machinery, such as casing vibration, bearing vibration, mechanical vibration, etc; Monitor vibration changes caused by rotor imbalance, misalignment, loose components, damaged rolling bearings, gear damage, etc. Suitable for large rotating machinery such as steam turbines, water turbines, fans, compressors, oxygen concentrators, motors, pumps, gearboxes, etc., especially suitable for retrofitting old units.

Monitor the vibration of rotating machinery, such as casing vibration, bearing vibration, frame vibration, etc. Monitor the increase in vibration caused by rotor imbalance, misalignment, loose parts, damaged rolling bearings, gear damage, etc.

Measure the velocity, acceleration, and displacement values of parametric vibrations.

Various types of rotating machinery. Such as steam turbines, compressors, motors, fans, pumps, gearboxes, water turbines, etc.

It can continuously monitor and measure the peak to peak vibration or vibration velocity (vibration velocity) of various rotating machinery bearings And output analog current or voltage, alarm, shutdown, sensor buffer signals The system can be easily connected to DCS, PLC systems, and paperless recorders

It is an intelligent vibration transmitter with a microcontroller as its core. This transmitter monitors the vibration of rotating machinery, such as casing vibration, bearing vibration, frame vibration, etc., through Anhui Wanlong Electric series eddy current vibration speed sensors, and outputs displacement or velocity values of the vibration. It has functions such as vibration monitoring, analog current output, etc. Suitable for monitoring and protecting the rotational speed of rotating machinery in industrial sectors such as power, petroleum, and chemical industries, such as steam turbines, fans, compressors, motors, pumps, etc. Main functions

Monitoring and protection of vibration in rotating machinery such as steam turbines, water turbines, compressors, and blowers

Used to measure the vibration of bearing covers and bushings in rotating machinery. This transmitter has small size, high accuracy, and easy installation. The power supply of the transmitter is DC24V, which can be used for online measurement of vibration amplitude and intensity. The output standard current is 4-20mA, which is easy for users to connect to the computer DCS system. Users can choose according to their actual usage. If required by the user, our factory can provide AC220V to DC24V DC stabilized power supply.

Anhui Wanlong Electric Integrated Vibration Transmitter is a vibration transmitter that integrates vibration sensors and signal conditioning circuits. It can directly convert the vibration signals collected on site into 4-20mA current signals for output. The output signal can be directly transmitted to programmable logic controllers (PLCs), distributed control systems (DCS) monitors, collectors, recorders, or other monitoring devices.

This product adopts electronic components and utilizes surface mount technology, which makes the product structure compact, greatly reduces weight and volume, and lowers power consumption. At the same time, due to the integration of sensors and processing circuits, long-distance signal transmission is avoided, thereby improving anti-interference performance.

The three parameters (units) we usually use to describe vibration are vibration displacement value (um), vibration velocity value (mm/s), and vibration acceleration value (g). In practical applications, we usually choose them based on the purpose of monitoring. The following will introduce the selection of three vibration parameters (units):

1. Vibration displacement value

If it is necessary to pay attention to the damage caused by the position or deformation of equipment components, the peak value (or peak to peak value) of vibration displacement should be selected, because the peak value reflects the limit value of position change;

2. Vibration acceleration value

If the focus is on the impact caused by inertial forces, acceleration should be chosen because acceleration is proportional to inertia;

3. Vibration velocity value

If the focus is on the fatigue failure of the component, the root mean square value of the vibration velocity should be selected, because the fatigue life mainly depends on the deformation energy of the component and the cyclic velocity of the load, and the root mean square value of the vibration velocity is precisely their reflection.

The vibration of rotating machinery can be divided into three categories according to the nature of mechanical vibration:

1、 Forced vibration

Forced vibration, also known as synchronous vibration, is a vibration caused by sustained periodic external excitation forces. Forced vibration continuously obtains energy from the outside to compensate for the energy consumed by damping, so that the system always maintains continuous equal amplitude vibration. The vibration, in turn, does not affect the disturbance force. The main causes of forced vibration include rotor mass imbalance, misalignment of couplings, static friction of rotors, loosening of mechanical components, and damage to rotor components or bearings. The characteristic frequency of forced vibration is always equal to the frequency of the disturbance force. For example, the forced vibration caused by rotor mass imbalance has a vibration frequency that is always equal to the speed frequency.

2、 Self-excited vibration

The vibration caused by the alternating force generated by the internal motion of the machine during operation is called self-excited vibration. Once the vibration stops, the alternating force naturally disappears; The self-excited vibration frequency refers to the natural frequency (or critical frequency) of the machine, which is independent of the frequency of external excitation. Common self-excited vibrations in rotating machinery include oil film vortex and oil film oscillation. It is mainly caused by the internal resistance of the rotor and dry friction between the moving and stationary components. Compared with forced vibration, self-excited vibration appears more suddenly and has a more severe intensity, which can cause serious damage to the machine in a short period of time.

3、 Unsteady forced vibration

Unsteady forced vibration is a type of forced vibration caused by external disturbance forces. Its characteristic is that it has the same frequency as the disturbance force; The vibration itself, in turn, will affect the magnitude and phase of the disturbance force; The amplitude and phase of vibration vary. For example, if there is uneven thermal deformation in a certain part of the rotor shaft, it is equivalent to adding unbalanced mass to the rotor, which will cause changes in the amplitude and phase of the vibration. Conversely, changes in vibration amplitude and phase affect the size and location of uneven thermal deformation, resulting in continuous changes in forced vibration.

In order to avoid damage to the machine caused by excessive vibration, our company has launched multiple vibration monitoring instruments and vibration transmitters. It can monitor rotating machinery online, provide more effective guidance for equipment maintenance management, and develop early post maintenance and planned maintenance methods into predictive maintenance, which can create greater value for machines within their limited service life.