CWY-DO-810301 eddy current axis displacement sensor
Common mold frame: an important tool on the construction site precision mould base,Plastic mould base,Metal mould base,Die casting mould base Shuaigang Mould Base (Yixing) Co., Ltd , https://www.shmouldbase.com
YTHN800 series integrated eddy current sensor is based on HN800 eddy current displacement sensor. It adopts micro-chip package and circuit improvement technology to integrate probe and pre-position. It adopts non-contact measurement and long-term work reliability. It has high sensitivity, strong anti-interference ability, response speed block, no oil, steam and other media. Therefore, it is often used in the axial displacement, swing, shaft vibration of large rotating machinery in electric power, steel, petrochemical and other industries. Long-term real-time monitoring of parameters such as speed.
Integrated eddy current sensor technical parameters
CWY-DO-810301 eddy current axis displacement sensor integrated eddy current sensor is designed and manufactured according to industry specifications. The probe head is protected by high temperature and low temperature and various chemical corrosion polyphenylene sulfide (PPS) injection molding, the coil is tightly sealed; It is made of acid-proof stainless steel M16×1 or M20×1.5 threaded tube and epoxy resin package, which is moisture-proof and dust-proof. The signal cable is shielded and can be protected by stainless steel metal hose. It has power polarity and short output. A kind of protection function, any wiring error will not be damaged; it can work continuously for a long time under harsh environment.
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6 voltage output form sensor power supply: +24Vdc output: 1 ~ 5V,
-24Vdc -2～-18V
7 Current output form sensor power supply: +24Vdc 4~20mA
Frequency response: 0 ~ 10kHz, output form: three-wire voltage or current output or two-wire current output. Working temperature: -50 ~ +120 ° C, temperature drift 0.05% / ° C. Strong anti-interference ability, high reliability and long life. Non-contact measurement, never wear.
XJTM-02 type display alarm instrument
2 two-wire vibration transmitter
2 two-wire vibration intensity transmitter
2 two-wire shaft vibration transmitter
BSQ001 power converter BSQ011a/BSQ011b/BSQ011c/BSQ011d/cu-02 vibration transmitter BSQ015a/BSQ015b/BSQ015c/BSQ015d vibration intensity transmitter
BSQ021/BSQ021a/BSQ021b/BSQ021c/BSQ021d/BSQ021e Shaft Vibration Transmitter
BSQ031/BSQ031a/BSQ031b/BSQ031c/BSQ031d/BSQ031e Axial Displacement Transmitter
BSQ051a/BSQ051b/BSQ051c/BSQ051d speed transmitter
BSQ073a/BSQ073b/BSQ073c/BSQ073d Stroke Transmitter
WZ-5A/WZ-5B speed signal transmitter
ZHS-9/ZHV-9/SLMCD-21T/WINYV/ZD8133/OD9200T/MLS/V-9/FZB/YMLV/JX73/JX73ST/BJ230/YZHS/YZHV/YZH-B/WB-8111B integrated vibration sensor Feeder
TR2001/TR2011/TR2031/TR2061/TR2081/TRZF/TR95/SZBS-1 Transmitter
DTM/TM101/TM201/TM202/TM301/TM302/TM501/TM502/Transmitter
990 vibration transmitter / 991 axial displacement transmitter
SLM/SLM-1000/SLM-2000/SLM-3000/SLM-4000/SLM-5000/SLM-6000/SLM-7000/SLM-8000/WINV/EN2000A4/EN2000A5/EN2000A6/Transmitter
ZXP-T100/ZXP-T110/ZXP-T120/WZ-5A/WZ-5B/ZD24-ZF-1/ZD24-ZF-2 Transmitter
OD9200-B/S9210/S9220/S9260/S9860/02/S9820/02/S9881/01/JX5151/JX5121 Transmitter
VB-Z330/VB-Z310/VB-Z320/MMS3110/MMS3120/MMS3210/MMS3311/MMS3410/VRS20/Transmitter
MLV/DVIB-15a/HR-2000/TR4101/SJ6011/SJ6021/SJ6031/VB-Z410, VB-Z420, VB-Z430, VB-Z440, VB-Z440B, VB-Z310, VB-Z320, VB-Z330, VB-Z210, VB-Z220, VB-Z230, VB-Z9100, VB-Z9200, VB-Z9300, VB-Z9500, VB-Z9530, VB-Z9800, VB-Z470, VB-Z470B, VB-Z2100, VB- Z2200, VB-Z2300, VB-Z2400, VB-Z2500, VB-Z2600, VB-Z2700, VB-Z2800, VB-Z2900, VB-Z6100, VB-Z9210, VB-Z9220, VB-Z9260, VB-Z2184, VB-Z8200, VB-Z2188, VB-Z2101, VB-Z2102, VB-12161 transmitter
TK3-2/TM0520-K/-9292/JX-3B/S21330/S21320/OD9002/V503/V505/CIJ-J30/CIJ-J20/HV-520/VB-Z8901/DX-02/VRS5000/SE-11 /SE-41/PJD/VRS2000 Vibration Calibration Table Eddy Current Probe Calibration Instrument
TM0540/3300XL/WIN-400/HY-XY1/OD—9003(A/B)/S21310/VRS4000/XQ-15/DZ-30 eddy current probe static calibrator meter
BSQ001/TM900/TM900-A00 Power Converter
In the construction site, we often see a variety of tools and equipment, one of the most common is the ordinary mold. As an important construction auxiliary tool, the common die frame has been widely used in the construction industry. This paper will introduce in detail the related issues of the common die frame, including its background, composition, assembly, use and maintenance.
A common mold frame is a formwork used for concrete placement, which is composed of profiles and accessories that can be combined into formwork of different shapes and sizes according to different needs. In the construction site, the ordinary mold frame is mainly used for the pouring of concrete structures such as walls, beams and slabs. Due to its characteristics of reusable, convenient assembly and low cost, ordinary die frames have become important tools in construction sites.
The basic components of a common mold holder include profiles and accessories. Profiles are usually made of steel or wood and are used to form the frame and support structure of the template. Accessories mainly include bolts, nuts, washers, latches, etc., used to connect and fix profiles to ensure the stability and reliability of the template.
The assembly process of the ordinary mold frame is relatively simple, but some details need to be paid attention to. First, it is necessary to determine the shape and size of the required template according to the construction drawings, and then select the appropriate profiles and fittings. In the assembly process, it is necessary to follow a certain sequence and steps,