IQS900 204-900-000-011(A1-B21-C1-H10-I0) Advantages
IQS900 204-900-000-011(A1-B21-C1-H10-I0) Proximity Measurement System delivers high-precision non-contact vibration and displacement detection solutions for VM600 series rotating machinery monitoring systems. The eddy current non-contact measurement mode eliminates mechanical friction loss between sensor and rotating shaft, avoiding measurement error drift and equipment abrasion failure caused by long-term contact detection, greatly reducing regular maintenance frequency of on-site monitoring components. Equipped with Swiss original high-stability signal processing chips and built-in automatic temperature drift compensation circuit, the system maintains consistent high measurement accuracy under large ambient temperature fluctuation of bearing box, and will not generate signal deviation with the change of equipment operating temperature. The unique double-layer full shielding design of probe and extension cable effectively isolates electromagnetic interference generated by on-site high-power frequency converters, high-voltage distribution cabinets and large rotating motors, ensuring clean and stable measurement signal transmission without data distortion, fully meeting high precision monitoring requirements of power and chemical industry critical units. The customized suffix code A1-B21-C1-H10-I0 realizes flexible matching of measuring range, cable length, thread specification and probe structure, which can adapt to narrow installation space of various bearing boxes without additional adapter conversion accessories, simplifying on-site equipment transformation and installation work. The stainless steel fully sealed probe shell has excellent resistance to high temperature, lubricating oil corrosion and dust erosion, which can maintain stable operation in harsh bearing box internal environments filled with oil mist and high heat for a long time, slowing down component aging speed and extending the overall service cycle of the proximity measurement system. The whole system has perfect internal circuit protection functions including overvoltage, short circuit and overload; when on-site wiring misconnection or instantaneous voltage surge occurs, the built-in protection circuit will lock the faulty signal channel independently without burning the probe and supporting VM600 rack monitoring modules. Real-time signal filtering and noise reduction circuit integrated inside the equipment automatically filters high-frequency clutter signals generated by equipment operation, outputting smooth and stable standard analog measurement signals for VM600 host to realize accurate vibration fault analysis and abnormal alarm judgment. Standard unified threaded installation interface and wiring terminal design are completely compatible with all VM600 series rack monitoring modules, no extra signal conversion accessories are needed during system expansion and old unit renovation, reducing project procurement cost and construction cycle. Every set of IQS900 proximity measurement system is produced in strict accordance with Swiss industrial precision manufacturing standards, and passes high-low temperature cycle test, vibration durability test, full range measurement precision calibration and long-term aging stability test before leaving factory, fully satisfying the continuous safety monitoring demands of large rotating equipment in thermal power, petrochemical and metallurgical industries.
IQS900 204-900-000-011(A1-B21-C1-H10-I0) Applications
IQS900 204-900-000-011(A1-B21-C1-H10-I0) Proximity Measurement System is the core detection hardware matched with VM600 series machinery condition monitoring platform, widely applied to thermal power plant steam turbine and generator sets, petrochemical industry centrifugal compressors and large fans, metallurgical high-speed rolling mill rotating units, natural gas pipeline pressurization compressors, municipal large water pump groups and all industrial heavy rotating machinery equipped with VM600 vibration monitoring system. For all rotating equipment safety monitoring projects requiring non-contact shaft vibration, axial displacement and gap measurement, this proximity measurement system cooperates with VM600 rack monitoring modules to build a full set of unit health monitoring solution, undertaking all on-site physical quantity collection work of rotating shaft state parameters. It is also applicable to new unit construction monitoring system matching, old equipment vibration monitoring system renovation and intelligent factory predictive maintenance transformation projects based on VM600 platform, acting as the front-end precision signal acquisition core of the whole machinery protection monitoring system.
IQS900 204-900-000-011(A1-B21-C1-H10-I0) Certifications & Compliance
IQS900 204-900-000-011(A1-B21-C1-H10-I0) Proximity Measurement System complies with global rotating machinery monitoring safety and precision quality standards. It has passed EMC industrial electromagnetic compatibility testing, long-cycle continuous operation reliability aging certification, CE EU industrial equipment safety assessment and ATEX industrial vibration monitoring equipment safety certification, fully conforming to RoHS environmental protection regulations, ISO10816 mechanical vibration international monitoring standards and VM600 series platform proprietary technical specifications. All IQS900 proximity measurement systems are brand-new genuine original Swiss factory products; each complete set passes rigorous full-range measurement precision calibration, circuit continuity inspection, high temperature durability testing and anti-interference stability verification before shipment. All finished products adopt industrial anti-static, shockproof and oil-proof customized packaging materials and enjoy one-year global after-sales warranty service. The product meets international industrial machinery vibration safety monitoring standards and Swiss factory internal precision equipment certification standards, capable of long-term stable precision measurement under various harsh high-temperature and electromagnetic interference environments inside unit bearing boxes.
