Precision thread seal (≥ 6 threads)The explosion-proof shell adopts a precision thread design with over 6 threads, greatly improving the sealing performance of the shell and effectively blocking the entry of explosive gases and dust into the equipment. It can withstand IIC level high-risk gas environments such as hydrogen and acetylene, and is the core support of explosion-proof performance;

Specialized grounding systemEquipped with metal material dedicated grounding screws and clear "grounding" text markings, ensuring that static electricity and induced electricity generated during equipment operation are quickly exported, eliminating ignition risks caused by static electricity accumulation from the root, and strictly complying with explosion-proof electrical safety regulations;

Explosion proof electrical interfaceUsing M20 * 1.5 explosion-proof gland head as the electrical interface, the cable passes through tightly without gaps, which not only stabilizes the cable but also blocks the conduction of explosive media, further providing explosion-proof protection;

Dual temperature group controlAdapt to T6 (gas environment) and T80 ℃ (dust environment) temperature groups, with equipment surface temperatures not exceeding 85 ℃ and 80 ℃ respectively. Combined with sealing and grounding design, form a triple protection of "blocking medium+controlling temperature+exporting static electricity" to comprehensively avoid explosion hazards.2.2 Integrated design, installation and operation more worry free

The two-wire wiring method only requires the connection of DC12-24V power supply and 4-20mA signal terminal, without the need for complex wiring, reducing the difficulty and error rate of on-site construction;

4-20mA standard current output, can be directly connected to industrial control systems such as DCS and PLC, without the need for additional signal converters. Installation and debugging can be completed out of the box, greatly improving deployment efficiency.

Acceleration: 1-5g peak (withstand 10g impact), highly sensitive to high-frequency vibration signals, suitable for monitoring high-frequency faults such as bearing wear;

Speed: 0-100mm/s effective value (conventional machinery recommends 0-20mm/s), as a core indicator for vibration intensity assessment, in line with the evaluation standards for industrial equipment operation status;

Displacement: peak to peak value from 0 to 1900 μ m (commonly used for fans and other equipment from 0 to 200 μ m), which intuitively reflects the vibration offset of the equipment and is suitable for monitoring displacement anomalies caused by rotor imbalance, installation deviation, etc.

The working temperature ranges from -40 ℃ to 80 ℃, and can withstand climate conditions such as severe cold and high temperature;

Relative humidity ≤ 90%, stable operation without precision drift in high humidity environments;

Flexible and diverse installation methods, supporting M10 * 1.5 screw installation, magnetic suction installation, and customized specifications, suitable for various scenarios such as high-altitude equipment and irregular installation surfaces, without the need for additional customized brackets.

Vibration monitoring of rotating machineryMonitoring the vibration intensity of equipment such as fans, motors, water pumps, compressors, etc., real-time monitoring of equipment operating status through speed/displacement parameters, and early warning of rotor imbalance, bearing wear and other faults;

Control of reciprocating equipment statusVibration and impact monitoring of equipment such as chemical reaction kettle agitators and piston type machinery, using acceleration parameters to capture high-frequency vibration signals and avoid the risk of equipment component loosening and impact induced failures;

Predictive maintenance of critical equipmentLong term vibration data collection and trend analysis of core equipment in industrial production lines, through integration with DCS/PLC systems to achieve centralized data management, support the development of predictive maintenance plans for equipment, and reduce unplanned downtime;

Small space equipment monitoringCompact structure (with a diameter of 38mm x 45mm probe), suitable for small machinery with limited installation space, integrated equipment vibration monitoring, and can be deployed without changing the original structure of the equipment;

Equipment protection under harsh working conditionsEquipment vibration monitoring in dusty, humid, high and low temperature environments, with IP66 protection level and 304 stainless steel casing, ensures measurement stability and equipment durability under complex working conditions.