EMERSON A6120 9199-00002 Vibration and position monitoring module
Specific parameters
Physical parameters
Installation method: DIN rail installation.
Size: 100mm x 70mm x 30mm.
Weight: 0.5kg.
Shell material: Aluminum alloy.
Electrical parameters
Rated voltage: 220V.
Frequency range: 50Hz-60Hz.
Maximum power: 200W.
Power supply: The chassis inputs 18 VDC to 31 VDC (24 VDC nominal).
Large input surge: 7 ADCs @ 24 VDC for 1 millisecond, 3 ADCs @ 24 VDC for 20 milliseconds.
Measurement parameters
Measurement range: vibration speed from 0.01mm/s to 100mm/s.
Frequency range: 1Hz to 10kHz.
Accuracy: ± 2%.
communication parameters
Communication methods: Ethernet, RS-485.
Serial port speed: 300-9600 bps.
Communication error code: ≤ 10-4.
Product Performance
High precision measurement: Using high-precision sensors, it can collect subtle vibration signals, accurately measure the vibration amplitude and frequency of the equipment, and provide accurate data for equipment status evaluation.
High stability: With high stability and strong durability, it can operate stably for a long time in harsh industrial environments, adapt to a wide temperature range, have strong anti-interference ability, and ensure the reliability and continuity of monitoring data.
Multi functional communication: Supports multiple communication interfaces and protocols, such as Ethernet, RS-485, etc., facilitating data transmission and integration with other devices or systems. The collected data can be easily uploaded to the central control system or monitoring platform for remote monitoring and data analysis.
Compliant with industry standards: Fully compliant with API 670 and API 618 standards, designed to protect and monitor critical rotating machinery, ensuring equipment operation meets relevant industry specifications and requirements.
Fault protection function: It has a complete fault diagnosis and protection mechanism. When abnormal equipment vibration or faults are detected, an alarm signal can be issued in a timely manner, and corresponding protective measures can be taken, such as triggering relay action, to avoid further damage to the equipment and ensure production safety.
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