Бентли 1900/27 147768-01 Vibration Module
Руководство по продукту：
Бентли 1900/27 147768-01 is a single channel independent vibration monitoring module designed for vibration protection of rotating machinery, suitable for harsh industrial conditions, and accurately collects and processes vibration signals.
Single channel independent monitoring, can be installed locally or connected to Trendmaster 2000 system.
Compatible with Trendmaster 2000 accelerometer and supports input sensitivity of 100mV/g.
Signal conditioning to peak speed units, covering frequency range<614Hz.
Frequency response: 8Hz-4kHz, accuracy: ± 3% for 30Hz-4kHz.
Built in 4-20mA analog output, easy to connect to DCS for trend analysis.
Provide alarm relay contact output, supporting Alert/Ranger two-level alarms.
The panel LCD display and LED status lights provide a visual display of operation and faults.
Wide temperature operation -40 ℃ to+70 ℃, suitable for extreme industrial environments.
Wide voltage power supply, supporting dual modes of 18-36V DC or 85-264V AC.
Channel and system electrical isolation, strong resistance to electromagnetic interference.
Built in sensor self diagnosis function for wire breakage, short circuit, and over limit.
Support bypass mode for easy maintenance and calibration.
Compact modular design, DIN rail installation, and simple wiring.
Low power design, stable operation, and low heat generation.
Industrial grade durable structure, suitable for key equipment such as fans, pumps, and steam turbines.
окончание
Бентли 1900/27 147768-01 is a key module for vibration monitoring and protection of rotating machinery, with high precision, надежность, and strong adaptability as its core.
Подробные фотографии продукта：
1900/27 147768-01
видео о продукте
Другие ссылки
ALFA LAVAL EPC50 3183062451 OP board
Alfa Laval EPC50 3183045486 OP Front End Plate
GEA 0005-4050-430 Digital Control Panel
Другие ссылки
216EA62 1MRB178066R1E Input/Output Module
216NG63A HESG441635R1 HESG216877K controller module
MOOG D136-001-007 motion controller
