3500/42M-05-CN | Earthquake Monitor | 3500/42-01-00

Model: 3500/42M-05-CN
Category: Earthquake monitor
Finish: New/not new
Delivery time: from stock
Warranty: One year
Express: SF Express/Debon

Description: 3500/42M-05-CN

3500/42M-05-CN Proximitor Earthquake Monitor:

Protect the machine by continuous comparison to drive alarm Settings based on configured alarm monitoring parameters.

Transfer basic machine information to both operators and maintenance personnel.

The 3500/42M Proximitor seismic monitor is a four-channel monitor that accepts input from proximity and seismic sensors. It adjusts signals to provide vibration and position measurements and compares condition signals with user programmable alarms. You can use 3500 racks for programming configuration software monitoring and reporting on each channel:

– Radial Vibration -REBAM

A seismic monitor, also known as a seismograph or seismograph, is a device used to monitor and record seismic activity. They detect changes in seismic waves by connecting sensitive seismic wave receiving devices (geophones). When an earthquake occurs, the seismic wave will produce a clear abnormal reflection, and the 3500/42M-05-CN seismic monitor can pick up these changes and determine the orientation and intensity of the earthquake through comprehensive analysis.

The 3500/42M-05-CN seismic monitor has a rugged housing that contains a host board, memory, sensor, GPS receiver, and components such as serial ports and warning output ports. These components work together to ensure that the seismic monitor can record seismic data efficiently and accurately.

The working principle of the 3500/42M-05-CN seismic monitor can be described according to different classification methods. The digital seismograph is equipped with digital sensor and high-speed sampling device, which can detect seismic signals efficiently and accurately. Analog seismographs use analog sensors and convert electrical signals into mechanical signals to obtain a larger measurement range and higher measurement resolution. The hybrid seismometer combines the characteristics of digital and analog sensors, which not only meets the needs of high-speed sampling, but also obtains a larger measurement range and higher measurement resolution.

Seismic monitors are widely used in many fields. In the field of earthquake research, seismic monitor is an important tool for scientists to understand the mechanism of earthquake occurrence and study the law of seismic wave propagation. In the earthquake early warning system, the seismic monitor can quickly send the seismic wave data to the early warning center to buy time for the warning to be issued in advance. In addition, seismic monitors can also be used to monitor changes in the Earth’s crust, providing important data support for geological disaster prevention and environmental protection.

BENTLY 125712-01 4-channel relay module
BENTLY 125720-01 Standby 4-channel relay output module
BENTLY 125800-01 Input/output module
BENTLY 125840-01 half-height module
BENTLY 127610-01 AC power module
BENTLY 128229-01 preprocessor/seismic monitor
BENTLY 133323-01 Communication gateway module
BENTLY 135489-04 I/O module
BENTLY 136180-01 Communication gateway module
BENTLY 136188-01 Communication channel module
BENTLY 136188-02 Ethernet /RS485 Modbus I/O module
BENTLY 138607-01 Transient data interface module
BENTLY 140734-01 Near monitor I/O module
BENTLY 146031-01 transient data interface I/O module
BENTLY 149986-01 Relay control module
BENTLY 149992-01 Standby 16-way relay output module
BENTLY 176449-01 Close to the monitor module