Description

Technical Parameters

200-510-076-114 MPC4 is equipped with 4 dynamic signal channels and 2 speed channels, which can accept signal inputs from various types of sensors such as acceleration, velocity, and displacement. Through these channels, the device can collect various vibration signals and speed signals generated by the mechanical system during operation in real time, thus providing a data basis for subsequent analysis and processing.

The workflow of 200-510-076-114 MPC4 is as follows:

--Receive signals from sensors (such as eddy current probes, accelerometers)
--Perform analog signal conditioning
--Convert to digital signals
--Conduct real-time analysis using DSP
--Compare with the set threshold
--Output alarm or trip signals

Support multiple types of industrial sensors:
--Electromagnetic eddy current displacement probe (Proximity)
--IEPE accelerometer
--Speed sensor
--Magnetic-electric rotational speed probe
--TTL rotational speed signal

Technical Specifications
Model	MPC4
Part Number	200-510-076-114
Description	Machinery protection card
Input channel	4 channels of dynamics + 2 channels of speed adjustment
Frequency range	0.5 Hz – 20 kHz
Response time	<15 ms
Origin	Switzerland
Dimension	26165cm
Weight	0.56kg

Complementary products and usage suggestions

01.

Recommended complementary modules

VM600 Rack (6U / ABE040 * ABE042)
Power module (such as RPS6U)
CPU/Communication module
I/O module (such as IOC4T)
Sensors (such as eddy current, accelerometer, etc.)

02.

Installation recommendations

-Install the module into the rack
Insert the MPC4 into the slot of the VM600 rack
Make sure it is fully inserted into the backplane connector
Fasten the panel screws

-Connect the sensor
MPC4 supports multiple sensor inputs:
Electromagnetic eddy current probe (shaft vibration/displacement)
IEPE accelerometer (container vibration)
Speed probe (Keyphasor)

-Connect the output to the control system
MPC4 can output:
Relay alarm signal (Alert / Danger)
Analog output (4–20mA / 0–10V)
Communication data (VM-Bus → CPU → DCS)

-Software configuration: The configuration is carried out using the VM600-specific software (such as MPSx):

The configuration content includes:
1️⃣ Select the measurement type
Axis vibration (Radial Vibration)
Axial displacement (Axial Position)
Casing vibration (Casing Vibration)
Speed
2️⃣ Set parameters
Sensitivity (e.g., mV/μm)
Unit (mm/s, μm, g)
Filter range

--System debugging and operation

Power-on inspection of LED status
Check if sensor signals are normal
Calibrate measurement values
Test alarm points
Verify trip logic

The following are some application cases of 200-510-076-114 MPC4 products in different industries

200-510-076-114 MPC4 is used to monitor the vibration conditions of large rotating equipment, such as steam turbines and generators. Real-time monitoring of the vibration amplitude, frequency, and other parameters of the equipment provides a basis for equipment maintenance and repair, avoiding downtime caused by equipment failures and ensuring the stable operation of power plants. After installing the VIBRO-METER MPC4 in a thermal power plant, it successfully detected abnormal vibration of the low-pressure cylinder bearing of a steam turbine. After inspection, it was found that this was caused by the instability of the bearing lubricating oil film. Timely handling was carried out to prevent the further expansion of the fault.

Thermal power plants

It can be applied to vibration monitoring of turbines. Due to the harsh operating environment of turbines, factors such as water flow impact and sand wear can easily lead to damage to equipment components. VIBRO-METER MPC4 can accurately monitor the vibration state of turbines and give early warning of possible faults, such as cracks in runner blades and wear of shaft necks, helping power plants to reasonably arrange maintenance time, reduce maintenance costs, and improve power generation efficiency.

Hydropower plant

In the processing and manufacturing of aviation parts, VIBRO-METER MPC4 can be used to monitor the vibration of processing equipment to ensure the processing accuracy of parts. For example, in the processing of aircraft engine blades, by monitoring the vibration of the machining center, timely adjusting the processing parameters, reducing the impact of vibration on the blade processing accuracy, and improving the quality and reliability of the blade.

Aviation parts manufacturing

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200-510-076-114 MPC4 Machinery Protection Card

Complementary products and usage suggestions