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BM40IE EtherCAT interface signal amplifierDetailed introduction:
BM40IEModbus TCP interface signal amplifierIt is a signal amplifier model produced by HBM in Germany, with the core feature of integrating EtherCAT interface, suitable for precision measurement scenarios in the field of industrial automation.
Anti interference, built-in calibration certificate, and 0.01 precision level signal amplifier ClipX set a new standard for industrial process control. Whether it's test benches, manufacturing equipment, production monitoring, or single channel or multi-channel applications, ClipX can meet your testing requirements. Plug and play, forming a synchronous measurement system with 6 devices, and capable of preprocessing measurement data. Unlike traditional signal amplifiers, ClipX does not require a separate header module for data processing.

BM40IE EtherCAT interface signal amplifierProduct Features
interface type: Supports PROFINET ®、 EtherNet/IP ™、 EtherCAT ® And Modbus TCP protocol, can switch interfaces through software
functional designShared sensor input and digital I/O configuration with other versions of the BM40 series (such as BM40, BM40PB), but optimized for industrial bus communication
Application scenariosSuitable for weighing systems, multi-sensor signal amplification, supporting sampling rates up to 19.2 kHz, suitable for high-precision measurement needs
Technical Specifications
inputSupports 4-20 mA current or ± 10 V voltage analog output, and can freely configure digital channels.
Protection levelIP65 protection, suitable for harsh industrial environments.
compatibilityMultiple strain weighing sensors can be connected, supporting four corner adjustment and software calibration.
Precautions
Installation and Connection Guide for BM40IE Signal Amplifier:
1. Hardware preparation and connection
sensor connectionConnect the weighing sensor to the sensor input port of BM40IE through a shielded cable to ensure correct polarity (usually red/black lines correspond to positive/negative poles).
Power supply and bus connectionPowered by a 24V DC power supply and connected to the main controller via EtherCAT bus (RJ45 interface), please note that a 120 Ω resistor should be added to the terminal to match the impedance
2. software configuration
Interface switchingSelect the EtherCAT protocol through HBM software (such as Catman or web interface) and configure the slave address, sampling rate (up to 19.2 kHz), and digital I/O function.
parameter calibrationPerform corner adjustment in the software, load standard weights in sequence, and record the output values to ensure measurement accuracy.
3. Installation precautions
Environmental RequirementsThe installation location should be away from strong electromagnetic interference sources, with a recommended ambient temperature of 0-50 ℃ and humidity of ≤ 90% RH.
fixation methodUse DIN rails or screws to secure the amplifier, ensuring good heat dissipation (IP65 protection level).
4. Debugging and Verification
signal testMonitor real-time data through EtherCAT master software (such as TwinCAT) and check if sensor signals are stable.
troubleshootingIf communication is abnormal, check the EtherCAT network topology (linear or circular structure is recommended) and terminal resistance status.
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