ABB 3BHB038130R4004 Industrial monitoring embedded controller
This product is ABB DriveMonitor Version4004 industrial monitoring embedded controller, original Swedish manufactured special monitoring unit matched with ACS5000/ACS6000 medium voltage IGCT frequency converter, part of 3BHB serial industrial control component. R4004 stands for fourth upgraded hardware revision with optimized drive data acquisition and storage function, built-in embedded industrial hardware and solid-state CF card for operating data recording, specially used for real-time running status collection, fault log storage and off-line analysis of medium voltage converter power unit.
Description
1.Product Brief Introduction
This product is ABB DriveMonitor Version4004 industrial monitoring embedded controller, original Swedish manufactured special monitoring unit matched with ACS5000/ACS6000 medium voltage IGCT frequency converter, part of 3BHB serial industrial control component. R4004 stands for fourth upgraded hardware revision with optimized drive data acquisition and storage function, built-in embedded industrial hardware and solid-state CF card for operating data recording, specially used for real-time running status collection, fault log storage and off-line analysis of medium voltage converter power unit.
2.Model Definition Explanation
3BHB is fixed general part prefix of ABB medium voltage converter accessory and control component series.038130 is exclusive internal development coding of DriveMonitor rBOX316 hardware platform defined by ABB R&D department.R4004 means Version4004 revised hardware edition, the fourth optimized batch upgrade version of this monitor controller, corresponding device code rBOX316-ABB-002.
3.Technical Specifications
Built-in Intel Atom N2800 1.86GHz industrial processor, equipped with 4GB operating memory and removable CF storage card for data backup. Rated input auxiliary power DC24V±10V, average standby power consumption 18W, full-load working power 29W. Working ambient temperature range -20℃~+65℃, storage temperature -40℃~+80℃, non-condensing relative humidity 5%~93%RH, protection grade IP30 for cabinet built-in installation, compliant with IEC61000 EMC anti-interference specification. Equipped with standard Ethernet, RS232 serial port and D-SUB data interface, overall installation dimension 225mm×132mm×98mm, net weight about 1.45kg.
4.Interface and Communication Configuration
Front panel reserves Ethernet RJ45 port for upper computer network connection and remote data upload; standard RS232 serial port and D-SUB connector connect to converter main control board via dedicated communication cable to acquire real-time operating parameters. Side slot supports pluggable CF memory card for local fault data and historical operation log storage, no onboard wireless transmission module, all data interaction depends on wired cable connection with medium voltage converter control system.
5.Core Functions
Real-time synchronous collection of power unit voltage, current, temperature and switch status data from medium voltage converter main control system during equipment running; automatically record fault code, fault occurrence time and pre-fault operating waveform once overcurrent, overvoltage and overtemperature failures happen; support offline data reading via CF card and DriveMonitor dedicated analysis software for fault tracing and equipment performance assessment; monitor converter long-term operation curve to assist regular maintenance judgment of power components.
6.Application Scenarios
Exclusively configured for ABB ACS5000, ACS6000 medium voltage IGCT converter cabinet, widely matched with thermal power plant boiler fan, circulating water pump variable frequency driving equipment, metallurgical rolling mill main transmission frequency conversion system, cement large vertical mill and rotary kiln high-power speed regulation device, mine heavy conveyor medium voltage drive unit and petrochemical high-pressure compressor variable frequency system.
7.Operation and Maintenance Instructions
Cut off DC24V control power supply before disassembly or CF card replacement, wait 30 minutes for internal circuit residual charge release to avoid static damage to onboard chip. Extract CF card regularly every six months to back up historical fault data and clean card slot dust with dry air blower. When communication loss appears, check wiring continuity of serial and Ethernet interface first; forbidden unauthorized opening of shell to modify internal circuit, replace whole controller directly after confirming hardware damage of mainboard.
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