Description
Bachmann IPC1412
Technical Specifications
- Product Type: Embedded industrial PC real-time controller
- Processor: Industrial grade multi-core processor
- Memory: Industrial RAM and non-volatile flash memory
- Fieldbus Interface: Bachmann M100 real-time bus, Ethernet, RS485
- Storage: Internal flash storage for operating system and application program
- Power Supply: 24 V DC industrial power supply
- Mounting: DIN rail or cabinet screw mounting
- Ingress Protection: IP20 for cabinet installation
- Operating Temperature: -30 °C to +70 °C
- Shock & Vibration: Complies with IEC 60068 industrial shock and vibration standard
- Humidity: 5 % to 95 %, non-condensing
- Weight: 1.2 kg
Functional Features
- Run real-time operating system for deterministic control cycle execution.
- Support Bachmann M100 distributed I/O system for analog and digital signal collection.
- Multiple communication ports connect to SCADA, HMI and third-party automation devices.
- Large capacity flash storage records process data, fault logs and event history.
- Hardware watchdog automatically triggers safety stop and system reboot when processor crash occurs.
- Support user application programming in IEC 61131-3 standard programming languages.
- Reinforced mechanical structure withstands continuous vibration in rotating machinery applications.
- Conformal coated PCB protects circuits from moisture, dust and corrosive gas.
- Front panel LED indicators show power, run status and fault alarm.
- Remote firmware upgrade and program download via Ethernet interface.
Application Scenarios
- Wind turbine main control system
- Marine propulsion and auxiliary machinery control
- Heavy duty test bench real-time measurement and control
- Hydraulic press and large machine tool automation
- Distributed power generation unit control system
Material Composition
- Housing: Aluminium alloy die casting with powder coating
- Main PCB: High reliability FR4 printed circuit board with conformal coating
- Processor: Industrial embedded multi-core CPU
- Memory: Industrial wide temperature RAM and flash chip
- Communication transceivers: Industrial Ethernet and serial bus chips
- Terminal block: Tin plated copper alloy screw terminals for power and signal
Structural Characteristics
- Compact rectangular metal housing with DIN rail clip on rear side.
- Front panel integrates LED indicators, Ethernet port and serial communication connectors.
- Internal passive convection cooling design without fan, eliminating fan failure risk.
- Internal shielding structure suppresses electromagnetic interference.
- Reinforced mounting structure to resist mechanical shock and vibration.
Working Principle After power on, IPC1412 boots real-time operating system and loads user control application. The controller communicates with Bachmann M100 I/O modules via real-time fieldbus to read field sensor signals. Control program executes logic calculation, closed-loop control and motion algorithm in fixed deterministic cycle. Output commands transmit to distributed I/O modules to actuate valves, motors and relays. The controller transmits real-time process data and fault events to SCADA system through Ethernet. Hardware watchdog continuously monitors system operation state and initiates safety protection when system malfunction is detected.
Installation Requirements
- Mount IPC1412 on standard 35 mm DIN rail or cabinet mounting plate.
- Use shielded Ethernet cable for fieldbus and SCADA network connection.
- Separate signal wiring from high voltage power and motor cables.
- Connect 24 V DC power and protective earth connection.
- Download control application and configure network parameters before commissioning.
- Test emergency stop and safety interlock function.
- Verify real-time bus communication with all distributed I/O modules.
Usage Notes
- Do not operate outside the specified operating temperature range.
- Maintain ventilation space around housing for passive heat dissipation.
- Backup application program and system configuration before firmware upgrade.
- Disconnect DC power before opening housing cover.
- Use anti-static wristband when handling spare controller.
- Replace unit immediately when permanent processor or bus communication fault occurs.
