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ABB NTMP01 Multi-function Processor

ABB NTMP01 Multi-function Processor

ABB NTMP01 Multi-function Processor

  • Item NO.:

    NTMP01
  • Payment:

    T/T
  • Price:

    $200
  • Product Origin:

    FRANCE
  • Color:

    NEW
  • Product weight:

    0.31kg
  • Lead Time:

    In stock

We will arrange delivery within 3-5 days after receiving the payment.

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ABB NTMP01 Multi-function Processor

Product Description
ABB NTMP01 multi-function processor is a compact core processing unit designed for industrial automation control systems. It integrates multiple functions such as data processing, communication interaction, and control logic execution. As an information processing hub in the system, it can collect on-site equipment data in real time, execute preset control algorithms, and achieve efficient data interaction with upper and lower-level devices through diversified communication interfaces. It is widely applicable to small and medium-sized industrial control scenarios, providing flexible and reliable computing and control support for automation systems.
Detailed Parameters
  • Processor Performance: Adopts an 8-bit microprocessor with an operating speed of 10 MIPS, supporting basic logic operations, data storage, and real-time response, meeting the processing needs of small and medium-sized control tasks.
  • Memory Configuration: Built-in 64 KB RAM for temporary data processing, and 256 KB EEPROM for program and parameter storage, ensuring data is retained for a long time after power failure.
  • Communication Interfaces: Equipped with 2 isolated RS-232-C ports (supporting DCE/DTE mode switching), one of which can be configured as a non-isolated RS-485 port; supports Modbus RTU protocol with a transmission rate of 9.6-115.2 kbps; compatible with IN FI-NET network via IN IIT 02 transmission module for system-level data interaction.
  • I/O Signals: Supports 8 digital inputs (24 V DC) and 4 digital outputs (24 V DC, maximum load 1 A), which can be directly connected to sensors and small actuators.
  • Operating Environment: Operating temperature 0-60℃, relative humidity 5%-95% (non-condensing), protection class IP20, suitable for installation in control cabinets.
  • Power Requirement: 24 V DC ±10% power supply, power consumption ≤3 W.
  • Dimensions: Width×height×depth approximately 80 mm×120 mm×100 mm, DIN rail mounting.
  • Certification Standards: UL and CE certified, compliant with IEC 61131-2 industrial control equipment standards.
Advantages and Features
  • Multi-function Integration: Integrates data processing, communication transfer, and basic I/O control, enabling core control tasks of small and medium-sized systems without additional modules, simplifying system architecture.
  • Flexible Communication Adaptability: Supports RS-232/RS-485 dual-mode communication, compatible with Modbus protocol and IN FI-NET network, seamlessly connecting PLCs, sensors, upper computers and other devices, adapting to integration needs of different brand systems.
  • High Reliability Design: Electrical isolation of communication ports, wide temperature operating range, and low power consumption ensure stable operation in complex industrial environments with electromagnetic interference and temperature fluctuations.
  • Convenient Deployment and Maintenance: Compact size saves installation space, rail-mounted design facilitates quick deployment; built-in self-diagnostic function and status indicators enable real-time monitoring of operating status, simplifying troubleshooting.
  • Cost-effective Adaptability: Optimized design for small and medium-sized control scenarios, reducing system construction costs while meeting basic functions, suitable for renovation projects or small production lines with limited budgets.
Application Fields
  • Small Process Control: In food processing and small chemical plants, used to collect temperature and pressure sensor data, control the start-stop of valves and pumps, and realize simple closed-loop control.
  • Equipment Auxiliary Control: As an auxiliary control unit for CNC machine tools and packaging machinery, it processes peripheral sensor signals (such as material detection) and collaborates with the main controller to complete equipment linkage.
  • Building Automation Subsystems: Controls air conditioning dampers, lighting circuits, etc., and connects to building management systems via RS-485 bus to realize automated management of local areas.
  • Energy Monitoring Terminals: In distributed photovoltaic inverters and small distribution rooms, collects current and voltage data and uploads to energy management platforms to assist in energy consumption statistics.
  • Warehousing Auxiliary Equipment: Controls the operation logic of small conveyors and sorters, interacts with warehouse management systems through communication interfaces to realize simple automation of material transportation.
Notes
  • When wiring communication interfaces, distinguish between RS-232 and RS-485 modes to avoid port damage due to wrong connection; RS-485 bus must be matched with 120Ω terminal resistors to reduce signal reflection.
  • The power supply must use a stable 24 V DC industrial power supply; avoid sharing the same power circuit with high-power equipment to prevent voltage fluctuations from affecting processor operation.
  • The installation position should be away from strong electromagnetic interference sources such as frequency converters and contactors; if unavoidable, shielded cables must be used and grounded at one end.
  • After program and parameter configuration, back up to EEPROM in time to prevent data loss due to unexpected power failure; regularly check whether the wiring terminals are loose to ensure stable transmission of I/O signals.
  • This processor is suitable for small and medium-sized control scenarios; if the system needs to expand more than 16 I/O points or complex control algorithms, it is recommended to upgrade to a higher-performance PLC module.

 

 

 

 

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