🎉 Up to 70% Off Selected ItemsShop Sale
Mother Board PCB for E-PARALLAX-1413
HomeStore

Mother Board PCB for E-PARALLAX-1413

Mother Board PCB for E-PARALLAX-1413

Overview

The Mother Board PCB for E-PARALLAX-1413 is a central processing and control unit specifically engineered for multi-head combination weighers. It provides a highly integrated, efficient, and reliable platform for real-time processing, sensor communication, and actuation control within the E-PARALLAX-1413 system. With advanced digital and analog circuitry, this PCB ensures precise weight computation, synchronization of multiple heads, and accurate packaging output.


Key Features

  • Tailored Compatibility: Designed exclusively for the E-PARALLAX-1413 Multi-Head Combination Weigher, supporting seamless integration with 14 to 20 head systems.

  • High-Speed Data Handling: Equipped with a central microcontroller and optimized bus architecture for high-throughput signal processing and control.

  • Integrated Power Control: Features multiple heat-sinked power transistors and voltage regulation stages for dependable operation under continuous use.

  • Expandable I/O: Multiple input/output headers to interface with load cells, stepper motors, sensors, and other peripheral modules.


Component Highlights

  • Microcontroller Core: High-performance microcontroller with integrated I²C, UART, and SPI communication protocols.

  • Power Handling: Onboard MOSFETs and voltage regulators with dedicated heat sinks for motor drive and solenoid actuation.

  • Capacitor Array: High-capacity electrolytic capacitors for stable voltage rail filtering and noise suppression.

  • Signal Conditioning: Precision op-amps, isolation components, and logic gates for clean, reliable sensor input processing.

  • Diagnostic LEDs: Multiple status indicators for system power, data activity, and fault conditions.

  • Connectors:

    • Ribbon-style headers for weigher head interconnects

    • Screw terminals and plug-in headers for power and peripheral modules

    • DB9 port for external communication (e.g., RS-232)

$660.00

Original: $2,200.00

-70%
Mother Board PCB for E-PARALLAX-1413

$2,200.00

$660.00

Mother Board PCB for E-PARALLAX-1413

Overview

The Mother Board PCB for E-PARALLAX-1413 is a central processing and control unit specifically engineered for multi-head combination weighers. It provides a highly integrated, efficient, and reliable platform for real-time processing, sensor communication, and actuation control within the E-PARALLAX-1413 system. With advanced digital and analog circuitry, this PCB ensures precise weight computation, synchronization of multiple heads, and accurate packaging output.


Key Features

  • Tailored Compatibility: Designed exclusively for the E-PARALLAX-1413 Multi-Head Combination Weigher, supporting seamless integration with 14 to 20 head systems.

  • High-Speed Data Handling: Equipped with a central microcontroller and optimized bus architecture for high-throughput signal processing and control.

  • Integrated Power Control: Features multiple heat-sinked power transistors and voltage regulation stages for dependable operation under continuous use.

  • Expandable I/O: Multiple input/output headers to interface with load cells, stepper motors, sensors, and other peripheral modules.


Component Highlights

  • Microcontroller Core: High-performance microcontroller with integrated I²C, UART, and SPI communication protocols.

  • Power Handling: Onboard MOSFETs and voltage regulators with dedicated heat sinks for motor drive and solenoid actuation.

  • Capacitor Array: High-capacity electrolytic capacitors for stable voltage rail filtering and noise suppression.

  • Signal Conditioning: Precision op-amps, isolation components, and logic gates for clean, reliable sensor input processing.

  • Diagnostic LEDs: Multiple status indicators for system power, data activity, and fault conditions.

  • Connectors:

    • Ribbon-style headers for weigher head interconnects

    • Screw terminals and plug-in headers for power and peripheral modules

    • DB9 port for external communication (e.g., RS-232)

Product Information

Shipping & Returns

Description

Overview

The Mother Board PCB for E-PARALLAX-1413 is a central processing and control unit specifically engineered for multi-head combination weighers. It provides a highly integrated, efficient, and reliable platform for real-time processing, sensor communication, and actuation control within the E-PARALLAX-1413 system. With advanced digital and analog circuitry, this PCB ensures precise weight computation, synchronization of multiple heads, and accurate packaging output.


Key Features

  • Tailored Compatibility: Designed exclusively for the E-PARALLAX-1413 Multi-Head Combination Weigher, supporting seamless integration with 14 to 20 head systems.

  • High-Speed Data Handling: Equipped with a central microcontroller and optimized bus architecture for high-throughput signal processing and control.

  • Integrated Power Control: Features multiple heat-sinked power transistors and voltage regulation stages for dependable operation under continuous use.

  • Expandable I/O: Multiple input/output headers to interface with load cells, stepper motors, sensors, and other peripheral modules.


Component Highlights

  • Microcontroller Core: High-performance microcontroller with integrated I²C, UART, and SPI communication protocols.

  • Power Handling: Onboard MOSFETs and voltage regulators with dedicated heat sinks for motor drive and solenoid actuation.

  • Capacitor Array: High-capacity electrolytic capacitors for stable voltage rail filtering and noise suppression.

  • Signal Conditioning: Precision op-amps, isolation components, and logic gates for clean, reliable sensor input processing.

  • Diagnostic LEDs: Multiple status indicators for system power, data activity, and fault conditions.

  • Connectors:

    • Ribbon-style headers for weigher head interconnects

    • Screw terminals and plug-in headers for power and peripheral modules

    • DB9 port for external communication (e.g., RS-232)