HONEYWELL 51305430-100 CONTROL NETWORK PROCESSOR BOARD

Processor: 33 MHz MC68040 microprocessor, supporting real-time data processing and control.

Memory: 32 MB DRAM, used to store program code and running data.

Input voltage: The main power supply is 24V DC (supports a wide voltage range, some sources are marked as 8-30V DC, which needs to be confirmed in combination with the specific model).

Power consumption: ≤5W under typical load.

Supported protocols: ControlNet, DeviceNet, Ethernet.

Communication interface：RS-485, Ethernet (supports multi-protocol mixed networking).

Operating temperature range: 0°C to +60°C

Humidity range: 5% to 95% RH (non-condensing).

Protection level: IP20, dustproof and splashproof.

Installation method: Supports DIN rail or rack installation.

Digital I/O: 16 output channels, single channel load capacity 2A

Analog input: 8 differential inputs, supporting -10V to +10V voltage signals

Using 33 MHz MC68040 microprocessor, achieve real-time data processing and complex control algorithm, fast response to a variety of data changes and control requirements in the industrial field. Additionally, it is equipped with 32 MB DRAM memory to store program code and operating data to ensure the stability and reliability of data processing.

Covers multiple industrial communication protocols including ControlNet, DeviceNet, Ethernet, some also supports some other protocols such as modbus RTU.

22 COMPACT High-Performance Embedded Computer Concepts and Features 16 Supports DIN Rail Or Rack Mount Supports DIN rail or rack installation, which is convenient for users to choose according to the actual installation space and inviewed system layout, facilities the integrated maintenance of equipment and reduces the installation cost and difficulty.

16 output channels, current carrying capacity per channel of 2A, can directly drive some small actuators; 8 differential analog input, can support -10V to +10V voltage signal, can meet the acquisition and control requirements of all kinds of industrial field signal.

And the built-in status indicator can display the operating condition of the device in real time, which is convenient for users to quickly understand the use of the device. During the fault, this signal can be used by the user to quickly determine and troubleshoot the fault, and even reduce the replacement fault when the equipment is idle.

It can be flexibly expanded according to the scale and requirements of industrial production, supports the integration of distributed I/O modules, sensors and actuators, and can meet the upgrade and transformation needs of industrial automation systems of various scales.

In the automation production line of automobile manufacturing, electronic equipment manufacturing, etc., it can be used to control the operation of various production equipment. In the energy industry such as electricity, oil, and natural gas, it can be used to monitor and control various parameters in the process of energy production and transportation. By collecting and analyzing these data in real time, the energy system can be optimized and dispatched and energy-saving control can be achieved.

Knowing how the building works and transforms our ideas into reality. Various environmental parameters (e.g., temperature, humidity, light intensity, etc.) can be collected indoors and outdoors and be automatically controlled, which can increase the energy efficiency and comfort for the building.

Usage of the IoT water quality monitoring tool helps keep track of number of water quality metrics (pH value, Dissolved oxygen, turbidity etc), optimizes the efficiency and quality of sewage treatment, minimizes pollution to the environment.

In warehousing and logistics, it is used to control stackers, conveyors and other equipment to achieve automated storage and transportation of goods in an automated warehouse.