1 Year Warranty
Description
Overview
Essential details：EASYGEN-3200-5 8440-1831 easYgen-3000 Series Genset Control
Product Description
The controls of the easYgen-3000 series are available with two different housings. Refer to the applicable section for detailed information about installation and technical data of the respective housing type.
Plastic housing for front panel flush mounting with graphical LC display (easYgen-3200)
Test certification:
Comply with IEC61000-4 series standards, including ESD (air: ±8KV, contact: ±4KV), RS (10V/m, 80-1000MHz), EFT (L-N-PE: ±2KV, data line: ±1.0KV), Surge (L-N: ±1KV, L/N-PE: ±2KV, data line: ±0.5KV), CS (10V, 150kHz-80MHz), MS (long-term: 30A/m, short-term: 300A/m), Dips and other tests.
Note on digital signal connection (for connection with PLC) :
When using relay output PLC, attention should be paid to reliable connection to avoid misoperation caused by poor contact.
When using transistor output PLC, attention should be paid to the voltage, current and other limitations of the transistor itself to ensure system reliability.
When designing the input signal circuit, the inductive load such as relay should be avoided as far as possible to reduce the misoperation caused by the surge current.
PLC and inverter should be grounded separately to avoid power crosstalk.
8440-1868
Product parameter
8440-1831 Product description is as follows:
Product name and Model:
Model number: 8440-1831
Mechanical characteristics:
Overall dimensions: 132mm x 105mm x 52mm
Case: IP30 protection grade, corrugated aluminum reinforced case
Mounting method: 35mm DIN rail mounting
Net weight: 800g
Working environment:
Operating temperature: -10-70℃ (Wide temperature range: -40~+85℃)
Relative humidity: ≤90% (no condensation)
Storage temperature: -40 ~ 80℃
APPLICATION
The application areas of 8440-1831 are mainly in industrial automation and control systems. The following is a detailed description of its application areas:
Industrial Automation:
The 8440-1831 module, as part of an industrial automation system, enables the conversion and transmission of electrical signals, especially where high-precision control and reliable data transmission are required.
The module may be used as a supporting device of PLC (programmable logic controller), which is used to receive the digital output signal of PLC and convert it into the instructions that can be recognized by the inverter to control the operation, stop, forward rotation, reverse, etc.
Control system:
In the control system, the 8440-1831 module may be used to realize the conversion of fieldbus (such as Profibus DP) electrical signal and optical fiber signal, providing redundant dual bus structure and optical fiber redundancy ring network function to ensure the reliability and stability of data transmission.
The module supports a variety of network structures, such as point-to-point, star, chain bus, ring network and hybrid network structure, to meet the requirements of different control systems for network layout and flexibility.
Features and advantages:
The 8440-1831 module has the capability of long-distance fiber transmission of more than 20km, breaking the distance limit of cable systems, and is suitable for industrial automation and control scenarios that require long-distance communication.
The dual-power service channel is logically independent and supports one or two optical/electrical interfaces flexibly. Different interface configurations can be flexibly selected according to the actual requirements of the project.
Note:
In practical applications, when the 8440-1831 module is connected with PLC or other control equipment, attention should be paid to the connection reliability of the digital signal to avoid poor contact or false action caused by surge current.
In order to reduce the crosstalk between the external power supply and the inverter control power supply, it is recommended to ground the PLC and the inverter separately.
To sum up, the 8440-1831 module has a wide range of application prospects in the field of industrial automation and control systems, which can provide reliable signal conversion and transmission functions, support a variety of network structures and long-distance communication, and meet the diversified needs of industrial automation and control systems.
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