1 Year Warranty
Description
Overview
Essential details：D20 EME 27-APR-13 power module
Product Description
I. Overview
The D20 EME (hypothetical model) is a power module and/or Ethernet interface module commonly used in industrial automation and control systems. It is designed to provide a stable and reliable power supply for various devices and modules in the system, and to achieve data transmission and communication through Ethernet interfaces.
Second, product characteristics
Power output:
One or more power output channels are usually provided to provide the required power to other devices and modules.
Supports different power outputs, including direct current (DC) and alternating current (AC) power supplies, to meet the needs of different devices.
Voltage and current stability:
The module has voltage and current stability, ensuring that the supplied power supply is stable and meets specifications.
Power protection:
It has power protection function, including over current protection, short circuit protection and over voltage protection, to ensure the safe operation of the equipment.
Hot swap function:
Support for hot swap allows the power module to be replaced during operation without downtime.
Power monitoring:
With power monitoring function, you can monitor the status and performance of power output.
Power redundancy:
Support for power redundancy, that is, backup power channels, to automatically switch to backup power in the event of a primary power failure, improving system availability.
Fault detection and alarm:
Ability to detect power failures and generate alarms to help diagnose problems.
Electrical isolation:
It has an electrical isolation function to isolate the power circuit and other circuits to prevent electrical interference.
Industry standard compliance:
Meet industry standards and certification requirements to ensure performance and safety.
Modular design:
With a modular design, it is easy to expand or replace the power module as needed.
D20-EME-10BASE-T
Product parameter
List of hypothetical parameters –D20 EME 210BASE-T
1. Power supply parameters
Power output: One or more power output channels are provided, the number may vary by model.
Voltage stability: Ensure stable power output and meet industry standards.
Current stability: Provides stable current output.
Power protection: including overcurrent protection, short circuit protection and overvoltage protection.
Power redundancy: Backup power channels are supported to achieve power redundancy.
2. Network interface parameters
Transfer rate: Ethernet rates of 100 Mbps or higher are assumed to be supported (considering that “210BASE-T” in the naming may refer to variations of 100BASE-T or higher speeds).
Transmission distance: The maximum transmission distance may depend on the type of cable used, but should generally support a transmission distance of at least 100 meters.
Interface type: RJ45, which is a standard interface for Ethernet interfaces.
Supported mode: Supports adaptive rate and full-duplex mode to improve network transmission efficiency.
3. Physical parameters
Size: The exact size may vary by model and manufacturer.
Weight: Again, the exact weight depends on the model and manufacturer.
Installation mode: Panel installation or slot installation may be supported.
4. Environment parameters
Operating temperature range: Usually within the industry standard range, such as -10°C to +60°C.
Storage temperature range: may be wider than the operating temperature range.
Humidity range: Adapt to a certain range of ambient humidity.
5. Other features
Hot-swap: Supports the hot-swap function, allowing module replacement while running.
Power monitoring: With power monitoring function, can monitor the status and performance of power output.
Fault detection and alarm: Capable of detecting power or network failures and generating alarms.
APPLICATION
Industrial Automation:
Production line control: used for the control and monitoring of automated production lines to ensure the smooth progress of production processes.
Equipment monitoring: real-time monitoring of the working status of production equipment to ensure efficient and safe operation of equipment.
Production process control: Optimize the production process and improve production efficiency through data acquisition and analysis.
Process control:
In the chemical, petrochemical and pharmaceutical fields, it is used to monitor and control complex production processes to ensure product quality and production safety.
Energy Management:
Power grid monitoring: real-time monitoring of power grid operation status to ensure the stability and security of power supply.
Power plant control: Automatic control of equipment and energy management in power plants.
Energy distribution: Optimize energy distribution and improve energy efficiency.
Environmental Monitoring:
Used to monitor environmental parameters, such as gas concentration, temperature and humidity, to achieve environmental monitoring and control, to ensure environmental safety and comfort.
Building Automation:
Control building systems such as HVAC, lighting and security systems to improve building intelligence and reduce energy consumption and management costs.
Transportation System:
It is used in traffic signal control, railway signal system and traffic management to improve traffic efficiency and safety.
Telecommunications Infrastructure:
It is used for monitoring and control of telecommunication equipment and base stations to ensure the stability and reliability of communication networks.
Data Center:
In the data center, it is used to monitor and control the server and network equipment to ensure the efficient operation of the data center and data security.
Remote monitoring and control:
Because of the network connection function, it is suitable for remote monitoring and remote control applications, so that operation and maintenance personnel can remotely access the equipment and carry out diagnosis and control, and improve operation and maintenance efficiency.
Smart City:
In the smart city project, the D20EME module can be used in various intelligent systems, such as intelligent transportation, intelligent lighting and intelligent energy management, to provide strong support for the intelligent development of cities.
Superiority products D20 EME 27-APR-13 power module
| UFC762AE101 3BHE006412R0101Â Main board module | IC697CMM742-DCÂ Series 90-70 Communications Module |
| 87199-01Â Stator insulation monitor | FC-TSRO-0824Â Digital Output Field Termination Assembly |
| MVME55006E-0161RÂ VMEbus Single-Board Computer | MVC3001-4003AÂ ALSPA MV3000 Delta Controller |
| 3500/25 149369-01Â Keyphasor module | 6SM57M-3.000Â Synchronous Servomotors |
| 3500/92 136180-01Â Keyphasor module | 05701-A-0282Â Modbus Interface Module Kit RS422/485 |
| 1X00416H01Â POWER SUPPLYÂ 24V 300W & 25V 500W OUT DIN-RAIL MOUNT | 3500/91 190782-01Â EGD gateway module |
| 5X00241G02 Ovation Westinghouse Controller module | 05701-A-0361 System 57 MODBUS Interface |
| 489-P5-LO-A20Â generator management relay | 3500/65 145988-02Â 16-Channel Temperature Monitor |
| TRICONÂ 3805EÂ TRICONEXÂ Analog Output Modules | 3500/65Â 172103-01 16-Channel Temperature Monitor |
| 5X00226G02 Ovation Westinghouse Controller module | 136188-02 Ethernet/RS485 Modbus I/O Module |
| MC-4/11/10/400Â PowerDrive Motion Controller | PCI-6733Â Analog Output Device |
| 2MLR-CPUH/T  MasterLogic Programmable Logic Controller | 3ASC25H209 DATX110  I/O board control module |
| KJ4002X1-BA1Â Left 8 Wide Vertical Carrier | CE4002S1T2B5Â Standard I/O Termination Block |
| S72402-NANANAÂ S700Â digital servo drive | CE4005S2B4Â Standard I/O Termination Block |
| SCYC55830 58063282AÂ Trigger plate | PCI-4462Â Sound and Vibration Device |
| IC697CMM742-DC Ethernet Interface Communications Modules | TU890 3BSC690075R1 compact MTU for the S800 I/O |
| PPC322BE1 HIEE300900R1Â Industrial drive function module | KJ4001X1-BE1 12P0818X072 REV:LÂ 8 Wide I/O Carrier with Shield Bar |
| VMIVME-3122Â High-Performance 16-Bit Analog-to-Digital Converter (ADC) | KJ2201X1-JA1Â Redundant SLS Terminal Block |
