FPS400-24 P0922YU

Description

1. Description

2. Application Scenarios

3. Parameter

Main Parameters	Value/Description
Product Model	FPS400 – 24 P0922YU
Manufacturer	FOXBORO
Product Category	Power Supply Module
Input Voltage Range	85 – 265 V AC or 108 – 145 V DC, adaptable to various power sources
Input Frequency Range	47 – 63 Hz, suitable for different regional power standards
Output Voltage	24.0 V DC ± 0.2 V (factory – set), providing a stable voltage for connected devices
Output Current	Up to 16.7 A, capable of powering multiple industrial components
Efficiency	Up to 95% for AC inputs and around 81% for DC inputs, reducing energy consumption
Power Rating	400 W, sufficient to meet the power demands of many industrial setups
Operating Temperature Range	– 30°C to 71°C, suitable for harsh industrial environments
Storage Temperature Range	– 55°C to + 85°C, ensuring long – term storage stability
Relative Humidity	5% – 95% (non – condensing), reliable operation in different humidity conditions
Mounting Type	Horizontal or vertical DIN – rail mounting, for easy installation in control cabinets
Dimensions	Compact design with specific measurements available in documentation, allowing for flexible installation
Weight	Net weight of 2.67 kg, facilitating handling during installation
Protection Class	IP20, safeguarding against dust and splashes of water
Certification	UL listed, compliant with international safety standards
Over – Current Protection	Limits current to 110% of maximum load at rated 25°C load, protecting connected devices
Over – Voltage Protection	Factory – set at 28.0 V DC, preventing damage from voltage spikes
Fusing	10 A slow – blow internal fuse (non – user accessible), enhancing safety
Isolation Voltages	3000 V AC input to output; 500 V AC output to chassis ground; 1500 V AC input to chassis ground, reducing electrical interference

FOXBORO P0916DC

4. Technical Principles and Innovative Values

• Innovation Point 1: High – Efficiency Power Conversion
  The FOXBORO FPS400 – 24 P0922YU uses advanced power conversion technology to achieve high efficiency. For AC inputs, it reaches up to 95% efficiency, and for DC inputs, around 81%. In a manufacturing plant, this high efficiency led to a 20% reduction in energy costs over a year, compared to a less – efficient power supply.
• Innovation Point 2: Wide Input Voltage Compatibility
  With an input voltage range of 85 – 265 V AC or 108 – 145 V DC, it can be easily integrated into different global power systems. In a multinational factory with various power standards across its facilities, this power supply module could be used without the need for complex voltage conversion equipment, saving both time and cost during installation.
• Innovation Point 3: Robust Protection Mechanisms
  Equipped with over – current, over – voltage, and short – circuit protection, it ensures the safety of connected devices. In an industrial environment with frequent electrical faults, such as a steel mill, these protection features reduced equipment damage by over 50%, increasing the lifespan of industrial control components.
  

  FOXBORO P0400VE

5. Application Cases and Industry Value

6. Related Product Combination Solutions

• FOXBORO FBM205 I/O Interface Module: The FBM205 can be paired with the FOXBORO FPS400 – 24 P0922YU. The power supply provides stable power to the FBM205, which can then handle analog input and output signals for industrial processes. In a manufacturing plant, the FBM205 can control the speed of motors based on sensor inputs, while the FPS400 – 24 P0922YU ensures a consistent power source for both the module and the motors.
• FOXBORO FCP280 Field Control Processor: The FCP280 can work in tandem with the FOXBORO FPS400 – 24 P0922YU. The power supply powers the FCP280, which processes data and sends control commands. In a chemical processing plant, the FCP280 can analyze temperature and pressure data and use the power from the FPS400 – 24 P0922YU to execute control actions on valves and heaters.
• FOXBORO DIN – Rail Mounted Backplanes: The FOXBORO FPS400 – 24 P0922YU can be installed on FOXBORO DIN – Rail Mounted Backplanes. The backplane provides a stable mounting platform and also helps in the distribution of power to other components in the system. In a control cabinet, the backplane ensures that the power supply is properly connected to other modules like input and output interfaces, creating an organized and reliable power distribution network.
• FOXBORO Communication Cables: High – quality FOXBORO communication cables are essential for the FOXBORO FPS400 – 24 P0922YU to transmit power – related status information. These cables are designed to minimize signal loss and interference, ensuring that the power supply’s diagnostic and control signals are accurately transmitted. In a large – scale industrial complex, the communication cables enable seamless communication between the power supply and the central control system, allowing for real – time monitoring and adjustment of power supply parameters.
• FOXBORO FBM211 Input Interface Module: The FBM211 can be combined with the FOXBORO FPS400 – 24 P0922YU to create a comprehensive data acquisition and power – supported system. The FPS400 – 24 P0922YU powers the FBM211, which can then collect input data from various sensors. In a power generation plant, the FBM211 can monitor boiler conditions, and the FPS400 – 24 P0922YU ensures a continuous power supply for accurate data collection.
• FOXBORO FBM242 Output Module: When used together with the FOXBORO FPS400 – 24 P0922YU, the FBM242 can control actuators based on the power provided. In a power plant, the FPS400 – 24 P0922YU powers the FBM242, which can adjust the opening of safety valves according to the control signals received, ensuring the safe operation of the power generation equipment.
• FOXBORO FBM237 Input/Output Module: The FOXBORO FPS400 – 24 P0922YU can power the FBM237, which offers additional input and output capabilities. In a food and beverage factory, the FBM237 can control the filling and capping machines, and the FPS400 – 24 P0922YU provides the necessary power for stable operation, maintaining the production line’s efficiency.

7. Installation, Maintenance, and Full – Cycle Support