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Dettagli:
Termini di pagamento e spedizione:
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| Tipo di uscita: | separare | Tensione in ingresso: | 220V, 380V |
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| Potenza in uscita: | 401 - 500W | Tensione di uscita: | 48 V |
| Corrente di uscita: | 15A | Frequenza di uscita: | 50/60Hz |
| applicazione: | Telecomunicazioni, servizi pubblici, automazione industriale, trasmissione di energia elettrica, BTS | Tipo: | Telecom Rectifier, sistema di rettifica |
| Efficienza: | > 90% | Garanzia: | 12 mesi |
| Misurare: | 482,6 mm*255 mm*128,9 mm | Nome del prodotto: | Sistema di raddrizzatore, alimentazione delle telecomunicazioni, sistema di alimentazione delle tele |
| Peso: | <25 kg (senza modulo) | Colore: | Nero,RAL 7035 |
| Temperatura di lavoro: | -40 ℃ ~+75 ℃, -25 ℃ ~+55 ℃ | materiale: | Guscio in alluminio, acciaio laminato a caldo Q235 |
| Montare: | Montaggio del rack da 19 pollici 2U | Modulo raddrizzatore: | 48vdc/50a*4pcs |
| Produzione: | 24VDC o 48VDC | Temperatura di lavoro: | -40°C~+75°C |
| Unità di sorveglianza: | 19 pollici UEM | Modulo: | Sveppabile a caldo |
| Interfaccia di comunicazione: | SNMP, RS485 | Display: | Con display LCD |
| Evidenziare: | 48V telecom rectifier power supply,15A telecom rectifier system,energy efficient telecom power supply |
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The 48V 15A Telecom Rectifier Power Supply is engineered to deliver consistent, reliable DC power for telecommunications infrastructure. Designed to convert AC power into a stable 48V DC output, it offers exceptional performance and energy efficiency, making it ideal for powering telecom equipment in base stations, data centers, and remote sites. With its advanced design, robust construction, and compact form factor, this rectifier system ensures optimal operation even in demanding environments, reducing operational costs and increasing system reliability.
The 48V 15A Telecom Rectifier Power Supply is perfect for various telecom and communications applications, including:
Telecom Base Stations: Provides a stable and continuous power source for base stations supporting 2G, 3G, 4G, and 5G services.
Radio Communication: Powers radio communication equipment and transceivers in remote or difficult-to-reach areas.
Emergency Power Backup: Acts as a reliable backup power source for telecom systems during power outages.
Distributed Antenna Systems (DAS): Supplies DC power for distributed antenna systems used in large buildings, stadiums, and public spaces.
Remote Communication Sites: Ideal for deployment in rural or underserved regions with limited access to stable grid power.
Data Centers: Supports the operation of servers, routers, and network equipment in data centers with high power efficiency.
Input Voltage: 90V-264V AC (Wide Input Range)
Output Voltage: 48V DC
Output Current: 15A (Max)
Output Power: 720W
Efficiency: ≥ 92% (at full load)
Power Factor: ≥ 0.99
Ripple and Noise: < 50mVp-p
Cooling Method: Intelligent Fan Cooling with Temperature Sensing
Operating Temperature: -20°C to +70°C
Storage Temperature: -40°C to +85°C
Humidity Range: 5% to 95% RH (non-condensing)
Protection Features:
Over Voltage Protection (OVP)
Over Current Protection (OCP)
Short Circuit Protection (SCP)
Over Temperature Protection (OTP)
Reverse Polarity Protection
Surge and Lightning Protection
Dimensions: 190mm (W) x 270mm (L) x 80mm (H)
Weight: 25kg
Status Indicators: LED display for Power, Fault, and Temperature status
Wide Input Voltage Range: The rectifier system supports a broad input voltage range (90V-264V AC), making it adaptable to different power grid conditions and minimizing the need for additional external protection devices.
Reliable Power Delivery: Delivers a stable 48V DC output with minimal ripple and noise, ensuring smooth operation of telecom equipment and preventing damage from power surges or inconsistencies.
Compact and Lightweight: Designed with a space-saving form factor, this rectifier system is easy to install in tight spaces and ideal for locations where space is at a premium.
Advanced Cooling System: Features an intelligent cooling system with a fan that adjusts based on the temperature, ensuring optimal performance and preventing overheating during extended use.
Multiple Protection Mechanisms: Integrated protection features safeguard against common electrical faults such as overvoltage, overcurrent, and short circuits, ensuring the safety of both the equipment and personnel.
Remote Monitoring Capabilities: Optional remote monitoring interfaces (via SNMP or web-based management) enable real-time tracking of system performance, status, and health, allowing for proactive maintenance and fault detection.
Installation:
Place the rectifier power supply in a well-ventilated area to ensure proper cooling.
Connect the input AC power to the designated AC terminal, ensuring the input voltage falls within the acceptable range (90V-264V).
Connect the DC output terminals to your telecom equipment or backup power system, ensuring proper polarity (48V+ and 48V-).
Powering Up:
Switch on the AC input. The rectifier will begin converting AC power to a stable 48V DC output.
The system will automatically adjust to load requirements, providing up to 15A of continuous current.
Verify the green "Power" LED indicator is on, signaling normal operation.
Monitoring and Maintenance:
Use the status LEDs to check the operational state (Green for normal, Red for faults).
In case of a fault, the rectifier will automatically shut down to prevent further damage. Allow the unit to cool down before restarting.
Periodically clean the cooling fan and vents to ensure efficient airflow and avoid overheating.
Remote Monitoring (Optional):
If remote monitoring is enabled, access the web interface or SNMP management system to monitor voltage, current, and temperature.
Troubleshooting:
If the rectifier fails to start, ensure the AC power input is within the correct voltage range and that all connections are secure.
Check for any overvoltage or overcurrent conditions indicated by the status LED. If necessary, reset the unit after addressing the issue.
| Operation Phase | Description | Key Actions | Safety Reminder |
|---|---|---|---|
| Site Preparation | Ensure the installation location supports safe and efficient operation. | Install the rectifier in a dry, dust-free, and well-ventilated environment. Maintain adequate clearance around ventilation areas. | Avoid exposure to moisture, corrosive gases, or direct heat sources. |
| Electrical Connection | Establish correct AC input and DC output wiring. | Connect AC input within 90V–264V range to designated terminals. Connect 48V+ and 48V− DC outputs to load with correct polarity. | Incorrect polarity may activate protection functions or damage equipment. |
| Initial Startup | Begin system energization process. | Turn on AC supply. Confirm system initiates conversion to stable 48V DC output. Check that current delivery matches load requirements (up to 15A). | Observe LED indicators during startup for abnormal signals. |
| Operational Verification | Confirm normal system status. | Ensure green Power LED remains steady. Verify output stability if monitoring interface is available. | Red indicator signals fault condition requiring inspection. |
| Performance Monitoring | Track real-time operational parameters. | Use LED indicators or optional SNMP/Web interface to monitor voltage, current, and temperature. | Investigate alarms immediately to prevent system interruption. |
| Routine Care | Maintain system performance and longevity. | Clean air vents and cooling fans regularly. Inspect cable terminals for secure fastening. | Disconnect AC input before performing maintenance. |
| Fault Response | Address abnormal operating conditions. | If shutdown occurs due to protection trigger, inspect for overvoltage, overcurrent, or overheating. Allow system to cool before restart. | Never force restart without resolving root cause. |
| Restart Procedure | Resume normal operation after issue resolution. | Restore AC input after confirming safe operating conditions. Recheck LED indicators and output status. | Ensure stable power input before re-energizing system. |
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Proven Reliability: Designed and tested to meet the demanding requirements of telecom networks, ensuring consistent and uninterrupted power for critical systems.
Superior Efficiency: Maximizes energy usage, reducing operational costs and extending the lifespan of the equipment.
Comprehensive Protection: Equipped with multiple layers of protection, reducing the risk of damage to your telecom infrastructure.
Scalable Solution: Suitable for various telecom applications, from small remote sites to large data centers.
Low Total Cost of Ownership: With high efficiency and low maintenance requirements, this rectifier offers a cost-effective solution for telecom operators looking to optimize their infrastructure.
Persona di contatto: Ms. Fiona Liang
Telefono: +8613752765943 / 86-0755 23592644