High-Frequency Switch Mode DC Power Supply with Display

1.Also known as DC power panel for critical sites.
2.High-frequency switch converts AC to stable DC efficiently.
3.Charges batteries to maintain optimal performance.
4.Ensures uninterrupted DC supply during AC outages.
Product Description
Details

High-Frequency Switch Mode DC Power Supply with Display

When your critical operations demand rock-solid power reliability, our High-Frequency Switch Mode DC Power Supply with Display delivers enterprise-grade performance you can count on. Built by Xuzhou Tuojie International Trade Co., Ltd., this advanced power solution combines cutting-edge switching technology with intelligent monitoring capabilities. Our system achieves impressive efficiency rates exceeding 92% while maintaining a power factor ≥0.99, significantly reducing your energy costs. The integrated digital display provides real-time visibility into voltage, current, and operational status—eliminating guesswork during critical moments. Backed by our team of 15 senior engineers and 18 patented innovations, we've engineered a modular N+1 redundancy design that keeps your systems running even if a single module fails. This isn't just a power supply; it's your insurance policy against costly downtime.

SWITCH CABINET

Why Choose Our DC Power Solution?

You should get more than just changing the power. Things need to work as hard as you do.

Compared to other choices, our power source stands out. The design for high-frequency switching works well and doesn't take up much room in your equipment boxes. This means that you get the most power in the smallest space.

Everything changes with the viewing system. You will not have to connect external meters or guess at performance levels because you will be able to see at a glance what is happening. Readings of voltage, current draw, and system state are all shown clearly on the built-in screen.

You can't have delays in your activities. So, we built in smart energy management systems that keep the right charge amounts on their own. When the main power goes out, the battery backup takes over right away, and your equipment won't even notice the change.

PRODUCTION EQUIPMENT

Technical Specifications

Here's what you're getting with our power solution:

Parameter Specification
Input Voltage Range 85-264VAC (Universal Input)
Input Frequency 47-63Hz
Output Voltage Range 3.3V to 48V DC
Voltage Regulation Accuracy ±0.1% to ±1%
Output Ripple <50mVp-p
Switching Frequency 50kHz-500kHz
System Efficiency ≥92%
Power Factor ≥0.99
Power Density 10-25W/inch³
Display Type LED/LCD Digital Display
Display Refresh Rate 100-500ms
Operating Temperature -10°C to +70°C
Protection Features Overvoltage, Overcurrent, Overtemperature, Short-circuit
Redundancy Design N+1 Modular Configuration
Load Regulation ±0.5%

Core Advantages That Matter to Your Business

Unmatched Reliability

Power that stays on is important for your activities. Because our plan includes N+1 modules, if one of them stops working, the system will still work without any problems. This design has been used in hundreds of train transit hubs, hospitals, and commercial buildings, showing that it works.

Intelligent Monitoring and Control

The control system with microprocessors does more than just change power; it also thinks. Automated control of charging and draining batteries extends their life and makes sure they are always ready. Remote tracking tools like telemetry, signalling, control, and change let you run your business without being there, which cuts down on the need for staff.

Space-Saving Design

Standard power sources take up important cabinet space. Compared to linear options, our high-frequency design cuts size by 60–80%. More space means you can put more tools in or make fitting easier in small spaces.

Energy Efficiency That Reduces Costs

With over 92% efficiency, you'll immediately see a drop in the amount of power you use and the amount of cooling you need. Less heat production means less demand for HVAC systems and longer machine life. These small savings add up to a big amount over time.

Built-In Protection

Full safety measures keep your investment and related devices safe. Damage from power spikes can be avoided with overvoltage safety. There is overcurrent safety to keep short circuits from happening. Thermal harm can be avoided by keeping an eye on overtemperature. These features are built into every unit as normal security, so you don't have to choose to have them.

PARTNERS

Real-World Applications

Industrial Automation

Our power systems are trusted by factories in all fields to power PLC control screens, motor drives, and sensor networks. Our stable ±1% voltage control is used by CNC machines that work in tough situations like temperature changes from -10°C to +50°C, vibrations of up to 2G, and electromagnetic interference from high-power equipment.

Critical Infrastructure

Our ideas for dual-circuit power supplies are used in rail transit systems like the Xuzhou Rail Transit Network Control Center. In these situations, absolute safety standards call for the dependability that we've shown we can provide.

Commercial Buildings

Our power solutions help modern business facilities like the Xinhuai Central Complex and the Huaihai Xintiandi projects. Our continuous power supply is good for emergency lights, building management systems and security equipment.

Healthcare Facilities

The Xuzhou New Health Hospital Phase I project shows how good we are at working in medical settings. Life-safety systems, diagnostic tools, and systems that keep an eye on patients need our design's low electromagnetic interference and high dependability.

Laboratory and Testing

For accurate measuring tools, research centers need power that is clean and stable. Our low ripple output (usually less than 20mVpp) makes sure that readings are correct in sensitive situations where power quality has a direct effect on results.

Application areas

Quality You Can Verify

We don't just say that our products are good; we test and certify them to be sure.

Before it is shipped, every High-Frequency Switch Mode DC Power Supply with Display unit goes through a thorough check. Testing the electrical performance makes sure that the output voltage is correct across the whole load range. Load transient reaction testing makes sure that your supply can handle changes in demand that happen quickly and smoothly.

The guidelines for our quality control system are set by ISO 9001. Along with that, we have ISO 14001 certification for the environment and OHSAS 45001 certification for safety. These aren't just badges on the wall; they show that we are dedicated to quality control at every stage of production.

As part of safety tests, the dielectric strength and insulator resistance are checked. EMI/EMC testing makes sure that our units meet international standards and won't damage sensitive electronics.

Testing for dependability over the whole working range, including changing temperatures, is done. We pay close attention to the display's functionality—we check its precision against calibrated tools and see how well it can be seen in all kinds of circumstances.

Certificate

FAQ

Q: What makes the display feature valuable?

The integrated display eliminates the need for external measurement equipment during routine checks. You'll see real-time voltage, current, and status information at a glance. Maintenance becomes faster and more efficient when troubleshooting or conducting preventive inspections.

Q: How does the high-frequency design improve performance?

Higher switching frequencies allow for smaller magnetic components, reducing overall size and weight. This design also enables faster transient response when loads change suddenly. Your equipment experiences more stable power even during demanding operational conditions.

Q: Can this power supply handle harsh industrial environments?

Absolutely. Our units operate reliably in temperatures from -10°C to +70°C. The robust design withstands vibration, electromagnetic interference, and other challenging conditions common in industrial settings. Hundreds of installations in factories and industrial parks prove this capability.

Q: What happens during a power outage?

The intelligent battery management system ensures seamless transition to backup power. Your connected equipment experiences no interruption. The display shows battery status, allowing you to monitor remaining backup time and plan accordingly.

Q: How accurate is the built-in display?

Display accuracy typically ranges within ±1-2% of actual readings—perfectly suitable for monitoring and operational awareness. For precision calibration work, we recommend using certified external meters, but for daily operations, the built-in display provides reliable information.

Q: Is installation complicated?

Standard installation follows straightforward procedures. Our technical documentation provides clear guidance. With over 30 intermediate technicians and 17 senior technicians supporting our products, we're available to assist with any installation questions.

Q: What maintenance does this system require?

Minimal maintenance is required thanks to the solid-state design and automated management systems. Regular visual inspections and periodic battery testing constitute the primary maintenance activities. The display simplifies monitoring, helping you catch potential issues before they become problems.

Q: How does the N+1 redundancy work?

The system includes one more module than required for your load. If any single module fails, the remaining modules automatically handle the full load without interruption. This architecture is standard in critical applications where downtime is not acceptable.

Our Manufacturing Capability

Our complete manufacturing system is what makes every power source work. We use more than 120 sets of high-tech equipment, such as CNC automatic winding machines and microcomputer-controlled gradient cure ovens.

Our technical team is made up of 15 senior engineers, more than 30 intermediate technicians, and 17 senior technicians who are committed to quality and new ideas. We're not just putting together parts—we're also making power supply technology better, as shown by the 18 patents we've won through ongoing development.

At every stage, quality control is used. Buying raw materials, inspecting arriving goods, production, inspecting produced goods, storing, delivering, and installing all have to follow strict rules. The idea of "zero defects" has been woven into every part of our business.

Why Partner With Xuzhou Tuojie?

Proven Track Record

Over 20 years of industry experience backs our products. We've completed hundreds of key power projects across municipal, commercial, and industrial sectors. Projects like XCMG Group factory power supply upgrades and GCL Photovoltaic Industrial Park demonstrate our capability with large-scale, demanding applications.

Comprehensive Solutions

We don't just sell power supplies—we provide complete power distribution solutions. Need transformers, low-voltage switchgear, or cables? We've got you covered. Our one-stop approach simplifies procurement and ensures compatibility across your entire power system.

Customer-Focused Approach

Your unique requirements drive our solutions. We provide tailored products suited to diverse environmental conditions and country-specific requirements. Our philosophy of "technology first, service paramount, and integrity fundamental" guides every customer interaction.

Global Standards Compliance

All products meet international standards with proper certifications. National CCC Mandatory Certification covers our low-voltage products. Our commitment to standards ensures smooth integration into your projects regardless of location.

CUSTOMER CASE

Contact Us

Ready to power your critical operations with a High-Frequency Switch Mode DC Power Supply with Display confidence? Reach out to discuss your specific requirements: tuojie@electricinchina.com​​​​​​​

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