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IDEALPLUSING CE Certified 30-60V to 48V 12A 15A 576W 720W Buck Boost Converter Voltage Regulator for Industrial
Product Description
Professional Buck Boost Converter Voltage Regulator for Industrial Applications
Key Features
DC/DC converter is a voltage converter which can effectively output fixed voltage after converting input voltage. Our solutions are divided into three categories: Boost type, boost & buck type, and buck type.
- Control Types: PWM control type for high efficiency and low ripple/noise. PFM control type for low power consumption under small loads.
- Automatic Switching: Automatically converts to PWM control when heavy loads occur.
- Applications: Widely used in mobile phones, digital cameras, portable media players, and industrial chopper circuits.
- Customization: We specialize in customizing converters from 1V to 1000V DC and 1A to 1000A to meet specific requirements.
Product Specifications
| Parameter | Details |
|---|---|
| Type | Non-isolate |
| Model | IPS-DTD30-60S4815 |
| Input Voltage | 30-60VDC |
| Output Voltage | 48VDC |
| Output Current | 15Amps |
| Output Power | 720Watts |
| Shell Material | Aluminum |
| Dimensions | 126*105*52MM |
| Net Weight | 1KG |
| Waterproof Level | IP67 |
Comprehensive Model Series
Non-Isolated Converters
| Type | Model/Series | Input to Output | Current Options |
|---|---|---|---|
| Boost Converter | IPS-DTD12S24** | 12V to 24V | 1A - 50A |
| Boost Converter | IPS-DTD12S48** | 12V to 48V | 1A - 20A |
| Buck Converter | IPS-DTD24S12** | 24V to 12V | 1A - 100A |
| Buck Converter | IPS-DTD48S24** | 48V to 24V | 1A - 50A |
| Buck Converter | IPS-DTD72S12** | 72V to 12V | 1A - 50A |
| Boost & Buck | IPS-DTD8~40S12* | 8~40V to 12V | 1A - 25A |
Isolated Converters (Industrial High Power)
| Input Range | Output Voltage | Peak Power | Efficiency |
|---|---|---|---|
| 12V / 24V ±15% | 12V / 24V | 100W - 8000W | 90±4% |
| 48V / 72V ±15% | 48V / 72V | 100W - 8000W | 90±4% |
| 110V - 600V ±15% | 110V - 800V | 100W - 8000W | 90±4% |
Product Showcase
Technical Guidance
- Protection Systems: Most products feature output overcurrent, short-circuit, input undervoltage, and overheating protection.
- Inductive Loads: For motor or coil applications, we recommend choosing a power supply with 3-5 times the rated power of the load.
- Safety: For precious loads, isolated power supplies are highly recommended to prevent high input voltage from passing to the output.
- Isolated Systems: The negative poles (ground) of isolated products must be kept separate. They provide the highest level of reliability and safety.
- Outdoor Use: Our gold-colored aluminum casing models are high-temperature resistant and ideal for high-demand outdoor environments.
Frequently Asked Questions
Q1: What is the main difference between isolated and non-isolated converters?
Isolated converters provide an electrical barrier between input and output, protecting the load from input voltage surges. Non-isolated converters are generally more compact and efficient but share a common ground.
Q2: How do I choose a converter for a motor load?
Because motors create inductive surge currents, it is recommended to use a power supply that provides 3 to 5 times the rated power of the motor load to ensure stability.
Q3: Are these converters waterproof?
Many of our industrial models, like the IPS-DTD30-60S4815, feature an IP67 waterproof rating, making them suitable for wet or outdoor environments.
Q4: Can I get a customized voltage range?
Yes, we specialize in customization. We can provide tailored input and output voltages ranging from 1V to 1000V DC and currents from 1A up to 1000A.
Q5: What happens if there is a short circuit at the output?
Standard buck-boost and step-down products come with built-in short-circuit protection. For step-up series, we recommend adding appropriate fuses at the input end.
Q6: Do isolated power supplies support negative voltage input?
Yes, isolated power supplies can support negative voltage input. Please ensure the 0V line is connected to the red wire and the negative voltage line to the black wire.
