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250W SERIES Single And Dual Output ( DC+8-40V OR DC+38-163V Input )
The 250W Series high-power DC-DC converters feature dual wide-input ranges (DC 8-40V or DC 38-163V) and deliver a consistent 250W output. Supporting both single and dual output configurations, these units provide stable voltage regulation for 12V to 48V systems and are compatible with PCB, chassis, and DIN-rail mounting.
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₹8,500.00
Description
Product Details
DC Input : DC+8-40V OR DC+38-163V
| Part Number | Output Voltage |
|---|---|
| IDC300-18S12-M / IDC300-36S12-M | 12V |
| IDC300-18S14-M / IDC300-36S14-M | 13.80V |
| IDC300-18S19-M / IDC300-36S19-M | 19V |
| IDC300-18S24-M / IDC300-36S24-M | 24V |
| IDC300-18S28-M / IDC300-36S28-M | 28V |
| IDC300-18S48-M / IDC300-36S48-M | 48V |
Designed for mission-critical reliability, the 250W Series bridges the gap between high-voltage power sources and sensitive electronics. This series offers exceptional input flexibility with two primary variants: one for low-voltage systems (8-40V) and one for high-voltage industrial or rail buses (38-163V).
Each model in the series maintains a full 250W power rating across its entire output range, including standard 12V and 24V options as well as specialized 13.8V (battery charging), 19V, 28V, and 48V outputs. The isolated architecture prevents ground loops and protects downstream components from input spikes. With its versatile mounting footprint—supporting PCB, Chassis, and DIN-rail—it is a preferred choice for integration into everything from compact electronic boards to large-scale industrial control panels.
Converter Type: Buck-Boost / Isolated Wide-Input
Technically, these units are Wide-Input Isolated Regulators. Utilizing advanced Buck-Boost topology, they automatically step the input voltage up or down to provide a perfectly regulated output, regardless of whether the source voltage is above or below the target level.
Technical Specifications
| Specification | Details |
|---|---|
| Input Voltage (VDC) | DC+8-40V OR DC+38-163V |
| Output Voltage (VDC) | 12V, 13.80V, 19V, 24V, 28V, 48V |
| Output Power | 250W |
| Topology | Buck-Boost (Step-up/down) |
| Isolation | Isolated |
| Mounting Type | PCB – Chassis – DINRail Mount |
| Protections | Input Undervoltage, Over Temperature, Overcurrent, Overvoltage, Short Circuit |
| Number of Outputs | Single and Dual Output |
| IP Rating | IP65 |
Key Applications
Electric Vehicles (EV) & Forklifts: Converting high-voltage traction battery power to 12V or 24V for onboard systems like steering, lighting, and telemetry.
Railway Systems: Optimized for 72V, 96V, and 110V rail buses with a high-voltage input range of up to 163V.
Military & Defense: Rugged power conversion for mobile communication centers and specialized army vehicles.
Heavy Industrial Automation: Providing high-power DC for PLCs, robotic arms, and complex motor controllers.
Marine Electronics: Stabilizing power from shipboard battery banks for navigation and communication hardware.
FAQs
What input voltage ranges are supported by industrial 250W DC-DC converters?
Industrial 250W converters commonly support wide DC input ranges such as 9–36VDC, 18–75VDC, or 30–88VDC, making them suitable for 12V, 24V, 36V, 48V, and 72V battery-operated systems.
Are 250W DC-DC converters available in isolated and non-isolated versions?
Yes. Industrial applications may require either:
- Isolated DC-DC converters for electrical isolation, EMI reduction, and safety
- Non-isolated converters for compact size and higher efficiency
The selection depends on the system architecture and grounding requirements.
Are these converters suitable for solar and renewable energy systems?
Yes. 250W DC-DC converters are commonly used in solar monitoring systems, renewable energy infrastructure, battery charging systems, and SCADA applications requiring reliable DC voltage regulation.
Can the 250W DC-DC converter be used in electric vehicle applications?
Yes. High-power 250W DC-DC converters are widely used in electric vehicles (EVs), forklifts, AGVs, golf carts, battery management systems (BMS), onboard controllers, and industrial electric mobility platforms requiring efficient DC voltage conversion.
Can the 250W DC-DC converter support continuous 24/7 operation?
Yes. Industrial-grade converters are engineered for continuous-duty operation under full-load conditions with appropriate thermal management and airflow design.
Product Details
DC Input : DC+8-40V OR DC+38-163V
| Part Number | Output Voltage |
|---|---|
| IDC300-18S12-M / IDC300-36S12-M | 12V |
| IDC300-18S14-M / IDC300-36S14-M | 13.80V |
| IDC300-18S19-M / IDC300-36S19-M | 19V |
| IDC300-18S24-M / IDC300-36S24-M | 24V |
| IDC300-18S28-M / IDC300-36S28-M | 28V |
| IDC300-18S48-M / IDC300-36S48-M | 48V |
Designed for mission-critical reliability, the 250W Series bridges the gap between high-voltage power sources and sensitive electronics. This series offers exceptional input flexibility with two primary variants: one for low-voltage systems (8-40V) and one for high-voltage industrial or rail buses (38-163V).
Each model in the series maintains a full 250W power rating across its entire output range, including standard 12V and 24V options as well as specialized 13.8V (battery charging), 19V, 28V, and 48V outputs. The isolated architecture prevents ground loops and protects downstream components from input spikes. With its versatile mounting footprint—supporting PCB, Chassis, and DIN-rail—it is a preferred choice for integration into everything from compact electronic boards to large-scale industrial control panels.
Converter Type: Buck-Boost / Isolated Wide-Input
Technically, these units are Wide-Input Isolated Regulators. Utilizing advanced Buck-Boost topology, they automatically step the input voltage up or down to provide a perfectly regulated output, regardless of whether the source voltage is above or below the target level.
Technical Specifications
| Specification | Details |
|---|---|
| Input Voltage (VDC) | DC+8-40V OR DC+38-163V |
| Output Voltage (VDC) | 12V, 13.80V, 19V, 24V, 28V, 48V |
| Output Power | 250W |
| Topology | Buck-Boost (Step-up/down) |
| Isolation | Isolated |
| Mounting Type | PCB – Chassis – DINRail Mount |
| Protections | Input Undervoltage, Over Temperature, Overcurrent, Overvoltage, Short Circuit |
| Number of Outputs | Single and Dual Output |
| IP Rating | IP65 |
Key Applications
Electric Vehicles (EV) & Forklifts: Converting high-voltage traction battery power to 12V or 24V for onboard systems like steering, lighting, and telemetry.
Railway Systems: Optimized for 72V, 96V, and 110V rail buses with a high-voltage input range of up to 163V.
Military & Defense: Rugged power conversion for mobile communication centers and specialized army vehicles.
Heavy Industrial Automation: Providing high-power DC for PLCs, robotic arms, and complex motor controllers.
Marine Electronics: Stabilizing power from shipboard battery banks for navigation and communication hardware.
Additional information
| DC Output Voltage | 12V, 13.80V, 24V, 28V, 48V |
|---|
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