| MOQ: | 10 |
| Price: | 9.9-12.9USD |
| Standard Packaging: | Neutral Packing |
| Delivery Period: | 20 day |
| Payment Method: | Western Union,T/T |
| Supply Capacity: | 10000 |
Product Name: 180W DC-DC Converter
Quality: ISO14001, TS16949
Conversion Type: Step-Up 12V to 24V
Power Rating: 180 W
Input Voltage: DC 12 V
Input Range: 9-18 Vdc
180 W Step-Up, 12 V To 24 V: A compact step-up module rated 180 W that turns a 12 V vehicle supply into a stable 24 V output, so 24 V equipment can run on a 12 V bus, truck or trailer without a second battery.
9-18 Vdc Input Window: The input range of 9-18 Vdc absorbs cranking dips and charging spikes on a 12 V system, and the finned aluminium case spreads heat so the module keeps its output in a hot engine bay.
180W DC-DC Converter for stepping a 12 V vehicle supply up to 24 V. The module takes 9-18 Vdc input and delivers a regulated 24 V output at up to 7.5 A (180 W), so 24 V equipment such as lighting, radios, cameras and telematics can run on a 12 V bus, truck or trailer without a second battery or a separate alternator.
The converter is built on a step-up topology with a finned aluminium heatsink case, so heat from the switching stage spreads into the housing instead of building up inside. Input and output leads are fitted with ring terminals for a clean screw connection, and the module is produced under ISO14001 and TS16949 quality control for vehicle electrical use.
The 9-18 Vdc input window absorbs cranking dips and charging spikes on a 12 V system, so the 24 V output stays stable through engine start and load switching. The compact sealed module mounts on a panel or bulkhead in the cab, under the seat or in the battery box, and is suitable for bus, truck, trailer and semi-trailer electrical systems, fleet retrofits and OEM programs.
|
Parameter |
Value |
|
Product Name |
180W DC-DC Converter |
|
Quality |
ISO14001, TS16949 |
|
Conversion Type |
Step-Up 12V to 24V |
|
Power Rating |
180 W |
|
Input Voltage |
DC 12 V |
|
Input Range |
9-18 Vdc |
Open the packaging carefully, inspect the coupling body, sealing ring and tube ends for scratches or damage, and handle gently to avoid surface scratch or seal damage. Do not pull forcibly or bend sharply during installation to avoid safety risks of connection loosening and seal cracking. Installation should be performed by qualified personnel to ensure correct assembly, stable sealing performance, and service safety.
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