We use cookies to Improve your online experience. By continuing browsing this website, we assume you agree our use of cookies.

Language

English

Currency

Back

HOME

PRODUCTS

ABOUT US

USD

USD (US Dollar)

Back

Tester & Detector

Resistance Meters

Air Quality Monitors

Electrical Equipment

Power Supplies

VFD

DC-DC Converters

Slip Rings

Sensors

Current Sensor

Voltage Sensor

Torque Sensor

Load Cell

Limit Switch

Why Us

USD

USD (US Dollar)

Home > Electrical Equipment > DC-DC Converters > 60V to 12V DC-DC Buck Converters

1/1

60V to 12V DC-DC Buck Converters, 5A-20A, 60W-240W

Ultra-Wide input range 60V to 12V buck converter.
Waterproof, dustproof, shockproof and resistant to corrosive environments.
Simple design, clear interface, easy to install and integrate quickly.

$80.30

SAVE $10.00 WITH PURCHASE OVER 1 UNITS

Get it

AUTO10

Received successfully

Coupon Code

Quantity:

1/1

Overview
FAQ

OVERVIEW
GoodProx 60V to 12V DC-DC buck converter provides stable voltage step-down from 60V to 12V for automotive, marine, industrial and solar applications. Covering 5A–20A / 60W–240W, this IP68 buck converter features up to 96% efficiency, full protections and a rugged sealed design. It is the reliable 60V to 12V step-down converter for mobile and industrial power systems.

FEATURES

Wide Power Range: 5A–20A, 60W–240W for versatile load demands.
High Efficiency: Up to 96% conversion, low energy loss.
IP68 Waterproof: Dustproof, waterproof, shock-resistant for harsh environments.
Full Protections: Over-voltage, over-current, over-temperature, short-circuit protection.
Stable Output: Voltage regulation ±1%, low ripple & noise.
Wide Temp Range: -40°C to +85°C working temperature.
Cast Aluminum Shell: Rugged, durable, excellent heat dissipation.
Certified Safe: CE, RoHS certified, long warranty.

SPECIFICATION GP-CVT-60S12, 60V to 12V Series

SKU/Model	GP-60S1205	GP-60S1210	GP-60S1215	GP-60S1220
Rated Voltage	60V DC
Rated Voltage Range	32-75V DC
Output Voltage	12V DC
Voltage Regulation	±1%
Output Current	5A	10A	15A	20A
Output Power	60W	120W	180W	240W
Output Type	Single Phase
Efficiency	93%	92%	92%	96%
Load Regulation	<2%
No Load Loss	80mA	80mA	80mA	30mA
Ripple & Noise	180mVp-p	180mVp-p	180mVp-p	96mVp-p
Protections	Over load, Over Voltage and Over temperature protections
Waterproof Level	IP68
Certificates	CE, RoHS
Working Temp.	-40 ~ + 85℃
Weight (kg)	0.30	0.30	0.30	0.30
Size (mm)	747432	747432	747432	747432
Warranty	18 months

APPLICATIONS

✔️Industrial

✔️Alternative Energy

✔️Golf Cart

✔️Forklift

✔️Electromotor

✔️Telecommunications

✔️Boat & Yacht

✔️Medical

✔️Dua Battery System

✔️LED Marketplaces and so on.

USAGE NOTE

1. Use within rated input voltage range for 60V to 12V step-down converter.
2. Do not overload the output current or power.
3. Ensure good heat dissipation for high-power models.
4. Follow wiring diagram to avoid short circuit.
5. Keep away from flammable materials during operation.

Why Choose GoodProx GP-CVT-60S12 Buck Converter?

✅ Stable 12V output from 60V input for 60V to 12V DC-DC buck converter.
✅ IP68 waterproof design for outdoor & harsh environment use.
✅ Up to 96% high efficiency saves energy & reduces heat.
✅ Full protections ensure safe long-term operation.
✅ Wide current selection from 5A to 20A fits all needs.
✅ CE & RoHS certified for industrial & vehicle safety.

DC-DC Converter FAQ

What is the difference between a Buck and a Boost converter? +

A Buck converter (Step-down) reduces the input voltage to a lower output voltage.
A Boost converter (Step-up) increases the input voltage to a higher output voltage.

What does "Isolated" vs "Non-Isolated" mean? +

Isolated converters have electrical separation (via a transformer) between input and output, which provides safety and noise immunity.
Non-Isolated converters share a common ground and are typically more efficient and compact.

What is the efficiency of this converter? +

Efficiency is the ratio of output power to input power. High-efficiency converters (e.g., >95%) minimize power loss as heat, which is crucial for battery-powered applications and thermal management.

Why is my converter overheating? +

Possible causes:

Exceeding the rated output load → Reduce power draw.
Poor ventilation → Ensure airflow around the unit.
Faulty wiring → Check connections.

The output voltage is unstable. What should I do? +

Try:

Check input voltage (must be in input voltage range).
Verify load is within output limit.
Test with a multimeter to confirm output.

Can I use this with solar panels? +

Yes, DC-DC converters are commonly used in solar systems to match the panel voltage to the battery or load voltage. Ensure the input voltage range covers your solar panel's maximum power point (MPP).

Professional support access: