111
ProductsPower Supply Modules
image-post3-630x630-g5dcc4
image-post3-630x630-g5dcc4
image-post2-630x630-aqydju
Power Supply ModulesIn Stock Components

Power Supply Modules

Pro-Engineered Power Modules

Uniregal Pro-Engineered Power Modules | The Gold Standard in DC Stability

Stop Settling for "Good Enough" Power. Protect Your Logic. Protect Your Bottom Line.

In the world of industrial automation, a power supply module is more than a converter—it is the shield between a volatile electrical grid and your sensitive PLC, HMI, and I/O systems.
At Uniregal, we don’t just build power supplies; we build peace of mind. Our modules are designed for engineers who know that the cost of a "cheap" power supply isn't the price on the tag—it’s the $5,000-per-hour cost of unexpected downtime when that module fails in a heat-soaked cabinet.



🛠 ENGINEERED FOR THE HARSH REALITY OF THE FACTORY FLOOR

1. Thermal Resilience: Efficiency Where It Counts

Most power supplies claim high efficiency at 25°C in a lab. Uniregal modules are optimized for real-world cabinet temperatures. With up to 94% efficiency, we minimize waste heat. This keeps your cabinet cool and extends the life of adjacent components by 20-30%.

2. Signal Purity (Ultra-Low Ripple & Noise)

"Ghost errors" in sensors and analog signals are often caused by electrical noise from poor-quality switching power supplies. Our modules feature multi-stage EMI filtering, delivering a clean, stable DC output that ensures your precision instruments stay precise.

3. The "Global Passport" (Export-Ready Hardware)

Building a machine for a client in Germany? Or a factory in Texas? Uniregal modules feature a universal AC/DC input (85-264VAC) and hold full UL508, CE, and RoHS certifications. You can standardize your design globally with a single SKU.

4. Advanced Load Handling (Power Boost Technology)

Don't oversize your power supply just to handle a motor's startup surge. Our units provide a 150% power boost for up to 5 seconds, allowing you to handle inductive loads without tripping protections or overspending on higher-wattage units.



📦 OUR CORE POWER LINEUP

Series
Output Range
Application Focus
Titan Slim-Line
12V / 24V (15W - 480W)
Maximize rail space in crowded control panels.
Force Industrial
24V / 48V (Up to 960W)
Heavy-duty machinery, CNC, and high-torque motors.
Sync-Redundancy
Dual-Input Modules
Mission-critical systems where power failure is not an option.
Grid-Flex (3-Phase)
320-575VAC Input
Large-scale infrastructure and high-voltage industrial grids.



💡 THE BUYER’S TECHNICAL FAQ: SOLVING YOUR INTEGRATION CHALLENGES

Q1: My control cabinets are small and have zero airflow. Will these modules overheat?

A: This is exactly why we focus on efficiency. Heat is the #1 killer of electronics. Because Uniregal modules convert power so efficiently (94%+), they generate significantly less heat than "economy" brands. We also use high-grade industrial aluminum heatsinks and components rated for full-load operation at 60°C, ensuring they thrive in "dead-air" environments.

Q2: How do you handle "dirty power" or voltage spikes from heavy machinery?

A: Industrial grids are noisy. Our modules are equipped with 4kV surge protection and integrated Varistors (MOV). When a nearby large motor switches on/off and sends a spike down the line, our module absorbs the hit, protecting your expensive PLC from a fatal overvoltage event.

Q3: We export machines globally; will I have issues with local safety audits?

A: Absolutely not. Uniregal modules are built to meet UL508 (Industrial Control Equipment) and EN62368-1 standards. When the safety inspector looks at your panel, seeing a certified Uniregal module makes the approval process seamless. We provide all necessary Declaration of Conformity (DoC) paperwork upon request.

Q4: Can I run two modules in parallel for higher current or backup?

A: Yes. For higher current, our modules support parallel operation (look for the "P" toggle on the front panel). For mission-critical backup, we recommend using our Redundancy (ORing) Modules, which allow two power supplies to share the load. If one fails, the other takes over with zero-millisecond transfer time.

Q5: What is the real-world lifespan? I don't want to replace these every 2 years.

A: We use 105°C-rated long-life electrolytic capacitors. Under standard operating conditions (40°C, 75% load), our MTBF (Mean Time Between Failures) exceeds 550,000 hours. In simple terms: install it, and you likely won't touch it again for the next 15-20 years.



POWER YOUR NEXT PROJECT WITH UNREGAL.

Don't let a weak power link be the failure point of your automation system. Secure your infrastructure with Uniregal.