How MDA Series DC-DC Modules Solve Power Challenges in Industrial Automation?

2026-06-05
When setting up or upgrading a factory control system, engineers keep hitting the same wall: the DC bus voltage doesn't match the equipment.


In many plants, the main bus runs at 48V or 110V, while PLCs, sensors, and HMI panels need 24V. The wrong adapter causes downtime, noisy signals, or voltage spike damage. The MDA series solves this directly.


MDA Series at a Glance


Five input voltage options — 12V, 18V, 24V, 48V, and 110V — with outputs from 5V to 24V at 30W to 100W. All models share 116.4 × 65 × 22 mm dimensions and 1500VDC input-output isolation.



表格
ModelInputOutputUse Case
MDA75-18S129–36 VDC12V / 6.25ARailway signaling
MDA100-48S2436–72 VDC24V / 4.16APLC cabinets, sensors, HMI
MDA100-110S2466–154 VDC24V / 4.16AEnergy storage, telecom UPS
MDA75-24D05/1218–36 VDC±5V / ±12V dualPrecision instruments



Why Isolation Matters


Without isolation, motor or VFD voltage spikes travel straight into your PLC. MDA modules put a 1500VDC barrier between the noisy bus and sensitive loads — the most common fix for unexplained PLC resets.


All models include five protection functions (input UV/OV lockout, over-temperature cutoff, output over-current limit, auto-recovery short circuit), three temperature grades from -25°C to +85°C (up to -55°C for military grade), and dual-side pin-out for easy cabinet wiring.


Getting Started


Our team can help match the right model to your load profile and environment. Samples are available before production orders.


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