Rack-format regulated power supply, designed for cabinet integration and for systems that require controlled voltage and current.
Rack-mountable regulated power supply modules for cabinet integration. 2U / 3U form factors, 230 Vac single-phase or 400 Vac 3-phase input.
| Model | Output | Mains input | Format | Dimensions (W × D) | Form factor | Weight |
|---|---|---|---|---|---|---|
| MX 1200W | 1200 W | 230 Vac single-phase | 19" rack / enclosure | 19" × 275 mm | 2U | 7 kg |
| MX 1500W | 1500 W | 230 Vac single-phase | 19" rack / enclosure | 19" × 275 mm | 2U | 8 kg |
| MX 2400W | 2400 W | 230 Vac single-phase | 19" rack / enclosure | 19" × 380 mm | 2U | 9 kg |
| MX 3000W | 3000 W | 230 Vac single-phase | 19" rack / enclosure | 19" × 380 mm | 2U | 14 kg |
| MX 4000W | 4000 W | 400 Vac 3-phase | 19" rack / enclosure | 19" × 380 mm | 3U | 15 kg |
| MX 5000W | 5000 W | 400 Vac 3-phase | 19" rack / enclosure | 19" × 380 mm | 3U | 16 kg |
| MX 6000W | 6000 W | 400 Vac 3-phase | 19" rack / enclosure | 19" × 380 mm | 3U | 18 kg |
| Output voltage | MX 1200W | MX 1500W | MX 2400W | MX 3000W |
|---|---|---|---|---|
| 0 – 10 V | 0 – 120 A | 0 – 150 A | 0 – 240 A | 0 – 300 A |
| 0 – 20 V | 0 – 60 A | 0 – 75 A | 0 – 120 A | 0 – 150 A |
| 0 – 30 V | 0 – 40 A | 0 – 50 A | 0 – 80 A | 0 – 100 A |
| 0 – 40 V | 0 – 30 A | 0 – 35 A | 0 – 60 A | 0 – 75 A |
| 0 – 60 V | 0 – 20 A | 0 – 25 A | 0 – 40 A | 0 – 50 A |
| 0 – 80 V | 0 – 15 A | 0 – 15 A | 0 – 30 A | 0 – 37,5 A |
| 0 – 120 V | 0 – 10 A | 0 – 12 A | 0 – 20 A | 0 – 25 A |
| 0 – 150 V | 0 – 8 A | 0 – 10 A | 0 – 16 A | 0 – 20 A |
| 0 – 200 V | 0 – 6 A | 0 – 7,5 A | 0 – 12 A | 0 – 15 A |
| 0 – 300 V | 0 – 4 A | 0 – 5 A | 0 – 8 A | 0 – 10 A |
| 0 – 600 V | 0 – 2 A | 0 – 2,5 A | 0 – 4 A | 0 – 5 A |
| 0 – 1200 V | 0 – 1 A | 0 – 1,25 A | 0 – 2 A | 0 – 2,5 A |
| 0 – 1500 V | 0 – 0,8 A | 0 – 1 A | 0 – 1,5 A | 0 – 2 A |
The maximum current depends on the voltage rating. 4000 W / 5000 W / 6000 W ratings (400 Vac 3-phase, 3U): specifications on request. Non-contractual data.
A single power blade, or several racks assembled in a cabinet: the same electronics, the same interface, the power you want.
The same power blades, assembled in two cabinet formats depending on whether you are equipping a workshop or a laboratory.
Workshop format, designed for continuous production: high power density, filtered and controlled air cooling, easier servicing thanks to front access.
Laboratory and test-bench format: each rack individually controllable, front-panel instrumentation, programmable current profiles and test traceability.
Example configuration — MultiOne RackLab: 16 × 100 A at 12 V in a single cabinet, Ethernet control, dimensions W 550 × D 600 × H 1600 mm, Ethernet node built into the cabinet. Any other voltage / current combination can be configured on request.
All your power integrated into one cabinet: electrical specifications and control options of the modular range.
| Parameter | Value |
|---|---|
| Technology | Switch-mode — 70 kHz IGBT switching |
| Supply | 400 Vac 3-phase +/−10 % — 50–60 Hz, no neutral + PE |
| Efficiency | 86 % to 94 % depending on model |
| Power factor | > 0,98 |
| Ripple | < 1 % over the operating range |
| Regulation | 0 to 100 % in voltage and current |
| Précision | < 0,5 % |
| Linearity & stability | < 0.2 % over 8 hours |
| Ambient temperature | 40 °C max — 50 °C with derating |
| Relative humidity | 85 % non-condensing |
| Protection | Overload, short circuit, temperature rise |
| Compliance | CEM EN 55022 — DBT EN 60950 |
Data taken from MicronX documentation — non-contractual, subject to change without notice.
Configure this product to match your process: control, metering and specific options. Three families of options, which can be combined to suit your application.
Reverses the direction of the current in the circuit — a real asset when starting up your bath.
Optimal accuracy across two orders of magnitude, to cope with varying currents.
Regulation measured at the load terminals: compensates for the voltage drop in the power cables.
Voltage or current ramp-up, plus a cycle timer for controlled start-ups.
Dual-output rectifier: balanced current sharing from a single setpoint, with simplified wiring.
Wherever a piece of equipment needs a clean, stable and adjustable DC source — one that does not drift over the hours.
Powering a test bench and monitoring how equipment behaves over time.
See the page →Characterising a component, powering a prototype, reproducing an operating condition.
Discuss my requirement →A stable, accurate source — the condition for repeatable measurements from one test to the next.
Discuss my requirement →Validating a solution on a small scale before moving up to workshop scale.
See the catalogue →Worth remembering: a regulated power supply does not run your test — it provides the DC source the test relies on. Its stability directly determines how repeatable your measurements are.
Four steps between your workshop mains supply and your installation.
Your installation is fed by the mains network, in alternating current. A component or a test bench under test, however, needs direct current.
The rectifier turns that alternating current into direct current, the only form your application can use.
You set a voltage or current setpoint. The electronics hold it continuously, despite variations in the load and in the mains supply.
The regulated direct current goes out to your equipment. Continuous measurement compares the result with the setpoint and corrects any deviation immediately.
A rectifier is rarely bought off the shelf: it is selected, configured, installed and maintained.
Process, voltage, current, environment, installation constraints: the right rectifier is chosen from your actual requirement.
Describe my requirement →02Control, metering, interfaces: your rectifier is configured for your installation, then assembled in our workshops in Villette-d'Anthon.
See the options →03Our technicians come on site for the connection, the settings and the handover to your teams.
On-site service →04Servicing, repair, genuine parts: your equipment stays operational year after year.
Repair & maintenance →Our teams design solutions to match your power and environmental constraints.