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IREM STEROSTAB M Single-Phase Voltage Stabilizer – A high-tech solution for ensuring a stable power supply to mission-critical equipment. The STEROSTAB M Series – these are single-phase electromechanical voltage stabilizers from the Italian manufacturer IREM, designed using advanced technologies for more precise and reliable voltage stabilization in industrial, medical, laboratory, and residential environments.
Key advantages of IREM STEROSTAB M-series voltage stabilizers
- Ultra-precise stabilization – output voltage accuracy of up to ±1%, which significantly exceeds standard specifications and is ideal for highly sensitive equipment.
- Extended input voltage range – effective operation with input voltage fluctuations from 10 to 30% (depending on the model), ensuring reliability in unstable power grids.
- Advanced electromechanical regulation – smoother and faster voltage correction, reducing equipment wear.
- Increased overload capacity – supports peak loads up to 12 times the rated value for a short period, which is especially important for high-power electrical appliances.
- Silent operation with improved cooling – an optimized natural ventilation system for long-term operation without noise or overheating.
- Durability and reliability – designed for over 25 years of operation without a decline in performance.
- High efficiency >98% – maximally efficient use of electricity with minimal losses.
- Compliance with European standards – manufactured in Italy in compliance with ISO 9001 standards and CE certified.
Technical specifications of the IREM STEROSTAB M series (single-phase)
| Power supply type | Single-phase |
| Rated input voltage | 220V, 230V, or 240V |
| Rated output voltage | 220V, 230V, or 240V |
| Stabilization accuracy | ±1% RMS |
| Frequency | 50/60 Hz ±5% |
| Permissible load fluctuations | 0–100% |
| Overload capacity | 12× rated power for 10 ms, 6× for 6 seconds, 3× for 1 minute |
| Harmonic distortion | <0.05% |
| Efficiency | >98% |
| Cooling | Natural convection with optimized airflow |
| Protection rating | IP21 |
| Standard equipment | Digital voltmeter, indicator lights, tropicalized control boards |
Application of IREM Sterostab M voltage stabilizers
IREM Sterostab M voltage stabilizers are designed to ensure the most accurate and reliable voltage stabilization in single-phase networks.
- Medical equipment — stable power supply for CT scanners, ultrasound machines, laboratory analyzers, and other high-precision medical devices.
- Laboratories and scientific institutions — power supply for precision instruments and equipment sensitive to voltage fluctuations.
- Industrial equipment — protection against surges and power dips in the networks of CNC machines, drives, controllers, and automated systems.
- Telecommunications systems — uninterrupted operation of servers, communication nodes, and data centers.
- Offices, financial institutions — power stabilization for computers, cash registers, and network infrastructure.
- Residential applications — protection of sensitive electronics, “smart home” systems, home generators, and other equipment.
Comparison of IREM MINISTAB M and STEROSTAB M stabilizers
| Specifications | MINISTAB M | STEROSTAB M |
|---|---|---|
| Input voltage range | ±10–30% | ±10–30% with improved stability |
| Overload capacity | Up to 10× rated (short periods) | Up to 12× rated (short periods) |
| Harmonic distortion | <0.1% | <0.05% |
| Cooling | Natural convection (fanless) | Optimized natural convection |
| Service life | Up to 20 years | Over 25 years |
| Applications | General industrial, household, and medical equipment | High-precision medical, laboratory, and industrial equipment |
Warranty and service support from Total-Energo LLC
Total-Energo LLC — the official distributor and service partner for IREM stabilizers in Ukraine.
We offer installation, configuration, and regular maintenance services to help extend the service life of the voltage stabilizers and reduce the risk of malfunctions.
For consultation, orders, or service support, please contact us using the contact information provided on the website.