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Power Cube SA/400 Series

Power Cube SA/400 Series

The Power Cube SA/400 Generator Series is a high power Induction unit in a compact size with embedded advanced microprocessor based control software and state-of-the-art electronics. This allows very high efficiencies (>96%) under a wide variety of workload conditions while maintaining precise, stable and repeatable output power.
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Key Points

Precision Performance: Designed for heating small parts or localized areas with high accuracy and repeatability.
High Frequency Capability: Optimized for reliable power delivery at higher frequencies where field control and penetration are critical.
Automatic Matching Network: Delivers broad load tolerance and fast tuning to accommodate variable part geometries and materials.
High Efficiency: >96% conversion efficiency reduces energy consumption and supports lean operation.
Advanced Control: Microprocessor-regulated output for stable, repeatable process results.
Compact and Integrated: Space-saving design with integrated monitoring and control.
User-Friendly Interface: 7-inch touchscreen provides intuitive access to process settings, profiles, and diagnostics.
Data Logging and Remote Monitoring: Built-in web server supports traceability and quality assurance.
Programmable Thermal Profiles: Supports up to 20 time-temperature segments for complex heating cycles.
SCADA/DCS Integration: Optional fieldbus modules allow seamless connection to supervisory control systems.
Minimal Cooling Requirements: Low water flow demand reduces utility costs.
Safety-Focused: Fully compliant with electrical and EMC standards, with galvanic isolation for operator and system protection.
Industrial Durability: Stainless steel enclosure ensures long-term reliability in demanding production environments.

Medium-High Frequency Induction Power Supplies: Precision Heating with Superior Matching

These medium-high frequency induction power supplies are engineered to deliver stable, efficient performance where precision heating is required. Operating across higher frequency ranges and supporting output levels from 12.5 kW to 100 kW, these units excel in applications targeting smaller components or tightly controlled heating zones on larger assemblies.

The integrated automatic matching network ensures optimal power transfer across a broad range of load conditions, particularly at higher frequencies where precise tuning is critical. This capability allows the system to maintain consistent heating performance even when processing complex geometries or variable part loads.

With advanced microprocessor control, high efficiency exceeding 96%, and seamless integration with modern control systems, these compact units provide an ideal solution for high-precision manufacturing environments.

These medium-high frequency power supplies provide unmatched flexibility and performance for precision induction heating, making them a trusted choice for advanced manufacturing applications where quality and control cannot be compromised.

12.5
SA/400		12.5
SA/400-2H		2X12.5
SA/400		25
SA/400		25
SA/400-2H		2X25
SA/400		50
SA/400		75
SA/400		100
SA/400
Power Supply and PowerMax. input power12.5 kW12.5 kW2x12.5 kW25 kW25 kW2x25 kW50 kW75 kW100 kW
Max. power at inductor1000 kVAR1000 kVAR2x 1000 kVAR2000 kVAR2000 kVAR2x 2000 kVAR2000 kVAR4000 kVAR
Power supply400 Vac a10%, three-phase - 50 Hz / 60 Hz, no neutral
Input current23A max46A max85A max135A mx180A max
CoolingWater cooling systemWith water, with direct off-take from mains at recommended pressure of approx. 400 kPa
Min. pressure 200 kPa, max. pressure 800 kPamin. pressure 350 kPa
max. pressure 550 kPa
Minimum flow rate on Generator2,5 litres per minute6 litres per minute
Minimum flow rate on Heating Head2 to 10 litres per minute, depending on used coil3 to 20 litres per minute, depending on used coil
Water temperature at inletfrom ambient temperature to 45°C (without condensation)
Water flow rate> 4,5 l/min> 6 l/min>8 l/min> 16 l/min
Pressure350 – 800 kPa
Control and MonitoringAutomatically stabilized heating power (not influenced by power supply voltage variations)
Activation of cycle: via external contact, RS-232 or Field Bus (accessory)
Control and Time Programming of 2 antioxidant gas diffusers, 2 cooling gas diffusers, 2 heating heads and 2 soldering wire feeders
Available settings: heating power; heating temperature (resolution 1/10°C until 1000°C, then 1°C); antioxidant gas supply times
Control of the temperature of the article being processed: via optical temperature sensors, thermocouple or external sensors
SH15/SLE sample rate: 0.5 milliseconds
Self-DiagnosticCheck of temperature and of the cooling water presence
Supply voltage too high
Supply voltage too low
Generators parameter screenshot
Working cycle malfunction
Reading/writing malfunction of internal memory cells
Programming access control through a password
Phase missing
Correct inductor dimensioning check
Soldering wire presence
Power Cube missed connection
Internal malfunction
Inductor short circuit
Operating ConditionsOperating temperature+ 5 °C to + 55 °C
Storage temperature- 20 °C to + 70 °C
Relative humidity0 - 95% (non condensing)
IP protection degreeIP54
Weight74 Kg79 Kg98 Kg97 Kg106 Kg170 Kg170 Kg275 Kg320 Kg
Safety FeaturesGalvanic isolation from the mains supply voltage
Complies with applicable international standards for Electrical Safety (EN 60204-1) and Electromagnetic Compatibility (EN 61000-6-2, EN 61000-6-4)

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