CEMarked CEMarked Years Automation Heritage (Since 1990)
Dedicated Manufacturing Plant
Maximum Unit Power Capacity
Computerized Routine Tested
Discover our industrial-grade switchboards, explosion-proof units, and load regulators engineered to eliminate downtime across harsh operational environments.
Combining the parent company's automation engineering roots established in 1990 with modern computerized testing infrastructure in a state-of-the-art 5,500 m² facility.
Our remote control panels and magnetic subsystems are built strictly compliant with the Low Voltage Directive (LVD) and Electromagnetic Compatibility (EMC) standards, ensuring rapid permitting across Europe and the Americas.
Grounded in decades of PLC, SCADA, and hazardous-area panel construction, we engineer systems that directly integrate with leading platforms including Siemens, Rockwell Automation, Schneider, and ABB.
Every enclosure, coil, and terminal bus undergoes double voltage double frequency (DVDF) testing, infrared temperature measurement, open/short-circuit characterization, and milliohm winding checks prior to shipment.
A comprehensive examination of industrial topology changes, thermal dissipation, harmonic control, and next-generation procurement standards.
Procurement teams are shifting away from standalone panels toward pre-commissioned, modular assemblies that integrate power conditioning directly into the cabinet architecture.
The transition toward Industry 4.0 demands intelligent power distribution cabinets that communicate telemetry back to centralized edge systems.
Remote automation infrastructure experiences severe power-quality stress due to non-linear Variable Frequency Drive (VFD) loads.
Key technical parameters for electrical consultants and EPC contractors shortlisting control panel infrastructure.
| Equipment Type | Standard Ratings | Dielectric / Protection Class | Primary Industrial Application |
|---|---|---|---|
| GCS / GCK Series Drawout Cabinets | 380V - 690V, up to 4000A Busbar | IP30 - IP54, IEC 61439-1/2 | Motor Control Centers (MCC), Continuous Process Lines, Heavy Mining |
| Flameproof Distribution Panels | Up to 660V, 10A - 630A Modules | Exd IIC T6 Gb, IP66 Cast Aluminum | Refineries, Chemical Plants, Offshore Platforms, Paint Lines |
| Static / Automatic Stabilizers | 10kVA - 1000kVA, 3-Phase Servo/Static | Class H / F Insulation, Air Cooled | Precision CNC Machining, High-Sensitivity Robotics, Lab Clusters |
| Active / Passive Harmonic Filters | Up to 500HP / 600V | IEEE 519 Standard Compliance | Heavy VFD Pumping, Extrusion Lines, HVAC Chillers |
| Pad-Mounted Power Distribution | Up to 35kV, 50VA - 5000kVA | ANSI/IEEE C57, Mineral Oil / Dry Resin | Renewable Energy Farms, Industrial Sub-Stations, Commercial Microgrids |
Clear, direct answers regarding regulatory compliance, manufacturing lead times, custom enclosures, and technical support.
Each custom remote control panel is manufactured under strict adherence to European Directives 2014/35/EU (Low Voltage Directive) and 2014/30/EU (EMC Directive). We compile a formal Technical Construction File (TCF), perform certified dielectric and thermal rise testing, and issue a signed Declaration of Conformity along with complete single-line schematics.
Yes. In addition to standard GGD and GCS sheet-steel cabinets, we manufacture BXM(D) explosion-proof distribution assemblies constructed of copper-free cast aluminum alloy (Exd IIC T6 Gb) and 316L stainless steel enclosures rated up to IP66, engineered specifically for chemical plants, offshore oil platforms, and grain processing facilities.
To provide an accurate technical bid within 24 to 48 hours, please provide the system nominal voltage, frequency (50/60Hz), total connected load (kVA/kW), primary control logic requirements (PLC, SCADA, or relay-based), preferred switchgear brands (e.g., ABB, Schneider, Siemens), ingress protection (IP rating), and ambient thermal constraints.
Our 5,500 m² plant is equipped with computerized routine test consoles capable of running open-circuit, short-circuit, and high-voltage insulation tests up to 5000kVA. Testing protocols include milliohm winding resistance measurements, Double Voltage Double Frequency (DVDF) induced overvoltage validation, and full functional simulation of drawout switchgear mechanisms.
Whether you require standard low-voltage switchboards, custom VFD motor control centers, or high-capacity power transformers, our application specialists provide rapid engineering evaluation and competitive factory-direct quotes.
Send an Inquiry
