Switch Mode System
The system which saves 40% energy
Switch Mode rectifier tecnology symbolizes the latest point that the world reached ever on rectifier technologies. Being smaller, higher working yield,lower ripple ratio properties comparing to classic rectifiers ensures perfect solution on plating processes.
On Switch Mode rectifiers high frequency swtching technique is implemented to control transistor. Hence it doesn’t contain iron based transformator it is quite small and light. It is proved that it saves 20%-30% energy more because of its special technology comparing to thyristor controlled rectifiers at the same currentand voltage values. Considering situations like wrong rectifier choice, wrong application etc.. it can be observed that energy saving up to 40% is possible with these systems. High-speed IGBT technology
Modular power platform and multi-frame internal connection
Microprocessor Control System
Energy savings up to 40% compared to Thyristor Controlled Rectifiers
Compensation-free system, Power Height (cos Φ = 1)
Low output ripple 't (<% 2)
High precision voltage and current regulation
Quick response time and high stability load changes (~ 1ms)
Distributed power control
75% space saving compared with Thyristor Controlled systems, base size 43 x 43cm
60% lighter than the Thyristor Controlled systems
The main on-off switch on the front and the operator control panel
Easy access to all input / output connections on the rear
RS485 - RS232 serial communication unit
Automation Compatible System
PC / PLC Connection
Air-cooled system
Remote Control Panel Profibus DP Connection Automation Automation Device Net Connection Ethernet Communication Water Cooling System IP 54 Protection System Current-controlled pulse-Base System, 1 ms pulse duration Alkaline Copper
Copper Processes
Aluminum Anodizing
Electric Oil Import
Electro-plated metal
Electro Polishing
Decorative Chrome Plating
Hard Chrome Plating
Hard Anodized Coating
Hole in the Coating
Production of Nano Materials
Electronic PCB Printed Circuit Manufacturing
Precious Metal Plating
Nickel Processes
Zinc Processes
OUTPUT CHARACTERISTICS
Power DCR: for each frame until 75kW (Up to 3 reverse module) DC Voltage: 8-100V DCR Voltage: 8-50V Hardware Control Method: Flow control Control Accuracy: The maximum current or voltage at 1 / 1000 's Current regulation rate: 5% Maximum flow - 100 Voltage Regulation Ratio: The maximum voltage of 20% - 100 Ripple (All Configurations): Exit the condensers, depending on rate regulation <0.5% or <2% Efficiency: 87% Power factor:> 93% Power Factor: cos Φ = 1 Secondary with stand voltage: 500VAC 50Hz 1dak. Between the secondary and the ground Main voltage: 3 x 400VAC ± 10% (other voltages on request, eg. 3 x 230VAC, 3 x 440VAC) Frequency: 50 - 60Hz Neutral: not available Primary current: 160A maximum for each case Earth leakage current: See specifications EMC filter input. Primary withstand voltage: IEC 60204
Location (Place): Only use indoors Air Cooled: IP 33 Compliance with EU Directives: 2006/95/EC - Low Voltage Directive
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