Operating ambient temperature up to 50°C with derating.
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Improved efficiency by utilizing synchronous rectification technology to minimize losses. Modules under 16V can see efficiency gains of up to 6 percentage points. These benefits can also be seen with higher voltage modules operating at lower voltages, improving the full range of the efficiency curve.
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Allows switching the output between forward and reverse polarity.
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This function is available when rise and fall times faster than 1 second are critical for the production process. Done by a combination of software and a selection of electrical components. Recipe patterns can be followed by controlling the CPU to achieve a rise time and fall time of 1ms with no overshoot when using resistive loads.
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An input to supply power directly to the CPU that enables continuous communication and monitoring in case the primary power is disconnected. A 24 Vdc input is included; an added internal power supply is required if a single-phase input is needed.
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Reduces the DC ripple to < 1%.
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Certain components are changed to meet UL standard compliance.
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The E-Stop system can be configured to cut the output power of the rectifier. Complies with international standards IEC 62061 SIL Level 3 Protection and ISO 13849-1 Protection Level E. The E-Stop of rectifiers can be interconnected for simultaneous emergency activation when necessary to ensure operational safety. The E-Stop can be activated by peripheral devices when emergency conditions are detected. It is possible to configure for automatic or controlled reset.
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A wide range of industrial communication standards via a certified HMS AnyBus IC. Communication protocols are not CPU software dependent and are interchangeable with ease. The Data Map structure is not communication protocol dependent, allowing for simplified system integration. Optional communication protocols: Profibus-DP, DeviceNet, EthernetIP, Profinet, Modbus-TCP.
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Allows for the control of the rectifier with an analogue PLC.
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This function is available when rise and fall times faster than 1 second are critical for the production process. Done by a combination of software and a selection of electrical components. Recipe patterns can be followed by controlling the CPU to achieve a rise time and fall time of 1ms with no overshoot when using resistive loads.
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SOLENOID—
An optional installation accessory that can be used to segregate the incoming water flow of the system. Prevents condensation when the rectifier is not in operation. It is not available when using the integrated Water to Water Heat Exchanger.
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