Active PSM power system module is the name of Rittal 's new series of active power-socket modules that incorporate a permanent display of the total current per plug-in module in a rack. User-defined limit values, switching delay times and warning functions provide reliable protection against overloads. Some benefits are: lower operating costs thanks to remote administration, reduced installation costs through 'on-demand' expandability and the investment safeguards of a scalable system, says the company.
Two independent three-phase supplies of the Rittal solution each provide up to 48 A - ie, max 96 A in total. The shock-hazard-protected vertical supply busbar accommodates up to seven plug-in modules over its 2000 mm height.
An additional special feature of the active PSM system is the informative user interface. Rittal integrated current measurement and a corresponding display into the active power system module. It is possible to monitor the instantaneous current load per socket module, which minimises risks of overloading. A three-digit display indicates the current value. Where limit values have been defined for each module, an LED (red/green) signals the system status. If the current consumption approaches the critical level at which the built-in fuse could be tripped, the red LED and an integrated beeper give a timely warning. The built-in fuse itself is also monitored. Since the module can be rotated by 180° in installation, an integrated clinometer ensures proper orientation of the figures on the display.
Rittal has incorporated the active PSM system into its CMC-TC monitoring concept, so, in this way, all the operating parameters can be configured and managed remotely from a central administrator PC via http and/or SNMP. Alarm messages are also generated automatically when the defined current limits are reached and can then be evaluated from a central control office.
Reliable power solution Conical Technologies
Power Electronics / Power Management
The Mibbo MLD-120W-xxVx is a robust DIN-rail mounted DC-DC converter with a 120 W output capacity specifically designed for industrial and automation applications.
Read more...Easing the path for IPPs navigating local energy regulations
Power Electronics / Power Management
Independent Power Producers (IPPs) and developers venturing into South Africa’s renewable energy sector face an onerous and challenging regulatory landscape characterised by uncertainty in securing grid connections and considerable development costs.
Read more...Wide input voltage buck-boost converter Altron Arrow
Power Electronics / Power Management
The MAX77859 from Analog Devices is a high-efficiency, high-performance buck-boost converter targeted for systems requiring a wide input voltage range of between 2,5 and 22 V.
Read more...Development kit for TI’s SN6507
Power Electronics / Power Management
This comprehensive solution is designed to help engineers evaluate the performance of TI’s SN6507 transformer driver for isolated power supplies.
Read more...High-voltage IGBT Hi-Q Electronics
Power Electronics / Power Management
Diotec Semiconductor has launched the DIW030M060 IGBT, a 600 V, 30 A device with a built-in reverse diode.
Read more...DC converter for Hi-Rel applications Vepac Electronics
Power Electronics / Power Management
The MFK2812S from Crane Aerospace & Electronics is a DC-DC converter with an input voltage range of 16 to 50 V and an output of 12 V at up to 2,08 A.
Read more...Distributed Energy Resource Management Systems Schneider Electric South Africa
Power Electronics / Power Management
In addition to grid stability, DERMS also play a role in energy trading with some countries leveraging DERMS for real-time energy trading.
Read more...BYD introduces new energy storage solutions
Power Electronics / Power Management
BYD Energy Storage, a business division of BYD, has introduced the new BYD Battery-Box LV5.0+ at the recent Solar & Storage Live Africa in Johannesburg.
Read more...Micro energy harvesting
Power Electronics / Power Management
Panasonic Industry and Miromico partner to show effective micro energy harvesting for industrial applications.
printer friendly version