Options and Functions for the TC.P Series
HMI Display
Front panel integrated control unit with graphic LC-Display, select wheel, push buttons and interactive text menus
19” Remote Control Unit (RCU.RM)
19-inch rack-mount remote control unit with graphic LC-Display, select wheel, push buttons and interactive text menus
19” Remote Control Unit incl. Emergency Stop Button (RCU.RM.2CH)
19-inch rack-mount remote control unit with emergency stop button (2-channel) and with graphic LC-Display, select wheel, push buttons and interactive text menus
Desktop Remote Control Unit incl. Stop Switch (RCU.DT.1CH)
Desktop remote control unit with stop switch (1-channel) and with graphic LC-Display, select wheel, push buttons and interactive text menus
CAN Interface (CANmp)
The rear panel integrated CAN multi-protocol (CANmp) interface has a 1 kHz data rate, a 12-bit resolution, and is adaptable to any proprietary CAN bus. In addition, it supports dbc file handling.
CANopen Interface
The rear panel integrated CANopen interface includes RS232REAR, standard RS-232 on front panel not usable
USB Interface
The rear panel integrated USB interface includes RS232REAR, standard RS-232 on front panel not usable
CANopen + USB Interface
The rear panel integrated CANopen and USB interface includes RS232REAR, standard RS-232 on front panel not usable
Ethernet Interface
The rear panel integrated Ethernet interface includes RS232REAR, standard RS-232 on front panel not usable
LXI Interface
The rear panel integrated LXI interface includes RS232REAR, standard RS-232 on front panel not usable
IEEE Interface
The rear panel integrated GPIB / IEEE488.2 / SCPI interface includes RS232REAR, standard RS-232 on front panel not usable
RS232REAR Interface
The rear panel integrated RS-232 interface includes RS232REAR, standard RS-232 on front panel not usable
RS422 Interface
The rear panel integrated RS-422 interface includes RS232REAR, standard RS-232 on front panel not usable
Solar Array Simulation Software (SASControl)
The powerful application software SASControl opens up convenient possibilities both for the definition of specific array curves and for the live-assessment of static and dynamic MPP tracking. I-V curves are calculated with high accuracy in real-time. SASControl fully complies with the efficiency measurement procedures for maximum power point tracking (MPPT) in solar inverters as described in EN 50530. Core to the application software SASControl is a versatile script programming system which allows the easy implementation of individual programming sequences. Report generation of measured data is included.
Key features & functionality
– Remote connection to TC.P device / system via PC interfaces, e.g. USB or LAN interface
– Easy generation and simulation of characteristic I-V curve of solar panels according to EN 50530 standard
– Parameter based operation, simple script programming for automated processes up to seven devices for multi-string simulations
– Consideration of the theoretical MPP value for tracking efficiency calculation
– Display and logging of various actual and set value
Time function engine (TFEAAP)
The time-based function engine TFE is a powerful function creator working in the time domain able to generate nearly each voltage/current/power-to-time function. TFE runs as a firmware in real-time on board of each REGATRON DC power supply. Programming and setup of TFE functionality is done by TopControl Software – the versatile application and service tool coming with each DC power supply. This powerful tool allows for entering, saving and recalling of complex test sequences. Base functions like sine, triangle, rectangle can be directly called. Furthermore user defined curves with up to 1000 points and linear interpolation can be entered and stored. Amplitude, frequency, offset and symmetry can be combined in a simple way. User-defined function sequences with a resoluation of 50 µs can be saved in the memory of TC.P and may be recalled at any time. Exporting, importing and even off-line data processing is possible with a text editor.
A second feature of time-based TFE is called application area programming AAP. This feature allows the definition of a functional interdependency of DC output quantities like current, voltage or power compared to another process variable. Function is given by a user-defined slope or a table of value pairs. By this, TC.P power supply behaves like a two pole network with defined characteristics. As mentioned under TFE heading, AAP is refreshed also every 50 µs, ensuring a fast response to any parameter variation. Relevant example: voltage dependent output current of a PV-panel or current dependent output voltage of a fuel cell.
Safety Interface (ISR)
Integrated safety relay (ISR) for increased emergency stop reliability, supporting performance level PL c / PL e according to EN ISO 13849
AC Filter Discharge (XCD)
Discharging of the AC filter (XCD), is mandatory when using the device with a plug connection. XCD ensures a discharge time of the AC filter <1 s as required by EN 62477-1
Protection Covers
– DC terminal protection cover with transparent polycarbonate and quick-acting closure
Order Code: PAC.P9.DC for 32 kW devices
Order Code: PAC.LIN.75 for TC.P.LIN.75.1500.50.LC
– DC terminal protection cover with a pair of plasticized black bellows
Order Code: PAC.P6.DC for 16 kW devices
– AC terminal protection cover with transpartent polycarbonate and quick-acting closure
Order code: PAG.P9.AC for 32 kW devices
AirFilter
– Front-panel-mounted air filter
– Metal frame, replaceable filter mat
– Recommended for use in dusty environments and with IP20 cabinets
Order code: AIRFILTER.6 for 16 kW devices
Order code: AIRFILTER.9 for 32 kW devices
Liquid Cooling
Liquid cooling is carried out at power supply module level. A inlet temperature of 18 to 35°C is recommended. The advantage of liquid cooling of power supply units is that the dissipated heat can be removed from the laboratory / test bench without the need for costly A/C installations.
Ruggedization against Shock and Vibration (RUGG.SAV.P)
For operation in mobile applications under enhanced requirements to vibrations, shock and ever-changing environments. TC.P provides different environmental protection levels. To be ordered separately or in combination with RUGG.ENV.P.
Protection against Humidity and Pollution (RUGG.ENV.P)
All printed circuit boards (PCB) are covered with a conformal coating to provide additional protection against environmental influences such as humidity and pollution. TC.P provides different environmental protection levels. To be ordered separately or in combination with RUGG.SAV.P.
Rack Integrated System Solutions
– Mobile rack solutions on castors up to 128 kW
– Air- or liquid cooled solutions
– Flight case cabinet design for frequent relocation to different test sites
– Third-party product integration like AC&DC cables and safety components to reach performance level e (PL e) according ISO EN 13849-1
– Optional insulation monitoring unit
– Easy reconfiguration between parallel, series, and mixed operation by means of DC switch panel
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