Momentum S series wide programmable direct current power MS500VDC3400W-H

The Momentum S series is a one-way output programmable direct current power source; single phase or three phase input options; and global general input voltage support. Designed for high power density structures; 10 kW output power within 2U sizes; higher power requirements can be met through fibre optics. A wide range of output is also used; current and voltage output is expanded at full power output; and use is more flexible. High-end appearances with simple UI touch interfaces; software-enabled test features; and test applications such as system integration testing, battery charging and simulation, vehicle electronic testing and solar panels simulation. Functions and advantages; clear, intuitive, easy-to-touch screen design; humanization; full-touch panel design for the series; simple UI interface; easy completion of parameter setting and professional programming functions; large character display of output parameters; remote reading for clearer visualization; support for front panel USB data loading and uploading; support for front panel flipping; and hands-on operation. Wide range output, high power density design; Momentum S series single output voltage up to 1,500 V; current up to 630 A. Adopt wide range output design; expand current and voltage output at full power output; meet wider test needs; no additional model is required. Designed for high power density; 10 kW output power within 2U volume; 150% higher than the density of SP-1U/2U series. Flexible input methods; this series supports global generic input voltage; one-way/three-phase exchange input is available; additional test application scenarios are met. Edit output sequences; this series of power sources provides three modes of the list/Program/Step to edit the output sequences; supports clients to quickly select according to actual test needs; and triggers the output to automatically transform the output according to the edited file. The series also supports the serial output of multiple files; it sets the number of repetitions per file and the number of executions of the entire series file. Fibres are integrated; performance is perfect; the series supports the Master-Slave function; and the machine uses high-speed fibre-optic communication capability; achieves near-zero transmission delays; supports the synchronization of all functions and performance without decline; adequately addresses the slowness and poor accuracy of traditional combinations; and perfects operational experience such as single machine testing. Provides multiple size specifications; meets desktop usage and system integration. Priority of CC&CV is optional; the series supports the priority selection function of CC&CV; determines whether the output is a voltage high-speed mode or a current-free model; and applies test needs for different types of load. When testing LED loads; users can select CC-priority mode; output current overload is avoided. For integrated circuit testing, recharge testing, and transient power simulation of automobile electronics. Increases and decreases in slopes are adjustable; this series supports voltage, current climbs and decreases in slopes. External simulated volume control & surveillance (optional); programming of output voltage or currents from zero to full mass range by connecting external voltage (0-5V/0-10V) or external resistance (5-10K); and monitoring of current output voltages and currents by imitation of volume surveillance (0V-5V/0-10V). The DDS function is any function; the sequence is internalised by a sine wave; a triangle wave; a rectangular wave; a gradient wave; a typical wave shape, such as a saw-tooth wave and a step leap; and a user-friendly editing and call. In addition to the standard functions described above, you can edit and output any complex functions that can be used for research and development and production tests. The built-in motor vehicle electronic standard test curve; the German standard DIN 40839 standard vehicle power network with a voltage curve and ISO 16750-2 pulsed wave shape; rapid voltage up/down response speed; combination of any function generator function; more realistic simulation of the impact of test conditions on electronic equipment; and the preferred power test instrument in the automobile electronics industry. Photovoltaic array simulations; I-V curves of solar panels that can be simulated by this series of power sources; Curve Mode; user-defined models; and three SAS Mode models that incorporate standard curves. Use Curve Mode; only four parameters are required to paint a characteristic curve similar to the solar array. Under custom mode; users can edit up to 4096 points of I-V curves to achieve dynamic cloud cover effects; can be applied to solar reverser maximum power tracking (MPPT) performance tests. internal SAS model; a user can simulate I-V curve output and generate a report with simple parameters. Battery simulation functions; this series of power sources supports cell simulation functions; the true working state of multiple batteries can be simulated. A battery simulation software can be combined; the output voltage will be changed in real time according to the external pull current. The software provides real-time data monitoring and data report queries; and real experimental data for engineers to study battery power systems. Three-part charge mode; three-part charge curves of the battery types common on the market for this series of power sources; the customer can call directly or modify the switch to the charge phase based on actual test data. And this series of power hardware circuits has been optimized; the power is shut down when recharge is complete; at this point, however much battery voltage, the inhaling current is low to around 10 mA; even uninstrued batteries can effectively prevent the inhaling of batteries

All-touch flip panel design; simple UI interface; operation easier and faster; support for global generic input voltage; single/triangular input option; high-power density structure design; 2U/10kW; wide-range output design; full power provision for wider voltage and current mix; fibre-optic condensation; interference resistance, transmission extreme speed; constant performance (selection); voltage/flow increase/reducing slope adjustable; List/Step mode editing output sequences; support for heavier voltage (CV), constant current (CC), constant power (CP) automatic switching; CC&CV priority; arbitrary DDS function *; light volt array simulation *; analogue charge *; battery simulation *; internal vehicle standard test curve *; external simulation control and monitoring (selection); support for SCPI; built-in WebServer; over/overflow/overflow/overtime temperature/US short-temperature protection *; three-band chargeable charge *; battery simulation *, battery simulation *; internal vehicle standard test curve & & ANTLB5/