Vitrek DL550500V/84A/500W DC Load with 9.6kW/130A transient capacity

Product Features: Input Voltage: 0 to 500V Max. Current >1s: 84A Max. Power >1s: 500W Transient Capacity: 9.6kW/130A Easy-to-use color touchscreen for quick setup, measurement configuration, channel selection and use High accuracy measurements (0.05%) of voltage and current within pulses or sweep steps as short as 20µs Generates kW, mW or µW loading >20:1 higher and >1000:1 lower loading capability range than most presently available DC loads Transient and non-linear loading capabilities ranging from 125 to 500 watts with sweep capability Wide bandwidth non-linear loading modes Arbitrary loading sequence with up to 100 steps to simulate virtually any "real-world" loading High speed pulsed loading up to 100kHz Fully configurable loading, rising, and falling edge controls and soft-start capability Excellent transient performance in timing and waveshape with ability for user to view current and voltage waveforms using internal scope Fully protected short loading, with automated current and power timing Comprehensive self-test gives assurance that all loading and measurement circuitry is properly functioning Unique graphical X/Y plotting of V vs I and V vs P characteristics using swept loading Historical data logging capability, both graphical and numerical Leading accuracy typically >10:1 better than other units at lower loading levels and >2:1 better at high loading levels, with ISO17025 traceability available Displayed Results Include: 'Real-Time' Results: Numerically represented measured actual applied voltage and actual loading current, and computed load power and resistance or conductance Pulse Result: Numerically represented measured actual applied voltage and actual loading current within a pulse, and computed load power and resistance or conductance OCP or OPP Result: Numerically represented maximum current and power achieved prior to voltage dropping below set voltage Battery Test: Numerically represented accumulated A.Hr and W.Hr, as accumulated since operation was started with automatic stop at ending voltage Historical Data Logging: Graphically represented measured actual applied voltage and actual loading current and computed load power with down to 1ms resolution and long-term maximum Oscilloscope: Graphically represented up to 400kSPS sampled applied voltage and loading current XY Plot: Graphically represented V vs A/W plot of swept measurement results