High Accuracy; 0.03% Typical
6 Phase Power Analyzer in 2U form factor
1MHz Bandwidth ideal for distorted signal analysis such as PWM Inverter drives
Real-time monitoring and efficiency calculation of Electrical to Electrical and Electrical to Mechanical
High Accuracy; 0.03% Typical
6 Phase Power Analyzer in 2U form factor
1MHz Bandwidth ideal for distorted signal analysis such as PWM Inverter drives
Real-time monitoring and efficiency calculation of Electrical to Electrical and Electrical to Mechanical
High Accuracy; 0.03% Typical
6 Phase Power Analyzer in 2U form factor
1MHz Bandwidth ideal for distorted signal analysis such as PWM Inverter drives
Real-time monitoring and efficiency calculation of Electrical to Electrical and Electrical to Mechanical
High Accuracy; 0.03% Typical
6 Phase Power Analyzer in 2U form factor
1MHz Bandwidth ideal for distorted signal analysis such as PWM Inverter drives
Real-time monitoring and efficiency calculation of Electrical to Electrical and Electrical to Mechanical
High Accuracy; 0.03% Typical
6 Phase Power Analyzer in 2U form factor
1MHz Bandwidth ideal for distorted signal analysis such as PWM Inverter drives
Real-time monitoring and efficiency calculation of Electrical to Electrical and Electrical to Mechanical
High Accuracy; 0.03% Typical
6 Phase Power Analyzer in 2U form factor
1MHz Bandwidth ideal for distorted signal analysis such as PWM Inverter drives
Real-time monitoring and efficiency calculation of Electrical to Electrical and Electrical to Mechanical
0.1% FS Basic accuracy - 4~16 Analogue DC Inputs +/-10V
20 Analogue Outputs +/-10V - 4~16 Thermocouple Inputs (Type J or Type K)
Up to 10ms update rate - Measured Parameters within PPA are able to be mapped to the Analogue Outputs
