HV Split Acquisition Module 1 evo 
The HV Split Acquisition Module 1 evo (HV SAM1 evo) acquires the current and voltage values of the HV SBM evo and also performs the filtering, calculation of effective values and power, as well as the data output via EtherCAT® and CAN.
The separation of the sensor modules (HV SBM evo or HV SBML evo) and the HV SAM1 evo measurement module allows the elements to be arranged separately. While the breakout boxes integrate almost perfectly into the HV cables due to their design, the measurement module does not have to be installed directly at the measurement point.
The HV SBM_I evo or HV SBML_I evo is connected to the measurement module via a HV-safe and shielded sensor cable. The sensor cable also supplies the measurement electronics in the shunt module of the HV SBM_I evo or HV SBML_I evo. The HV SBM_U evo or HV SBML_U evo or a suitable sensor cable for the HV voltage tap is connected to the HV SBM_I evo or HV SBML_I evo.
The HV SAM1 evo measurement module is used for data acquisition, filtering and for calculating effective values and power. In addition, the encapsulated housing and galvanic isolation ensure HV safety for users and components.
Currents are measured in the corresponding HV Split Breakout Modules (HV SBM_I evo or HV SBML_I evo). The voltage measurement is carried out in the HV SAM 1 evo with the measured HV+ and HV- potentials (HV+ is tapped via HV SBM_U evo, HV SBML_U evo or sensor cable).
The measurement data is passed on via EtherCAT® and CAN bus.
With the Option Calculated Channels the active, apparent and reactive power, power factor as well as the RMS values to be calculated directly in the module from the sampled measurement values. The calculated values are passed on to the measurement computer or a data logger via CAN.
| HV SAM1 evo | ||
|---|---|---|
| Inputs | 1 x voltage signal, 1 x current signal | |
| Number of measured phases | 1 | |
| Measurements signals | Inner conductor current and voltage | |
| Inner conductor current (Nominal) | ±50 to ±1,000 A Four configurable measurement ranges, depending on shunt module used. See data sheet. | |
| Voltage | ±100, ±200, ±500, ±1,000, ±2,000 V For the acquisition of transient overvoltage, the measuring range is dimensioned to ±2,000 V. | |
| Measurement data rate | ||
| ECAT | 1, 2, 5, 10, 20, 50, 100, 200, 500, 1,000, 2,000 kHz | |
| CAN | 1, 2, 5, 10, 20, 50, 100, 200, 500 Hz, 1, 2, 5, 10 kHz | |
| Output signals | ||
| ECAT | Voltage, current, instantaneous power | |
| CAN | Voltage, current With Option Calculated Channels additionally: RMS values for voltage and current, active power, apparent power, reactive power and power factor Lambda | |
| Integration time RMS value and power calculation | 10 ms to 10 s | |
| Measurement categories | ||
| CAT 0 | 1,000 V | |
| CAT II | 600 V | |
| CAT III | 300 V | |
| Operating conditions | ||
| Housing protection class | IP67 | |
| Operating temperature range | -40°C up to +120°C | |
| Pollution degree | 4 | |
| Safety conformity | EN 61010-1:2020 | |
The HV BM Split evo can be flexibly integrated into the measurement points thanks to the separate design of the sensor modules and measurement module.
The direct output of power and RMS values allows various analyses without the use of special hardware and software in road tests. More in-depth analyses, such as signal ripple and correlation with measured values from other CSM measurement modules (e.g. temperatures), can be carried out with the Vector CSM E-Mobility Measurement System.
