Hardware Specifications

As presented in table 1, a PELab-6PH can be configured for different power rates. For more details, please consult the user guide published and updated by Taraz Technologies.

Table 1. PELab-6PH Power Configurations

Configuration	Maximum DC-link voltage	Nominal current	DC-link capacitance

Configuration	Maximum DC-link voltage	Nominal current	DC-link capacitance
1	800 V	8 A	470 uF
2	400 V	16 A	1500 uF
3	200 V	16 A	2700 uF
4	800 V	30 A	400 uF
5	80 0V	50 A	400 uF

In the rest of this user guide, the main focus is on the first configuration as it is available in the laboratory for model development and testing.

The following table also provides more details in terms of hardware, limitations, protection, and dimensions, for the first configuration of PELab-6PH.

Table 2. PELab-6PH Hardware Specifications

Parameter	Value

Parameter	Value
DC-Link capacitors	470 uF, 800 V
Nominal leg current	8 A at 50 kHz
Minimum dead time	0.2 us
Maximum switching frequency	300 kHz
Power module fuses	12 A
PELab interface card revision	PELab.05
PELab microcontroller revision	PEController.08
Inductors	2.5 mH, 10 Arms, 20 A saturation
Pre-charge resistors	47 kOhm
Overvoltage protection level	800 V
Overcurrent protection level	20 A
Dimensions	483 (W) x 643 (D) x 176 (H) mm
Weight	36 kg

The sensitivity of the internal and external voltage and current sensors is as below:

Table 3. PELab-6PH Sensors Scaling

Measurement	Sensitivity

Measurement	Sensitivity
Current (E1)	0.4 V/A
Current (E2)	0.4 V/A
Current (E3)	0.4 V/A
Current (H1)	0.4 V/A
Current (H2)	0.4 V/A
Current (H3)	0.4 V/A
Back panel current (i1)	0.1 V/A
Back panel current (i2)	0.1 V/A
Voltage (F1-F3)	10 mV/V
Voltage (A1-A4)	10 mV/V
Voltage (L1-L4)	10 mV/V
Voltage (G1-G3)	10 mV/V
Back panel voltage (V1)	10 mV/V
Back panel voltage (V2)	10 mV/V
Back panel voltage (V3)	10 mV/V
Back panel voltage (V4)	10 mV/V