The multifunction device PVCHECKs allows quickly and safely carrying out the electric safety tests provided for a PV system (section in DC) and the functional test of modules/strings the system consists of according to the requirements of Standard IEC/EN62446. When testing safety, PVCHECKs is a real innovation, since it is capable of measuring insulation of a module, string or of a whole photovoltaic field (IEC/EN62446) with no need to use an external switch to short-circuit the positive and negative terminals. PVCHECKs also allows checking the functionality of the connections and of the strings in a photovoltaic field, according to the provisions of standard IEC/EN62446 by measuring the open circuit voltage and the short-circuit current at operating conditions (OPC) and referred to STC (via the optional measurement of irradiation, also with the use of optional accessories SOLAR02 and HT304N), providing an immediate result as regards the measurement just carried out, both in absolute terms and by comparison with the previously tested strings. Finally, PVCHECKs also allows analyzing the performance of the photovoltaic field (DC) under operating conditions (therefore connected to the inverter) with the use of optional accessories SOLAR02 and HT304N, providing an indication of the generated power and of the performance of the field itself, as required by IEC/EN62446.
| Continuity of protective conductors with 200mA | |
| PV string/fields insulation with no service interruption with test voltage 250, 500, 1000V DC | |
| Quick IVCK test for measuring Voc and Isc on PV modules and strings | Up to 1000V / 15A |
| DC side efficiency of the photovoltaic field | |
| Use of remote unit SOLAR-02 with USB \ RF connection | RF |
| Measurement of direct (front side) irradiation with reference cell | |
| Temperature measurement of cell and environment | |
| AC/DC voltage in single-phase/three-phase systems | DC |
| AC/DC current in single-phase/three-phase systems | DC |
| Active P, Reactive Q, Apparent S Power/Energy | only active P |
| Max number of simultaneously selectable parameters | 5 |
| Recording with selectable integration period | 5s-60m |
| Summary table of main electric parameters | |
| Measuring range of I-V curve / VOC-ISC | 1000V / 15A only VOC-ISC |
| Measurement category | CAT III 300V |
| Backlit LCD display | |
| Internal memory | 999 Locations |
| Provided PC interface with software for Windows | |
| Custom management of internal PV module database | |
| Auto power off | |
| Help on line on the display | |
| Size (LxWx H) (mm) | 235x165x75 |
| Weight in grams (batteries included) | 1200 |
Soft bag with two big compartments to transport devices and accessories.
This pair of adapters allows for the connection of device PVCHECK to photovoltaic panels with connectors MC4.
Measuring range: 100 ÷ 1400W/m2
Basic accuracy: ±3.0% reading
Type of cell: Monocrystalline
FOV angle: >160°
IP rating: IP65 according to IEC/EN60529
Output connector: custom 3-pin HT connector
Connection cable: approx. 2m
Dimensions (WxDxH): 111x85x28mm
Weight: 240g
This pair of adapters allows for the connection of device PVCHECK to photovoltaic panels with connectors MC3.
PVCHECKs performs just with one test the insulation resistance of all field with test voltage up to 1000VDC. You will get as measure result: Total parallel resistance value, Positive pole resistance value and Negative pole resistance value.
Connect your PVCHECKs to your PC and manage the modules in a few minutes. You can add, modify or delete the modules stored in your device. All of those functions are available even on PC software TOPVIEW (included) or you can do the same thing directly on board.
