What “Tank Level Control with a Solar Pump Inverter” means on an RFQ
Tank or float stop for “Tank Level Control with a Solar Pump Inverter” changes I/O and macros; say whether the stop is hard interlock or PID setpoint freeze.
RFQ data that locks voltage and power class
For “Tank Level Control with a Solar Pump Inverter”, lock pump motor voltage and phases, shaft kW/HP, FLA, head/flow and duty (borehole, surface or booster). On the PV side list string Voc/Vmp at cold morning temperature and whether LV boosters are needed.
Control functions that change field behaviour
On “Tank Level Control with a Solar Pump Inverter”, hybrid AC backup and tank-level stop are the field functions that prevent nuisance trips when clouds roll through.
Site, EMC and protection notes
Harsh-site checklist for “Tank Level Control with a Solar Pump Inverter”: vermin covers, sun shields, salt/fog if coastal, and a documented earthing electrode — not just an IP sticker on the datasheet.
How Boray series map to this topic
Boray shortlist for “Tank Level Control with a Solar Pump Inverter”: BR500-P/BR600-P first; FD600 or BR300 when IP is the constraint; BR110-P when the same platform must also cover non-solar vector duty.
Next step with Boray
Send the nameplate photo, duty description and site photos for “Tank Level Control with a Solar Pump Inverter”. Engineering will confirm series and options.
