Battery Chargers and Rectifiers in Jordan
An industrial charger feeds the standing DC load and keeps the battery at the right voltage for years. We supply thyristor and switch-mode chargers from 24 V to 220 V DC for substations, power plants, water plants, telecom and industrial control, and set them up for the battery that is actually installed.
What the charger does
In normal operation the charger carries the DC load itself: protection relays, breaker coils, SCADA, PLCs and emergency lighting. At the same time it holds the battery at float voltage, adjusted for temperature, so the battery stays full without being overcharged.
After an outage it recharges the battery, often with a boost stage, within the time your standard or client specification sets. We size the charger for the standing load plus that recharge current.
Ranges we supply
| Range | Output | Battery types | Typical use |
|---|---|---|---|
| Salicru DC POWER-L (thyristor) | 10 to 800 A at 24, 48, 110, 120, 125 or 220 V DC | Vented and sealed lead-acid, NiCd | Substations, power plants, industry |
| Salicru DC POWER-S (modular) | Compact modular DC systems | Lead-acid | Telecom and control |
| Sigma (Egypt) | Industrial chargers built to specification | Lead-acid, NiCd | Utility and water sector |
| Chloride | Industrial chargers and DC systems | Lead-acid, NiCd | Industry and utilities |
Salicru DC POWER-L takes a single-phase input up to 50 A and three-phase input from 25 A, with Modbus over RS-485 for SCADA alarms.
Settings and redundancy
We set float and boost voltages for the exact cell type and cell count, with temperature compensation where the battery room is not air-conditioned. A NiCd bank on a lead-acid setting, or the reverse, loses years of life.
For critical substations we offer two chargers in parallel, earth-fault monitoring on the DC system and alarms to SCADA. When an old charger needs replacing, we match the voltage, current and panel footprint, move the cabling across and commission the new unit together with the battery.
To quote, we need the DC bus voltage, the standing load in amps, the battery type, capacity and number of cells, the recharge time and the AC input available.
Questions we get asked
Can one charger work with lead-acid and NiCd?
The same hardware can often do both, but the voltage settings and cell count differ. We set it for the battery that is installed.
Why does my charger keep raising a battery alarm?
Common causes are wrong float settings, a failed cell pulling the string down, or an earth fault on the DC system. We test the charger and the battery together.
What is the lead time?
Standard ranges usually take a few weeks from order. Chargers built to a utility specification take longer, and we confirm the date in the quotation.
Send the DC voltage and load
Or the nameplate of the charger you need to replace. An engineer replies with the model, settings and price.