Reliable Charging.
Ready for Every Shift.
PBM charger solutions for lead-acid traction batteries, available in multiple voltage and current configurations to support different battery capacities and operational requirements.
Match the charger to the battery and operating profile.
Charger selection should consider battery voltage, capacity, required charging time, power supply, connector, and the battery manufacturer’s charging recommendation. The appropriate combination helps maintain predictable daily operation and charging consistency.
Two charger formats for different requirements
The product range covers compact chargers for lower-capacity batteries and cabinet chargers for larger traction battery systems.
TL Equalizer & Matic Point
Compact 230V-input charger options for compatible 12V, 24V, 36V, and 48V lead-acid batteries.
- 15A–60A configuration range
- Cabinet A and B (XL)
- Battery capacity range depends on model
STAR Traction Charger
220/380VAC-input cabinet charger configurations for compatible traction batteries from 24V through 96V.
- 60A–180A configuration range
- Cabinet S and N
- Maximum battery capacity depends on model
More than voltage and amperage.
Charger model specifications
Use the tabs to view each series. Always reconfirm the final charger–battery pairing before ordering or installation.
| Type | Cabinet | Battery Capacity Maximum |
|---|---|---|
| 12V / 15A | A | 90–105Ah |
| 12V / 20A | A | 110–140Ah |
| 12V / 25A | A | 150–175Ah |
| 12V / 30A | A | 180–210Ah |
| 12V / 40A | A | 220–280Ah |
| 12V / 50A | A | 300–340Ah |
| 12V / 60A | A | 350–400Ah |
| 24V / 15A | A | 90–105Ah |
| 24V / 20A | A | 110–140Ah |
| 24V / 25A | A | 150–175Ah |
| 24V / 30A | A | 180–210Ah |
| 24V / 40A | A | 220–280Ah |
| 24V / 50A | B (XL) | 300–340Ah |
| 24V / 60A | B (XL) | 350–400Ah |
| 36V / 15A | A | 90–105Ah |
| 36V / 20A | A | 110–140Ah |
| 36V / 25A | A | 150–175Ah |
| 36V / 30A | A | 180–210Ah |
| 36V / 40A | B (XL) | 220–280Ah |
| 36V / 50A | B (XL) | 300–340Ah |
| 48V / 20A | A | 110–140Ah |
| 48V / 30A | A | 180–210Ah |
| Type | Cabinet | Maximum Battery Capacity |
|---|---|---|
| 24V / 60A | S | Max. 350Ah |
| 24V / 80A | S | Max. 480Ah |
| 24V / 100A | S | Max. 600Ah |
| 24V / 120A | S | Max. 700Ah |
| 24V / 140A | S | Max. 800Ah |
| 24V / 160A | S | Max. 930Ah |
| 24V / 180A | N | Max. 1030Ah |
| 36V / 60A | S | Max. 350Ah |
| 36V / 80A | S | Max. 480Ah |
| 36V / 100A | S | Max. 600Ah |
| 36V / 120A | S | Max. 700Ah |
| 36V / 140A | S | Max. 800Ah |
| 48V / 60A | S | Max. 350Ah |
| 48V / 80A | S | Max. 480Ah |
| 48V / 100A | S | Max. 600Ah |
| 48V / 120A | N | Max. 700Ah |
| 48V / 140A | N | Max. 800Ah |
| 48V / 160A | N | Max. 930Ah |
| 72V / 60A | S | Max. 350Ah |
| 72V / 80A | S | Max. 480Ah |
| 72V / 100A | N | Max. 600Ah |
| 72V / 120A | N | Max. 700Ah |
| 72V / 140A | N | Max. 800Ah |
| 80V / 60A | S | Max. 350Ah |
| 80V / 80A | S | Max. 480Ah |
| 80V / 100A | N | Max. 600Ah |
| 80V / 120A | N | Max. 700Ah |
| 80V / 140A | N | Max. 800Ah |
| 80V / 160A | N | Max. 930Ah |
| 96V / 60A | N | Max. 350Ah |
| 96V / 80A | N | Max. 480Ah |
| 96V / 100A | N | Max. 600Ah |
| 96V / 120A | N | Max. 700Ah |
Cabinet A
425 × 280 × 270 mmL × H × DCabinet B (XL)
500 × 300 × 300 mmL × H × DCabinet S
500 × 800 × 400 mmL × H × DCabinet N
500 × 1000 × 400 mmL × H × DSpecifications are based on the supplied reference materials. Product appearance, configuration, and specifications should be reconfirmed with the latest official technical data before purchase or installation.
Information needed before charger selection
Identify Battery
Confirm battery voltage, rated Ah capacity, battery type, and manufacturer recommendation.
Review Operation
Check daily operating duration, available charging time, and shift pattern.
Verify Installation
Confirm AC input, cabinet placement, ventilation, connector, and cable arrangement.
Final Matching
Validate the selected charger configuration against the battery specification.
Need help matching a charger to your battery?
Prepare the battery nameplate, voltage, capacity, connector information, and available input power for technical verification.