Thyristor Controlled FCBC Battery Charger Manufacturers & Exporters
AVAILABLE VARIANTS
| Battery Voltage | Float Voltage | Boost Current | Charging Current |
|---|---|---|---|
| 12VDC | 13.5VDC | 14.4VDC | 1AMP TO 1000AMP & Customized |
| 24VDC | 27VDC | 28.8VDC | |
| 48VDC | 54VDC | 57.6VDC | |
| 72VDC | 81VDCC | 86.4VDC | |
| 110VDC | 123.75VDC | 132VDC | |
| 220VDC | 247.5VDC | 264VDC | |
| WE PROVIDE CUSTOMIZED SOLUTIONS | |||
| Parameter | Specification |
|---|---|
| Product | Thyristor Controlled FCBC Battery Charger |
| Input | AC Supply |
| Output | Regulated DC |
| Charging Mode | Float / Boost |
| Control Technology | Thyristor Controlled |
| Output Voltage | Application dependent |
| Charging Current | Application dependent |
| Battery Type | Lead-Acid / VRLA / Ni-Cd as required |
| Protection | Overload / Short Circuit / Over-Voltage / Thermal |
| Monitoring | Digital / Alarm options |
| Mounting | Panel / Rack / Floor |
| Operation | Continuous Duty |
| Customization | Available |
Float & Boost Charging
Float Charging
In float mode, the charger maintains the battery at the required standby voltage while supporting the DC system.
Boost Charging
In boost mode, the charger provides controlled higher charging power to restore the battery after discharge, according to the battery manufacturer's charging requirements.
Why Choose Powertron DCPS?
Powertron DCPS provides Thyristor Controlled FCBC Battery Charger solutions with reliable thyristor technology, regulated DC output, float and boost charging, protection functions, monitoring options, and configurations for industrial and critical power systems.
FAQ
It is a Float Cum Boost Charger that uses thyristor-controlled technology to provide regulated DC charging for industrial battery systems.
FCBC stands for Float Cum Boost Charger, which provides both float charging for battery maintenance and boost charging for battery restoration.
Thyristor control provides robust and controlled power regulation, making it suitable for demanding industrial and critical DC power applications.
They are commonly used in substations, power plants, telecom systems, UPS, railway, utility, and industrial DC power systems.
Yes. Input/output voltage, charging current, battery type, mounting, protection, monitoring, alarms, and other features can be configured according to application requirements.
Need a Thyristor Controlled FCBC Battery Charger ?
Get a reliable Thyristor Controlled FCBC Battery Charger with float and boost charging, regulated DC output and protection. Contact Powertron DCPS today.
