Country of Origin: France, warranty period - 24 months
The GYSFLASH 158.12 CNT FV is a high-power three-phase battery charger, designed for industrial applications, particularly automotive manufacturing lines and integrated systems. It provides a maximum charging current of up to 150 A and a continuous current of 120 A, enabling the efficient charging of 12V lead-acid and lithium batteries.
This device complies with IP54 protection standards, making it resistant to dust and water splashes, while its natural convection cooling system ensures long-term operation without the need for an additional fan.
Functions:
Design for Industrial Integration:
Three-phase charger with Flanksis® voltage technology, operating in a 320–520 V power network
IP54 protection class – resistant to dust and water exposure
Natural convection cooling – durability and reliability without an additional fan
Two operating modes based on usage:
12V mode: For lead-acid batteries (from 20 Ah to 1800 Ah)
For lithium batteries (LFP): From 20 Ah to 800 Ah
Adjustable charging current: From 2 A to 150 A
Smart Connections & Internet-Based Control:
USB connection, used for:
Firmware updates
Importing pre-configured charging curves
Creating and modifying custom profiles
Retrieving charging data for analysis
Smart Module Connection (SMC): Allows integration of CNT modules (buttons, barcode scanners, indicator lights) into production lines
Auxiliary connection – enables remote control of the charger using a dry contact relay
Automatic Charging:
8-step charging curve for lead-acid batteries
9-step charging curve for lithium iron phosphate (LFP) batteries
Advanced Technologies & Features:
Automatic detection function – starts charging immediately upon battery connection
Automatic startup function – retains charging settings in case of power failure
Battery condition testing function – enables battery diagnostics
UVP Wake-Up function – allows the revival of deeply discharged lithium batteries
Safety Features:
Protection against short circuits, reverse polarity, and overvoltage