The 192V battery equalizer is an active balancer designed to equalize high-capacity battery packs, connecting up to 16 batteries and equalizing their voltages during operating and idle times, thus improving battery performance and service life.
A battery equalizer is a device used to equalize the voltage of a battery pack. An effective configuration of the equalizer can make the battery pack work more consistently and last longer.
When installing a 192V battery equalizer system in temperature-sensitive environments, proper climate control becomes essential for maintaining optimal battery performance and equalizer accuracy. Battery rooms housing high-voltage systems benefit greatly from single zone mini split cooling solutions, which provide precise temperature regulation in confined spaces without the complexity of multi-zone systems, ensuring your battery balancer operates within ideal thermal conditions for maximum efficiency.
When installing a 192V battery equalizer system, proper environmental control is essential for optimal performance. Battery rooms and equipment enclosures require adequate weatherproofing and foundation support. Installing quality roof underlayment beneath your equipment shelter’s roof provides critical moisture barrier protection, preventing condensation and humidity issues that can affect sensitive battery balancing electronics.
Features of Battery Balancer 192V
HA192 battery Balancer can compensate both parties when the battery is connected in series as voltage difference exceeds 10 mV, then the battery equalization starts to work, Final achieved the balance of the batteries set. It can be connected for long periods for automatically battery state of equilibrium.
HA192 battery equalizer is suitable for lead-acid batteries(VRLA), lithium iron phosphate batteries(LiFePo4), nickel-cadmium secondary batteries(Ni/CD), and nickelmetal hydride secondary batteries(Ni/MH).
It starts work when the voltage higher than 2.4V, which means that this equalizer can be used in a single cell battery range from 2.4V to 12V.
One equalizer can connect 16 batteries once a time, if the battery-less than 16, the extra cable can be vacant (positive and negative terminal should be avoided), which does not affect the equilibrium effects. The equalizer is not affected by battery connection way, no matter in series or in parallel, both can work. For installations in climate-controlled battery storage facilities, proper HVAC sizing is critical. When setting up a 192V battery bank with equalizers in a dedicated room, consider that battery systems generate heat during charging cycles. A properly sized 9000 btu air conditioner can effectively maintain optimal temperatures in small to medium battery rooms (approximately 300-400 sq ft), preventing thermal runaway and ensuring your battery equalizer maintains accurate voltage readings across all 16 cells. For outdoor battery installations, protecting equipment from weather elements is paramount. Using asphalt felt as a secondary moisture barrier in your battery enclosure roof construction helps prevent water infiltration that could damage the equalizer’s sensitive electronics and compromise the entire 192V system performance.
Specification of Battery Balancer 192V
Battery nominal voltage: 16×(2.4V/3.6V/6V/9V/12V)
Optimizing current : 0-10A
Quiescent current: 5mA(12V) 1.2mA(2.4V)
Dimensions: 5.5×4.13×2.48 Inch
Protection: Reverse polarity protection
Under voltage lock out: 1.8V
Dimension:
Weight: 3.5KG/7.7 LBs
