SKU:V6-225
VMAXTANKS V6-225 6V 225Ah AGM Deep Cycle Battery
VMAXTANKS V6-225 6V 225Ah AGM Deep Cycle Battery
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$284.99 USD
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$284.99 USD
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$309.99 USD
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Vmaxtanks V6-225 AGM Deep Cycle
6V 225Ah Battery
The Vmaxtanks V6-225 6-Volt AGM Deep Cycle Battery is designed for high-performance applications, including industrial lifts and machinery, and powers electric motors in golf carts, RVs, marine systems, and renewable energy setups. Featuring durable, maintenance-free AGM technology, this battery provides reliable, long-lasting power. It comes equipped with screw-in post terminals and includes 8mm hex screw posts for easy installation. For those requiring dual post terminals (hex post plus SAE post), consider the Vmax XTR6-235 model. Perfect for a wide range of energy-demanding uses, the V6-225 ensures optimal performance and dependability.
1-Year Manufacturer's Replacement Warranty.
Connect in Series or Parallel
BCI GROUP: GC2
Specifications:
- Nominal Voltage: 6V
- 20Hr Capacity: 225AH
- RC (min): 500
- Energy (kWH): 1.550
- Terminal Posts: 8mm (included)
- Dimensions: 9.5"w x 7.3"d x 11"h
- Weight: 72lb
- Charging Current: 15A-55A
- Charging Voltage: 7.2V-7.35V
- Float Voltage: 6.6V-6.9V
- 25A @ 1.75/Cell: 500 min
- 75A @ 1.75/Cell: 125 min
Recommended Charging Options:
- AC Chargers: Any quality brand AGM, smart, or microprocessor-controlled charger with the recommended specs.
- Solar Panel: 175W-450W (120W may be used if Depth of Discharge does not exceed 50%).
- Wind Turbine: 175W-450W
Warning: Do not use a charger with a lower amperage than the recommended charging current shown above. Small maintainers should ONLY be used to maintain a fully charged battery, NEVER as a charger.
Operating Temperature Range:
- Discharge: -4°F to 140°F
- Charge: 14°F to 140°F
- Storage: -4°F to 140°F
Temperature Compensation:
- Cycle use: -15mV/C
- Standby use: -10mV/C
All VMAXTANKS AGM Batteries Feature:
- Sealed Construction
The unique construction and sealing techniques of VMAX tanks guarantee leak-proof operation in any position with no adverse effect on capacity or service life. VMAX tanks are classified as non-spillable, non-hazardous, dry batteries, making them NOT restricted for Surface, maritime, or Air Transport. - Electrolyte Suspension system
VMAX tanks utilize an electrolyte suspension system consisting of AGM (Absorbed Glass Matt) of high porosity that totally absorbs and contains the electrolyte. No silica gels or other contaminants are used. - Maintenance Free Operation
During the float's service life, there is no need to check the electrolyte's specific gravity or add water to VMAXTANKS™. - Reliable, Rugged Construction
The extra strong ABS container reduces case bulging and plate warping, ensuring long life and high performance. - Low-Pressure Valve Regulated System
All VMAXTANKS™ are equipped with safety release valves, designed to operate between 0.98 and 196.1kpa and automatically reseal. Hence, there is never an excessive accumulation of gas within the battery. - Heavy Duty Military Grade Grids
Heavy-duty lead tin alloy grids provide an extra margin of performance and service life in either float or cyclic applications, even after repeated over-discharges. -
Cyclic Service Life
VMAX is known to deliver one of the highest numbers of discharge/recharge cycles. Depending on the use and average depth of discharge, it can offer an average of:
Number Of Cycles Depth of Discharge 300 100% 600 75% 900 50% 1500 25% 3500+ 10% - Float Service Life
VMAXTANKS™ has an expected life span of 8 to 10 years in float service applications. - Low Self Discharge
The new VMAX tanks' self-discharge rate at room temperature is approximately 1-2% of rated capacity per month (compared to 2-3% for most other AGM batteries and 15-20% for Lead-Acid batteries). - Operating Temperature
VMAXTANKS™ may be operated over a broad range of ambient temperatures. - Ultra Low Resistance
VMAXTANKS™ Ultra Low Resistance makes it up to 99% efficient (compared to 85-95% as in Lead Acid Batteries and 97% in most other GEL and AGM batteries). - Higher Power Density
A special assembly technology is used to enhance power density to a considerable level.
