4OPzS200-CGBbattery2V200AH-communications power supply system battery

AGM Valve Regulated Lead Acid Battery (2V 200Ah)

Features:

• Transparent casing: Allows for easy inspection of the battery's internal condition.

• Special filter for acid mist proof: Enhances safety by preventing acid mist leaks.

• Special pole sealing technology: Provides excellent sealing performance to prevent leaks.

• Convenient maintenance: The transparent casing allows for easy observation of the electrolyte level, making it convenient to add electrolyte when needed.

• High quality and high reliability: Consistent performance for peace of mind.

• Super long service life: Economical with a long service cycle.

Specifications:

• Nominal Voltage: 2V

• Nominal Capacity (C10): 200Ah (1.80V @ 20℃)

• Dimensions:

• Length: 103mm

• Width: 206mm

• Height: 354mm

• Total Height: 409mm

• Weight:

• Without electrolyte: Approx. 12.5kg

• With electrolyte: Approx. 17.2kg

• Max Charging Current: 40A

• Internal Resistance:

• Fully Charged @ 20℃: 0.0008 Ohm

• Self Discharge:

• 3% capacity decline per month @ 20℃

• Temperature Effect on Capacity (10HR)

• Temperature | Capacity *---|---|

• 40℃ | 109%

• 20℃ | 100% (Rated Capacity)

• 0℃ | 85%

• -15℃ | 65%

Charging:

• Using Mode | Charge Voltage (20℃) *---|---|

• Cycle Use | 2.35~2.40V (-5mV/℃)

• Float Use | 2.21~2.25V (-3mV/℃)

Please note:

• This transparent casing version of the battery requires regular inspection of the electrolyte level and timely addition of qualified distilled water (if needed).

• Adding electrolyte should be strictly in accordance with the manufacturer's instructions to avoid safety hazards or damage to the battery due to improper operation.

Differences from the non-transparent casing version:

• This version features a transparent casing for easy viewing of the battery's internal condition and checking the electrolyte level.

• This version is more suitable for applications that require frequent electrolyte level checks.

• The non-transparent casing version may be slightly less expensive, but requires other methods (such as voltage measurement) to determine the electrolyte level.