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Maxmech Battery Charger 65W 3A 22V

Original price was: KSh 4,000.00.Current price is: KSh 2,650.00.

65W (Watts): This is the power output of the charger. A higher wattage generally means a faster charging time. 65W is a good power output, indicating it’s likely designed for relatively quick charging of Maxmech’s 20V batteries.
3A (Amperes): This is the charging current. A 3-amp charger is a decent speed.
- Charging Time: For a 2.0Ah battery, a 3A charger would theoretically charge it in about 40 minutes (2Ah / 3A * 60 minutes/hour).
- For a 4.0Ah battery, it would take roughly 1 hour and 20 minutes (4Ah / 3A * 60 minutes/hour).
- These are theoretical times; actual charging times can vary slightly due to factors like battery temperature and internal resistance.
22V (Volts): This is the output voltage of the charger. This is a crucial detail for compatibility.
- Compatibility with 20V Batteries: It’s very common for chargers designed for “20V Max” cordless tool systems to have an output voltage slightly higher than 20V, such as 22V. This is because “20V Max” typically refers to the initial peak voltage of a fully charged 18V (nominal) Lithium-ion battery pack. So, a 22V charger is almost certainly the correct and compatible charger for your Maxmech 20V batteries. The charger needs to supply a slightly higher voltage to effectively push current into the battery pack and fully charge it.

Fast delivery across Kenya.
Nairobi: same/next-day. Countrywide: 1-3 business days. Order by phone/WhatsApp: +254 708 777192

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SKU: TTM-00043 Category: Hardware Tools Tag: UBC 65-3.0A Brand: Maxmech

Description

Maxmech Battery Charger 65W 3A 22V

65W (Watts): This is the power output of the charger. A higher wattage generally means a faster charging time. 65W is a good power output, indicating it’s likely designed for relatively quick charging of Maxmech’s 20V batteries.
3A (Amperes): This is the charging current. A 3-amp charger is a decent speed.
- Charging Time: For a 2.0Ah battery, a 3A charger would theoretically charge it in about 40 minutes (2Ah / 3A * 60 minutes/hour).
- For a 4.0Ah battery, it would take roughly 1 hour and 20 minutes (4Ah / 3A * 60 minutes/hour).
- These are theoretical times; actual charging times can vary slightly due to factors like battery temperature and internal resistance.
22V (Volts): This is the output voltage of the charger. This is a crucial detail for compatibility.
- Compatibility with 20V Batteries: It’s very common for chargers designed for “20V Max” cordless tool systems to have an output voltage slightly higher than 20V, such as 22V. This is because “20V Max” typically refers to the initial peak voltage of a fully charged 18V (nominal) Lithium-ion battery pack. So, a 22V charger is almost certainly the correct and compatible charger for your Maxmech 20V batteries. The charger needs to supply a slightly higher voltage to effectively push current into the battery pack and fully charge it.

Key Features/Expectations:

Smart Charging: Modern Li-ion chargers typically incorporate smart charging technology. This means they will:
- Monitor battery temperature and voltage.
- Prevent overcharging, over-discharging, and overheating.
- Utilize a multi-stage charging process (e.g., trickle charge, fast charge, then maintenance charge) to prolong battery life.