Description

• DC 12V/15V 24W/18W 1A UPS Module Uninterruptible Power Control Board 2S V4 Charging Step Up Protection Module Power Supply Feature: 1 Two versions of DC UPS motherboard are available, the conventional edition is rated at 24W and fees at about 1A, and the downgraded version is rated at 18W and charges at about 0; 2 With indicator light, external two-color LED indicator light; three Supports multiple charging methods, trickle current, fixed current, and incessant voltage three-stage charging; 4 Multi-function, helps charging, battery boost, switching, and over-discharge protection product functions; 5 Compact appearance, can be used in varied scenarios, doesn't take up area Product parameters: Style 1: Standard edition Color: Red edition Input voltage: DC12V/DC15V Output voltage: DC12V / DC15V Product power: Rated 24W (available 18W) Standard edition charging: about 1A Applicable battery: 7 lithium battery No-load energy consumption: 0 <0 Indicator: External dual-color LED indicator Product function: Charging + battery boost + switching + over-discharge protection Working voltage: Default 12V mode/input recent needs to be ≥3A Battery capacity: sluggish fee is 4-6Ah, speedy price is 4-12Ah Charging voltage: voltage fluctuate eight (average 8) Discharge voltage: battery routinely disconnects when it's less than 6 Path loss: FUSE and SS54 loss is ready zero Battery type: 7 lithium battery/support 18650 Charging method: trickle/constant current/constant voltage three-stage charging Charging current: fast payment mode is ready zero charging current Switching threshold: swap to battery strength supply when IN voltage drops zero Size: 50mm*20mm (±0) Battery means support range: slow price 4-6Ah, rapid charge 4-12Ah, capacity upper restrict 7 15Ah *This edition of the charging chip has no battery ability restrict When the battery quality is good, you could possibly try to tournament 20-30Ah in quick charging mode Style 2: Downgraded version Color: Red Product power: rated 18W (available 12W) Downgraded version charging: about zero Input voltage: DC12V/DC15V Output voltage: DC12V/DC15V Applicable battery: 7 lithium battery No-load power consumption: zero <0 Indicator: External dual-color LED indicator Product function: Charging + battery increase + switching + over-discharge defense Working voltage: Default 12V mode/input latest must be ≥3A Battery capacity: slow charge is 4-6Ah, immediate price is 4-12Ah Charging voltage: voltage differ 8 (average 8) Discharge voltage: battery mechanically disconnects when it's lower than 6 Path loss: FUSE and SS54 loss is set 0 Battery type: 7 lithium battery/support 18650 Charging method: trickle/constant current/constant voltage three-stage charging Charging current: rapid price mode is ready 0 charging recent Switching threshold: switch to battery energy delivery when IN voltage drops 0 Size: 50mm*20mm (±0) Battery potential support range: recommended 4-6Ah, higher restrict 4-8Ah, you have to be less than 7 10Ah *This edition of the charging chip has no battery means restrict When the battery quality is good, you could attempt to tournament 8-15Ah in the speedy charging mode Protection purposes and precautions: Input protection: IN input interface has reverse connection defense function Battery protection: Battery interface over-discharge defense + quick circuit defense Charging protection: Enable trickle charging mode when the battery is undervoltage Disable strength supply: Do not hook up with interfering or volatile energy delivery Output protection: The output interface has brief circuit defense operate LED protection: External LED, the lead must never touch the ability delivery Chip protection: The chip is grew to become off or restarted when it exceeds a hundred and twenty degrees Disable load: Do no longer connect motor or electromagnetic a lot Note: The battery line must be thick, in any other case it'll trigger interference or insufficient output strength Reminder: The appropriate assembly process must be: Test the motherboard first to make sure that it's transported intact, after which solder the LED to the 2 ends Power cord, ultimately weld the battery line and attach the battery, then strength on and test! Note for novices: The strength of the exterior energy supply needs to be greater than (load energy + charging power) About power: Take the traditional version as an example, the height energy is 30W, (when the battery is completely charged, solely 3-5 seconds are allowed to test), the rated strength is 24W (when the battery power exceeds 50%, the battery is totally charged and allowed to test for a few minutes), the valley energy is 18W (when the battery is set to run out, it is allowed to be used for an extended time), because the battery can't be saved totally charged throughout use, so users can solely use the valley power, that is, whatever how much is written at the label of your load device, but the actual energy cannot exceed 18W, in any other case there is a risk of overheating and restarting, as for the 24W power, when the battery is solely charged, it is going to solely be used for a few minutes or tens of minutes, yet this power can't be used for a protracted time! Unless you hang an extra temperature-controlled fan to cool the motherboard, you may continuously load 24W of energy for decades under the basis of excellent heat dissipation Product list: 1X UPS Controller Module

• 
• 
• 
• 
• 

Review