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IPS-DTDYC1224S12.62 Factory Price Hot Selling Battery Charger 10-36V 12/24V to 12.6V 2A 25.2W DC DC Charger For 12V Lithium/Lead-acid Batteries
Model: IPS-DTDYC1224S12.62 ① DC Input : 12VDC/24VDC (From Battery) ② DC Output voltage : 12.6VDC [ Lithium(3S) ] ③ DC output current: 2A ④ Material of shell : Lithium ⑤ Size: 74*74*32(MM) ⑥ NW: 0.3KG; GW: 0.35KG ⑦ Input & Output cable: 13-15CM ⑧ Design : Non-isolate & IP65 ⑨ Package: inner carton & outset carton ⑩ HS code: 8504409999 We specialize in customizing DC-DC converters to meet your specific requirements. With customized input and output voltage and current, our offerings range from 1V to 1000VDC and 1A to 1000A. We provide both isolated and non-isolated converter design options. Please visit our website and submit any inquiries to explore our capabilities further. Our dedicated team endeavors to respond within one hour. Thank you for considering our services.

I.TECHNICAL PARAMETER

Brand

IDEALPLUSING

Type

NON-Isolated Or Isolated optinal

Model

IPS-DTDYC1224S12.62

DC voltage INPUT

Voltage rate

12VDC/24VDC

Charging voltage and current

Charging Voltage rate

12.6VDC

Charging Current

2AMPS

Apply Battery Type

Lithium(3S)

Size

74*74*32MM)

NW/GW

0.3KG/0.35KG

Others

Customize

Allow

Material of shell

Lithium

Working temp

-20~80℃

Efficiency

93%

Waterproof Level

IP65

 

DC-DC Battery Charger Series-IDEALPLUSING
1.  Lithium(3S) 12.6VDC-The full voltage of each string is 4.2V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
1YWIPS-DTDYC1224S12.62Lithium(3S) 10-36VDC12.6VDC2A
2YWIPS-DTDYC1224S12.64Lithium(3S) 10-36VDC12.6VDC4A
3YWIPS-DTDYC1224S12.65Lithium(3S) 10-36VDC12.6VDC5A
4YWIPS-DTDYC1224S12.68Lithium(3S) 10-36VDC12.6VDC8A
5YWIPS-DTDYC1224S12.610Lithium(3S) 10-36VDC12.6VDC10A
6YWIPS-DTDYC1224S12.615Lithium(3S) 10-36VDC12.6VDC15A
7WGIPS-DTDWC1224S12.620Lithium(3S) 10-36VDC12.6VDC20A
8ECIPS-DTDEC12S12.620Lithium(3S) 8-16VDC12.6VDC20A
9ECIPS-DTDEC12S12.640Lithium(3S) 8-16VDC12.6VDC40A
10ECIPS-DTDEC12S12.660Lithium(3S) 8-16VDC12.6VDC60A
2.  Lithium(6S) 25.2VDC-The full voltage of each string is 4.2V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
13YWIPS-DTDYC1224S12.62 Lithium(6S) 10-36VDC25.2VDC2A
14YWIPS-DTDYC1224S12.64Lithium(6S) 10-36VDC25.2VDC4A
15YWIPS-DTDYC24S12.65 Lithium(6S) 18-36VDC25.2VDC5A
16YWIPS-DTDYC1224S12.65Lithium(6S) 10-36VDC25.2VDC5A
17YWIPS-DTDYC1224S12.68 Lithium(6S) 10-36VDC25.2VDC8A
18YWIPS-DTDYC24S12.655Lithium(6S) 18-36VDC25.2VDC5A
19YWIPS-DTDYC24S12.68Lithium(6S) 18-36VDC25.2VDC8A
20YWIPS-DTDYC24S12.6510 Lithium(6S) 18-36VDC25.2VDC10A
3.  Lithium(7S) 29.4VDC-The full voltage of each string is 4.2V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
23DGIPS-DTDGC12S29.410 Lithium(7S) 10-16VDC29.4VDC10A
24WGIPS-DTDWC1224S29.415Lithium(7S) 10-36VDC29.4VDC15A
25DGIPS-DTDGC12S29.420Lithium(7S) 10-16VDC29.4VDC20A
26DGIPS-DTDGC12S29.430Lithium(7S) 10-16VDC29.4VDC30A
27DGIPS-DTDGC12S29.440Lithium(7S) 10-16VDC29.4VDC40A
4. Lithium(14S) 58.8VDC-The full voltage of each string is 4.2V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
30DGIPS-DTDGC12S58.810Lithium(14S) 10-16VDC58.8VDC10A
31DGIPS-DTDGC12S58.820Lithium(14S) 10-16VDC58.8VDC20A
32DGIPS-DTDGC12S58.830Lithium(14S) 10-16VDC58.8VDC30A
5.  LifePO4(4S) 14.6VDC-The full voltage of each string is 3.65V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
35YWIPS-DTDYC1224S14.62LifePO4(4S)10-36VDC14.6VDC2A
36YWIPS-DTDYC1224S14.65LifePO4(4S)10-36VDC14.6VDC5A
37YWIPS-DTDYC1224S14.68LifePO4(4S)10-36VDC14.6VDC8A
38YWIPS-DTDYC1224S14.610LifePO4(4S)10-36VDC14.6VDC10A
39YWIPS-DTDYC1224S14.615 LifePO4(4S)10-36VDC14.6VDC15A
40WGIPS-DTDWC1224S14.620LifePO4(4S)10-36VDC14.6VDC20A
41ECIPS-DTDEC12S14.620LifePO4(4S)8-16VDC14.6VDC20A
42ECIPS-DTDEC12S14.640LifePO4(4S)8-16VDC14.6VDC40A
43ECIPS-DTDEC12S14.660LifePO4(4S)8-16VDC14.6VDC60A
6.  LifePO4(8S) 29.2VDC-The full voltage of each string is 3.65V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
46YWIPS-DTDYC1224S29.21LifePO4(8S)10-36VDC29.2VDC1A
47YWIPS-DTDYC1224S29.24LifePO4(8S)10-36VDC29.2VDC4A
48YWIPS-DTDYC24S29.24LifePO4(8S)18-36VDC29.2VDC5A
49YWIPS-DTDYC24S29.25 LifePO4(8S)10-36VDC29.2VDC5A
50YWIPS-DTDYC24S29.28 LifePO4(8S)10-36VDC29.2VDC8A
51YWIPS-DTDYC24S29.25 LifePO4(8S)18-36VDC29.2VDC5A
52YWIPS-DTDYC24S29.28 LifePO4(8S)18-36VDC29.2VDC8A
53YWIPS-DTDYC24S29.210 LifePO4(8S)18-36VDC29.2VDC10A
54DGIPS-DTDGC12S29.210 LifePO4(8S)10-16VDC29.2VDC10A
55WGIPS-DTDWC1224S29.215 LifePO4(8S)10-36VDC29.2VDC15A
56DGIPS-DTDGC12S29.220 LifePO4(8S)10-16VDC29.2VDC20A
57DGIPS-DTDGC12S29.225 LifePO4(8S)10-16VDC29.2VDC25A
58DGIPS-DTDGC12S29.230 LifePO4(8S)10-16VDC29.2VDC30A
59DGIPS-DTDGC12S29.240 LifePO4(8S)10-16VDC29.2VDC40A
60DGIPS-DTDGC12S29.260 LifePO4(8S)10-16VDC29.2VDC50A
7.  LifePO4(12S) 43.8VDC-The full voltage of each string is 3.65V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
63DGIPS-DTDGC12S43.810LifePO4(12S)10-16VDC43.8VDC10A
64WGIPS-DTDWC1224S43.810LifePO4(12S)10-36VDC43.8VDC10A
65DGIPS-DTDGC12S43.820LifePO4(12S)10-16VDC43.8VDC20A
8.  Lead Acid(1S) 14.7VDC-The full voltage of each string is 14.7V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
68YWIPS-DTDYC1224S14.72Lead Acid(1S)10-36VDC14.7VDC2A
69YWIPS-DTDYC1224S14.73Lead Acid(1S)10-36VDC14.7VDC3A
70YWIPS-DTDYC1224S14.75Lead Acid(1S)10-36VDC14.7VDC5A
71YWIPS-DTDYC1224S14.78Lead Acid(1S)10-36VDC14.7VDC8A
72YWIPS-DTDYC1224S14.710Lead Acid(1S)10-36VDC14.7VDC10A
73YWIPS-DTDYC1224S14.715Lead Acid(1S)10-36VDC14.7VDC15A
74WGIPS-DTDYC1224S14.720Lead Acid(1S)10-36VDC14.7VDC20A
75ECIPS-DTDEC1224S14.720Lead Acid(1S)8-16VDC14.7VDC20A
76ECIPS-DTDEC1224S14.740Lead Acid(1S)8-16VDC14.7VDC40A
77ECIPS-DTDEC1224S14.760Lead Acid(1S)8-16VDC14.7VDC60A
9.  Lead Acid(2S) 29.4VDC-The full voltage of each string is 14.7V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
80YWIPS-DTDYC1224S 29.41Lead Acid(2S)10-36VDC29.4VDC1A
81YWIPS-DTDYC1224S 29.44Lead Acid(2S)10-36VDC29.4VDC4A
82YWIPS-DTDYC24S 29.45Lead Acid(2S)18-36VDC29.4VDC5A
83YWIPS-DTDYC1224S 29.45Lead Acid(2S)10-36VDC29.4VDC5A
84YWIPS-DTDYC24S 29.45Lead Acid(2S)18-36VDC29.4VDC5A
85YWIPS-DTDYC1224S 29.48Lead Acid(2S)10-36VDC29.4VDC8A
86YWIPS-DTDYC24S 29.48Lead Acid(2S)18-36VDC29.4VDC8A
87YWIPS-DTDYC24S 29.410Lead Acid(2S)18-36VDC29.4VDC10A
88WGIPS-DTDGC24S 29.420Lead Acid(2S)18-36VDC29.4VDC20A
10.  Lead Acid(4S) 56.0VDC-The full voltage of each string is 14.7V
NORF NOModel Apply Battery TypeInput Voltage
DC 
Charging Voltage-DCCharging Amps
91DGIPS-DTDGC1224S5610 Lead Acid(4S)10-32VDC56.0VDC10A
92DGIPS-DTDGC1224S5620 Lead Acid(4S)10-32VDC56.0VDC20A
93DGIPS-DTDGC1224S5630 Lead Acid(4S)10-32VDC56.0VDC30A


Application instructions for charging products


1. Charging Voltage

Charging voltage: refers to the voltage value of the battery when it is fully charged. Note that it is the voltage value after full charge. Batteries made of different materials will have different voltage values. For example, for the same 12V battery, the fully charged voltage of a lead-acid battery is 13.8-14V, and the fully charged voltage of a lithium battery is 12.6V. Therefore, the fully charged voltage of batteries of different materials The values are not the same.

Processing method: First step, consult the customer about the fully charged voltage of the battery; second step, recommend appropriate parameters to the customer based on the fully charged voltage required by the customer.

Note: The customer must provide the fully charged voltage value of the battery, otherwise you cannot randomly recommend the charger voltage to the customer. If the customer does not know the battery material available, we will calculate the fully charged voltage value. If the charging voltage is too low, the battery will not be fully charged; if the charging voltage is too high, the battery may explode, resulting in a risk of fire.


2. Charging current

Charging current: When the battery is not fully charged, the charger charges the battery with a constant current value. This value is a fixed constant current value.

Charging process: first constant current charging, after the voltage rises to full voltage, then constant voltage charging, and finally power off and shut down.

If the charging current is too small, the battery charging time will be very long, which cannot meet the needs of customers; if the charging current is too large, the battery will overheat during charging and may easily cause the danger of burning or explosion.

Processing method: The charging current value required by the customer must be determined before a close charger model can be recommended to the customer. If the customer does not know, please provide the battery capacity value, and we will estimate the charging current value parameters for the customer. The simple calculation method is: Charging current = battery capacity x 0.2~0.5

Note: For batteries made of different materials, choose a multiple from 0.2-0.5. We recommend choosing 0.3. Some new batteries can accept fast charging and can achieve a multiple of 1 or more.


3. Battery capacity

Battery capacity: refers to the power of the battery, in AH value, which means that if the battery is discharged at this current value within an hour, the battery will be out of power. For example, a 100AH battery means that if the battery is continuously discharged at 100A within an hour, it will run out of power.


4. Charging time

Charging time: The continuous charging time required for the battery to be charged from the lowest voltage to the full voltage. This value is imprecise and can only be a theoretical or approximate value. The minimum voltage value of each battery is different.

Calculation method: charging time = battery capacity x 1.1~1.5 ÷ charging current

We usually use a value of 1.5

 

Summary: When choosing the voltage value of the charger, the customer must provide accurate parameters, or the customer can provide the battery material and we can calculate it; the charging current must be provided by the customer, or the customer can provide the battery capacity and we can calculate it; the charging time is based on the battery capacity and charging current. To calculate an approximate time, it is not a very precise parameter.

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