UY2500-HM4838-1

Model:UY2500

Price: negotiable

Color: Black/Silver

Dimension：340mm×150mm×90mm

Model selection reference:

1.    Electronic Characteristics

Table 3. Electronic characteristics

1.    Protect Characteristics

2.1    Output Over Voltage Protection

When the charger output voltage exceeds the maximum charging voltage, the charger enters the standby state protection. It will restore to normal working condition automatically after troubleshooting.

2.2    Output Over Current Protection

When the charger output current exceeds the maximum charging current, the charger enters the over current protection status. It will restore to normal working condition automatically after troubleshooting.

2.3    Short Circuit Protection

When the charger has short circuit at output, the charger enters short-circuit protection status. It will restore to normal working condition automatically after troubleshooting.

2.4    Reverse Polarity Protection

When the charger output positive negative pole and battery pack are connected in reverse, the internal relay of the charger is not sucked and there is no voltage current at the output terminal of the charger. After the correct connection, the charger can be charged normally.

2.5     Over-Temperature protection

When charger internal temperature exceed 75℃, it will be Into the over-temperature protection state and the cuts off output .When the temperature returns to 65℃, the charge is restored again.

3.    Environmental

3.1    Working Conditions

Ambient temperature: -5℃ ～ +40℃;

RH: 5% ～ 95%;

Max. altitude: 2000  meter;

Cooling: UY series chargers use of forced air cooling system. Under dustless and        ventilated conditions, the full load temperature rise not exceeding 40℃.

3.2    Storage Conditions

Ambient temperature: -40℃ ～ +70℃;

RH: 0% ～ 95%;

Max. altitude: 20000 meter.

4.    Reliability

Table 4. Reliability

5.    Safety

5.1Insulation Characteristics

Table 5. Insulation characteristics

5.2Leakage Current

With max input and full load, the leakage current < 0.75m A, meet to Class II.

UY1500-LM8414-1

Model:UY1500

Price: negotiable

Color: Black/Silver

Dimension：290mm×150mm×90mm

Model selection reference:

1.    Electronic Characteristics

Table 3. Electronic characteristics

2.  Protect Characteristics

2.1    Output Over Voltage Protection

When the charger output voltage exceeds the maximum charging voltage, the charger enters the standby state protection. It will restore to normal working condition automatically after troubleshooting.

2.2    Output Over Current Protection

When the charger output current exceeds the maximum charging current, the charger enters the over current protection status. It will restore to normal working condition automatically after troubleshooting.

2.3    Short Circuit Protection

When the charger has short circuit at output, the charger enters short-circuit protection status. It will restore to normal working condition automatically after troubleshooting.

2.4    Reverse Polarity Protection

When the charger output positive negative pole and battery pack are connected in reverse, the internal relay of the charger is not sucked and there is no voltage current at the output terminal of the charger. After the correct connection, the charger can be charged normally.

2.5    Over-Temperature protection

When charger internal temperature exceed 75℃, it will be Into the over-temperature protection state and the cuts off output and the cooling fan is still working. When the temperature returns to 65℃, the charge is restored again.

3.    Environmental

3.1    Working Conditions

Ambient temperature: -5℃ ～ +40℃;

RH: 5% ～ 95%;

Max. altitude: 10000  meter;

Cooling: UY series chargers use of forced air cooling system. Under dustless and        ventilated conditions, the full load temperature rise not exceeding 40℃.

3.2    Storage Conditions

Ambient temperature: -40℃ ～ +70℃;

RH: 0% ～ 95%;

Max. altitude: 20000 meter.

4.    Reliability

Table 4. Reliability

5. Safety

5.1 Insulation Characteristics

Table 5. Insulation characteristics

UY1200-HF1250-1

Model selection reference:

1.    Electronic Characteristics

Table 3. Electronic characteristics

2. Protect Characteristics.

2.1 Output Over Voltage Protection

When the charger output voltage exceeds the maximum charging voltage, the charger enters the standby state protection. It will restore to normal working condition automatically after troubleshooting.

2.3  Output Over Current Protection

When the charger output current exceeds the maximum charging current, the charger enters the over current protection status. It will restore to normal working condition automatically after troubleshooting.

2.4  Short Circuit Protection

When the charger has short circuit at output, the charger enters short-circuit protection status. It will restore to normal working condition automatically after troubleshooting.

2.5   Reverse Polarity Protection

When the charger output positive negative pole and battery pack are connected in reverse, the internal relay of the charger is not sucked and there is no voltage current at the output terminal of the charger. After the correct connection, the charger can be charged normally.

2.6 Over-Temperature protection

When charger internal temperature exceed 75℃, it will be Into the over-temperature protection state and the cuts off output .When the temperature returns to 65℃, the charge is restored again.

3.   Environmental

3.1   Working Conditions

Ambient temperature: -5℃ ～ +40℃;

RH: 5% ～ 95%;

Max. altitude: 2000  meter;

Cooling: UY series chargers use of forced air cooling system. Under dustless and        ventilated conditions, the full load temperature rise not exceeding 40℃.

3.2  Storage Conditions

Ambient temperature: -40℃ ～ +70℃;

RH: 0% ～ 95%;

Max. altitude: 20000 meter.

4.  Reliability

Table 4. Reliability

5.    Safety.

6.Insulation Characteristics

Table 5. Insulation characteristics

7.Leakage Current

With max input and full load, the leakage current < 0.75m A, meet to Class II.

UY-2000-HF7220-1

Model selection reference:

1. Electronic Characteristics

Table 3. Electronic characteristics

2. Protect Characteristics

2.1 Output Over Voltage Protection

When the charger output voltage exceeds the maximum charging voltage, the charger enters the standby state protection. Troubleshooting can be automatically restored to normal working condition.

2.2 Output Over Current Protection

When the charger output current exceeds the maximum charging current, the charger enters the over current protection status. Troubleshooting automatically restored to normal working condition.

2.3 Short Circuit Protection

When the charger has short circuit at output, the charger enters short-circuit protection status. Troubleshooting automatically return to normal working condition.

2.4 Reverse Polarity Protection

If charger DC output terminal connect to battery reverse, fuse on the output side would be fuse, output circuit would be cut off. Replace the fuse, and then connect to battery correctly, charger would resume working.

3. Environmental

3.1 Working Conditions

Ambient temperature: -5℃ ～ +40℃;

RH: 5% ～ 95%;

Max. altitude: 10000  meter;

Cooling: BAL series chargers use of forced air cooling system. Under dustless and ventilated conditions, the full load temperature rise not exceeding 40℃.

3.2 Storage Conditions

Ambient temperature: -40℃ ～ +70℃;

RH: 0% ～ 95%;

Max. altitude: 20000 meter.

4. Reliability

Table 4. Reliability

5. Safety

5.1 Insulation Characteristics

Table 5. Insulation characteristics

5.2 Leakage Current

With max input and full load, the leakage current < 0.75m A, meet to Class II.

5.3 Standard specifies

EN 55022:2006+A1:2007

EN 61000-3-2:2006+A1:2009+A2::2009

EN 61000-3-3:2008

EN 55024:1998+A1:2001+A2:2003

5.4 Electromagnetic Interference

Conducted interference: EN55011.13.14-1.15.22.FCC part 15＆18.VCCI;

Radiated interference: EN55011.13.22.FCCpart 15＆18.VCCI/EN55013.EN55014-1.

5.5 Electromagnetic Immunity

Anti-static: IEC/EN61000-4-2 8KV;

Pulse group: IEC/EN61000-4-4 2KV;

Lightning surge: IEC/EN61000-4-5 1.5KV;

Harmonic: IEC/EN61000-3-2 ＜25%.

UY900-HM8410-1

 Model:UY900

Price: negotiable

Color: Black/Silver

Dimension：305mm×150mm×90mm

Model selection reference:

1.    Electronic Characteristics

2. Protect Characteristics

2.1 Output Over Voltage Protection

When the charger output voltage exceeds the maximum charging voltage, the charger enters the standby state protection. Troubleshooting can be automatically restored to normal working condition.

2.2 Output Over Current Protection

When the charger output current exceeds the maximum charging current, the charger enters the over current protection status. Troubleshooting automatically restored to normal working condition.

2.3 Short Circuit Protection

When the charger has short circuit at output, the charger enters short-circuit protection status. Troubleshooting automatically return to normal working condition.

2.4 Reverse Polarity Protection

If charger DC output terminal connect to battery reverse, fuse on the output side would be fuse, output circuit would be cut off. Replace the fuse, and then connect to battery correctly, charger would resume working.

3. Environmental

3.1 Working Conditions

Ambient temperature: -5℃ ～ +40℃;

RH: 5% ～ 95%;

Max. altitude: 10000  meter;

Cooling: BAL series chargers use of forced air cooling system. Under dustless and ventilated conditions, the full load temperature rise not exceeding 40℃.

3.2 Storage Conditions

Ambient temperature: -40℃ ～ +70℃;

RH: 0% ～ 95%;

Max. altitude: 20000 meter.

4. Reliability

Table 4. Reliability

5. Safety

5.1 Insulation Characteristics

Table 5. Insulation characteristics

5.2 Leakage Current

With max input and full load, the leakage current < 0.75m A, meet to Class II.

5.3 Standard specifies

EN 55022:2006+A1:2007

EN 61000-3-2:2006+A1:2009+A2::2009

EN 61000-3-3:2008

EN 55024:1998+A1:2001+A2:2003

5.4 Electromagnetic Interference

Conducted interference: EN55011.13.14-1.15.22.FCC part 15＆18.VCCI;

Radiated interference: EN55011.13.22.FCCpart 15＆18.VCCI/EN55013.EN55014-1.

5.5 Electromagnetic Immunity

Anti-static: IEC/EN61000-4-2 8KV;

Pulse group: IEC/EN61000-4-4 2KV;

Lightning surge: IEC/EN61000-4-5 1.5KV;

Harmonic: IEC/EN61000-3-2 ＜25%.

14Series lithium battery Protection Circuit Module

1.Summary：

DLS16B14B-01T40AThis specification applies to the 14Series lithium  battery Protection Circuit Module  Products are RoHS compliant.

With over charge function, over discharge function, over current protection, short circuit protection, temperature function, charging balance management function and so on.

2. Feature：

Apply seiko solution which is IC A grade protection

With strong loaded, constant discharging current is 40A, MOSFET with high stand voltage and low conduction internal independence. Cooling fin effect is good。

IC have power balancing function, current could be adjusted by improve the MOSFET。

Over charge protection, over discharge protection, typical voltage detection method.Over current, short circuit protection, short circuit protection performance is stable and reliable, long time load short circuit will not affect the protection board and electric core

Temperature protection during charge and discharge。

Temperature drift is tiny, the accuracy is 1% high power package  detection resistance。

Extremely low power consumption, the whole machine consumes less than 50uA。

PCBA surface with high corrosion resistance, high permeability, high impedance coating ESD paint three.

The direct series combination of 14 supported multi compound lithium power battery。

3.Picture：

PCBA Drawing

4.Characteristic：（li-ion battery）

Detailed contents

Specification

5.Interface definition

B- is connected to the negative terminal of the battery pack

P-is connected to negative terminal of load

CN1：cell voltage detect terminal。

11Series lithium battery Protection Circuit Module

1.Summary：

DLS14A11B-01T16AThis specification applies to the 11Series lithium  battery Protection Circuit Module . Products are RoHS compliant.

With over charge function, over discharge function, over current protection, short circuit protection, temperature function, charging balance management function and so on.

2. Feature：

Apply seiko solution which is IC A grade protection

With strong loaded, constant discharging current is 16A, MOSFET with high stand voltage and low conduction internal independence. Cooling fin effect is good。

IC have power balancing function, current could be adjusted by improve the MOSFET。

Over charge protection, over discharge protection, typical voltage detection method.Over current, short circuit protection, short circuit protection performance is stable and reliable, long time load short circuit will not affect the protection board and electric core

Temperature protection during charge and discharge。

Temperature drift is tiny, the accuracy is 1% high power package  detection resistance。

Extremely low power consumption, the whole machine consumes less than 50uA。

PCBA surface with high corrosion resistance, high permeability, high impedance coating ESD paint three.

The direct series combination of 13 supported multi compound lithium power battery。

3.Picture：

4.Characteristic：（li-ion battery）

5.Interface definition

B- is connected to the negative terminal of the battery pack

P-is connected to negative terminal of load

CN1：cell voltage detect terminal。

6 Operation:

6.1：The connecting sequence of the electrical core is: first, then B-, and then connected with the cell voltage detection terminal, and the reverse sequence is removed.。

6.2：Cell voltage detection terminal use spacing of 2.0 cable connection, the cN1 1 foot for B-, the second foot B1, the tripod for B2, followed by analogy, 12 feet to B +

6.3：Battery voltage detection lines using a standard cable, B -, P – and need to according to the continuous discharge current and the charging current to the size of the selection of suitable wire diameter of wire.

6.4:After the battery and protective board is connected, the voltage between P- and B+ is measured, if measured the voltage is equal to the total voltage of the battery pack, indicating that the protection board has been working properly.

Note: the BMS is connected to the cell, or from the battery pack, must follow the above order, such as not in accordance with the requirements of the order of operations, will damage the components of the protection board, causing serious consequences.

7：Dimension：65*33*10mm

10Series lithium battery Protection Circuit Module

DLS10A10B-01This specification applies to the 10Series lithium  battery Protection Circuit Module . Products are RoHS compliant.

With over charge function, over discharge function, over current protection, short circuit protection, temperature function, charging balance management function and so on.

2. Feature：

Apply seiko solution which is IC A grade protection

With strong loaded, constant discharging current is 16A, MOSFET with high stand voltage and low conduction internal independence. Cooling fin effect is good。

IC have power balancing function, current could be adjusted by improve the MOSFET。

Over charge protection, over discharge protection, typical voltage detection method.Over current, short circuit protection, short circuit protection performance is stable and reliable, long time load short circuit will not affect the protection board and electric core

Temperature protection during charge and discharge。

Temperature drift is tiny, the accuracy is 1% high power package  detection resistance。

Extremely low power consumption, the whole machine consumes less than 50uA。

PCBA surface with high corrosion resistance, high permeability, high impedance coating ESD paint three.

The direct series combination of 7-10 supported multi compound lithium power battery。

3.Picture：

Before adding cooling fin

After adding cooling fin

4.Characteristic：（li-ion battery）

5.Interface definition

B- is connected to the negative terminal of the battery pack

C-：is connected to the charger negative .

P-is connected to negative terminal of load

CN1：cell voltage detect terminal。

B-270MM long,AWG16 silicone line，200℃，600V black

P-110MM long,AWG16 silicone line，200℃，600V blue

C-110MM long,AWG18 silicone line，200℃，600V yellow

Sampling line 450MM,AWG24

7Series lithium battery Protection Circuit Module

Summary：

DLS07A07B-01F20A This specification applies to the 7Series lithium  battery Protection Circuit Module. Products are RoHS compliant.

With over charge function, over discharge function, over current protection, short circuit protection, temperature function, charging balance management function and so on.

2. Feature：

Apply seiko solution which is IC A grade protection

With strong loaded, constant discharging current is 20A, MOSFET with high stand voltage and low conduction internal independence. Cooling fin effect is good。

IC have power balancing function, current could be adjusted by improve the MOSFET。

Over charge protection, over discharge protection, typical voltage detection method.Over current, short circuit protection, short circuit protection performance is stable and reliable, long time load short circuit will not affect the protection board and electric core

Temperature protection during charge and discharge。

Temperature drift is tiny, the accuracy is 1% high power package  detection resistance。

Extremely low power consumption, the whole machine consumes less than 50uA。

PCBA surface with high corrosion resistance, high permeability, high impedance coating ESD paint three.

The direct series combination of 7 supported multi compound lithium power battery。

3.Picture：

4.Characteristic：（li-ion battery）

5.Interface definition

B- is connected to the negative terminal of the battery pack

C-：is connected to the charger negative .

P-is connected to negative terminal of load

CN1：cell voltage detect terminal。

Sampling line 450MM,AWG24

6 Operation:

6.1：The connecting sequence of the electrical core is: first, then B-, and then connected with the cell voltage detection terminal, and the reverse sequence is removed.。

6.2：Cell voltage detection terminal use spacing of 2.0 cable connection, the cN1 1 foot for B-, the second foot B1, the tripod for B2, followed by analogy, 8 feet to B +

6.3：Battery voltage detection lines using a standard cable, B-, P-, C- need according to the continuous discharge and the charging current to the size of the selection of suitable diameter of wire

6.4:After the battery and protective board is connected, the voltage between C- and B+ is measured, if measured

The voltage is equal to the total voltage of the battery pack, indicating that the protection board has been working properly.

Note: BMS is connected to the cell, or from the battery pack, must follow the above order, such as not in accordance with the requirements of the order of operations, will damage the components of the protection board, causing serious consequences.

7.Dimension：63*32*10mm（including cooling fin ）

UY120

1.    Electronic Characteristics

Table 3. Electronic characteristics

1.    Protect Characteristics

8.1    Output Over Voltage Protection

When the charger output voltage exceeds the maximum charging voltage, the charger enters the standby state protection. Troubleshooting can be automatically restored to normal working condition.

8.2    Output Over Current Protection

When the charger output current exceeds the maximum charging current, the charger enters the over current protection status. Troubleshooting automatically restored to normal working condition.

8.3    Short Circuit Protection

When the charger has short circuit at output, the charger enters short-circuit protection status. Troubleshooting automatically return to normal working condition.

8.4    Reverse Polarity Protection

If charger DC output terminal connect to battery reverse, fuse on the output side would be fuse, output circuit would be cut off. Replace the fuse, and then connect to battery correctly, charger would resume working.

2.    Environmental

9.1    Working Conditions

Ambient temperature: -5℃ ～ +40℃;

RH: 5% ～ 95%;

Max. altitude: 10000  meter;

Cooling: UY series chargers use of forced air cooling system. Under dustless and        ventilated conditions, the full load temperature rise not exceeding 40℃.

9.2    Storage Conditions

Ambient temperature: -40℃ ～ +70℃;

RH: 0% ～ 95%;

Max. altitude: 20000 meter.

1.    Reliability

Table 4. Reliability

2.    Safety

11.1Insulation Characteristics

Table 5. Insulation characteristics

11.2Leakage Current

With max input and full load, the leakage current < 0.75m A, meet to Class II.

11.3Standard specifies

EN 55022:2006+A1:2007

EN 61000-3-2:2006+A1:2009+A2::2009

EN 61000-3-3:2008

EN 55024:1998+A1:2001+A2:2003

11.4Electromagnetic Interference

Conducted interference: EN55011.13.14-1.15.22.FCC part 15＆18.VCCI;

Radiated interference: EN55011.13.22.FCCpart 15＆18.VCCI/EN55013.EN55014-1.

11.5Electromagnetic Immunity

Anti-static: IEC/EN61000-4-2 8KV;

Pulse group: IEC/EN61000-4-4 2KV;

Lightning surge: IEC/EN61000-4-5 1.5KV;

Harmonic: IEC/EN61000-3-2 ＜25%.