Li/SOCl2 Battery

  • Item:: ER (Li/SOCl2) Battery 3.6V
  • Brief:: 1.High energy density (620Wh/Kg); 2. High open circuit voltage (3.66V for single cell); 3. Wide range of operating temperature (-55°C~+85°C).

Publish time:2019-12-26 21:16:14

High energy density (620Wh/Kg)

Application:
CMOS memory chips for PC, office automation devices, remote data logging, and data acquisition systems, medical instruments, water or gas gauges, security and alarm systems pulse-/event-counters, various industrial clocks, high-temperature systems, etc.
Feature:
  (1) high energy density up to 420WH/Kg(800WH/dm3).
  (2) High operation voltage, 3.3V~3.6V upon loading resistance.
  (3) Long storage life, less than 2% of the self-discharging rate per year, could be stored for 10~15 years at room temperature.
  (4) Non-magnetic stainless steel case, hermetically sealed. Be safe for transportation and general shock. No leakage problem.
  Due to the characteristics of Li-SOCl2 batteries,
there are three basic types:

A. ENERGY TYPE BATTERY
  (1). Bobbin Type, high capacity, shelf life is ten years;
  (2). Wide operating temperature range, -55 °C~+85°C.
  (2). Smooth voltage level, 90% capacity could be outputted at a high level.


Type

Nominal

capacity

Nominal

voltage

Operating current
      mA(max)

STD

mA

Cut off

voltage

Dimension
mm(max)

weight

GB

IEC

mAh

V

continuous

pulse

current mA

V

dia.

H

g

ER9V1200

.

1200

9.0

35

100

0.5

5.4

48.8*26*16.9

40

  ER10250

1/2AAA

400

3.6

5

10

0.5

2.0

10.4

25.0

3.8

ER10450

AAA

750

3.6

15

50

1.0

2.0

10.3

45.0

8

ER13170
 1/3AA6003.68101.0 2.013.6  17.5  6.5

ER14200


600

3.6

10

15

1.0

2.0

14.5

20.0

8

ER14250H

1/2AA

1200

3.6

20

50

1.0

2.0

14.5

25.0

10

ER14335

2/3AA

1650

3.6

50

100

1.0

2.0

14.5

33.5

13

ER14505

AA

2400

3.6

70

150

1.0

2.0

14.5

50.5

19

ER17250


1000

3.6

100

200

1.0

2.0

17.0

25.0

12

ER17335

2/3A

1900

3.6

100

200

0.5

2.0

17.0

33.5

19

ER17450


3000

3.6

100

200

3.0

2.0

17.0

45.0

25

  ER17505

   A

3400

3.6

120

200

2.0

2.0

17.0

50.5

27

  ER18505


4000

3.6

100

200

3.0

2.0

18.5

50.5

31

ER26250

1/2C

3000

3.6

30

200

1.0

2.0

26.2

25.0

26

ER26500

C

8500

3.6

150

300

2.0

2.0

26.2

50.0

55

ER261020

CC

15000

3.6

100

400

1.0

2.0

26.2

102.0

100

ER34615

D

19000

3.6

230

400

2.0

2.0

34.2

61.5

102

ER341245

DD

36000

3.6

200

400

3.0

2.0

34.0

124.5

200

ER10280

450

3.6

10

20

0.5

2.0

10.4

28.0

5


B. POWER-TYPE LITHIUM THIN BATTERY
  (1) high discharge rate, and you can always consult our engineer for an even higher discharge rate;
  (2) have large continuous or pulse current and considerable power output for over five years
  (3) lower resistance, smooth voltage level.


Type

Nominal
Capacity

Nominal
Voltage

Operating Current
      mA

STD

mA

Cut off
 voltage

Dimension
mm

Weight

GB

IEC

mAh

V

continuous

pulse

current mA

V

dia.

H

G

ER14250M

1/2AA

750

3.6

200

400

1

2.0

14.5

25.0

10

ER14335M

2/3AA

1350

3.6

200

500

2

2.0

14.5

33.5

13

ER14505M

AA

1800

3.6

500

1000

3

2.0

14.5

50.5

19

ER17335M

2/3A

1700

3.6

400

1000

3

2.0

17.0

33.5

19

ER17505M

A

2800

3.6

1000

2000

10

2.0

17.5

50.5

30

ER18505M


3200

3.6

1000

2000

5

2.0

18.5

50.5

32

ER26500M

C

5800

3.6

1000

2000

10

2.0

18.5

50.5

56

ER34615M

D

14000

3.6

2000

3000

15

2.0

34.2

61.5

108

ER48660M


28000

3.6

2000

5000

50

2.5

48.0

66

284

Available Tags/pin/Terminations for ER Batteries(click)

lithium Batteriescustomer-request-form.doc


C. Hi-temperature ER batteries and battery packs for Oil and Gas


Type

Nominal

Capacity

Nominal

Voltage

Operating current

mA(max)

STD

mA

  Cut off
   voltage

Dimension

mm(max)

Weight

      GB

IEC

mAh

V

Continuous

Pulse

Current mA

V

Dia.

H

G

ER10450S

AAA

600

3.6

50

100

10

2.0

10.2

45.0

9

ER14250S

1/2AA

600

3.6

50

100

10

2.0

14.5

25.0

10

ER14335S

2/3AA

1000

3.6

50

100

50

2.0

14.5

33.5

14

ER14505S

AA

1600

3.6

100

200

20

2.0

14.5

50.5

20

ER17335S

A2/3

1500

3.6

100

200

1

2.0

17.0

33.5

20

ER17505S

A

3100

3.6

200

400

30

2.0

17.5

50.5

26

ER17100S


5500

3.6

300

600

55

2.0

17.5

100.5

46

ER18505S


3200

3.6

1000

2000

100

2.0

18.8

50.5

32

ER26500S

C

5500

3.6

200

300

4

2.0

26.2

50.0

52

ER251020S

CC

9500

3.6

100

200

100

2.0

24.5

102

102

ER261020S

CC

13000

3.6

800

1200

50

2.0

26.2

102

103.5

ER34615S

D

13000

3.6

200

400

10

2.0

34.0

61.5

100

ER341245S

DD

28000

3.6

300

600

100

2.0

34.0

124.5

200

ER321270S

DD(small DD)

28000

3.6

1800

2000

100

2.0

32.5

127

20


ER High-Temperature LTC Battery Packs

Type

Voltage

(V)

Capacity

(Ah)

Out Diameter/Length
 (mm)

Max. Pules Current

(mA)

Working Temperature
   (℃)

Gamma Battery pack

36.5

14

38×900

1000

-40~150/180

JMWD-8S

29.0

29.0

37.5 ×1185

1500

-40~150/180

JMWD-10S

28.8-29.2

27.0

37.5

1200

-40~150/180

GE Battery pack(HL)

29.0

29.0

37.5×1150

1500

-40~150/180

GE Battery pack(QDT)

28.8-29.2

29.0

37.5×1150

1500

-40~150/180

APS-MWD Battery pack

36.5

29.0

37.0×1455.0

1500

-40~150/180

FE Battery pack

21.9

9.0

50.5 × 190.2

300

-40—150/180

UTE Battery pack

29.0

29.5

37.5×1190.0

1500

-40~150/180

EMW Battery Packs

14.6

29.0

37×1805.0

1500

-40~150/180

Near-drill Battery Pack

21.0

14.0

38.0×495

1000

-40~150/180

T40 Battery pack

29.0

14.0

30×1010

10000

-40~150/180

FE-3S

11.0

9.0

26.5×362

500

-40~150/180

Customer request form :Markyn Batteries
Available pins for your reference:lithium Batteries

MWD BATTERY PACKS 28.8V 28AH  lithium Batteries


Li-SOCl2 battery Caution :

  (1) Do not make the battery short-circuit and do not try to charge it.
  (2) Do not over-discharge, press, or burn the battery.
  (3) The battery should be removed from the instrument on time when finishing discharging.
  (4) The battery should be buried deeply.
  (5) Do not try to solder directly on the battery.
  (6) The high-temperature type Li-soc12 battery can not be used an environment above +160


PRISMATIC  Li/SOCl2 BATTERY

 

Model

Nominal
Capacity
     

Nominal Voltage

End Voltage

Operating Current

Operating Current

Dimensions
     

Weight
     


(mAh)

(V)

(V)

(mAh)

mA (Max.)

(mm) Max.

(g)

EF651615

400mAh

3.6V

2.0V

0.5mA

5

16.8×6.8×15.8

5

EF651620

550mAh

3.6V

2.0V

1.0mA

10

16.8×6.8×20.8

7

EF651625

750mAh

3.6V

2.0V

1.0mA

10mA

16.8×6.8×25.8

8

EF702338

1600mAh

3.6V

2.0V

1.0mA

25

23.3×7.5×38.3

20

 The energy type can be equipped with capacitors to raise pulse current, please contact GMB for details: info@gmbattery.com


WAFER LI-SOCL2 BATTERY

Model

Cell Size Ref

Nominal Voltage (V)

Nominal Capacity (Ah)

Nominal Discharge Current(mA)

Maximum Dimensions

Weight(g)

Diameter(mm)

Height(mm)

ER22G68

BEL

3.6

0.4

0.5

22.6

6.8

6

ER32L65

1/10D

3.6

1.0

1

32.9

7.1

19

ER32L100

1/6D

3.6

1.7

1

32.9

10.5

24

ER49L65


3.6

2.6

2.5

49.5

6.8

44



Available Cell Terminations(click)Markyn Batteries


Customer request form Markyn Batteries


MAIN FEATURES OF A HI-TEMP. TLC BATTERY PACK

The specific energy is large, up to 420Wh/Kg, and the maximum open-circuit voltage of 650Wh/Kg battery is 3.67V when discharging at a low rate. The voltage can be kept at 3.3-35V when discharging, and the voltage remains unchanged within 90% of the capacity range. The specific power is large, and the battery can discharge at a high current density. The voltage accuracy is high, and the discharge curve is very flat. The working temperature of a high-temperature battery can reach 120~200C. Good storage performance can be used for 5-10 years. Fully sealed design


    ......

Customer request form Markyn Batteries

Li-SOCl2 battery Caution :
(1) Do not make the battery short-circuit and do not try to charge it.
  (2) Do not over-discharge , press or burn the battery.
  (3) The battery should be removed from the instrument on time when finishing discharging.
  (4) The battery should be buried deeply in earth .
  (5) Do not try to solder directly on battery.
  (6) The high temperature type Li-soc12 battery can not be used at environment above +160


ER Battery Production Brief Workflow


1.Cathode Mixer
      Mixing Acetylene Black with Solvent and Bonding Chemicals to Form Cathode.  Automatically Controlled to Ensure Stable Quality and Safety.


Markyn Batteries


2.Oven
      Easy to Operate with Automatic Alarm Device for Safety.  Automatically Controlled to Ensure Quality.


Markyn Batteries


3.Cathode Molding System
    Forming the Cathode into Circular Balls with Preset Size.  Automatically Controlled System to Ensure Cathode Density.


Markyn Batteries


4.Automatic Nickel Tab Welding Machine
    Automatic Spot Welding Nickel Tabs on Both Ends of Battery to Ensure the Quality of Welding and Precise Locations.

Markyn Batteries

5.Dehumidifier System
    Four High Quality Dehumidifiers Generating Large Flow of Dry Air to Reduce Dew Point of Air in Battery Assembling Rooms and Chambers Below -40℃ Constantly.

Markyn Batteries

6.Automatic Assembling Lines
    Automatically Positioning Parts and Materials and Assembling Them Properly Together.  Using Automatic conveyers to Connect Assembling Steps. Substantially Reducing Labor Required and Human Errors.

Markyn Batteries

7.Anode Assemble Machine
    Automatically Rolling and  Pressing Lithium Strip into Battery Shell

Markyn Batteries

8.Separator Assemble Machine
    Automatically Installing Separators on Bottom and Side of Battery Shell

Markyn Batteries

9.Cathode Assemble Machine
    Automatically Putting Preset Quantity of Ball Shape Cathode into Battery Shell

Markyn Batteries

10.Cap Assemble Machine
    Automatically Pressing Battery Cap Firmly Sealed with Battery Shell

Markyn Batteries

11.Internal Shorting Testing Machine
    Automatically Testing Internal Resistance After Cap Installed and Rejecting Failed Battery

Markyn Batteries

12.Epoxy Applying Machine
    Automatically Applying Epoxy on Battery Cap to Prevent Shorting

Markyn Batteries

13.Polishing Machine
    Automatically Polishing Both Positive and Negative Electrodes to Make Tab Welding More Firmly

Markyn Batteries

14.Sleeve Installation System
    Automatically Feeding Sleeve and Wrapping Properly Around Battery.  Shrinking Battery Sleeve Through Hot Air Chamber.

Markyn Batteries

15.Automatic Testing Machine

      Automatically Testing Open Circuit Voltage and Voltage with Load and Rejecting failed Battery


Markyn Batteries

16.Automatic Tab Welding Machine
    Automatically Spot Welding Nickel Tabs on Both Ends of Battery.  Measuring OCV after Tabs Installed.  Tracking and Recording Entire Process for Inspection.

Markyn Batteries

17.ER Battery Finishing & Packing Lines
    Installing Battery Connectors & Packing Batteries According to Customer' s requests.  Inspecting Final Products.

Markyn Batteries

18.Battery Aging Room with Controlled Temperature
    Storing Batteries in Rooms with Temperature Controlled Under 28℃ Yearly Long.

Markyn Batteries

19.Battery Testing System
    Testing Battery OCV, Voltage with Load and Capacity for Constant Currents & Constant Resistances. Simultaneously  Testing Over 2,00 Batteries.

Markyn Batteries

20.Fourier Transform Infrared Spectroscopy
    Accurately  Measuring Water Containing in Electrolyte

Markyn Batteries

21.Environmental Testing Room
    Testing Battery According to Military Specifications Including Vibration, Shock, Temperature Cycling, High Humidity, Low Pressure….

Markyn Batteries

Customer request form Markyn Batteries

Li-SOCl2 battery Caution :
(1) Do not make the battery short-circuit and do not try to charge it.
  (2) Do not over-discharge , press or burn the battery.
  (3) The battery should be removed from the instrument on time when finishing discharging.
  (4) The battery should be buried deeply in earth .
  (5) Do not try to solder directly on battery.
  (6) The high temperature type Li-soc12 battery can not be used at environment above +160

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