Product Performance Test Report
(Improved safe and reliable high-temperature battery suitable for oil and gas exploration) Product model: ER14250SM-150
I. Specification range
This document specifies the electrical performance, specifications, quality, structure, appearance,testing methods, working performance, and product aassurance of ER14250SM-150 high-temperature batteries supplied by POWER STABILITY.
II. Product Information
| Electrochemical composition | Model |
|---|---|
|
lithium sulfite chloride battery |
ER14250SM-150 |
III. General electrical performance
| NO. | Project | Characteristic | Remarks |
|---|---|---|---|
|
1 |
Model |
ER14250SM-150 |
Half wound battery |
|
2 |
Nominal voltage |
3.6V |
36KΩ (0.1mA) load, tested at+20°C |
|
3 |
Nominal capacity |
800mAh |
3600 Ω (1mA) discharge,+20°C, cut-off
voltage 2.0V. The capacity varies depending on the size of the load,
temperature, and cutoff voltage. |
|
4 |
Recommended maximum continuous current |
50mA |
Maintain a capacity of over 80%,+20°C, and a cut-off voltage of 2.0V. Allow for higher current,please consult our company. |
|
5 |
Operating temperature range |
-40°C / +150°C |
Working temperatures outside of room
temperature may lead to a decrease in
capacity and operating voltage. Please consult our company. |
|
6 |
Self discharge rate |
<2% |
Annual self discharge rate for storage at
room temperature+20℃ |
|
7 |
Overall dimensions (maximum) |
Φ14.25mm / (H)25.25mm |
Refer to product dimension drawing |
|
8 |
Standard weight |
10g |
—— |
|
9 |
Battery capacity |
4.2cm3 |
—— |
IV. Product appearance and structure
| Exterior | Structure |
|---|---|
|
No scratches, rust, deformation, leakage, or any manufacturing defects. |
The internal structure of ER14250SM is semi wound. The sealing adopts glass terminal compression technology. Under standard nitrogen pressure, the
leakage rate is ≤ 10-7atm.cc/sec |
V. Product performance
(standard data for products stored at room temperature not exceeding+30℃ for 1 year)
| NO. | Project | Test conditions (Temperature) | Battery stored at room temperature for 1 year |
|---|---|---|---|
|
1 |
Open circuit voltage (OCV) |
||
|
(Room) +20°C±2°C |
3.68V±0.05V |
||
|
(High) +100°C +2°C |
3.68V±0.05V |
||
|
(High) +145°C±2°C |
3.68V+0.05V |
||
|
2 |
Load voltage: 330 Ω load for 3 seconds,+20℃ |
330 Ω load
for 3 seconds |
≥3.15V |
|
3 |
Working voltage: 330 Ω load continuous discharge, cut-off voltage 2.0V, placed upright. |
||
|
(Room) +20°C +2°C |
≥3.30V |
||
|
(High) +100°C±2°C |
≥3.30V |
||
|
(High) +145°C±2°C |
≥3.30V |
||
|
3 |
Working hours, 330 Ω load continuous discharge, cut-off voltage 2.0V, placed upright. |
||
|
(Room) +20°C +2°C |
≥0.60Ah (60.0h) |
||
|
(High) +100°C +2°C |
≥0.65Ah (65.0h) |
||
|
(High) +145°C±2°C |
≥0.65Ah (50.0h) |
||
|
5 |
Nominal capacity, 3600 Ω load
continuous discharge, cut-off voltage 2.0V, placed upright. |
330 Ω load for 3 seconds |
≥3.15V |
|
6 |
Electrolyte leakage test |
No leakage |
|
VI. Safety performance and environmental testing
VI.I Environmental testing
VI.I.I Thermal cycling test
Place the battery in the experimental box and perform thefollowing cycle: increase the temperature inside the box to 70±3°C within 30 minuutes, and maintain it for 4 minutes Hours. Then lower the temperature to 20±3°C and hold for 2 hoours. Reduce the temperature to -40±33°C and hold for 4 hours. Then increase the temperature to 20 ±3°C within 30 minutes. This isa cycle, repeated 10 times.
Qualification criteria: The battery shall not leak, ignite, or Iburst.
VI.I.II Low voltage (high simulation) test
The test sample is kept at a temperature of 20±3°C and an absollute pressure of 11.6KPa(1.68psi) for 6 hours.
Qualification criteria: The battery shall not leak, ignite, or burst.
VI.I.III Heating test
Place the test sample in a gravity convection heating furnaace or a thermal cycling drying furnace for heating. Heat at at a rate of 5±2°C per minute to 145±2°C and hold for 10 minutes.
Qualification criteria: The battery shall not leak, ignite, or burst.
VI.II Mechanical performance testing
VI.II.I Free fall
According to IEC standards, each side of the battery must drop from a height of 1 meter to the cement floor twice, a total of 6 times.
Qualification criteria: The battery shall not leak, ignite, or burst.
VI.II.II Vibration test
The vibration frequency of the battery varies by 1 Hz per minutebetween 10 and 55 Hz, with a maximum of 90 minutes 100 minutes, tested on three sides.
Qualification criteria: The battery shall not leak, ignite, or burst.
VI.II.III Impact testing
Place the sample on the platform. A 5/8 inch (15.8mm) diameter iron rod is placed at the center of the battery. One A weight of 20 pounds (9.1 kilograms) fell freely from a height of 24+1 inch (610 + 25mm) onto a round rod.
Qualification criteria: The battery shall not ignite or burst.
