Lithium Ion (Li-ion) batteries have quickly become the preferred
battery technology for most applications including Cree LED torches
and portable electronics. Various forms of Li-ion exist with cells
and battery packs designed for a range of applications from high
power to high energy density all in a very cost effective package.
Its advantages in energy density to weight and volume are well
known. However, the additional benefits of Li-ion such as long
cycle life, shorter charge times, the ability to fuel gauge and
predict end of life accurately, and significant improvements in the
long term stability at elevated temperatures have increased Lithium
Ion’s adoption into even more applications particularly those
previously serviced by older chemistries such as Nickel Metal
Hydride or Nickel Cadmium.
* Ryder has 15 years experience of battery packs. Our customers are
from all over the world.
* Develop products according to customer requirements or product
orientation.
* The automated battery assembly line can process 7K-10K cells
every day to guarantee fast delivery for the orders.
* Offer 200 test points for the battery within 60V 10A and 32 test
points for the battery within 100V 20A.
* SAP & MES dual system to coordinate daily production.
PCM Specification: F60V15/50A-BN 95*74*13
Communication Protocol: NO
Abnormal State Display: NO SOC Display: YES
Product Specification
| NO. | Content | Testing method | Remark |
| 1 | Charge cut-off voltage | 71.4V | |
| 2 | Discharge cut-off voltage | 47.6V | |
| 3 | Standard charge | Charge the battery at constant current of 0.2C to reach 71.4V. Then
charge the battery at constant 71.4V voltage until the charging
current decreasing to 0.02C. | |
| 4 | Standard discharge | After the standard charging, rest for 0.5-1 hour then discharge to
51V@0.2C. | |
| 5 | Maximum continuous discharge current | 15A | |
| 6 | Pulse maximum discharge current | 50A | w7mS |
| 7 | Maximum charge current | 4A | |
| 8 | Rated capacity | Typical capacity: 30Ah Minimum capacity: 28.8Ah -5% | standard discharge after standard charge |
| 9 | Operation temperature range | Charging: 0〜45t | 60±25%R.H |
| Discharging: -20~60*C |
| 10 | Storage temperature | w1 month:-20 ~ 45P | 60±25%R.H Best 10-251: for long-time storage |
| w3 months: -10 ~ 35C |
| w1 year: 0 ~ 30C |
| 11 | Impedance | w200mQ | |
| 12 | weight | =2000g | |
Product Electric Performance Test
| NO. | Items | Test Conditions | Requirements |
| 1 | Capacity Retention | Fully charging, store them at (20 ± 5)t for 28 days, then discharge
to 47.6V @0.2C. | Discharging time^4.25h |
| 2 | Cycle Life @252 | Discharge to 47V @0.2C, then Charge the battery @0.2C to reach
71.4V. Then charge the battery at constant 71.4V voltage until the
charging current decreasing to 0.02C. Rest for 0.5-1 h. discharge to 47.6V@ 0.2C and rest for 0.5-1 h.
Continue the charge/discharge cycles until discharge capacity lower
than 80% of rated capacity. | Cycles life ^300 |
| 3 | Storage | Charge the battery to 40%~65% of its rated capacity using standard
charging mode, then keep it in an ± 5*C, humidity 45% ~ 85% room for 12 months, fully charge and
discharge it @0.2C until voltage down to 47.6V. (The testing sample should be within 3 months dated from production
date) | Discharge time >210min |
Mechanical Performance
| NO. | content | Testing method | Requirements |
| 1 | Vibration Tes | After standard charging, put battery on the vibration table. 30 min
experiment from X, Y, Z axis. Scan rate: 1oct/min; Frequency
10-30Hz, Swing 0.38mm; Frequency 30-55Hz, Swing 0.19mm. | No influence to batteries' electrical performance and appearance. |
| 2 | Drop Test | Random drop the battery from 1.0m height onto wood board 2 times. | No explosion or fire |
Delivery Time:
- Material Preparation Time: 7-15 days (or inventory)
- Production & Assembly Time 3-10 days
- Testing & Packaging Time: 2-10 days
- Total Delivery Time: 30-45days
- The faster delivery could be negotiable.
Factory photo:
Contact with our sales team for your OEM and ODM order.
OEM/ODM Service:
If you want to display your own brand logo in products, bags,
labels or anywhere. Or you need to develop battery packs according
to your product orientation. Our OEM and ODM services are ready to
do it.
Packing:
According to Stardard Export Packing.
Carton box, wooden box, wooden pallet
Ryder Electronics established in Shenzhen on July 18, 2005, mainly
in the business of battery packs. In 2009 the company passed
ISO9001 and improved the product quality standard to fulfill the
high-end requirements from our customers.
In 2012, Ryder Electronics moved to a new facility and expend the
production capacity, the Productivity improved nearly 10 times than
before.
In 2013, Ryder Electronics imported ERP (SAP) system to supervise
order execution process.
In 2017, Ryder Electronics expanded the SMT, imported high-speed
patch machine from Germany.
Until now the factory grows into a modern enterprise which
integrated injection molding, PCB designing, SMT and battery pack
assembling services.
In 2018 the company passed ISO14001certification, introduced
automated battery production line to further improve the production
quality and capacity.
