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LiFePO4 60V 40Ah Battery Pack (Stainless Steel Shell / 80A / 19.1 kg)
Product Parameters
LiFePO460V 40Ah80A ContinuousStainless Steel Shell
60V
Nominal voltage
40Ah
Typical capacity
80A
Max discharge
19.1kg
Weight
ChemistryLiFePO4 (lithium iron phosphate)
Nominal voltage60 V
Typical capacity40 Ah (at 0.5C discharge rate)
Max continuous discharge current80 A
Charge voltage73 +/- 0.1 V (CC-CV)
Charge current30 A max
Shell material1.2 mm stainless steel shell
WeightAbout 19.1 kg
Size (L x W x H)Max 225 x 190 x 350 mm
Operation temperatureCharge 0 ~ +60 C / Discharge -20 ~ +60 C
Storage temperature-40 ~ 60 C (capacity 80%)
Protection functionOver-charge and over-discharge protection
Source: Zenius Electric Vehicle Product Catalog. Specifications are indicative and may vary by configuration – contact us for the confirmed build sheet and batch test report.
Description
FAQs
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Product Details
LiFePO4 60V 40Ah Battery Pack
This LiFePO4 60V 40Ah battery pack is a stainless-steel cased lithium iron phosphate battery for e-scooters, e-bikes and light electric vehicles. It offers a 60 V nominal / 40 Ah typical capacity, 80 A maximum continuous discharge and a 100 A over-protection threshold, charged at 73 V (CC-CV) with up to 30 A. The 1.2 mm stainless-steel shell and integrated BMS protection (over-charge and over-discharge) suit swappable pack and PACK-integration projects.
Key Features
- LiFePO4 chemistry – long cycle life and high thermal stability; 60 V nominal, 40 Ah typical capacity at 0.5C.
- 80 A continuous discharge – 100 +/- 5 A over-protection; 50 V discharge cut-off; 50 mOhm max internal resistance.
- 73 V CC-CV charging – up to 30 A charge current for fast turnaround on swappable fleets.
- Stainless-steel enclosure – 1.2 mm shell, about 19.1 kg, max 225 x 190 x 350 mm.
- Wide temperature range – charge 0 ~ +60 C, discharge -20 ~ +60 C, storage -40 ~ 60 C.
- BMS protection – over-charge and over-discharge protection built in.
Specifications
| Parameter | Value |
|---|---|
| Model | LiFePO4 60V 40Ah |
| Chemistry | LiFePO4 (lithium iron phosphate) |
| Nominal voltage | 60 V |
| Typical capacity | 40 Ah (at 0.5C discharge rate) |
| Max continuous discharge current | 80 A |
| Over-protection current | 100 +/- 5 A (discharge) |
| Discharge cut-off voltage | 50 V |
| Charge voltage | 73 +/- 0.1 V (CC-CV) |
| Charge current | 30 A max |
| Inner resistance | 50 mOhm max |
| Operation temperature | Charge 0 ~ +60 C / Discharge -20 ~ +60 C |
| Storage temperature | -40 ~ 60 C (capacity 80%) |
| Shell material | 1.2 mm stainless steel shell |
| Weight | About 19.1 kg |
| Size (L x W x H) | Max 225 x 190 x 350 mm |
| Protection function | Over-charge and over-discharge protection |
Notes
Capacity is stated at a 0.5C discharge rate. Also available in 60V30Ah and 72V30Ah variants. Specifications are taken from the Zenius Electric Vehicle Product Catalog and are subject to change – please request the confirmed specification sheet and test report before ordering.
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For pricing, lead time, colour options and OEM / ODM configurations, contact us:
- Email: sales@dididede.com
- Phone / WhatsApp: +86 176-1445-2002
- WeChat: shuna0305
FAQs
Are these cells original factory genuine products?
We have established stable supply channels with first-tier cell manufacturers, including Farasis. All supplied cells are original factory genuine products, shipped in original packaging, with batch-level traceability information available.
What is the minimum order quantity (MOQ)?
MOQ depends on the model and on current inventory. We support sample orders and small-batch trial orders, with tiered pricing for bulk purchases. Please fill in the model and required quantity in the "Request a Quote" form below and we will come back with a corresponding solution and price.
Do you support capacity grouping and PACK customization?
Yes. We can perform capacity, internal resistance and voltage grouping to customer requirements, and provide PACK structural design, BMS integration, connection processes (laser welding / ultrasonic welding) and thermal management solutions.
What is the delivery lead time and how are cells shipped?
Lead time is confirmed against model inventory and production scheduling, and the specific date is included in the quote. Cells are Class 9 dangerous goods and are shipped through qualified hazardous-goods logistics channels; UN38.3, MSDS and transport identification reports are available.
What certifications and test documents can you provide?
On request we can provide MSDS, UN38.3 test reports, transport identification reports, factory QC reports and batch consistency data. The exact document set depends on the model and the order requirements.
What are the warranty and after-sales policies?
Warranty scope and duration follow the original manufacturer's policy and the signed contract. If anything is abnormal on arrival or in use, please keep the original packaging and batch information and contact our technical support team.
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