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38.4V 5Ah LiFePO4 UPS Battery

38.4V 5Ah LiFePO4 UPS Battery
(2kVA Backup Module)

This 38.4V 5Ah LiFePO4 battery pack is listed for high-rate UPS applications around ≤ 2kVA. Before selection, confirm the UPS DC bus, charging profile, required discharge current, communication protocol, connector and rack clearances against the final system configuration.

UN38.3
UL1973
12C Discharge RatingConfirm current limits against BMS settings and the intended load
Compact 1U Format470 × 207 × 35 mm enclosure; check rack clearance
38.4V / 5Ah Configuration192Wh nominal energy as listed in the specifications
BMS & RS232Confirm protocol mapping and protection settings for the UPS

The CLF Standard Voltage Series UPS Battery Pack is engineered specifically for short backup power applications. Built with LiFePO4 cells, the pack is intended for short-duration backup use during power interruptions; actual runtime depends on UPS efficiency, connected load, battery condition and cutoff settings.

  • High-rate discharge: The listed 12C rating corresponds to 60A for a 5Ah pack; confirm permitted current and operating limits for the quoted configuration.
  • BMS protection: The listed protection functions include overcharge, over-discharge, over-temperature and short-circuit protection; confirm thresholds and communication behavior for the final configuration.
  • Standby charging: Confirm float/charge voltage, current and temperature limits against both the battery specification and UPS charger profile.

Designed for UPS backup applications, this 38.4V battery is listed around a 2kVA system rating. Confirm DC bus, output demand, charger settings, rack dimensions and interfaces before integration; backup continuity depends on system design and load.

  • Data centers and enterprise IT server rooms.
  • Banking facilities and financial trading systems.
  • Medical equipment and precision laboratory instruments.
  • Commercial office environments and security/surveillance systems.

The listed SPCC enclosure measures 470 × 207 × 35 mm and is presented in a compact 1U format. Check rack depth, support and retention, terminal access and cable clearance before specifying it as a replacement.

38.4V 5Ah LiFePO4 Battery 2D Dimensions Diagram
Electrical Specifications
Nominal Voltage38.4V
Nominal Capacity5Ah
Power192Wh
Internal Resistance≤ 45 mΩ
Self-dischargeMonthly < 1%
Suitable for UPS≤ 2kVA
Discharge Specifications
Backup Time5-15 minutes (reference; load and UPS configuration dependent)
Max Continuous Discharge60A
Over-discharge Protection30V
Over-discharge Recovery32V
Short-circuit ProtectionYes
Communication & Compliance
Communication MethodsRS232
Standards ReferencesUN 38.3 / UL1973
Mechanical Specifications
Cell SpecificationIFR26650-2500mAh
Number of Strings12S2P
Dimensions (L×W×H)470 × 207 × 35 mm
Weight5.1 kg
Output TerminalAnderson SB50
Shell MaterialSPCC
IP RatingIP21
Charge Specifications
Charge Current5A
Charge Voltage43.2V
Overcharge Protection43.2V
Overcharge Recovery41.4V
Balancing Start Voltage40.8V
Temperature Specifications
Discharge Temperature-20 to 60°C
Charge Temperature0 to 45°C
Storage Temperature-5 to 45°C
BMS Overtemp Protection65 ± 5°C
BMS Overtemp Recovery55 ± 5°C

UPS battery selection & project planning

38.4V 5Ah LiFePO4 UPS battery for 2kVA-class systems

This 38.4V, 5Ah pack is listed at 192Wh for UPS systems up to 2kVA. The page specifies 12S2P, 60A maximum continuous discharge, RS232, an Anderson SB50 terminal and a 470 × 207 × 35 mm SPCC enclosure—details that make it a distinct short-backup selection, not a generic 48V replacement.

UPS compatibility and replacement checks

How to interpret this configuration

The listed 12C / 60A continuous rating relates to the battery-side demand; the 2kVA UPS class does not prove the system draws within that limit. Check DC bus, charging set-points, cutoff and surge demand against the selected UPS documentation.

Typical system context: This SKU is most relevant to a 38.4V UPS battery bus with a short backup objective, such as a small server/network room, security-monitoring installation or industrial control panel. It should not be selected for a 48V or other bus solely because the UPS kVA appears similar.

Interface and installation details to confirm

  • Cell configuration: 12S2P; published enclosure: 470 × 207 × 35 mm, SPCC, IP21; listed weight: 5.1 kg.
  • Communication is listed as RS232 only for this configuration; RS485 is not listed.
  • Output terminal: Anderson SB50. The table lists 30V over-discharge protection and 32V recovery.

LiFePO4 retrofit checklist

  • Check the exact 38.4V battery bus and charger/cutoff window.
  • Compare continuous and surge current requirements with the listed 60A maximum continuous value.
  • Verify SB50 polarity, RS232 protocol/pinout, mounting and 470 × 207 × 35 mm clearance.
  • Confirm whether any project needs a communication interface beyond RS232; it is not listed on this configuration.

Runtime planning and OEM/ODM project intake

Plan from the actual UPS load

The published runtime reference is 5–15 minutes. Treat it as a planning range only; actual runtime depends on load profile, UPS efficiency, usable energy, cutoff, state of charge, temperature, age and system behavior. A review needs the UPS model, measured load, DC-bus/cutoff data and required ride-through time.

What to include in a quotation request

Send the UPS model, 38.4V bus and charging window, load/current profile, required runtime, SB50 cable and RS232 protocol needs, rack clearance and quantity.

A B2B configuration discussion can cover the BMS communication requirement, connector and harness routing, mounting details, housing/label and target quantity. Send the UPS model and interface specification; the published page lists RS232, so do not assume RS485 or CAN.

Discuss this UPS configuration

Technical Insights & Support

What types of UPS applications is this 38.4V LiFePO4 battery suited for?
This module is listed for UPS systems with a nominal 38.4V DC bus and output around 2kVA. Confirm the UPS input and charging profile, required discharge current, connector and communication protocol before selecting it for a specific model. Typical short-backup contexts include office IT, small server rooms, security and monitoring systems, and industrial control equipment; actual runtime depends on load and UPS configuration.
How does this LiFePO4 UPS battery compare to traditional lead-acid batteries?
A replacement comparison should consider the required voltage and charge profile, usable energy, runtime at the target load, enclosure dimensions, weight, connector and service conditions. The specifications here list 38.4V, 5Ah and a 470 × 207 × 35 mm housing; compare the complete battery and UPS configuration rather than assuming a fixed size, weight or service-life ratio.
What protection features does this UPS battery include?
The listed pack includes a Battery Management System (BMS) with protection functions described for overcharge, over-discharge, short circuit, overcurrent and abnormal temperature conditions. Confirm the protection thresholds and response behavior for the quoted configuration before integration.
What does the RS232 interface support?
The specifications list an RS232 interface for communication with a compatible UPS controller or monitoring system. Confirm the protocol, pinout and data points supported by the battery and UPS before integration; RS485 is not listed for this configuration.
Can this battery handle sudden high power demands?
The listed configuration states a 12C discharge rating and 60A maximum continuous discharge for a 5Ah pack. Actual permitted current and voltage behavior depend on BMS settings, temperature, state of charge and the final system configuration; confirm any pulse limits before design approval.
How is this battery physically installed in server rooms?
The listed SPCC enclosure measures 470 × 207 × 35 mm and is presented in a compact 1U format. Check rack clearance, depth, support or retention, terminal access and cable clearance against the UPS before purchase; dimensions alone do not establish drop-in interchangeability.

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