6.66Wh Calculated Energy in a Lower-Profile Format
The 3.7V nominal platform and 1800mAh rated capacity provide approximately 6.66Wh before system losses and application-specific derating.
3.7V Lithium Polymer Battery · 1000–2000mAh Range
The 624948 LiPo battery provides a 3.7V platform, 1800mAh rated capacity and a 6.2mm × 49mm × 48mm pouch format. Its lower listed thickness and wider footprint create a different packaging option from taller, narrower 1800mAh references.

Product snapshot
The 624948 model is positioned around the tradeoff between an 1800mAh energy target and a 6.2mm-thick, wider battery envelope. A shallow 6.2mm-thick 1800mAh option that uses a broader 49mm × 48mm footprint for depth-limited enclosures.
The 3.7V nominal platform and 1800mAh rated capacity provide approximately 6.66Wh before system losses and application-specific derating.
The 6.2mm × 49mm × 48mm envelope can be evaluated where the enclosure offers surface area but has tighter depth limits.
Current, energy and weight values are calculated references for early planning. Confirm final limits and the finished battery configuration with ZERNE.
Technical data
These specifications summarize the 624948 reference format. A shallow 6.2mm-thick 1800mAh option that uses a broader 49mm × 48mm footprint for depth-limited enclosures. Confirm final construction, protection, connector and validation conditions for the finished OEM battery configuration.
| 624948 Mechanical and Electrical Specifications | |
|---|---|
| Product number | 624948 |
| Nominal voltage | 3.7V |
| Rated capacity | 1800mAh |
| Confirmed C-rate | 1C |
| Battery dimension | 6.2mm × 49mm × 48mm |
| Calculated Electrical References | |
| Standard charge current | Approx. 900mA |
| Rapid charge current | Approx. 1800mA |
| Standard discharge current | Approx. 360mA |
| Maximum discharge current | Approx. 1800mA |
| Calculated energy | Approx. 6.66Wh |
The direct 624948 values are used as the model reference. Current, energy and weight figures are calculated references rather than measured production results. Confirm the final charging profile, discharge demand, protection configuration, connector, tolerances and validation conditions with ZERNE for the finished device.
Product characteristics & advantages
The 624948 model is positioned around the tradeoff between an 1800mAh energy target and a 6.2mm-thick, wider battery envelope. A shallow 6.2mm-thick 1800mAh option that uses a broader 49mm × 48mm footprint for depth-limited enclosures. The geometry and energy-planning tradeoff are the primary selection focus for this reference model.
The 624948 differs from long, narrow 1800mAh formats through its broad footprint and lower 6.2mm profile. That makes battery-pocket geometry the first design question for an OEM evaluation.
The capacity and profile provide a starting point for evaluating energy needs in depth-limited housings.
The footprint helps teams assess surface-area availability, retention and cable access around the pouch.
The wider format may suit a device that has more planar space but less vertical clearance.
ZERNE can review alternate dimensions, protection and connector requirements when the broad format needs adjustment.
Battery calculation
Use the prefilled 624948 values or enter your own load assumptions for a quick energy and runtime estimate.
Energy is calculated from nominal voltage and capacity. Runtime uses the entered load power and an adjustable efficiency assumption.
Runtime is an estimate, not guaranteed product performance.
The 624948 values are prefilled: 3.7V and 1800mAh. Adjust the load power and efficiency to compare different operating scenarios.
Use the result as an initial estimate, then discuss charger validation and the final battery specification with ZERNE.
Integration guidance
Reserve the stated battery pocket, allow for the 6.2mm thickness, review cable and connector access, and validate the charger, protection and finished load profile before production. Check planar clearance first. Keep the 49mm × 48mm area clear of sharp edges and compression points, and review the 6.2mm profile with retention and stack-up tolerance.
Allow space for the pouch cell, enclosure walls, cushioning, retention features, cable exit and service access around the listed footprint.
Review compression risk, enclosure tolerances and adjacent components around the battery before finalizing the mechanical design.
Use the calculated 900mA standard-charge, 1800mA rapid-charge, 360mA standard-discharge and 1800mA maximum-discharge references for early review, then validate the finished battery assembly.
Applications & solution paths
The 624948 format can be considered for products that match its 6.2mm × 49mm × 48mm envelope and 1800mAh energy target. Best compared where enclosure depth is limited but enough internal surface area is available for a broad pouch. Final suitability depends on device load, runtime, enclosure, charging and connector requirements.
01The compact 6.2 mm × 49 mm × 48 mm format can be compared with bike-computer display space, vibration exposure, cable routing and the expected ride interval.
View Bike Computer GPS solutions →
02The 6.2 mm × 49 mm × 48 mm format can be assessed beside the display, scanner, controls and grip structure in a PDA enclosure.
View PDA Machines solutions →The 1800 mAh and 6.2 mm × 49 mm × 48 mm reference can be compared with sensing, wireless communication, standby time and enclosure constraints.
View Sensors solutions →
04The 6.2 mm × 49 mm × 48 mm pouch can be compared with wearable housing space, comfort, sensor placement and cable routing before finalizing the battery.
View Wearable Devices solutions →OEM battery support
A complete inquiry can include the required runtime, device load, 6.2mm × 49mm × 48mm battery pocket, charger, connector and documentation needed to evaluate this 1800mAh reference format. Share usable planar area, maximum depth, compression limits and cable-exit direction; these are decisive for this format.
Share the product conditions that determine how the 624948 format will fit and perform in the finished device, especially its battery pocket, load and charging window.
ZERNE can discuss alternate capacity, geometry, protection, connector and assembly requirements when the 624948 specification does not match the finished product.
Discuss a Custom BatteryFAQ
Find answers about the 624948 3.7V 1800mAh lithium polymer battery, including its dimensions, calculated energy, current references and OEM integration considerations.
The 624948 battery measures 6.2mm in thickness, 49mm in width and 48mm in length.
The listed rated capacity is 1800mAh at a nominal voltage of 3.7V. The calculated energy is approximately 6.66Wh before system losses.
The calculated references are approximately 900mA for standard charging, 1800mA for rapid charging, 360mA for standard discharge and 1800mA for maximum discharge. Confirm the final production limits and test conditions with ZERNE.
The calculated weight reference is approximately 36g. Final weight can vary with the completed battery configuration and should be confirmed during sampling.
A shallow 6.2mm-thick 1800mAh option that uses a broader 49mm × 48mm footprint for depth-limited enclosures. Confirm the usable pocket and calculated electrical references before requesting samples.
The 624948 provides a 1800mAh-class capacity in a 6.2mm × 49mm × 48mm pouch envelope, giving OEM teams a concrete starting point for product-space and energy planning.
The 624948 is a reference model. ZERNE can discuss alternate capacity, dimensions, protection, connector and wiring requirements when the listed format does not match the finished product.
Review the stated battery area, 6.2mm depth, load profile, charging conditions, protection design, connector, cable exit and enclosure retention with ZERNE.
Lithium polymer battery inquiry
Share the application, runtime target, load profile, 6.2mm × 49mm × 48mm battery area, charging conditions and annual demand so ZERNE can recommend the right sample and validation path. Share usable planar area, maximum depth, compression limits and cable-exit direction; these are decisive for this format.