PNC1152/ MGM03
3.6V 3200mAh

Premium Standard Battery Pack

High Performance

Safe & Reliable

Built for Industries

PNC1152
The PNC1152/MGM03 3.6V 3200mAh Premium Cylindrical Battery Pack is a slim, high-energy rechargeable battery engineered for portable medical devices, handheld electronics, smart sensors, and compact OEM applications. Built with premium 18650 Li-Ion cells and an intelligent TI BQ fuel-gauge Battery Management System, it delivers accurate battery monitoring, reliable high-power performance, comprehensive protection, and efficient low-power operation for extended service life in space-constrained designs.
✓ High Capacity & Premium Cell
✓ Fast Charging Support
✓ High-Power Delivery
✓ Long Lifespan & Durability
✓ Robust & Certified Design

Premium Quality

Engineered with advanced battery technology and strict quality standards for reliable, long-lasting performance

Battery Support

Expert engineering and technical support from concept and prototyping to manufacturing and integration

Custom Solutions

Capacity, connector, wire length, and labeling fully customizable. OEM branding and custom spec engineering available.

Global Battery Manufacturing

Worldwide battery manufacturing capabilities with facilities and support networks across the USA and Asia

Cell Spec – INR18650/GA
ChemistryNCM
Form Factor18650
Nominal Voltage3.6V
Capacity3.3Ah
Charging0.838A (0–10°C)
1.675A (10–45°C)
Discharging10A (0–40°C)
Cycle Life300
Pack Spec – PNC1152 3.2V 3200mAh
Configuration1S1P
DimensionsD20*H71mm
Charging837.5mA
Discharging3000mA
Peak Current3200mA ≤1S
Gauge ICTI BQ27741
ConnectorHRS DF3-6S-2C
Weight55g
CasePVC
Mechanical Dimensions
Length71 mm
Width20 mm
Height20 mm
Wire Length50 mm
Weight55 g
PNC1152 Dimensions

Advanced BMS Architecture

The integrated Battery Management System is designed to maximize safety, longevity, and system integration ease.

PNC1152 Standard Battery Pack Schematic
Comprehensive Safety Protection
Smart Fuel Gauge Technology TI BQ IC27741
Ultra-low Power Consumption
Dyak-Stage Short Circuit Protection
Programmabel&Sealed Firmware

Safety & Compliance

Our products are tested and certified for safe transport and end-use, meeting international standards for lithium-ion battery packs used in commercial and industrial applications.

UN38.3
Certified for safe international transportation of lithium batteries by air, sea, and land.
IEC62133
Internationally recognized safety standard for rechargeable lithium battery cells and packs.
UL1642
UL-certified lithium battery cell safety for reliable and secure operation.
REACH
EU regulation ensuring the safe use of chemicals by restricting substances of very high concern (SVHCs) and promoting compliance throughout the supply chain.
RoHS
European environmental compliance standard restricting hazardous substances in battery packs and battery systems.
CE
European safety, health, and environmental compliance marking for battery packs and battery systems.

EU Compliance
Complies with applicable European Union regulations for battery safety, environmental protection, and market access requirements.

Battery Pack Product FAQs

custom battery products

Explore frequently asked questions about PHD Energy’s battery pack products, including chemistry options, customization capabilities, safety features, certifications, and industrial application support.

Our battery pack products are available in multiple chemistries including Li-Ion, LiFePO4 (LFP), LTO, and Sodium-Ion, allowing solutions tailored for energy density, safety, cycle life, and application requirements.

Yes. PHD Energy designs custom battery pack products with configurable voltage, capacity, dimensions, BMS functionality, connectors, and enclosure options to meet OEM and industrial application requirements.

Our battery pack products support a wide range of applications including robotics, medical devices, drones, IoT systems, energy storage, portable electronics, industrial equipment, and mobility solutions.

Yes. Many of our battery pack products include advanced Battery Management Systems (BMS) with protections for overcharge, over-discharge, overcurrent, short circuit, and temperature monitoring for enhanced safety and reliability.

 

Submit your RFQ

What Happens Next

Submit your requirements and a PHD Energy engineer will contact you within 1 business day.

Share application, specs, volume, and timeline.

Our team evaluates your needs and prepares a tailored recommendation.

Get a detailed proposal including design options, pricing, and lead times.

We build, test, and refine until your solution is field-ready.