CR1/3N 3V 170mAh Primary Lithium Manganese Dioxide LiMnO2 Battery

CR1/3N 3V 170mAh Primary Lithium Manganese Dioxide LiMnO2 Battery

Concentrated Energy Density. Decadal Integrity for Critical Micro-Hardware.

When product schematics demand high voltage and high capacity within minimal PCB footprint, traditional flat coin cells often lack the runtime, while standard cylindrical cells are too tall. The CR1/3N 3V 170mAh Primary Lithium Manganese Battery solves this dimensional bottleneck.

Featuring a unique aspect ratio of 11.6 × 10.8mm and weighing only 3g, this non-rechargeable industrial-grade cell delivers a powerful 170mAh capacity. It is engineered to maintain voltage stability over long idle periods, ensuring deep-sleep electronic systems wake up and perform exactly when needed.

Engineered for reliability, our CR1/3N 3V lithium manganese dioxide (LiMnO₂) cylindrical battery delivers a stable 170mAh capacity in a compact, leak-proof design. As a primary (non-rechargeable) cell, it offers an exceptional shelf life , ensuring your devices are always ready when you need them.

Technical Specifications of CR1/3N 3V 170mAh LiMnO2 Battery

Full Cylindrical Type Primary Lithium Manganese Dioxide LiMnO2 Batteries

Core Engineering Advantages & B2B Benefits

1. Superior Energy-to-Volume Ratio

The CR1/3N yields 170mAh of capacity at 3V in a package roughly the size of two stacked button cells. This unique design saves valuable real estate on dense multi-layered boards while providing stable operational runways for microprocessors.

2. 10-Year Operational Lifespan (≤2% Self-Discharge)

Constructed with a highly stable lithium metal anode and advanced hermetic glass-to-metal sealing, the cell limits internal chemical degradation to under 2% annually. For devices that spend years in storage or standby mode, this guarantees immediate power deployment without passivation issues.

3. Sub-Zero to High-Heat Thermal Window (-40°C to +70°C)

The battery’s specialized organic electrolyte is structurally modified to resist freezing and performance degradation at -40°C, while remaining completely leak-proof and electrochemically stable at up to +70°C.

Targeted Industry Deployments

Global hardware developers and component procurement teams integrate the CR1/3N across specialized industrial and commercial fields:

 Aerospace, Marine & Subsurface Infrastructure

• Petroleum Oil Wells: Serves as a reliable power source for downhole logging data collection instruments subjected to extreme geological pressure and heat.

• Marine Telemetry Systems: Powering offshore oceanographic buoys, environmental sensors, and underwater communication arrays.

• Marine Lifesaving Systems: Energizing safety-critical equipment, including emergency distress beacons, life vest strobe locators, and survival raft signaling hardware.

 Automotive, Fleet Logistics & Utilities

• Tire Pressure Monitoring Systems (TPMS): Withstanding heavy centrifugal forces, continuous vibration, and rapid thermal cycling inside commercial wheel assemblies.

• Tracking & Positioning Devices: Providing a rugged backup or primary power baseline for compact cellular GPS tracking modules on global cargo shipments.

• Smart Meters & Temperature Monitors: Fueling long-life intelligent gas, water, and heat meters alongside remote environmental data loggers.

 Industrial Automation, Security & Medical Tech

• Memory & Data Backup Power: Securing critical firmware registers and non-volatile SRAM files on enterprise servers and automated control loops.

• Clock Power Supply: Ensuring uninterrupted accuracy for real-time clocks (RTC) on heavy industrial mainboards.

• Automated Instrumentation Equipment: Serving as the internal power cell for handheld testing gauges, micro-transceivers, and smart manufacturing metrics devices.

• Security Alarms & Wireless Communication: Powering commercial wireless PIR sensors, glass-break detectors, and remote RF transmitter nodes.

• Medical Devices: Delivering highly dependable power for clinical diagnostic instruments, portable monitors, and critical laboratory tools.

• High-Intensity Flashlights & Digital Cameras: Supplying steady current and fast energy recycling for tactical optics, aiming sights, and professional imaging gear.

Why Choose Our CR1/3N for Volume B2B Procurement?

As a dedicated industrial battery manufacturer, we align our production lines with strict commercial manufacturing tolerances.

• Custom Tab Solder Configurations: We offer high-speed, precision automated spot-welding for vertical pins, horizontal surface mount (SMT) tabs, or custom axial wire assemblies to match your PCB footprint.

• Strict Quality Control Validation: Every batch undergoes 100% automated inspection for open-circuit voltage tracking, closed-circuit load performance, and environmental leak resistance under UN38.3, RoHS, CE, and UL1642 protocols.

• Scalable Bulk Supply Logistics: Distributed in anti-static industrial matrix trays designed to prevent cell-to-cell short circuits, engineered for smooth unpacking on automated factory pick-and-place lines.

Frequently Asked Questions

Q1: Can a single CR1/3N replace two LR44 batteries?

A: Yes, in many applications. A single CR1/3N matches the physical dimensions of two stacked LR44 (or SR44) batteries and delivers a matching 3V output. However, because the CR1/3N utilizes Lithium Manganese chemistry rather than Alkaline or Silver Oxide, it offers superior capacity retention at low temperatures, a flatter discharge curve, and a significantly longer shelf life.

Q2: Is the CR1/3N battery rechargeable?

A: No. The CR1/3N is a primary (single-use) lithium battery. It cannot be safely recharged. Attempting to charge this cell can rupture the internal hermetic seal, leading to electrolyte leakage, internal short circuits, or thermal runaway.

Q3: Why is the ≤2% self-discharge rate critical for memory backup and smart meters?

A: Industrial smart meters and memory backup circuits spend the vast majority of their lifecycles in ultra-low micro-amp sleep modes. If a battery has a high self-discharge rate, its energy wastes away internally. A rate of ≤2% ensures that almost the entire nominal capacity of 170mAh is saved for actual device operations over a span of up to a decade.