3V Li-MnO2 Battery , Mno2 Primary Lithium Battery For Smoke Detectors Security

Product Specification

2350MAh 3V Li-MnO2 Battery , Mno2 Primary Lithium Battery For Smoke Detectors Security Alarms

• Nominal Voltage 3.0V
• Energy Density up to 340Wh/kg
• Hermetic Sealing
• No Passivation
• Long Shelf Life
• UL, UN38.3 and RoHS Certified

2. CR14250SC Characteristics (23±2oC, in 1 year)

• Open Circuit Voltage                                         ≥3.1V
• Nominal Capacity                                        2350mAh
• Maximum Continuous Current                             50mA
• Battery discharged for minimum 50% of rated capacity
• Maximum Pulse Discharge Current                   200mA
• Battery discharged for minimum 50% of rated capacity
• with max pulse for 3 seconds after 27 seconds break
• Storage Condition Temperature                        ≤ 30℃
• Humidity                                                        ≤ 75%RH
• Operating Temperature                              - 40~+85℃
• Self-discharge Rate                                              ≤2%

3. Advantages

In case of Exia II CT6, batteries can withstand the toughest short-circuit test (without external protection measures) with surface temperature not higher than 85℃.

4. Bobbin Benefits

• Excellent safety record, high capacity
• Typical Applications
• Low power consumption & long shelf life equipment,
• like calculator, industrial PC CMOS, memory support power, etc.

5. Company Advantages

• Quality management system of HCB is conformity with GB/T19001-2008/ISO9001:2008 standard;
• HCB Environment Management System meets the standard GB/T24001-2004/ISO14001:2004;
• The battery can pass drop test if you need;
• Report for safe transport of goods can be provided with you if needed;
• We can provide you with the CE certificate if you need;
• Rosh Standard is workable for HCB Battery;
• UL Standard is workable for HCB Battery.

6. FAQS of General Safety Instructions

• Keep out reach of children. If swallowed, contact a physician at once.
• Do not reverse battery, follow strictly the signs + and – shown on batteries and appliances. If batteries are put in the wrong way they are bound to become hot very quickly. This can lead to gas or toxic material leakage and/or to a violent rupture.
• Do not incinerate of mutilate, may burst or release toxic material.
• Do not deform batteries. Batteries are not to be crushed, drilled into or damaged in any other way. This can lead to toxic material or gas leakage and/or violent rupture.
• Do not throw the battery into water. This can cause explosion.
• Do not charge primary batteries. This can cause gas leakage and will lead to violent rupture and/or fire.
• Battery compartment should provide sufficient space for battery to expand in case of abuse.
• Battery disposal method should be in accordance with local and state regulations.

7. Applications

• Utility Metering

          Automatic meter reading(AMR), advanced metering infrastructure(AMI),electricity meters, gas meters, water meters, heat meters, etc.

• Security

          Smoke detectors,security alarms, seismometers, digital door lock system, etc.

• Internet of Things

          Asset tracking toll-gate transponders smart home bike-sharing IC cards GPS, TPMS, RFID, etc.

• Monitoring

          Animal health monitoring system,forest fire alert, smart irrigation system, etc.

• Medical Devices

          Cardiac pacemaker, respirator, oxygenator, inspection devices, monitoring devices, infusion pump, etc.