NEXTBATTERIES Battery Compatible with Relm Bendix-King

NEXTBATTERIES Battery Compatible with Relm Bendix-King KNG-P150 Two Way Radio – 3600mAh Lithium-ion 7.5 Volt Premium Cells Replacement Battery

High Quality Relm Bendix-King KNG-P150 Replacement Battery | 7.5 Volt | 3600mAH | Li-ion
This Replacement Compatible Two Way Radio Rechargeable Battery comes with a 12 Months Warranty.
High-Impact ABS and Polycarbonate Plastic Provides Immense Strength and Stability. Guaranteed to Perform at 80% of Original Capacity for 1 Year.
Compatible Models: – Relm/BK KNG-P150, KNG-P400, KNG-P500, KNG-P800.
Compatible Battery: – Relm/BK AA0101LI.

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SKU:	B0CPVR6ZMJ
Weight:	16 ounces
Model:	Relm-BK-KNG-P150-Li-ion-3600mAh
Batteries Included:	1 Product Specific batteries required. (included)
Manufacture:	NEXTBATTERIES
Origin:	USA

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Product Description

Reasons to choose Nextbatteries Two way radio batteries

Relm Bendix-King KNG-P150 Replacement Battery

This is a High-Quality Replacement Compatible Battery for Relm Bendix-King KNG-P150 Two-Way Radio. It offers 100% compatibility and technical characteristics that are equivalent or superior to OEMs. This Replacement Battery contains advanced technical components and has been tested according to the strict standards of CE safety.

Battery Features:

Made with Premium Quality Battery Cells
Uses High Impact ABS and Poly-Carbonate Plastic for Strength.
Built to Perform Under Standard Operating Conditions.
Compatible to Manufacturer Specifications.

Compatible Models: – Relm/BK KNG-P150, KNG-P400, KNG-P500, KNG-P800.

Compatible Battery: – Relm/BK AA0101LI.

Battery Specifications:

Voltage	7.5
Capacity	3600 mAh
Chemistry	Li-ion

Battery Type	Standard
Condition	New
In The Package	1 x Battery Pack

Specifications to check for when purchasing a replacement battery


Voltage The battery's output voltage is a crucial parameter, denoted by the letter V or Volt. The voltage specified in the current battery is the float voltage, observable across the terminals when fully charged. It's essential for the replacement battery's float voltage to align with that of the OEM battery. Nevertheless, a variation of up to 5% is considered acceptable. A variance beyond 5% could lead to potential circuitry damage or decreased performance in the device.	Chemistry Battery chemistry refers to the chemical components and their arrangement responsible for converting chemical energy to electrical energy and vice versa. It is represented by acronyms of metals used in the chemistry, such as Li-ion, Li-polymer, Ni-MH, Ni-CD, etc. The battery's performance is closely tied to its chemistry, and a change in it can impact performance. It's crucial to consider whether the existing charger is compatible with the replacement battery's chemistry, as some chargers may be designed for specific chemistries.	Capacity Battery capacity, measured in mAh or AH, indicates the charge stored in the battery. It's determined by the mass of active material within the battery and represents the maximum extractable energy under specified conditions. Opting for a lower capacity battery reduces service life per charge cycle, while a higher capacity enhances it. Occasionally, higher capacity batteries may have increased dimensions, carefully designed not to disrupt the device's existing setup.	Special Requirements For specific requirements such as Intrinsically safe, IMPRES compatibility, and various certifications, checking the product page details or contacting customer care is necessary to inquire about the availability of special requirements.

Voltage Chemistry Special Requirements

Voltage

The battery's output voltage is a crucial parameter, denoted by the letter V or Volt. The voltage specified in the current battery is the float voltage, observable across the terminals when fully charged. It's essential for the replacement battery's float voltage to align with that of the OEM battery. Nevertheless, a variation of up to 5% is considered acceptable. A variance beyond 5% could lead to potential circuitry damage or decreased performance in the device.

Chemistry

Battery chemistry refers to the chemical components and their arrangement responsible for converting chemical energy to electrical energy and vice versa. It is represented by acronyms of metals used in the chemistry, such as Li-ion, Li-polymer, Ni-MH, Ni-CD, etc. The battery's performance is closely tied to its chemistry, and a change in it can impact performance. It's crucial to consider whether the existing charger is compatible with the replacement battery's chemistry, as some chargers may be designed for specific chemistries.

Capacity

Battery capacity, measured in mAh or AH, indicates the charge stored in the battery. It's determined by the mass of active material within the battery and represents the maximum extractable energy under specified conditions. Opting for a lower capacity battery reduces service life per charge cycle, while a higher capacity enhances it. Occasionally, higher capacity batteries may have increased dimensions, carefully designed not to disrupt the device's existing setup.

Special Requirements

For specific requirements such as Intrinsically safe, IMPRES compatibility, and various certifications, checking the product page details or contacting customer care is necessary to inquire about the availability of special requirements.