The Lead Battery 12V/6.0 Ah T1 terminal 6.3 mm (for Dynatel) is a rechargeable lead-acid battery with a nominal voltage of 12V DC and a capacity of 6.0Ah. The battery is equipped with T1 terminals 6.3 mm wide, specifically adapted for Dynatel applications, ensuring a secure and standardized connection.
The 6.0Ah capacity indicates the battery's ability to deliver direct current over time under specified operating conditions. The battery is designed for technical installations where a reliable 12V power supply with moderate capacity is required, and where the T1 6.3 mm terminal type is specified.
The fast-on T1 terminals ensure a simple and mechanically stable connection, making the battery suitable for equipment with standardized flat-pin connections.
Technical specifications for Lead Battery 12V/6.0 Ah T1 terminal 6.3 mm (for Dynatel)
- Item number: 460-6078
- Product type: Lead Battery
- Nominal voltage: 12V DC
- Nominal capacity: 6.0Ah
- Terminal type: T1
- Terminal width: 6.3 mm
- Specific application: Dynatel applications
Application of Lead Battery 12V/6.0 Ah T1 terminal 6.3 mm (for Dynatel)
The Lead Battery 12V/6.0 Ah T1 terminal 6.3 mm is used in technical installations where a 12V DC supply, 6.0Ah capacity, and T1 terminals are required.
Typical applications include:
- Backup and emergency power solutions
- Control and monitoring equipment
- Dynatel-compatible systems
- Smaller 12V DC installations with T1 terminals
Construction and operation of Lead Battery 12V/6.0 Ah T1 terminal 6.3 mm (for Dynatel)
The lead battery is based on electrochemical energy storage, where electrical energy is stored in lead electrodes and released as direct current (DC) upon discharge. The total voltage of 12V is achieved through internal series-connected cells.
During operation, the battery provides constant DC voltage to the connected load. Charging is done with a suitable 12V charging source for lead batteries. The T1 6.3 mm terminals ensure correct mechanical and electrical connection in accordance with Dynatel specifications.