Bearing Calculatorapp

To calculate the angle between two bearings, subtract the first bearing from the second bearing, add 360 to ensure a positive result, and then take the modulus 360 to get the angle within a 0-360 degree range. Finally, take the absolute value to ensure the angle is positive.

KL … P Battery Range: This GAZ® cell type has been especially designed for low rates of discharge over long periods, i.e. the current is relatively low in comparison with the total stored energy. The discharges can generally be infrequent and the recommended discharge time for the KL … P range is 1 hour to 100 hours.Important Notice: The nominal capacity C5 is not the basis for the performance of the batteries. Performance depends on the battery construction or on the different battery ranges, respectively. Therefore, our discharge tables should be used to find out the appropriated cell type for a specific application. The nominal capacity C5 of KL … P range batteries isbased on the available ampere hours (Ah) at a discharge rate of 5 hours to a final discharge voltage of 1.00 V per cell at 20 °C ± 5 °C. Nominal voltage per cell is 1.2 V. Discharging conditions The discharge performances as well as the nominal capacities C5 given in this brochure are only valid for fully charged cells in accordance with IEC 60623 und EN 60623, point 4.1.

Bearing calculatormap

2. Constant current at 25 °C [A]Standard charge: 0.2 It A for 7 – 8 hBoost charge: 0.3 It A for 2.5 hfollowed by 0.2 It A for 2.5 hTrickle charge: 0.001 – 0.002 A/Ah

The angle between bearings is the angular difference between two directional bearings. Bearings are used in navigation to indicate direction relative to a reference point, usually true north. The angle between bearings is crucial for navigation, surveying, and various engineering applications, as it helps in determining the relative direction and position of objects or locations.

Bearing CalculatorSKF

Charging conditions KL … P Battery Range1. Constant voltageStand byFloat: 1.40 – 1.42 V/cellBoost charge: 1.55 – 1.70 V/cellBuffer operationAverage value: 1.55 – 1.70 V/cellCurrent limitation: 0.3 It A