Made in india AXL PDB 200A
Non-returnable
₹21,400.00
Specifications
1. Size 105x105x12 mm
2. Weight 90g
3. Input voltage 12V – 60V (14S max)
4. Current carrying capacity 200 Amps Max
5. Output voltages 12V 5A and 5V 5A
6. Connectors One SM06B-GHS-TB, header pin p14 2.5mm, header pin p6 2.5mm and four XT90
7. Sensors 200 Amps Current sensor
8. BEC 12V 5A and 5V 5A
Peripheral outputs and inputs
Peripherals Description
1. XT90 The has four connectors which are the power distribution connectors for connecting the ESC from the board.
2. Header pins 14P 2.5mm This header pin connector is the 12V/5V output peripheral for powering the Flight control boards, modules, sensors and other microcontroller boards.
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Product Details
POWER SOURCE
The power source can be used as a lithium-ion battery or acid battery with a voltage range from 12V to 60V is supported by the board and it is capable of carrying max 200A current continuously.
PDB Connectors
The battery is connected to the board using nuts and bolts and makes sure it is tight.
Choose a wire which can carry at least 250A (Pylon Battery DC Cable recommended) Use a ring connector in the wire tip and insulate using a heat sink. A 3mm bolt is used for wire board connection. A 200uF 100v electrolytic capacitor is recommended to connect with the battery input.
CURRENT AND VOLTAGE SIGNAL
The board has an integrated circuit for measuring the accurate value of battery voltage and current flow which is helpful to calculate the battery power monitoring. The current sensor which is used as the current sensor is ACS770ECB-200U-PFF-T. It is a Hall effect sensor which provides economical and precise solutions for current sensing. Typical applications included motor control, load detection, inverter control and over current fault detection. The ACS770 outputs an analog signal, Vout, that varies linearly with the bidirectional DC primary current sample. The Quiescent output voltage of the current sensor is about 0.5V This voltage can be attributed to the resolution of the Allegro linear IC quiescent voltage trim, magnetic hysteresis, and thermal drift.
The analog voltage signal is from the voltage divider in the board which is designed based on the maximum voltage (60V) input.
Applications
A power distribution board designed for a 60V power system can find applications in various industries and settings where a lower voltage level is sufficient for the intended electrical loads.
Drones and VTOLs
Many drones and VTOL used for Agricultural, Industrial, Surveillance, operate at a voltage of 60V. A PDB can be used to distribute power to various components in the systems.
Electrical vehicles (EVs)
Many electric vehicles, including electric cars, bikes, and scooters, Surfboard, Skateboard operate at voltages around 60V. A PDB in this voltage range can be used to distribute power to different components of the vehicle, such as motors, lights, and control systems.
Low voltage lighting systems
60V PDBs can be employed in lighting systems that operate at lower voltages. This includes indoor and outdoor lighting inresidential, commercial, and industrial environments.
