The FOUND MOTOR LED Manual Control Panel, model 810-B1, is a compact and user-friendly device designed for controlling electric motors, particularly in applications requiring battery level indication and multi-gear power control.
Function Description
The 810-B1 panel serves as a central interface for managing an electric motor system. Its primary functions include:
- Power Switch (Electric Door Lock): This feature allows the user to power the system on or off, acting as an electric door lock for security or operational control.
- Battery Level Indication: The panel provides a visual representation of the battery's charge level, ensuring the user is aware of the remaining power.
- Three-Gear Motor Power Control: Users can select from three distinct power intensity levels (LOW, MED, HIGH) to adjust the motor's output according to their needs.
- Auto-Hibernation: To conserve power, the device automatically enters a hibernation state after 10 minutes of idleness.
Important Technical Specifications
- Operating Voltage: The panel is versatile, supporting multiple DC voltage inputs: 24V, 36V, and 48V.
- Casing Material: Constructed from ABS, the casing ensures durability and resistance to various environmental conditions.
- Workable Temperature: The device is designed to operate reliably across a wide temperature range, from -20°C to 60°C, with guaranteed mechanical properties within this range.
- Dimensions:
- Front View: The main body has a width of 80.50 units and a height of 55.50 units (implied from the side view, 43.40 + 12.10). The mounting hole diameter is Ø22.20 units.
- Side View: The depth of the main body is 27.10 units. The support stand extends 43.40 units from the mounting surface and has a width of 12.10 units.
- Wiring Connections:
- Red Wire: Connects to the positive terminal of the power source.
- Black Wire: Connects to the negative terminal of the power source.
- Blue Wire: Connects to the controller of the electric door lock. This wire delivers the same output voltage as the power source, with a maximum operating current of 200mA.
- Green Wire: Connects to the controller of the motor power intensity control wire.
Usage Features
- Starting the Device: To power on the manual control panel, the user simply presses the "ON/OFF" button. Once powered on, the blue wire connected to the electric door lock controller will output the same voltage as the power source.
- Battery Level Monitoring: The LED indicators on the panel provide clear feedback on the battery status. When the battery is fully charged, all LED bars will illuminate. In a low battery condition, the LED indicator will start blinking continuously, signaling that a recharge is needed promptly.
- Motor Power Intensity Control: The device offers a three-gear system for motor power adjustment.
- Default Setting: Upon boot-up, the motor power intensity is set to "LOW," corresponding to an output voltage of 2V.
- Shifting Gears: Pressing the "MODE" button allows the user to cycle through the power levels.
- First Press: Changes the intensity from "LOW" to "MED," with an output voltage of 3V.
- Second Press: Changes the intensity from "MED" to "HIGH," with an output voltage of 4V.
- Third Press: Resets the intensity back to "LOW," and the output voltage returns to 2V.
- The control indicator on the panel visually confirms the selected power level (LOW, MED, HIGH).
- Auto-Hibernation: After 10 minutes of inactivity, the panel automatically enters a hibernation state, which helps in conserving battery life by reducing power consumption when the device is not in active use.
Maintenance Features
While the manual does not explicitly detail maintenance procedures, the robust ABS casing and wide workable temperature range suggest a design intended for low maintenance under normal operating conditions. The auto-hibernation feature contributes to battery longevity by preventing unnecessary power drain. Regular checks of the wiring connections for secure fit and absence of damage would be a general good practice to ensure reliable operation. The clear battery level indication also aids in proactive battery management, prompting timely recharges to avoid deep discharge, which can extend battery life.
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