LORDWORLD
LORDWORLD 6-Channel Servo Tester with Over-Current Protection
Six-channel servo tester with 0.09° accuracy, potentiometer control and three-channel over-current protection for robots and RC models
- Precise servo control via 0.09° accuracy potentiometer
- Six PWM channels let you test multiple servos simultaneously
- Three-channel overcurrent protection prevents servo damage
- Powered by LiPo or adapter across 5-8.4V range
- Compact 76mm x 53mm board weighs only 37g
6-Channel Servo Tester for Robotics Builders
The LORDWORLD controller provides six PWM ports for manual servo centring and angle adjustment without writing code. A high-accuracy potentiometer delivers control resolution down to 0.09°. It suits hobbyists assembling robot arms, grippers or RC models who need immediate, hands-on verification of servo behaviour.
Thermals, Noise and Power Draw
The board draws power from a 5–8.4 V LiPo battery or adapter, consuming only the current required by the connected servos. No active cooling is fitted, so operation is completely silent. Over-current protection on three channels limits fault current to protect both the servos and the tester itself during stall conditions.
Bundled Accessories and Software Impact
No software, cables or mounting hardware are included in the package. The tester functions as a standalone hardware tool; all configuration is performed via the onboard potentiometer and reset function. Users must supply their own power source and servo leads to put the six channels into service.
Přednosti
- Precise servo control via 0.09° accuracy potentiometer
- Six PWM channels let you test multiple servos simultaneously
- Three-channel overcurrent protection prevents servo damage
- Powered by LiPo or adapter across 5-8.4V range
- Compact 76mm x 53mm board weighs only 37g
Specifikace
| Brand | LORDWORLD |
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Otázky k tomuto produktu
How do I install the LORDWORLD 6-channel servo tester and what wiring step do people often get wrong?
Power the board from a 5-8.4V LiPo or adapter, then plug each servo into its labelled PWM port; the common mistake is reversing the signal and ground pins on the 3-pin header, which leaves the servo dead while the tester appears to work.
What maintenance or replacement will the LORDWORLD tester need over time?
The potentiometer shaft can develop wear after heavy daily use, causing jittery 0.09° steps; a drop of contact cleaner on the track every few months keeps the manual adjustment smooth.
What limit appears first when I run all six channels continuously on the LORDWORLD tester?
Only three channels have over-current protection, so sustained loads on the other three will hit the 8.4V supply rail limit first, causing voltage sag and servo brown-out.
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