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Introduction
Based on the performance and design features of the first-gen NEURON ESC products, the NEURON II line
steps it up by offering a broader selection of ESC models to various demands in different applications.
The NEURON II 80 comes with a fully enclosed all-CNC machined aluminum casing design, ensuring efficient
heat dissipation while handling a continuous current of 80A. The NEURON II series can transmit telemetry data
from built-in sensors to the radio by the receiver, allowing users to get real-time insights right from the radio
system. RPM, power consumption, temperature, input/output voltage, and current readings are all at your
fingertips.
With added support for the FBUS protocol, the NEURON II takes convenience to a whole new level! Users can
now easily configure the BEC output voltage and other ESC parameters directly from the transmitter via the
receiver. Or with even more flexibility, hook up NEURON II ESC to the ETHOS radio's S.Port for seamless wired
configuration without requiring a receiver (this feature will be available on ETHOS 1.5.0 and later versions). The
traditional configuration method through a PC webpage is also retained. There's more! The NEURON II 60/80
comes with support for multiple signaling protocols which can be used to drive and configure a wide range of
compatible motors.
Overview
Specifications
● Dimension: 64.5×34×16.5mm(L×W×H)
● Weight: 94g (with wires included.)
● Battery Input Voltage Range: 11.2-25.2V (3S-6S Li batteries)
● BEC Output Voltage Range: 10A@5V~8.4V (Adjustable & Voltage Step 0.1V)
● Continuous Current: 80A
FrSky Electronic Co., Ltd.
Add: F-4,Building C, Zhongxiu Technology Park, No.3 Yuanxi Road, Wuxi, 214125, Jiangsu, China Technical Support: sales4tech@gmail.com
Instruction Manual for FrSky Neuron II 80
16.5mm
34mm
PWM/SBUS
FBUS/S.Port
80
LED
BATTERY INPUT
CONFIGURABLE BEC
3S-6S (11.2V-25.2V)
10A@5V-8.4V
www.frsky-rc.com
Contact us : frsky@frsky-rc.com
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Related Manuals for FrSky Neuron II 80
Summary of Contents for FrSky Neuron II 80
- Page 1 ESC models to various demands in different applications. The NEURON II 80 comes with a fully enclosed all-CNC machined aluminum casing design, ensuring efficient heat dissipation while handling a continuous current of 80A. The NEURON II series can transmit telemetry data from built-in sensors to the radio by the receiver, allowing users to get real-time insights right from the radio system.
- Page 2 Parameter Configuration ( PC Webpage Programming via STK tool ) The FrSky ESC Neuron II 80 supports editing parameters through the STK tool. The STK tool is not included in the packaging and needs to be purchased separately by the user.
- Page 3 Please refer to the latest official user manual for accurate configuration instructions. Here are the descriptions of various features on the web-based ESC configuration page of FrSky Neuron II. 1. Reverse motor direction: This feature allows you to control whether the motor spins in the opposite direction.
- Page 4 Instruction Manual for FrSky Neuron II 80 9. Current calibration(%): This option allows you to calibrate the ESC to accurately measure current, providing precise current data. 10. Current limit: It lets you set the maximum current output limit of the ESC to protect both the ESC and the motor from overloading.
- Page 5 Instruction Manual for FrSky Neuron II 80 Parameter Configuration ( ETHOS Lua Programming via FBUS / S.Port ) Here are the descriptions of various features on the ETHOS LUA configuration page of FrSky Neuron II ESC. This feature allows you to control whether the motor spins in the opposite direction. Checking this option will reverse the motor direction.
- Page 6 Instruction Manual for FrSky Neuron II 80 It lets you set the maximum current output limit of the ESC to protect both the ESC and the motor from overloading. You can specify the output voltage of the ESC's built-in BEC (Battery Eliminator Circuit).
- Page 7 Instruction Manual for FrSky Neuron II 80 ● Always keep your model away from unsafe elements, such as concrete buildings and high-voltage power lines. Fly your models according to the manual strictly, or it may cause damage and serious injuries.
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