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General| Type | PowerSafe Receiver |
|---|---|
| Channels | 10 |
| Band | 2.4GHz |
| Current Output | 10A |
| Telemetry | Yes |
| Battery Inputs | 2 |
| Fail-Safe | Yes |
| Modulation | DSM2 |
| Current Rating | 40A |
Defines terms like WARNING, CAUTION, NOTICE used in the manual for potential harm.
Covers reading the manual, age recommendation, and warnings against counterfeit products.
Lists technical details like dimensions, weight, channels, and frame rates for each model.
Key advice on positioning remote receivers for optimal RF link performance.
Details the specific components provided with the AR10400T and AR14400T/AR20400T models.
Explains how the Smart Throttle feature enables ESC communication and telemetry.
Details on accessing and utilizing advanced channel modes and their settings.
Step-by-step guide for initial installation, binding, and pre-flight checks.
Instructions for securely mounting the main receiver and remote receivers in an aircraft.
Information on the specific PowerSafe receiver soft switch and its fail-safe functionality.
Guidance on orienting and locating remotes for optimal signal reception and path diversity.
Information on selecting appropriate batteries and voltage regulators for the system.
Details on using one or two batteries, capacity considerations, and installation.
Step-by-step guide for linking the transmitter to the receiver and setting SmartSafe.
Details on Pre-Connect Failsafe, Preset Failsafe, and SmartSafe modes.
Instructions on using Forward Programming for setting failsafe and other options.
How to adjust servo update rates for different outputs and servo compatibility.
Features for tracking battery usage and automatic/manual reset of capacity data.
Information on using 12V servos and the servo bus, including warnings.
Procedures for manual battery capacity reset and SmartSafe options.
Understanding fades and frame losses for optimizing RF link performance.
Using the SD card for logging and Micro USB for firmware updates.
Explains the different LED indicators and what they signify for system status.
Basic procedure for checking radio range before each flying session.
Detailed method for sophisticated aircraft using telemetry to evaluate RF performance.
Overview of built-in telemetry ports, sensors, and requirements for full range.
Procedure to reset battery capacity monitoring data via bind button or plug.
Information on supporting regenerative servos and compatible telemetry sensors.
Coverage, exclusions, remedies, and conditions of the product warranty.
Steps for obtaining inspection, service, and RMA numbers from Horizon Hobby.
Legal disclaimers, user liability acceptance, and governing law.
Procedures and billing for services not covered by warranty.
Contact details for Horizon Hobby support and service by region.
Details regarding FCC rules, transmitter compliance, and RF exposure safety.
Statement confirming the product meets applicable FCC regulations.
Information related to Canadian regulatory standards and device operation.
CE, RoHS compliance declarations and instructions for electronic waste disposal.
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