CORE RC PACE 100R Brushless ESC - Instruction Manual

Introduction

This manual provides essential information for the CORE RC PACE 100R Brushless Electronic Speed Controller (ESC). It is engineered for 1S applications in 1/12 PanCar and GT RC vehicles, offering advanced performance and reliability for competitive racing.

Key Features

• High-efficiency brushless motor control for optimal power delivery.
• Designed specifically for 1S LiPo battery systems (3.7V - 4.2V).
• Optimized for 1/12 PanCar and GT racing classes.
• Compact and lightweight construction to minimize vehicle weight.
• Programmable parameters for fine-tuning performance to track conditions.
• Integrated Battery Eliminator Circuit (BEC) to power the receiver and servos.

Specifications

Product Name: PACE 100R Brushless ESC

Model Number: CR885

Input Voltage: 1S LiPo (3.7V - 4.2V)

Continuous Current: [Specify current rating, e.g., 100A]

Peak Current: [Specify peak current, e.g., 120A]

BEC Output: [Specify BEC voltage and current, e.g., 6V/3A]

Motor Compatibility: Brushless motors

Dimensions (LxWxH): [Specify dimensions, e.g., 35mm x 27mm x 15mm]

Weight: [Specify weight, e.g., 30g]

Cooling: Integrated heatsink and fan (if applicable)

Installation Guide

Proper installation ensures the longevity and performance of the ESC. Mount the ESC securely within the RC vehicle chassis, prioritizing locations that offer good airflow and protection from debris.

Mounting: Use high-quality double-sided tape or secure mounting screws (if chassis provides mounting points) to fix the ESC in place.

Wiring Instructions

Correct wiring is essential for safe operation. Please adhere to the following:

• Motor Connection: Connect the ESC's three output wires to the brushless motor's three wires. The order of these connections determines motor direction. If the motor spins in reverse, simply swap any two of the motor wires.
• Battery Connection: Connect the ESC's power input leads (typically red for positive, black for negative) to the 1S LiPo battery. Crucially, ensure correct polarity (red to +, black to -) to prevent damage. ⚠️ Incorrect polarity will damage the ESC.
• Receiver Connection: Plug the ESC's signal wire (usually white or yellow) into the throttle channel (typically CH2) of your RC receiver. The BEC power wire is integrated with the signal wire.

Operation Procedures

Powering On:

1. Ensure your RC transmitter is powered on and set to the correct model.
2. Connect the battery to the ESC.
3. The ESC will typically initialize, indicated by beeps or LED flashes, confirming it is armed and ready for throttle input.

Powering Off:

1. Disconnect the battery from the ESC first.
2. Then, turn off the RC transmitter.

ESC Programming

The PACE 100R ESC features programmable settings to optimize performance for various racing conditions. Programming is typically performed using a compatible programming card (sold separately) or a specific transmitter sequence.

Key Programmable Parameters:

• Brake Force: Adjusts the intensity of the electronic brake.
• Punch/Throttle Response: Controls how quickly the ESC delivers power when the throttle is applied.
• Drag Brake: Engages a light braking effect when the throttle trigger is released.
• Motor Timing: Fine-tunes motor performance and efficiency.
• Protection Features: Includes Low Voltage Cutoff (LVC) to protect LiPo batteries and Overheat Protection.

Consult the programming card's manual for detailed instructions on accessing and modifying these settings. ⚙️

Safety Precautions

• Battery Handling: Use only approved 1S LiPo batteries. Handle LiPo batteries with extreme care, avoiding over-discharge, puncture, or short circuits.
• Thermal Management: Monitor ESC and motor temperatures during operation. Ensure adequate airflow to prevent overheating. If excessive heat is detected, reduce load or improve cooling.
• Environmental Protection: This ESC is not waterproof. Protect it from moisture, dust, and corrosive substances.
• Connection Verification: Always double-check all wiring, especially battery polarity, before applying power.
• Intended Use: This product is designed for RC hobby applications only.

Troubleshooting Common Issues

Issue: ESC fails to power on.

Potential Causes: Battery not connected, battery depleted, incorrect battery polarity, internal ESC fault.

Solutions: Verify battery connection and voltage. Confirm correct polarity. Test with a known functional battery.

Issue: Motor spins in the wrong direction.

Potential Causes: Incorrect motor phase wire connections.

Solutions: Swap any two of the three motor phase wires. ✔️

Issue: ESC or motor becomes excessively hot.

Potential Causes: Motor KV rating too high for ESC, improper gearing, insufficient airflow, high ambient temperature.

Solutions: Improve ESC/motor cooling. Adjust gearing for lower load. Ensure motor and ESC are compatible.