Hobbywing Max10 SCT-A Manual

Hobbywing Radiostyret legetøj Max10 SCT-A

Læs nedenfor 📖 manual på dansk for Hobbywing Max10 SCT-A (2 sider) i kategorien Radiostyret legetøj. Denne guide var nyttig for 8 personer og blev bedømt med 4.5 stjerner i gennemsnit af 2 brugere

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• Never leave this product unsupervised when it is powered on.

• Ensure all wires and connections are well insulated before connecting the motor to related devices,

as short circuit will damage your motor.

• Read through the manuals of all power devices and chassis and ensure the power configuration is

rational before using this unit.

• Never hit full throttle before installing the pinion, as high speed rotation may cause damage to the

motor in circumstances of no load.

• Ensure all devices are well connected, in order to prevent poor connection that may cause your

vehicle to lose control or other unpredictable issues such as damage to the device.

• Stop using the motor when its shell temperature exceeds 100 /212 ; otherwise the rotor may be ℃℉

demagnetized and cause irreversible damage to your motor.

It’s important to select the FDR/gear ratio properly, as improper FDR/gear ratio may cause you great loss. Therefore, please choose the gear ratio by referring to the following points!

1. Operating Temperature of the Motor

The motor temperature should be lower than 100 (212 ) during the operation. Temperatures above 100 will weaken the magnet and may partly melt the coils and eventually damage the ESC (because of strong ℃ ℉ ℃

current). Therefore, the most effective way to prevent overheat is to select the right gear ratio.

Note: We recommend enabling the Motor Thermal Protection (on the ESC) when you are pairing the motor with a HOBBYWING EZRUN MAX10/MAX10-SCT ESC.

2. Principle of Gear Ratio Selection

To avoid potential risks such as ESC/motor damage or malfunction caused by overheat, please start with a very small pinion first and check the ESC & motor temperatures regularly throughout the run. This is the only

way to guarantee that your motor won’t overheat. If the motor and ESC temperatures remain stable and low in the running, then you can slowly increase the pinion size while monitoring temperatures to determine

the safe gearing for your vehicle, climate and track condition. Because these elements may change, so please keep monitoring the ESC & motor temperatures to protect your electronics from damage.

Warnings

CA UT IONS

Thank you for purchasing the EZRUN 3652/3660 G2, HOBBYWING’s high performance

sensorless brushless motor! Brushless power systems can be very dangerous, any

improper use may cause personal injury and damage to the product and related devices.

We strongly recommend reading through this user manual before use. Because we have

no control over the use, installation, or maintenance of this product, no liability may be

assumed for any damages or losses resulting from the use of this product. We do not

assume responsibility for any losses caused by unauthorized modifications to our product.

AT T ENT ION

FDR/Gear Ratio Selection

Features

Assembly/Disassembly

For prolonging the motor life and raising its efficiency, we recommend checking and cleaning the motor regularly. About the frequency, it depends on the times you use the motor and the track condition. Please refer to

the following diagrams to assemble your motor and dismantle it in the reverse order if necessary.

Parts List

USER MANUAL

EZRUN 3652/3660 G2

Sensorless Brushless Motor

Installation & Connection

1. How to Mount the Motor into a RC vehicle

M3 mounting screws (6*M3) are needed here, as the mounting holes are 5mm in depth, so we don’t

recommend using the M3 screws with the length exceeds 8mm to mount the motor into your vehicle.

2. How to Connect the Motor to an ESC

There is no polarity on the A/B/C three ESC-to-motor wires, so do not worry about how you connect

them initially. You may find it necessary to swap two wires if the motor runs in reverse. When pairing

with a HOBBYWING EZRUN MAX10/MAX10-SCT ESC, plug the ZH-2Y male connector on the ESC into

the TEMP port at the load end of the motor can make the motor thermal protection available.

3. Recheck the Installation & Connections

Recheck the installation and all the connections before turning on the power.

1. Mount the motor rotor 2. Mount the back end bell set 3. Mount screws for fastening

the back end bell

4. Mount the front end bell set 5. Mount screws for fastening

the front end bell 6. Picture of the assembled motor

Specifications

3300

4000

5400

3200

4000

4600

0.0100

0.0074

0.0051

0.0083

0.0060

0.0053

4.3A

5.2A

7.2A

4.9A

5.7A

7.2A

218

216

217

262

268

262

1:10 Scale Touring Car/Buggy(Sport)

1:10 Scale SCT (2WD)

1:10 Scale Monster Truck/Truck (Light-duty)

1:10 Scale SCT (4WD)

1:10 Scale Monster Truck/Truck (Heavy-duty)

30402600

30402601

30402602

30402650

30402651

30402652

2-3S

Φ=36 / L=52

Φ=36 / L=60

Φ=3.175 / L=15

Φ=5 / L=18.5

EZRUN-3652SL-3300KV-G2

EZRUN-3652SL-4000KV-G2

EZRUN-3652SL-5400KV-G2

EZRUN-3660SL-3200KV-G2

EZRUN-3660SL-4000KV-G2

EZRUN-3660SL-4600KV-G2

EZRUN 3652/3660 G2EZRUN 3652 G2 EZRUN 3660 G2EZRUN 3652 G2EZRUN 3660 G2

3-175 12AWG Black

Slilcone Wires

3-120 12AWG Black

Slilcone Wires

4 GBC

60.5 18.5 15 52.5

25.4

6-M3

60°

CCW

4.5

3.175

35.9

3.5 GBC

35.9

2.8

Model PN KV

(No-load)

No-load

Current

Motor Diameter

& Length

Shaft Diameter

& Length Poles ApplicationsLiPo W (g)R. (Ω)

Wire B

Wire A

Wire C

EZRUN 3660 G2

EZRUN MAX10 SCT

ZH-2Y

Front End Bell X 1PCS

Back End Bell x 1PCS

Stator Set x 1PCS

Screws for Fastening

the Back End Bell

3PCS (M2.50x3.0mm)

Rotor x 1PCS

Screws for Fastening the

Front End Bell x 3PCS

(M3.0x5.0mm)

1 2 3

4 5 6

• Innovative 4-pole-8-magnet "staggered pole" rotor (Hobbywing-patented) with low cogging effect and torque pulsation greatly improves control feel around corners.

• Built-in temperature sensor and sensor port protect the motor from damage due to overheat when pairing EZRUN 3652/3660 G2 with a EZRUN MAX10/MAX10 SCT ESC.

• O-ring seal fitted between the front end bell and motor case isolates screw holes from inner parts to prevent liquid or dust from getting inside and protect motor from damage.

• Special design implemented by the motor case (the end attaches to the front end bell) isolates inner coils from outside to protect winding from being damaged by overlong screws.

• Special technology for temperature control implemented by this motor guarantees less heat more efficiency (efficiency rate of up to 90%).

• CNC machined aluminum housing, high purity copper windings, advanced rotor structure, high-quality alloy steel output shaft, high-precision bearings for high durability and smoothness.