• All things technology
  • Delivery within Europe
  • Right to Cancel applies
  • Specialist retailer since 1923

Hobbywing Motor Ezrun 2030 18 T Model car brushless motor kV (RPM per volt): 5200

Image similar
EAN:
Part number:
Item no:
Unavailable

Sales and shipping:
Conrad ElectronicTerms & Conditions

Technical specifications

  • Number of motor poles: 2
  • Scale: 1:18
  • Motor control: Sensorless
Product type

Model car brushless motor

kV (RPM per volt)

5200

Operating voltage

7.4 V/DC

Shaft Ø

2 mm

Dim

(Ø x L) 20 mm x 30 mm

Weight

46 g

Manufacturer part #

HW90010010

Model

Hobbywing Motor Ezrun 2030 18 T

Length

30 mm

(Ø)

20 mm

Documents & Downloads

User & Safety Instructions

User & Safety Instructions 2278203 Hobbywing Motor Ezrun 2030 18 T Model car brushless motor kV (RPM per volt): 5200

Description

Hobbywing Motor Ezrun 2030 18 T
for 1:16/1:18 Touring Cars and Buggys
Brushless-Sensorless
output power with efficiency of up to 85%
high-quality processing and intelligent design
Use the Ezrun brushless sensorless motor from Hobbywing to give your vehicles the optimum drive. The engine is not only particularly powerful, but also exceptionally efficient. So you benefit from a better performance and get more driving fun from every battery charge.
High-quality processing and intelligent design
The motor housing consists of hard, anodized aluminum. The motor windings are made of oxygen-free, double-insulated copper wire. In addition, the advanced rotor structure withstands high temperatures. The motor shaft is made of high-quality, polished steel and pressed-in, precise ball bearings provide for an extremely light run. Thus the engine achieves an outstanding performance, a long life and an enormous smoothness. Furthermore, it can be easily connected to a controller thanks to the round head plug.
Brushless motor
A brushless motor is an electric motor without brushes, which is characterized by a higher degree of efficiency, lower wear and lower weight compared to the brushed motor.
Senorless
for sensorless brushless motors, the position of the rotor is determined by the counter-voltage triggered in the coils of the stator during induction, which is evaluated by the electronic control circuit. Since a minimum speed is required to evaluate the counter voltage, sensorless brushless motors will run blind until then.

This text is machine translated.