Futaba Brushless ESC #MC950CR  [MC950CR]

Futaba MC950CR Brushless ESC
Price:
AUD$168.63
Brand:
Futaba
Model:
MC950CR
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
R/C Models - Motor / ESC / Cooling Fan - ESC - Car ESC category
Write a review
Futaba made Brushless ESC (MC950CR) Car ESC Motor / ESC / Cooling Fan

The MC950CR is the brushless ESC with features that racers want most.
Severely adjustable, with the ability to alter parameters throughout your transmitter ?V no laptop needed.

Big, isolated solder posts for quicker, safer cable attachment.

Properties Include:

Controllable regularity by load effect
One push switch for establishing neutral
Current limiter
Temperature security / decrease
minimal Voltage security / For LiPo or lifetime
Reverse terminal protection
Alarm
3 colors LED
Serial relationship
Aluminum upper situation / center instance / heat sink (choice)
Super core cable 14AWG
Data logging
Reverse function
establishing Menu:
PWM regularity (at Min. load)
PWM regularity (at Max. load)
PWM regularity at Brake
Dead Band
Minimal Batt. Protection
Active Limiter
Present Limiter (Time Frame)
Present Limit timer
Brake Max. Duty
Reverse Max. Duty
Neutral Brake
Increase
Brake timer
Reverse mode modification degree
Lead Angle (Motor timing)
Reverse Cancel
Robot Mode
Present Limiter disable

REQUIREMENTS

Stock Quantity: FUTM0955
ahead / Reverse (Brake): 255 action
Power needs: Nicd, NiMH battery power 4-7 cells (4.8-8.4V)
Engine restriction: Over 2.5T (With optional temperature sink & fan)
Input voltage: NiCd / NiMH 4~7 cells (4.8V~8.4V)
Ahead PWM regularity: 500~30,000Hz/Initial Value: 3.0kHz~5.0kHz
Reverse (Brake) regularity: 500~30,000Hz/ Initial Value: 1.0kHz
Max present: 900A (Momentary load: 1300A)
Size: 37.2 x 36.6 x 14mm
body weight: 33.3g
BEC: 6V / 2A
information logging: 1024sec (1 sec action)
Serial communication: 9,600bps (8bit)
FET: 30pcs (5pcs/pole)
Establishing: One-touch input by push key switch

Copyright © 2008-2024 rcjaz.com.au All rights reserved