OK, then the only thing different that I suggest is adding a 1 amp key for the wall wart power connectionThanks for your reply.
So would a 1amp fuse suffice before wall wart its only rated at 30ma
the Controller is rated at 180-260 volts ac in
the 180 volt dc motor uses under full load approx max 8 amps the most ive seen it up to is 6
(the controller has led display for volts and amps)
Plus the inrush may be enough to blow it or even trip the breaker.What is the reason for the 30amp (7Kw)switch devices?
What is the nature of the 240vdc motor controller? Ex Treadmill?
10a fuse maybe a little light if it is in fact an average T.M. track motor.
Max.
Sorry, it was not during my best time. It should have said "one amp FUSE" in the wall wart power feed..
so it will be used for my lathe and a millWhat is the reason for the 30amp (7Kw)switch devices?
What is the nature of the 240vdc motor controller? Ex Treadmill?
10a fuse maybe a little light if it is in fact an average T.M. track motor.
Max.
Are you integrating the Tach or using the existing T.M. one.
In many cases the T.M. motor controller does not use it it goes to the panel for processing.
What make/model of control & motor?
Max.
here is link for controllerPWM DC Motor Speed Controller AC180V-260V Input DC180V Output 8A Digital Display
Features
suit for the power of DC motor less than 1000w.
Suit for the current of your dc motor less than 6A
1, the input power supply (VAC): AC180-260V 50 / 60Hz (for global voltage)
2, the output armature voltage range (VDC): DC180
3, the output armature current range (A): 8A (If the working current over 8A, the motor will stop work)
If the current is too big need to increase the heat
4, the output excitation voltage range (VDC): 100/200 (default full-bridge rectifier, which is 0.9 times the input voltage)
5, the output excitation current range (A): 1A
6, the working frequency: 16 KHz
7, given signal mode (V / mA): default potentiometer, 0-5V, 0-10V, 4-20mA, PWM, touchtone
8, enable control mode (EN): switch
9, soft start (acceleration time adjustment range) (S): 0-10S (default 2 seconds)
10, soft stop (deceleration time adjustment range) (S): 0-10S (default 2 seconds)
11, double loop PI regulation (voltage and current) control is more reliable
12, IR torque compensation range: 0-100% (default 0)
also have installed a on/off/on switch in between controller power out and notor
Last edited: Today at 1:46 AM
Not a good idea to place a switch between motor and controller, if for a E-stop, I would switch the EN_able input at the same time as removing supply power to the drive, if for reversal purposes, I would ensure the EN is activated at the same time if using the drive output to reverse..Remember if reversing motor leads, the automatic ramp up-soft start is not active.here is link for controller
also have installed a on/off/on switch in between controller power out and motor.
Obviously the drive does not.From the description it does not seem like the drive and motor came from a treadmill. .
Max, The only reference to a treadmill motor is made by you. And I can't imagine that a treadmill motor would have all those different control inputs available, or that it would have a current display. So we will need to wait for the thread starter to tell us about the motor and controller's previous life.Obviously the drive does not.
Post #9 States 180v TREADMILL MOTOR.
Max.
The Drawing in post #9 states 180V 7.5A BRUSHED PERMANENT MAGNET TREADMILL MOTOR!!.Max, The only reference to a treadmill motor is made by you. .
OK, max, you are right. I did not examine the whole description closely enough. Sorry about that!The Drawing in post #9 states 180V 7.5A BRUSHED PERMANENT MAGNET TREADMILL MOTOR!!.
The controller is a Chinese Ebay listing.
Max.
by Duane Benson
by Jake Hertz
by Duane Benson
by Jake Hertz