YF-31 One Axis Board Controller

Description

YF-31 One Axis Board Controller

YF-31 One Axis Board Controller

YF-31 stepper motor 57 control board driver programmable pulse speed regulation set forward and reverse trigger limit 
Specifications:
Place of Origin: China
Brand Name:  KTS MALL
Model Number:  YF -31
Product shell:   PLC dedicated rail housing
Product Size:   128*80*22 (length, width and height)
Supply voltage:   DC10-30V (DC)
Signal support:   Missing trigger/NPN (normally open)
Current range:   Within 3A
control type:   Single Axis Stepper Motor Controller
Delay range:   0.1-999 seconds
Applicable motors:  Two stepper motors within 3A can be controlled
Pulse range:   1-99990 pulses adjustable
Speed range:   0.1-999.9 rpm

Products Detail:
YF-31 stepper motor 57 control board driver programmable pulse speed regulation 
set forward and reverse trigger limit 
YF-31 สเต็ปเปอร์มอเตอร์ 57 ไดรเวอร์บอร์ดควบคุมการควบคุมความเร็วพัลส์ที่ตั้งโปรแกรมได้ตั้งค่าขีด จำกัด 
ทริกเกอร์ไปข้างหน้าและย้อนกลับ
ฟังก์ชั่นผลิตภัณฑ์: 8 ฟังก์ชั่นทั่วไปเริ่มต้นซึ่งสามารถรับรู้การกระตุกของสเต็ปเปอร์มอเตอร์, การล็อคตัวเอง, ขีดจำกัด, มุม, พัลส์, ความเร็ว, รอบลูกสูบ, การควบคุมการหน่วงเวลา ฯลฯ
ข้อสังเกต: เลือกแหล่งจ่ายไฟสลับและแหล่งจ่ายไฟไดรฟ์ (พลังงาน + แรงดัน * กระแส) น้อยเกินไปจะส่งผลต่อประสิทธิภาพของแรงบิดและความเร็วของมอเตอร์ ขอแนะนำให้ใช้แหล่งจ่ายไฟสากล 24V5A หรือ 12V10A (แรงบิดของมอเตอร์คือ
ดีกว่า).

Features
P-1: The jog function rotates when pressed, and stops when it hits the limit or releases it
P-2: For self-locking function, press forward to maintain forward rotation, press reverse to maintain reverse rotation, and keep
releasing and stop when it hits the limit.
P-3: Give a forward rotation signal, and automatically reverse to the limit 2 stop after encountering the limit 1 and stop for T seconds.
(Summary: Give the forward rotation signal motor from point A to point B, stop for 1 second and then automatically end from point B
to point A - through limit control)
P-4: Turn on forward when power is turned on. After encountering the limit 1 and stopping for T seconds, it will automatically reverse to the limit 2 and stop for T seconds, and then automatically forward and reverse.... infinite loop
(Summary: Motor A and B circulate back and forth between points, controlled by limit)
P-5: Give the forward rotation signal, the forward rotation will stop at X angle, and the reverse rotation signal will be stopped at the
reverse X angle.
(Summary: give the forward signal the motor rotates forward at the angle you need to stop, and give the reverse signal the motor
reverses the angle you need to stop)
P-6: Give the forward rotation signal, the forward rotation will stop at the C angle, and after a delay of T seconds, the automatic
reverse rotation will stop at the C angle.
(Summary: Give the forward rotation signal motor from point A to point B, stop for X seconds and then automatically sleep from
point B to point A - through pulse control)
P-7: Turn on the power and stop at X angle, delay T seconds, reverse X angle and stop, delay T seconds, and stop at forward X
angle.... Infinite loop!
(Summary: The motor circulates back and forth between points A and B, controlled by pulses)
P-8: Give the forward rotation signal, the forward rotation will stop at X angle, delay T seconds, and the forward rotation will stop at
X angle, infinite loop! Give the reverse signal, reverse the X angle to stop, delay T seconds, reverse the X angle to stop, infinite loop!
 (Summary: turn in one direction, stop for a while, turn, stop, turn, stop, wireless cycle work)

Encoder Setup Instructions：
Time setting: short press the encoder number ①, the digital tube displays P-X (after the
function selection mode), and rotate the encoder ② to adjust the interval time.
Speed setting: Rotate encoder ① to adjust the motor speed value in standby or working
state. The adjustable range is 0.1-999.9 rpm.
Angle adjustment: For example, under the condition of 8 subdivisions, 1600 pulses are one
circle, click the angle adjustment potentiometer, the decimal point 160.0 represents 16000
pulses, which is 10 circles.

Stepper motor working relationship parameter description
Step angle: the angle that the stepper motor rotates once
Lead: The distance that the stepper motor moves by one turn of the nut
Subdivision: proportionally adjust the step angle of the stepper motor
Public test: It takes 200 pulses to rotate a stepper motor with a step angle of 1.8°

For example: when the stepper motor is set to 1.8° and the step angle/32 subdivisions/8mm lead, then the motor needs 6400 pulses to rotate 360° for one revolution, and
12800 pulses are required for the motor to rotate 16mm.

Packaging & delivery 
Selling Units:  Single item 
Single package size:    15X20X5 cm
Single gross weight:  0.500 kg