Автономный контроллер с ЧПУ, 5 axis set 500KHz, система управления движением + 6 axis Аварийная остановка, ручное колесо, Новинка

Product Package

1 x 5 aixs Controller

1 x CNC 6 Axis MPG handwheel

1 x U Disk

Electrical characteristics ：

Item

Model

YP11C（P）

FANUC

YP1225C（P）

Mitsubishi

YP11L（P）

Siemens / Fagor

Pulse output

100PPR

25PPR

100PPR

Power range

DC5~15V±5%

DC5±5%

Current (no load)

≤60mA

≤160mA

Voltage output

High

≥VccX0.7v

≥2.5v

Low

≤0.5v

≤0.5v

Current output

≤35mA

±20mA

Fall / Rise Time

5us（Tyn）

<100ms

Frequency response

0~5Khz

Isolation resistance

≥20MΩ

Power indicator

DC5V-DC24V LED

Installation size

165（With hanging handle）X74X26mm

Working/storage temperature

-10~+60℃/20~+70℃

This electronic handwheel can be applied to a variety of CNC numerical control systems, such as FANUC, Siemens, Mitsubishi, Fagor, Heidenhain, Baoyuan, New Generation, Haineck HANUC, Guangzhou CNC GSK, Kaitong CNC, KND KND And other well-known CNC systems.

Customers can choose according to the output voltage value (DC5~15V) and output pulse wave (25PPR or 100PPR), and up to 11 axes can be controlled.

The output voltage can be customized according to customer needs DC24V, PLC control.

Wiring diagram：

Serialnumber

Line color

Function

Project

1

Red

+5V/12V

According to system requirements

Encoder

2

Black

0V

3

Yellow

A

4

White

B

5

Pink

-

A

According to system requirements

6

Dark Green

-

B

According to system requirements

7

Transparent

+LED

Indicator light

8

Purple

-LED

9

Gray

5

Axis selection

10

Brown

X

11

Orange

Y

12

Light Blue

Z

13

Dark bule

4

14

Light Green

6

15

White/Black

OFF

16

Light Green/Black

X1

Magnification

17

Light Blue/Black

X10

18

Transparent/Black

X100

19

Deep purple

COM

Public

20

Red/Black

Emergency stop

Emergency stop control switch

21

Yellow/Black

Emergency stop

Note:

1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out. 1. The voltage used by the encoder is DC5-24V (DC12V for Mitsubishi systems, 5V for Fagor/Fanuc/Siemens systems, and 24V for PLC control). Connecting the wrong voltage or connecting the wrong line will cause the encoder to burn out.

2. Connect the ground when welding the wire to prevent static electricity from damaging the encoder. The unconnected wire must be cut off the bare copper, and then wrapped individually. Do not touch other circuits, components and casings to avoid short circuits.