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SWITEK Robotic Arms for Injection Molding Machine Installation Instruction -- Chapter 12: Robotic Wiring

One Stop Robotic Arms for Injection Molding Machine Purchasing

SWITEK Robotic Arms for Injection Molding Machine Installation Instruction -- Chapter 12: Robotic Wiring
Abstract

A minor mistake in the wiring of a robotic arm may lead to a disaster in production. Here you can find the detailed wiring diagrams for SWITEK 3/5 axis servo robotic arms for injection molding machine.

12.1 Switch-Power

robot installation

12.2 I/O Filter Power
robot installation
12.3 Main Board Power
robot installation
12.4 Servo Breake Power
robot installation
12.5 Servo-Motor Power
robot installation
12.6 IO Board
robot installation
12.7 Main Board Wiring
robot installation
12.8 Input Number 1
robot installation
12.9 Input Number 2
robot installation
12.10 Wiring Instruction of Chinese Standard IMM Interface
robot installation

Remark: The JIT interface is very popular among the Chinese and Japanese injection molding machine makers for it's low cost and easy wiring. For most of the Chinese injection molding machine makers the JIT interface would be a standard option and EU12/EU67 interface would be an optional solution with extra charge.

12.11 EU12
robot installation
12.12 EU67
robot installation
12.13 IO Collect
robot installation
12.14 Servo and Main Board
robot installation
12.15 Main Board and IO Board Drawing
robot installation
12.16 Servo-Motor Wiring
robot installation
12.17 Servo-Coder Wiring
robot installation
12.18 X1-Axis Input Wiring
robot installation
12.19 Y1-Axis Input Wiring
robot installation
12.20 Electoromagnetic Valve Drawing
robot installation
12.21 Extended E67
robot installation
12.22 Five Axis Robot Add File 1
robot installation
12.23 Five Axis Robot Add File
robot installation


Best Buy Robotic Arm for Injection Molding Machine
injection robot

SW7518DS

injection robot

Unit: mm

X1 X2 X3 X4 Y YM1 YM2 Z L W H Payload
1785 1320 0 0 1800 500 1300 3120 4160 2480 2650 15kg

The Application of End of Robotic Arm Tooling

EOAT Assembly Demonstration -- One Cavity Car Threshold Strip Picking EOAT

One Cavity Car Threshold Strip Picking EOAT

Product Descriptions


Q & A About Robotic Arms and Injection Automation

For vision control system for IML containers, what's the advantages and disadvantages of the open type of vision control system?

Vision control is now a very important in IML system especially the IML solutions for dairy products packages like yogurt cups, butter cups etc. For most European IML solutions providers like BRINK that they'll choose an open type of Vision control system which will check if the containers are well labeled or not immediately after the containers picked out from the mold and have them re-stacked after the vision control. This kind of solution will help to increase the efficiency of the IML System and pick out the defect parts quickly.

But, for some minor defect like dirt it would be impossible to be checked out because the precision of the cameras would be influenced by the changing light of the environment. To solve this problem the updated solution would be to have the IML containers checked in a closed light box which will creat a stable environment to the camera to minimize the misjudgement of the good and non good parts. -- SWITEK Yogurt Cups Vision Control Solution


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