Appendix 1: Reversed Installation of Robotic Arms from Operator Side Dropping to Non-operator Side Dropping

One Stop Robotic Arms for Injection Molding Machine Purchasing

Appendix 1: Reversed Installation of Robotic Arms from Operator Side Dropping to Non-operator Side Dropping

Abstract

When you make an order of the robotic arm for your injection molding project, we'll have the robotic arm assembled to be either have the parts dropped from the operator side or non operator side according to your project, but some times you'll have to change the dropping of the parts to the other side of the injection molding machine. In this situation you'll have to reverse the installation of the robotic arm. In this chapter we'll a 3 axis servo injection robot with Panasonic servo motor and driver as an example to demonstrate how to have a reversed installation of the robotic arms.

1. Description of the Parts to be Reverse Installed

Base Reverse

Sensor Reverse 1

Sensor Reverse 2

Description

A: Electric Control Box
B: Base
C: Pressure Adjust Valve
D: S6 Induction Bar
Sensor Reverse 1: The sensor "Normal On" is the starting limit switch and the other one is the origin sensor.
Sensor Reverse 2: The sensor "Normal On" is the horizontal out limit switch and the other is the "out of the mold area" sensor.

2. The Reversed Installation of the Base and Sensors

Remove the connecting screw between the base (B) and the beam, and turn the direction of the base as showed as the picture above.
Note: The base must be in the same direction as the beam.
Remove the Pressure Adjust Valve (C) and have it fixed to the other side of the beam.
Have the S6 Induction Bar (D) moved two fixing holes toward the other side of the beam and fixed it.
Exchange the position of the sensors in Sensor Reverse 1 & Sensor Reverse 2

3. Modify the Parameter of Panasonic A6 Driver

Panasonic A6 Parameter Setting

Pr0.00: 0 → 1 or 1 → 0
Pr0.12: 0 → 1 or 1 → 0

The Modification Process:

Press key "S" → then press key "M" (One time), find Pr0.00 → press key "S" (One time), if the parameter displayed is "1", modify it to "0"; if its "0" then change it to "1" (press up/down key to modify the parameters). After all the settings finished, press the key "S" for 2 seconds → press key "M" (One time) → press key "S" (One time) → press key "UP" (Keep 7 seconds until the screen display "-----") to save the setting.

Repeat the process above to set the parameters of Pr0.12 and have the robot power off and restart again after all the parameter settings finished. The robot would be origined with the new setting.

WARNING: For the safety of your facility, please conduct any modification of the parameters with the instruction of our online service team. Our service engineer will guide you to finish the whole process step by step.

Best Buy Robotic Arm for Injection Molding Machine

SW6710

Unit: mm

X1	X2	X3	X4	Y	YM1	YM2	Z	L	W	H	Payload
1055	607	288	607	1000	420	580	1750	2340	1700	2190	8kg

The Application of End of Robotic Arm Tooling

EOAT Assembly Demonstration -- One Cavity Car Bumper Picking EOAT

One Cavity Car Bumper Picking EOAT

Product Descriptions

This EOAT is for One Cavity Car Bumper Picking;
EOAT Function: Car Bumper Picking;
Injection Molding Machine Clamping Force: 1800T;
Number of Runner: 14
The Gross Weight of the EOAT Seet is about 20kg.

Q & A About Robotic Arms and Injection Automation

What Would be an Economic Solutions for Plastic Faucet Production?

What Would be an Economic Solutions for Plastic Faucet Production?

Safe, reliable and easy for production make the PPR faucets getting more and more popular against its counter parts of which made from brass or other metal faucet product. To start a new pleastic faucets production project, what would be an economic configuration?

2 Cavities Faucet Injection Automation Solutions

To produce the plastic faucets economically, you can consider an automation solutions to reduce the man hours, and a two cavities solutions would keep the system economic in investment and easy for maintenance, the machineries for such a system will include:

Injection Molding Machine: As a small part, a 200 T servo injection molding machine would be sufficient for a 2 cavities solution. The machines to recommend would be the HD210L by Haida Machinery, MA2000 by Haitian Machinery, UN220A5 by Yizumi etc.
Injection Mold: A high quality injection molding mold would be the foundation of a successful project of faucet production.
Robot and Automation Solution: The key of a price smart investment is to produce the products efficiently with minimum man hours. For faucet production system we're here to recommend the SWITEK faucet core auto-insertion system which include the 3 axis servo robot SW6710DS, the EOAT for core picking and inserting, the parts picking, the working table for core and runner removing. With this solutions you can make your workshop of faucets production workshop an unmaned one.
Industrial Chiller: For industrial Chiller you can choose a small one for each of your injection molding machine or a centralized chilled water circulation system for the whole factory according to your budget. An excellent chilling water circulation will help to increase the productivity of the system and ensure the quality of the faucets produced.

Fore more information about the faucet and other pipe fittings injection automation solution please feel free to contact Adams from SWITEK to get a turn-key solutions of pipe fittings production.

Appendix 1: Reversed Installation of Robotic Arms from Operator Side Dropping to Non-operator Side Dropping

Appendix 1: Reversed Installation of Robotic Arms from Operator Side Dropping to Non-operator Side Dropping

Abstract

1. Description of the Parts to be Reverse Installed

2. The Reversed Installation of the Base and Sensors

3. Modify the Parameter of Panasonic A6 Driver

Best Buy Robotic Arm for Injection Molding Machine

The Application of End of Robotic Arm Tooling

One Cavity Car Bumper Picking EOAT

Q & A About Robotic Arms and Injection Automation

Contact SWITEK Robot On WhatsApp.