1.
Shipping list
2. Specifications
Model | Collect | Adapter motor | Reduction ratio | Weight |
TPC-8 | ISO30/BT30 | NEMA34 Motor | 1:40 | 23KG |
TPC-12 | ISO30/BT30 | NEMA34 Motor | 1:40 | 24KG |
TPC-16 | ISO30/BT30 | NEMA34 Motor | 1:40 | 26KG |
TPC-20 | ISO30/BT30 | NEMA34 Motor | 1:40 | 28KG |
3. Dimension
4. Advantage
(1)
Simple
structure and easy installation
(2)
Adopt
high quality limit device and reducer , Longer
service life
(3) The
tool holder is made of DuPont and is more wear resistant.
(4)
The
cutter head base is integrally processed and has high positioning accuracy.
5. Application
area
Automatic tool changers are used on industrial robots and CNC (computer
numerical control) machining centers in order to change end tools without manual
operation. With an automatic tool changer your robot or machine can perform
multiple tasks without having to be manually changed or modified.
Automatic tool changers are used on articulated robots for painting, welding and
tooling applications. They are also found on CNC milling machines and CNC lathes
for all types of machining operations.
Robot tool changers and CNC tool changers operate using different technologies. Automatic robot tool changers include fluid couplings and electrical connectors that do not require manual intervention. CNC tool changers use a gear- or cam-driven arm to grip the tool holder and bring it toward the machines spindle.
6.QA
(1) The tool magazine cannot be rotated
The reasons are as follows:
1. the coupling connecting the motor shaft and the worm shaft is loose;
2. the inverter is faulty, should check whether the input and output voltage of
the inverter are normal or not;
3. PLC has no control output, which may be the relay failure in the interface
board;
4.The connection is too tight, or the butter is sticky;
5. the grid voltage is too low
6. motor rotation failure;
7. transmission mechanism error.
(2) The knife sleeve cannot clamp the tool
The reasons are: the adjustment nut on the knife sleeve is loose or the
spring is too loose, resulting in insufficient clamping force; the tool is
overweight.
(3) The knife cover is not up and down
The reasons are: improper adjustment of the device or excessive machining error,
resulting in incorrect position of the fork; the feedback signal is incorrect
due to improper installation or improper adjustment of the limit switch.
(4) The knife sleeve cannot be disassembled or stayed for a while to
disassemble
The reasons are as follows: the 90° disassembly valve of the knife sleeve is
loose, the air pressure is insufficient; the rotation shaft of the knife sleeve
is corroded.