Beskrivning
AECO – THE SMART SOLUTION
High- purity copper (Tellurium Copper)
Concept
The body of plug was lathed in one piece to avoid the conduction loss when signal through the different structure and interface.
Shell between body isolate by insulator material. Depends on the method of processing, it can choose to make the shell be a conductor.
The conductor is made from high-purity tellurium copper without nickel base.
By using highest quality of design techniques and material to provide customer who has “Hi-End” requirement.
Shell between body isolate by insulator material. Depends on the method of processing, it can choose to make the shell be a conductor.
The conductor is made from high-purity tellurium copper without nickel base.
By using highest quality of design techniques and material to provide customer who has “Hi-End” requirement.
Levereras i en snygg förpackning.Det medflöjer extra skruvar (torx T6).
Delivered in a nice package.
Extra screws (torx T6) are included.
Extra screws (torx T6) are included.
Description
Mechanical structure：
The center pin is fixed to the POM insulator by assemble function
Ring and the end sleeve is separate by POM, then assemble with center pin.
There’ s a hole between the contact pin and body structure.
To put the fillers into the gap of the body from the hole.
Use the POM latch through to fix the body.The body and the shell locked by screwing.
POM sleeve is fixed with end of shell by using screw.
The center pin is fixed to the POM insulator by assemble function
Ring and the end sleeve is separate by POM, then assemble with center pin.
There’ s a hole between the contact pin and body structure.
To put the fillers into the gap of the body from the hole.
Use the POM latch through to fix the body.The body and the shell locked by screwing.
POM sleeve is fixed with end of shell by using screw.
Note：
This product is include: screw for cable 3 mm*1pcs and 4 mm*1pcs.
Due to the 3.5mm plug size is small, the over soldering time will cause the insulator damage or swelling. Please process solder each channel based on recommend soldering temperature and condition.
This plug unable to contact with the adaptor which the ground is contact the sleeve conductor by shell.
This product is include: screw for cable 3 mm*1pcs and 4 mm*1pcs.
Due to the 3.5mm plug size is small, the over soldering time will cause the insulator damage or swelling. Please process solder each channel based on recommend soldering temperature and condition.
This plug unable to contact with the adaptor which the ground is contact the sleeve conductor by shell.
Assembly:
1. We recommend to peel off the cable jacket and per conductor wire insulation.
2.Depends on cable size to decide whether use sleeve (ID 4.5mm) [311], or without sleeve (ID6.5MM) [301].Then through into cable.
3.Contact the cable with per channel by soldering.
4.Lock the shell and body [203],
5. Please lock the cable and shell with a screw M3x4mm [321] or M3x3mm [322].
2.Depends on cable size to decide whether use sleeve (ID 4.5mm) [311], or without sleeve (ID6.5MM) [301].Then through into cable.
3.Contact the cable with per channel by soldering.
4.Lock the shell and body [203],
5. Please lock the cable and shell with a screw M3x4mm [321] or M3x3mm [322].
PDF version for print put of assembly instructions
Material：
Contact Pin : Tellurium Copper (#C14500 / copper contains over 99%)
Body : Tellurium Copper (#C14500 / copper contains over 99%)
Insulator : POM (Black)
Lock head : POM (Black)
Shell : Brass alloy (#C3604)
Sleeve : POM (Black)
Screw : Stainless steel (SUS304)
Body : Tellurium Copper (#C14500 / copper contains over 99%)
Insulator : POM (Black)
Lock head : POM (Black)
Shell : Brass alloy (#C3604)
Sleeve : POM (Black)
Screw : Stainless steel (SUS304)
Finish：
AT3-1331G
Contact pin : 10u” Gold plating (no nickel base).
Body : 10u” Gold plating (no nickel base).
AT3-1331G
Contact pin : 10u” Gold plating (no nickel base).
Body : 10u” Gold plating (no nickel base).
Insulator : None.
Head lock : None.
Shell : Satin Nickel + Topcoat.
Sleeve : None.
Screw : None.
Head lock : None.
Shell : Satin Nickel + Topcoat.
Sleeve : None.
Screw : None.
Electrical Characteristics：
Contact resistance < 1.0 mOhm
Contact resistance < 1.0 mOhm
Dimension：
Biggest OD : 8.90 mm
Total Length : 42.3mm
Cable hole :
Sleeve contained in shell is 4.5mm.
Sleeve not contained in shell is 6.5mm.
Biggest OD : 8.90 mm
Total Length : 42.3mm
Cable hole :
Sleeve contained in shell is 4.5mm.
Sleeve not contained in shell is 6.5mm.
Packing：
Vacuum Bag(1Pcs)
place in the sponge then pack in the vacuum bag.
place in the sponge then pack in the vacuum bag.
Recommend soldering temperature：
Contact pin (Tip)
Temperature Soldering Iron, please keep 340 °C within 4~7 second
Temperature Soldering Iron, please keep 360 °C within 3~6 second
Temperature Soldering Iron, please keep 380 °C within 2~5 second
Temperature Soldering Iron, please keep 400 °C within 1~4 second
Contact pin (Tip)
Temperature Soldering Iron, please keep 340 °C within 4~7 second
Temperature Soldering Iron, please keep 360 °C within 3~6 second
Temperature Soldering Iron, please keep 380 °C within 2~5 second
Temperature Soldering Iron, please keep 400 °C within 1~4 second
Body (Ring)
Temperature Soldering Iron, please keep 340 °C within 9~12 second
Temperature Soldering Iron, please keep 360 °C within 6~9 second
Temperature Soldering Iron, please keep 380 °C within 5~8 second
Temperature Soldering Iron, please keep 400 °C within 2~5 secondBody (Sleeve)
Temperature Soldering Iron, please keep 340 °C within 6~9 second
Temperature Soldering Iron, please keep 360 °C within 5~8 second
Temperature Soldering Iron, please keep 380 °C within 3~6 second
Temperature Soldering Iron, please keep 400 °C within 2~5 secondProduct production process comply with RoHS.
Product made new TW patent No. M581795.
Temperature Soldering Iron, please keep 340 °C within 9~12 second
Temperature Soldering Iron, please keep 360 °C within 6~9 second
Temperature Soldering Iron, please keep 380 °C within 5~8 second
Temperature Soldering Iron, please keep 400 °C within 2~5 secondBody (Sleeve)
Temperature Soldering Iron, please keep 340 °C within 6~9 second
Temperature Soldering Iron, please keep 360 °C within 5~8 second
Temperature Soldering Iron, please keep 380 °C within 3~6 second
Temperature Soldering Iron, please keep 400 °C within 2~5 secondProduct production process comply with RoHS.
Product made new TW patent No. M581795.
