UTP Cat5e CAT6 RJ45 Keystone Jack Fluke Test

Cat6 keystone jack/ module jack/RJ 45 keystone jack

Performence class, for up to 250MHz
UL, CE certificated
Meet TIA/EIA 568A-568B requirements
Angle: 180 Degree
Product Description
Meet ISO/IEC 11801, TIA/EIA568B
Own patent products
Used for Wall Plate
Fit for wires AWG22-26
DC omsertopm life 200 cycles
Plug insertion life 750 cycles Min
Dielectric strengh: When applied AC750V or DC 1000V 1 minute between adjacent terminal NO change
Material: Using PC/ABS for cover, PC for module, phosphor bronze for IDC wire post
 


  Cat6 keystone jack/ module jack/RJ 45 keystone jack

Performence class, for up to 250MHz
UL, CE certificated
Meet TIA/EIA 568A-568B requirements
Angle: 180 Degree
Product Description
Meet ISO/IEC 11801, TIA/EIA568B
Own patent products
Used for Wall Plate
Fit for wires AWG22-26
DC omsertopm life 200 cycles
Plug insertion life 750 cycles Min
Dielectric strengh: When applied AC750V or DC 1000V 1 minute between adjacent terminal NO change
Material: Using PC/ABS for cover, PC for module, phosphor bronze for IDC wire post
 


 

Vent Spacer

The fixed and rotor iron cores of large motors are divided into many overlapping segments. The punch plate of spot welded ventilation channel steel is placed between the iron core segments, namely, the ventilation groove plate, so as to form the radial air duct of fixed and rotor iron cores, which is used for heat dissipation and ventilation cooling of iron cores. The manufacturing quality of the ventilation groove plate must meet the strength requirements to ensure that no collapse or collapse occurs after loading. At the same time, the spot welding position of the ventilation channel steel on the punching plate should be accurate. After each section of iron core is pressed, the axial position of the ventilation channel steel should be in a straight line to ensure that the radial air duct does not distort and the axial straight line transmission of the pressing force of the iron core.
With the development of motor manufacturing technology and upgrading of manufacturing equipment, the manufacturing technology level of ventilation groove plate has been greatly improved. Currently supported processes are resistance welding and laser welding. Resistance welding is to place the welding parts between two electrodes, connect the current and apply a certain pressure, use the resistance heat generated when the current flows through the workpiece contact surface for heating, forming the local melting state of the welding parts. Laser welding is a kind of laser beam with high monochrome, strong aroma and high brightness by using the principle of excited atomic radiation. The laser beam, which is composed of coherent monochromatic photon stream with high energy density produced by laser, is used as energy source to bombard metal or non-metal, generate heat and melt it to achieve the purpose of welding.
According to the different requirements of the structure design and the characteristics of the respective spot welding process and the actual production needs, the motor manufacturers can
According to their own design capacity, equipment situation, production cycle, choose suitable for their own ventilation groove plate spot welding process, to ensure the manufacturing quality of ventilation groove plate.

Vent spacer,stator core vent spacer lamination,stator core vent spacer,vent plates

Henan Yongrong Power Co., Ltd , https://www.hnyongrongglobal.com