Professional All Aluminum Alloy Conductor (AAAC) Manufacturer

Model NO.: Professional All Aluminum Alloy Conductor cable
Material Shape: Round Wire
Range of Application: LSOH
Certification: ISO9001, CE, UL, CCC, RoHS, VDE, IEC
Brand: Rneda
Trademark: RNEDA
Transport Package: Standard Package
Specification: IEC
Origin: China
HS Code: 8544492100
Model NO.: Professional All Aluminum Alloy Conductor cable
Material Shape: Round Wire
Range of Application: LSOH
Certification: ISO9001, CE, UL, CCC, RoHS, VDE, IEC
Brand: Rneda
Trademark: RNEDA
Transport Package: Standard Package
Specification: IEC
Origin: China
HS Code: 8544492100
Professional All Aluminum Alloy Conductor (AAAC) Manufacturer

Professional All Aluminum Alloy Conductor (AAAC) Manufacturer
Bare Overhead Conductor AAAC All Aluminium Alloy Conductor
 
1.Applications

Conductor(AAC ,AAAC and ACSR) have been widely used in power transmission lines with various voltage levels, because they have such good characteristics as simple structure, convenient installation and maintenance, low cost large transmission capacity. And they are also suitable for laying across rivers valleys and the places where special geographical features exist. 
 
2. Product Structure

3.Technical Characters for AAAC Conductor
 
Conductor size
(mm)
Number and 
diameter of wire
 (mm)
Cross-sectional Area
 (mm2)
Overall diameter
(mm)
Weight
 (kg/km)
Calculated Breaking load  
Calculated D.C. 
resistance At 20ºC
 (ohm/km)
kgf kN
66.36 7/2.47 33.54 7.41 92 1087 10.66 0.9987
77.47 7/2.67 39.19 8.01 108 1270 12.45 0.8547
105.60 7/3.12 53.52 9.36 148 1734 17.00 0.6259
123.30 7/3.37 62.44 10.01 172 2023 19.84 0.5364
133.10 7/3.50 67.35 10.50 186 2091 20.51 0.4973
155.40 7/3.78 78.55 11.34 217 2439 23.92 0.4264
167.80 7/3.93 84.91 11.79 234 2636 25.85 0.3945
195.70 7/4.25 99.30 12.75 274 3083 30.23 0.3373
211.60 7/4.42 107.4 13.26 296 3335 32.71 0.3119
246.90 7/4.77 125.1 14.31 345 3884 38.09 0.2678
394.50 19/3.66 199.9 18.30 551 6012 58.96 0.1676
400.00 19/3.69 203.2 18.45 560 6112 59.94 0.1648
450.00 19/3.91 228.1 19.55 629 6861 67.28 0.1468
465.40 19/3.98 236.4 19.90 652 7110 69.73 0.1417
500.00 19/4.12 253.3 20.60 698 9619 74.72 0.1322
550.00 37/3.10 279.3 21.70 770 8577 84.11 0.1199
559.00 19/4.36 283.7 21.80 782 8533 83.64 0.1181
600.00 37/3.23 303.2 22.61 836 9311 91.31 0.1105
650.00 37/3.37 330.0 23.59 910 10134 99.38 0.1015
652.40 19/4.71 331.0 23.55 913 9956 97.64 0.1012
700.00 37/3.49 354.0 24.43 976 10418 102.2 0.09462
740.00 37/3.59 374.5 25.13 1033 11022 108.1 0.08944
750.00 37/3.62 380.8 25.34 1050 11207 109.9 0.08796
800.00 37/3.73 404.3 26.11 1115 11899 116.7 0.08285
900.00 37/3.96 455.7 27.72 1256 13411 131.5 0.07350
927.20 37/4.02 469.6 28.14 1295 13821 135.5 0.07133
1000.00 37/4.18 507.7 29.26 1400 14942 146.5 0.06598
Professional All Aluminum Alloy Conductor (AAAC) Manufacturer

Professional All Aluminum Alloy Conductor (AAAC) Manufacturer
Bare Overhead Conductor AAAC All Aluminium Alloy Conductor
 
1.Applications

Conductor(AAC ,AAAC and ACSR) have been widely used in power transmission lines with various voltage levels, because they have such good characteristics as simple structure, convenient installation and maintenance, low cost large transmission capacity. And they are also suitable for laying across rivers valleys and the places where special geographical features exist. 
 
2. Product Structure

3.Technical Characters for AAAC Conductor
 
Conductor size
(mm)
Number and 
diameter of wire
 (mm)
Cross-sectional Area
 (mm2)
Overall diameter
(mm)
Weight
 (kg/km)
Calculated Breaking load  
Calculated D.C. 
resistance At 20ºC
 (ohm/km)
kgf kN
66.36 7/2.47 33.54 7.41 92 1087 10.66 0.9987
77.47 7/2.67 39.19 8.01 108 1270 12.45 0.8547
105.60 7/3.12 53.52 9.36 148 1734 17.00 0.6259
123.30 7/3.37 62.44 10.01 172 2023 19.84 0.5364
133.10 7/3.50 67.35 10.50 186 2091 20.51 0.4973
155.40 7/3.78 78.55 11.34 217 2439 23.92 0.4264
167.80 7/3.93 84.91 11.79 234 2636 25.85 0.3945
195.70 7/4.25 99.30 12.75 274 3083 30.23 0.3373
211.60 7/4.42 107.4 13.26 296 3335 32.71 0.3119
246.90 7/4.77 125.1 14.31 345 3884 38.09 0.2678
394.50 19/3.66 199.9 18.30 551 6012 58.96 0.1676
400.00 19/3.69 203.2 18.45 560 6112 59.94 0.1648
450.00 19/3.91 228.1 19.55 629 6861 67.28 0.1468
465.40 19/3.98 236.4 19.90 652 7110 69.73 0.1417
500.00 19/4.12 253.3 20.60 698 9619 74.72 0.1322
550.00 37/3.10 279.3 21.70 770 8577 84.11 0.1199
559.00 19/4.36 283.7 21.80 782 8533 83.64 0.1181
600.00 37/3.23 303.2 22.61 836 9311 91.31 0.1105
650.00 37/3.37 330.0 23.59 910 10134 99.38 0.1015
652.40 19/4.71 331.0 23.55 913 9956 97.64 0.1012
700.00 37/3.49 354.0 24.43 976 10418 102.2 0.09462
740.00 37/3.59 374.5 25.13 1033 11022 108.1 0.08944
750.00 37/3.62 380.8 25.34 1050 11207 109.9 0.08796
800.00 37/3.73 404.3 26.11 1115 11899 116.7 0.08285
900.00 37/3.96 455.7 27.72 1256 13411 131.5 0.07350
927.20 37/4.02 469.6 28.14 1295 13821 135.5 0.07133
1000.00 37/4.18 507.7 29.26 1400 14942 146.5 0.06598

PGA Sockets Adapters

PGA Sockets Pin Grid Array Socket
A pin grid array, often abbreviated PGA, is a type of integrated circuit packaging. In a PGA, the package is square or rectangular, and the pins are arranged in a regular array on the underside of the package. The pins are commonly spaced 2.54 mm (0.1") apart, and may or may not cover the entire underside of the package.
PGAs are often mounted on printed circuit boards using the through hole method or inserted into a socket. PGAs allow for more pins per integrated circuit than older packages, such as dual in-line package (DIP).

PGA Sockets & Adapters
Low insertion force Pin Grid Array (PGA) Sockets and Adapters are available in a variety of RoHS Compliant insulators with hundreds of screw-machined terminal choices. Virtually any PGA footprint can be accommodated, including interstitial patterns.

PGA Sockets & Adapters Overview
Durable construction for virtually any application
Wide variety of materials, lengths, and sizes
Cost-effective method for replacing, repairing, or upgrading PGA devices
Unique options such as solder preform terminals eliminate the need for wave soldering in mixed SMT/Thru-hole applications
RoHS compliant insulators and screw-machined terminals are compatible with lead-free processing - select either Matte Tin/Gold (MG) or Gold/Gold (GG) plating

Antenk's Pin Grid Array (PGA) Sockets
Complex printed circuits are too valuable to risk direct soldering to expensive integrated circuits (ICs). Using a socket is the answer. The use of sockets offers advantages that prove cost effective and simplify board design.

Antenk's processor socket line is designed for use with Intel- and AMD-based microprocessor packages. Socket types include land grid array (LGA), micro pin grid array (mPGA), and PGA with low to zero insertion force. The mPGA and PGA sockets are designed for various microprocessor packages for notebook PCs, desktop PCs, and servers. For custom applications, the compression sockets can be configured to the specific application.

mPGA/PGA (ZIF)
These sockets provide a zero insertion force (ZIF) PGA interface to the microprocessor PGA package and are attached to the PCB with surface-mount technology (SMT) soldering. PGA sockets are available in arrays up to 989 positions with single lever, screw driver, and hex wrench actuation methods.
PGA Sockets (LIF)
These sockets are primarily employed for microprocessor package test applications using through-hole solder attachment to the PCB design. The contacts are screw-machine outer sleeves with either stamped and formed or drawn inner contacts. Custom arrays are available in more than 1,000 positions.

Pin Grid Array (PGA) Sockets Type
mPGA
PGA

PGA

PGA Sockets Typical Applications:
Eliminate hand-loading of pins, facilitate solder joint visibility, low profile component mounting or board mating.

PGA Sockets,mPGA Sockets,Integrated Circuits Socket,Pin Pga Sockets,Pga Socket Connector,PGA Adapters,Pin Grid Array Sockets,Processor Socket

ShenZhen Antenk Electronics Co,Ltd , https://www.antenk.com

This entry was posted in on