Angle Bracket, Angle Bracket Tapped, Without Angle Bracket
38330, 38336
p. 2-3
38540
p. 16-17
Shallow Bracket
38330
38542
Deep Bracket
38330, 38336
38540
p. 4-5
p. 18-19
p. 6-7
p. 20-21
Cable Mount Plugs and Sockets
Cable Clamp End
38331, 38336
38541
p. 8-9
p. 22-23
Cable Clamp Top, Cable Clamp Top with Keeper, Cable Clamp Top with Latch
38330, 38331, 38336
p. 10-11
p. 24-25
38541
Flared Hole End
38330, 38336
38540
Flared Hole Top
38330, 38331, 38336
38540
p. 12-13
p. 26-27
p. 14-15
p. 28-29
FEATURES AND SPECIFICATIONS
Features and Benefits
n
Sizes 2 to 33 circuits
n
Robust blade contacts resist damage from
improper mating
n
Large surface area of dual wipe female
contact produces maximum current
capacity
n
No de-rating required. All circuits rated for
full current load
n
Extra long pre-grounding contact engages
before any other contacts for greater safety.
Electrical
Voltage: 250V
Maximum Current:
10 Amp
Beau
TM
Power Connectors
Panel Mount Plugs and Sockets
Mechanical
Operating Temperature:
150
o
C
38330, 38336
Angled Bracket (AB)
Angle Bracket Tapped (ABT)
Less Angle Bracket (LAB)
Physical
Base Insulator: High-grade phenolic, black
Plug Contact: Brass
Plug Contact Plating: Tin
Socket Contact: Phosphor bronze
Socket Contact Plating: Tin
Pre-grounding Contact: Heavy-duty plated brass
SUGGESTED PANEL MOUNTING DIMENSIONS
CONTACT TAILS
Molex offers a wide selection of contact tails. Consult factory for
availablility and part numbers of other styles
Fig. D
Diameter
.156”
(3,96)
Reference Information
UL :
CSA:
File E34763
File 22156
.66”
(16,8)
38330-XX02
Diameter
.156”
(3,96)
.020”
(0,51)
Fig. E
.031”
(0,80)
Diameter
.156”
(3,96)
P Solder Eye (Standard)
.07” x .10”
(1,78 x 2,54)
.30”
(7,62)
.38”
(9,65)
P
7
Printed Circuit and
Wire Wrap, Short
.25”
(6,35)
.045” square
(1,14)
.97”
(24,6)
.078”
(1,98)
.44”
(11,1)
Diameter
.672”
(17,1)
38330-XX03-15
S
1
Quick Connect
.22”
(5,59)
Diameter
.156”
(3,96)
.06”
(1,59)
.44”
(11,1)
.110” x .020
(2,79 x 0,51)
P
1
Quick Connect
.39”
(9,91)
.110” x .020
(2,79 x 0,51)
Fig. F
Fig. G
Diameter
.156”
(3,96)
S Solder Eye (Standard)
.22”
(5,59)
1.015”
(25,8)
.07” x .10”
(1,78 x 2,54)
.25”
(6,35)
S
6
Printed Circuit
.10”
(2,54)
.03” x .04”
(0,76 x 1,02)
1.38”
(34,9)
38330-XX18-33
.06”
(1,59)
.032”
(0,81)
Diameter
.156”
(3,96)
1.375”
(34,9)
P
4
Wire Wrap, Long
.75” .63”
(19,1) (16,0)
.045” square
(1,14)
Diameter
.156”
(3,96)
Contact Orientation
The polarization arrangement numbers shown below are for sockets, as viewed from the wiring side. Plug numbering is the opposite. A heavy-duty polarizing/ground contact is in position 14 for Nos. 3324, 3327,
3330 and in position 17 for No. 3333. * Indicates location of pre-grounding contact. † Pregrounding contact is standard.
38330-XX02
38330-XX03
38330-XX04
38330-XX06
38336-8XXX
38330-XX08
38330-XX10
38330-XX12
38330-XX15 to 38330-XX21
38330-XX24 to 38330-XX30
38330-XX33
ORDERING INFORMATION AND DIMENSIONS
Beau
TM
Power Connectors
Panel Mount Plugs and Sockets
38330, 38336
Part #
in
3302*
3303
3304
3306
3306-8
3308
3310
3312
3315
3318
3321
3324
3327
3330
3333
0.66
1.00
0.75
1.00
1.00
1.25
1.56
1.25
1.63
1.94
2.25
2.56
2.88
3.19
3.50
T
mm
16,7
25,4
19,1
25,4
25,4
31,8
39,7
31,8
41,3
49,2
57,2
65,1
73,0
81,0
88,9
U
in
--
.44
.69
.69
.69
.69
.69
.94
1.00
1.00
1.00
1.00
1.00
1.00
1.00
V
mm
--
11,1
17,5
17,5
17,5
17,5
17,5
23,8
25,4
25,4
25,4
25,4
25,4
25,4
25,4
Part #
mm
32,1
27,0
33,3
33,3
33,3
33,3
33,3
39,7
42,9
42,9
42,9
42,9
42,9
42,9
42,9
3302*
3303
3304
3306
3306-8
3308
3310
3312
3315
3318
3321
3324
3327
3330
3333
Fig. #
in
D
E
F
E
E
F
F
F
F
G
G
G
G
G
G
.969
.750
1.000
1.000
1.000
1.000
1.000
1.250
1.375
1.250
.938
1.250
1.562
1.875
2.188
A
mm
24,6
19,1
25,4
25,4
25,4
25,4
25,4
31,8
34,9
31,8
23,8
31,8
39,7
47,6
55,6
B
in
--
1.016
.781
1.031
1.031
1.281
1.578
1.266
1.640
1.953
2.265
2.578
2.890
3.203
3.515
C
mm
--
25,8
19,8
26,2
26,2
32,5
40,1
32,2
41,7
49,6
57,5
65,5
73,4
81,4
89,3
in
1.27
1.06
1.31
1.31
1.31
1.31
1.31
1.56
1.69
1.69
1.69
1.69
1.69
1.69
1.69
in
--
.453
.719
.719
.719
.719
.719
.953
1.016
--
--
--
--
--
--
mm
--
11,5
18,3
18,3
18,3
18,3
18,3
24,2
25,8
--
--
--
--
--
--
PLUGS
Angle Bracket (-AB)
Order #
38330-0102
38330-0103
38330-0104
38330-0106
38336-8001
38330-0108
38330-0110
38330-0112
38330-0115
38330-0118
38330-0121
38330-0124
38330-0127
38330-0130
38330-0133
Engineering #
P-3302-AB
P-3303-AB
P-3304-AB
P-3306-AB
P-3306-8-AB
P-3308-AB
P-3310-AB
P-3312-AB
P-3315-AB
P-3318-AB
P-3321-AB
P-3324-AB
P-3327-AB
P-3330-AB
P-3333-AB
Angle Bracket Tapped (-ABT)
Order #
38330-1502
38330-1503
38330-1504
38330-1506
38336-8015
38330-1508
38330-1510
38330-1512
38330-1515
38330-1518
38330-1521
38330-1524
38330-1527
38330-1530
38330-1533
Engineering #
P-3302-ABT
P-3303-ABT
P-3304-ABT
P-3306-ABT
P-3306-8-ABT
P-3308-ABT
P-3310-ABT
P-3312-ABT
P-3315-ABT
P-3318-ABT
P-3321-ABT
P-3324-ABT
P-3327-ABT
P-3330-ABT
P-3333-ABT
Less Angle Bracket (-LAB)
Order #
38330-2202
38330-2203
38330-2204
38330-2206
38336-8022
38330-2208
38330-2210
38330-2212
38330-2215
38330-2218
38330-2221
38330-2224
38330-2227
38330-2230
38330-2233
Engineering #
P-3302-LAB
P-3303-LAB
P-3304-LAB
P-3306-LAB
P-3306-8-LAB
P-3308-LAB
P-3310-LAB
P-3312-LAB
P-3315-LAB
P-3318-LAB
P-3321-LAB
P-3324-LAB
P-3327-LAB
P-3330-LAB
P-3333-LAB
SOCKETS
Angle Bracket (-AB)
Order #
38330-0502
38330-0503
38330-0504
38330-0506
38336-8005
38330-0508
38330-0510
38330-0512
38330-0515
38330-0518
38330-0521
38330-0524
38330-0527
38330-0530
38330-0533
Engineering #
S-3302-AB
S-3303-AB
S-3304-AB
S-3306-AB
S-3306-8-AB
S-3308-AB
S-3310-AB
S-3312-AB
S-3315-AB
S-3318-AB
S-3321-AB
S-3324-AB
S-3327-AB
S-3330-AB
S-3333-AB
Angle Bracket Tapped (-ABT)
Order #
38330-1902
38330-1903
38330-1904
38330-1906
38336-8019
38330-1908
38330-1910
38330-1912
38330-1915
38330-1918
38330-1921
38330-1924
38330-1927
38330-1930
38330-1933
Engineering #
S-3302-ABT
S-3303-ABT
S-3304-ABT
S-3306-ABT
S-3306-8-ABT
S-3308-ABT
S-3310-ABT
S-3312-ABT
S-3315-ABT
S-3318-ABT
S-3321-ABT
S-3324-ABT
S-3327-ABT
S-3330-ABT
S-3333-ABT
Less Angle Bracket (-LAB)
Order #
38330-2602
38330-2603
38330-2604
38330-2606
38336-8026
38330-2608
38330-2610
38330-2612
38330-2615
38330-2618
38330-2621
38330-2624
38330-2627
38330-2630
38330-2633
Engineering #
S-3302-LAB
S-3303-LAB
S-3304-LAB
S-3306-LAB
S-3306-8-LAB
S-3308-LAB
S-3310-LAB
S-3312-LAB
S-3315-LAB
S-3318-LAB
S-3321-LAB
S-3324-LAB
S-3327-LAB
S-3330-LAB
S-3333-LAB
FEATURES AND SPECIFICATIONS
Features and Benefits
n
Sizes 15 to 33 circuits
n
Robust blade contacts resist damage
fromimproper mating
n
Large surface area of dual wipe female
contact produces maximum current
capacity
n
No de-rating required. All circuits rated
for full current load
n
Extra long pre-grounding contact
engages before any other contacts for
greater safety.
Electrical
Voltage: 250V
Maximum Current: 10 Amp
Beau
TM
Power Connectors
Panel Mount Plugs and Sockets
Mechanical
Operating Temperature:
150
o
C
38330
Shallow Bracket (SB)
Physical
Base Insulator:High-grade phenolic, black
Plug Contact: Brass
Plug Contact Plating: Tin
Socket Contact: Phosphor bronze
Socket Contact Plating: Tin
Pre-grounding Contact: Heavy-duty plated brass
SUGGESTED PANEL MOUNTING DIMENSIONS
CONTACT TAILS
Molex offers a wide selection of contact tails. Consult factory for
availablility and part numbers of other styles
Reference Information
UL :
CSA:
File E34763
File 22156
.032”
(0,81)
Fig. K
1.08”
(27.4)
P Solder Eye (Standard)
.07” x .10”
(1,78 x 2,54)
.30”
(7,62)
P
7
Printed Circuit and
Wire Wrap, Short
.25”
(6,35)
.38”
(9,65)
.045” square
(1,14)
1.38”
(34.9)
.44”
(11,1)
Diameter
.187”
(4,75)
S
1
Quick Connect
.22”
(5,59)
.110” x .020
(2,79 x 0,51)
P
1
Quick Connect
.39”
(9,91)
.110” x .020
(2,79 x 0,51)
S Solder Eye (Standard)
.22”
(5,59)
Diameter
.190”
(4.83)
.07” x .10”
(1,78 x 2,54)
.25”
(6,35)
S
6
Printed Circuit
.10”
(2,54)
.03” x .04”
(0,76 x 1,02)
P
4
Wire Wrap, Long
.75” .63”
(19,1) (16,0)
.045” square
(1,14)
Contact Orientation
The polarization arrangement numbers shown below are for sockets, as viewed from the wiring side. Plug numbering is the opposite. A heavy-duty polarizing/ground contact is in position 14 for Nos. 3324, 3327,
Recently someone asked me why I rarely go to the forum. Haha, I was so happy to have a baby girl that I took a leave to stay at home to take care of my wife and child. Not only did I rarely go to the ...
Now I want to develop a function that sends an http message from vxworks to a web server. The function is very simple. It sends an http message and then waits for and receives the server's response ht...
I read in the manual that if you use the discontinuous mode and set ADC_CR1 to 6, you can collect six signals simultaneously. Is this correct? Also, are there corresponding channels for ADC1 and ADC2?...
Thank you for your support and encouragement from my friends and family when I was most helpless, which helped me to overcome failure again and again....
This article discusses how to use an ultra-low-power RF transceiver chip from Zarlink Semiconductor for pacemakers, neurostimulators, drug pumps, and other such implantable medical devices t...[Details]
introduction
With the rapid development of my country's aviation industry, various new aircraft and control equipment have been successfully developed. Some previous measurement and control eq...[Details]
Lithium-ion batteries have a high energy-to-weight and energy-to-volume ratio, no memory effect, can be recharged many times, have a long service life, and are becoming increasingly cheaper. A good...[Details]
Demand Analysis
In an era of rapid information development, the process of electronicization of the financial system has also been greatly accelerated. As a platform that provides services 24 ...[Details]
According to In-Stat/MDR, the number of mobile phones with Bluetooth capabilities will reach at least 300 million by 2005. One of the clear evidences of the increasing adoption of Bluetooth is that...[Details]
introduction
With the increasing popularity of Internet applications, the degree of information sharing is constantly improving. The digitization and networking of embedded devices has b...[Details]
Abstract This paper
introduces a wireless radio frequency transmission chip nRF9E5 based on 8051 core. The remote control system of flapping-wing micro-aircraft is made by using this chip. Th...[Details]
Automatic target recognition (ATR) algorithms usually include algorithms for automatically detecting, tracking, identifying, and selecting attack points for targets. The complexity of the battlefi...[Details]
Agilent Technologies Inc. has announced a new Unlicensed Mobile Access/Generic Access Network (UMA/GAN) test capability on 3GSM that is both extremely affordable and easy to use. The industry's fi...[Details]
The main factor causing cost variation in digital display devices today is the display screen. In the design phase, continuously promoting platform-based display design decisions can greatly reduce...[Details]
Development Status
Looking at the development of security monitoring technology: from the first generation of analog monitoring, to the second generation of digital monitoring, and then up...[Details]
Use physical methods and electronic technology to automatically detect intrusions occurring in the monitored area, generate an alarm signal, and assist on-duty personnel in notifying them of the ar...[Details]
0 Introduction
Due to the large number and variety of electronic equipment in special vehicles, the limited management capabilities of traditional semi-automatic power distribution methods...[Details]
With the popularity of Apple iPhone and Nintendo Wii game consoles, accelerometers have been widely used in consumer electronic devices. For example, drop protection in notebooks, automatic screen ...[Details]
1 Introduction
With the increasing electrification and automation of automotive parts and the high requirements for noise, electromagnetic compatibility and efficiency of automotiv...[Details]
Embedded System
京公网安备 11010802033920号
EEWORLD
