Connectors
Circular
Amphenol
Amphenol-Tuchel Electronics
C 16-1 / C 16-3
Circular Connectors
2Amphenol
General information
We reserve the right to change the design due
to improvement in quality, development or
production requirements.
This catalogue must not be used in any form
or manner without our prior approval in writing
(Copyright Law, Fair Trading Law, Civil Code).
With this release all former releases are no
longer valid.
Amphenol 3
View
Product description
Order information
Approvals
Characteristics
Derating curves
Mounting instructions
Male cable connectors
Female receptacles
Female cable connectors
Male receptacles
Accessories
Content Page
General information
View
Product description
Order information
Approvals
Coding system
Characteristics
Derating curves
View of connector style
Mounting instruction
Shell size 1
Male cable connectors
Female receptacles
Female cable connectors
Male receptacles
Accessories
Shell size 2
Male cable connectors
Female receptacles
Female cable connectors
Male receptacles
Accessories
Series C 16-1 8
2
Technical information 4
Remarks / Safety classification 7
Crimp contacts pin 30
Crimp contacts socket 31
Part No. system for crimp contacts 32
Summary of Part Numbers 33
9
17
10
11
12
13
14
15
16
19
20
21
22
23
24
25
26
27
28
29
18
Series C 16-3
4Amphenol
C 16-1 / C 16-3
Technical Information
Termination methods
• Screw connection
Screw clamps are designed acc. to EN 60999/VDE
0609. Chart 1 below shows the screw size depending
on wire size and the required clamping and testing
torque.
Chart 1
Diagram 1 below shows the range of tensile strength for a screw
connection with a clamp screw M3, fastened with a torque of 50 Ncm,
depending on the wire size.
Diagram 1
Wire size (mm
2
) 1 1,5 2,5 4 6 10
Screw size M 2,6 M 3 M 3 M 3,5 M 4 M 4
Test torque (Ncm) 40 50 50 80 120 120
Tensile strength
Wire gauge
This comparison chart allows a cross reference between American Wire
Gauge (AWG) and metric wire sizes (mm
2
).
Chart 2
It has to be noted that wires of the same AWG number but with different
composition have slightly different mm
2
.
AWG Wire composition Wire diameter Wire size
30 1 x 0,25 0,25 mm 0,05 mm
2
7 x 0,10 0,36 mm 0,06 mm
2
28 1 x 0,32 0,32 mm 0,08 mm
2
7 x 0,13 0,38 mm 0,09 mm
2
26 1 x 0,40 0,40 mm 0,13 mm
2
7 x 0,16 0,48 mm 0,14 mm
2
19 x 0,10 0,51 mm 0,15 mm
2
24 1 x 0,51 0,51 mm 0,21 mm
2
7 x 0,20 0,61 mm 0,23 mm
2
19 x 0,13 0,64 mm 0,24 mm
2
22 1 x 0,64 0,64 mm 0,33 mm
2
7 x 0,25 0,76 mm 0,36 mm
2
19 x 0,16 0,81 mm 0,38 mm
2
20 1 x 0,81 0,81 mm 0,52 mm
2
7 x 0,32 0,97 mm 0,56 mm
2
19 x 0,20 1,02 mm 0,62 mm
2
18 1 x 1,02 1,02 mm 0,79 mm
2
19 x 0,25 1,27 mm 0,96 mm
2
16 19 x 0,29 1,44 mm 1,23 mm
2
14 19 x 0,36 1,80 mm 1,95 mm
2
12 19 x 0,46 2,29 mm 3,09 mm
2
10 37 x 0,40 3,10 mm 4,60 mm
2
8 133 x 0,29 4,0 mm 8,80 mm
2
6 133 x 0,36 5,5 mm 13,5 mm
2
Chart 3
Composition and Dimensions of Copper Wires
Wire Size Wire Composition Wire diameter
0,09 mm
2
12 x 0,10 0,48 mm
0,14 mm
2
18 x 0,10 0,50 mm
0,25 mm
2
14 x 0,15 0,70 mm
0,34 mm
2
7 x 0,25 0,78 mm
0,5 mm
2
16 x 0,20 1,0 mm
0,75 mm
2
24 x 0,20 1,2 mm
1,0 mm
2
32 x 0,20 1,4 mm
1,5 mm
2
30 x 0,25 1,6 mm
2,5 mm
2
35 x 0,30 2,2 mm
4,0 mm
2
56 x 0,30 2,8 mm
6,0 mm
2
19 x 0,64 3,4 mm
10 mm
2
19 x 0,80 4,3 mm
Amphenol 5
C 16-1 / C 16-3
Technical Information
• Crimp connection
A crimp connection is a non-detachable electrical connection between a
wire and a crimp contact produced with the crimp technology.
Precise crimping dies which are matched to the crimp barrel and the
wire size and a defined deformation result in a reliable electrical
connection.
There are open crimp barrels (stamped contacts) and closed crimp
barrels (turned contacts).
The main advantages of crimp connections are:
•Efficient termination of contacts.
•Reproducible electrical and mechanical figures with
a constant crimp quality.
The requirements for crimp connections are defined
in DIN IEC 60352 Part 2.
An important point of the quality of a crimp connection is the achieved
tensile strength of the termination.
Easily measured, the tensile strength is a practible means for quality
control purposes.
Diagram 2 below shows the required minimum tensile strength for open
and closed barrels depending on the wire size.
Assembly instructions
For crimp contacts use the released crimp tool.
The insertion and extraction of crimp contacts shall only be approved with
the corresponding insertion/extraction tool.
A detailed description of the crimp technology can be found in
our crimp tooling catalogs.
Diagram 2
A
B
1000
500
400
300
200
100
50
40
30
20
10
5
0,05 0,1 0,2 0,5 1,0 1,5 2,5 4,0 6,0 10,0
N
4000
3000
2000
1000
500
400
300
200
100
50
40
30
20
lb
28 26 24 22 20 18 16 14 12 10 8
AWG
mm
Min. tensile strength N / lb
Wire gauge in mm / AWG
A = closed crimp barrel
(turned contacts)
B = open crimp barrel
(stamped contacts)
C 16-1 / C 16-3
Technical Information
Degree of protection
Electrical devices to which connectors belong to have to be protected for
safety reasons from outside influences like dust, foreign objects, direct
contact, moisture and water. This protection is provided on industrial
connectors by its housings with their latching devices and sealed cable
entries. The degree of protection can be selected depending on the type of
intended use. The standard IEC 60529 and/or DIN EN 60529 has specified
the degree of protection and divided into several classes.
The degree of protection is indicated in the following way:
IP 65
Code letters
(Internat. Protection)
1st charact. numeral (degree of protection against access
to hazardous parts and against solid foreign objects)
2nd charact. numeral (degree of protection against ingress of water)
The following charts 11 an12 give an overview about all protection degrees.
Chart 4
1st charact. Brief description Definition
numeral
0
1
2
3
4
5
6
Non-protected
Protected against access to
hazardous parts with the
back of a hand. Protected
against solid foreign objects
of ³50mm
Ø
.
Protected against access to
hazardous parts with a
finger.
Protected against solid
foreign objects of
³12,5mm
Ø
.
Protected against access to
hazardous parts with a tool.
Protected against solid foreign
objects of ³2,5mm
Ø
.
Protected against access to
hazardous parts with a wire.
Protected against solid
foreign objects of ³1mm
Ø
.
Protected against access to
hazardous parts with a wire.
Dust-protected.
Protected against access to
hazardous parts with a wire
Dust-tight.
–
The probe, sphere of 50mm
Ø
, shall not fully penetrate
and shall have adequate
clearance from hazardous
parts.
The jointed test finger of
12mm
Ø
, 80mm length,
shall have adequate clearance
from hazardous parts. The
probe, sphere of 12,5mm
Ø
,
shall not fully penetrate.
The probe of 2,5mm
Ø
shall
not penetrate at all.
The probe of 1mm
Ø
shall
not penetrate at all.
The probe of 1mm
Ø
shall
not penetrate.
Intrusion of dust is not
totally prevented, but dust
shall not penetrate in a
quantity to interfere with
satisfactory operation of the
device or to impair safety.
The probe of 1mm
Ø
shall
not penetrate.
No intrussion of dust.
6Amphenol
Chart 5
1) Remark: Numeral acc. to DIN 40050 part 9, vehicles IP code
2nd charact. Brief description Definition
numeral
0
1
2
3
4
5
6
7
8
9 K
1)
Non-protected
Protected against vertically
falling water drops
Protected against vertically
falling water drops when
enclosure tilted up to 15°
Protected against spraying
water
Protected against splashing
water
Protected against water jets
Protected against powerful
water jets
Protected against the effects
of temporary immersion in
water
Protected against the effects
of continous immersion in
water
Protected against water
during high pressure/steam
jet cleaning
–
Vertically falling drops shall
have no harmful effects.
Vertically falling drops shall
have no harmful effects when
the enclosure is tilted at any
angel up to 15° on either side
of the vertical.
Water sprayed at an angle up
to 60° on either side of the
vertical shall have no harmful
effects.
Water splashed against the
enclosure from any direction
shall have no harmful effects.
Water projected in jets against
the enclosure from any
direction shall have no harmful
effects.
Water projected in powerful
jets against the enclosure
from any direction shall have
no harmful effects.
Intrusion of water in quantities
causing harmful effects shall
not be possible when the
enclosure is temporalily
immersed in water for 30 min.
in 1m depth.
Intrusion of water in quantities
causing harmful effects shall
not be possible when the
enclosure is continuously
immersed in water under
conditions which shall be
agreed between manufacturer
and user but which are more
severe than for numeral 7.
Water projected in powerful
jets with high pressure against
the enclosure from any
direction shall have no harmful
effects.
Amphenol 7
Style Safety classification
3)
ABC
Connectors
free fixed
Protective earth
contact
with without
Cable clamp
with without
Protection against
electric shock
mated unmated
Male cable connector
Female cable connector
Male receptacle
Female receptacle
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1)
Overvoltage category III: Equipment intended for the use in installations or parts of it in which lightning overvoltages do not need to be considered,
however switching overvoltages generated by the equipment, and for cases where the reliability and the availability of the equipment or its dependent
circuits are subject to special requirements. Examples are protecting means, switches and sockets.
2)
Pollution degree 3: Conductive pollution occurs or dry non-conductive pollution occurs which becomes conductive due to condensation which is to be expected.
3)
A Connections to and from a device equipment B Connections within a device equipment C Free cable connections
1. General Remarks
These connectors are designed and produced in conformity with the low
voltage directive (72/23/EWG) respectively Gerätesicherheitsgesetz and
according DIN VDE 57627 (German Law). All technical data refers to mated
connectors under live conditions. The safety of the connector system
depends on the correct selection of products, proper assembly of the
connector device, and a precise fit of the connectors.
If in special cases connectors can be used in the sense of plug and socket
devices, this is mentioned in the particular section.
2. Application Remarks
Connectors and/or plug and socket devices must be used according to
specified technical ratings.
The technical data represents the initial value of mated parts under
predetermined conditions and length of time.These values could change
with different test parameters or product requirements.
The C 16-1/16-3 Series connectors are used in a wide variety of industries
and equipment. Some of these include industrial machines and controls,
data processing, instrumentation and test equipment, medical devices,
telecommunication’s network and equipment, plus outdoor and marine
applications.
All rated data for the connectors listed in this catalog are based on over-
voltage category III
1)
and pollution degree 3
2)
for electronic applications.
Connectors were completely mated according to their respective safety
locking mechanism. Selection and testing of connectors and/or plug and
socket devices to meet specific product or industrial requirements such as
rated voltage and the related clearances and creepage distances are the
responsibility of the user.
3. Assembling Remarks
Protection against electrical shock of the termination of the connectors
shall be secured by correct mounting. Connectors of the same or different
series being mounted side by side may be protected against incorrect
mating by the use of coding options. Care must be taken to ensure the
parts are correctly mated and screws are tightened with the proper torque.
4. Termination Remarks
Cable connectors are effectively secured when using the internal cable
clamp. When the connector contains a simple gland bushing for retention
the cable should have a strain relief close behind the connector. All cable
properties or specifications must be compatible with the connector design
and materials.
Designated wire conductors must be terminated to the correct poles in the
connector.
Crimp contacts must be fully inserted into the plastic housing and retention
assured with a slight tug on the wire.
Wire should be stripped correctly according to printed specifications to
insure no electrical contact can be made between the conductors. There
should be no nicked or cut strains during the stripping action.
C 16-1/16-3
Remarks
Safety classification
5. Safety Classification acc. to DIN VDE 0627
C 16-1
Overview
No. of contacts 3 + PE
screw
max. 2,5 mm
2
; AWG 14
400 V
16 A
3
III
IP 67
6 + PE
solder crimp
250 V 200 V
10 A 13 A
3
III
IP 67
max. 0,75 mm
2
; AWG 18 max. 1,5 mm
2
; AWG 16
Termination
Wire gauge
Rated insulation voltage
Current carrying capacity
Pollution degree
Installation category
Protection class
8Amphenol
VDE 3+PE, 400 V, 16 A 1781
6+PE, 250 V, 10 A 1780
SEV 3+PE, 400 V, 16 A 94.1 01173.02
6+PE, 250 V, 6 A
UL 3+PE, 250 V, 12 A E 63093
6+PE, 250 V, 8 A
CSA 3+PE, 250 V, 12 A 48932
6+PE, 250 V, 8 A
6+PE, 250 V, 15 A
German LLyod 3+PE, 250 V, 16 A 14108 / 84
6+PE, 50 V, 8 A
C 16-1
Product description
Order information
Approvals
The circular connectors of the C 16-1 series are designed to meet the high
requirements of industrial applications under harsh environmental conditions. The
range includes versions with screw, solder and crimp terminations. A selection of
crimp contacts for hand crimp tools and crimp machines ensure a reliable
termination resulting in qualitative, technical and economical advantages.
A large selection of housing styles offers the user an optimal solution.
Main features and advantages:
•Circular connectors with contact arrangements 3 + PE and 6 + PE for power and
signal applications
•For applications in machine tools, measurement and control, process
technology and medical equipment
•Housing are made from high grade plastic material
•Protected against unlocking by threaded coupling
•Cable housing straight with PG 9, 11 and 13,5 cable outlet, Cable housing 90°
with PG 9 and 11 cable outlet
• Protection degree IP 67 per IEC 60529 in mated condition
• Internal strain relief with screw clamp or clamping ring provides a safe cable
restrain
Contact plating
The standard plating is silver. Gold plated contacts are available upon request.
Min order quantity = 100 contacts per type.
Color coding
Upon request the coupling ring of the plugs and the housings of the receptacles
can be delivered in the colors red, green, blue, yellow and grey.
Min order quantity = 250 pcs. per type.
Mechanical coding
Achieved with special coding pins which are inserted into contact cavities.
Min. order quantity = 250 pcs. per type.
Crimp version
Order numbers do not include crimp contacts. Please order separately
(see page 30/31).
Crimp contact for higher currents (up to 16A) are available upon request.
Crimp tooling
Ask for our catalog ”Tools“
Amphenol 9
Testhouse Characteristis
Product description Order information
Approval No.
C 16-1
Characteristics
10 Amphenol
Characteristics
3 + PE 6 + PE
solder typescrew type crimp type
400 V 250 V 200 V
33
III III
II II
1680 V 1950 V
16 A / + 55 °C 10 A / + 55 °C 13 A / + 55 °C
³10
8
½³10
8
½
²5 m ½²5 m ½
40 / 125 / 5640 / 100 / 56
IP 67
³500 mating cycles
Polyamid 6.6
Polyamid 6.6
silver plated (gold plated upon request)
screw type solder
0,75 / 18
crimp
0,14 - 1,5 / 26 - 16max. 2,5 / 14
Neoprene
UL 94 VO
round thread DIN 405
²15 N ²30 N
Number of contacts
Electrical Characteristics
Rated insulation voltage
Pollution degree
Installation (overvoltage) category
Material group
Test voltage
Current carrying capacity
Insulation resistance
Contact resistance
IEC 60664-1
IEC 60664-1
IEC 60664-1
IEC 60664-1
6000 V 4000 V
Rated impulse withstand voltage IEC 60664-1
IEC 60664-1
IEC 60512-3, Test 5b
IEC 60512-2, Test 3a
IEC 60512-2, Test 2a
Climatical Characteristics
Climatic category
-40°C ... +100°C / -40°F ... +212°F
Operating temperature
IEC 6068-1
Mechanical Characteristics
IP-degree of protection IEC 60529
Insertion and withdrawal force IEC 60512-7, Test 13b
IEC 60512-5, Test 9aMechanical operation
Materials
Housing material
Dielectric material
Gasket material
Contact plating
Other Characteristics
Termination technique
Wire gauge mm
2
/AWG
Flammability
Locking system
General Characteristics Standard
2450 V
The stated technical values refer to the use as connector.
If these components are used as plug and socket device a reduced current carrying capacity has to be considered.
C 16-1
Derating curves
C 16-1
Mounting instructions
Amphenol 11
No of contacts 3 + PE No of contacts 6 + PE
alle
Ansc
all c
wire
Bauelemente Umgebungstemperatur
°C
10 20 30 40 50 60 70 80 90100
0
2
4
6
8
10
yg p y
A
12
14
16
18
20
22
24
alle Ko
all cont
a) Ansc
wire
b) Ansc
wire
Bl tU b t t
°C
10 20 30 40 50 60 70 80 90100 110120
0
2
4
6
8
10
yg p y
A
12
14
16
18
20
22
24
a
b
Amphenol C 16-1 Amphenol C 16-1
Ambient temperature
all contacts
a) wire gauge 1,5 mm
2
, 16 AWG
b) wire gauge 0,75 mm
2
, 20 AWG
Ambient temperature
all contacts
wire gauge 2,5 mm
2
, 14 AWG
Current carrying capacity
Current carrying capacity
Torque
min.1Nm
max. 2Nm
Torque
min.1Nm
max. 2Nm
coupling
ring male
coupling
ring male
female
internal
strain
relief
back shell
metal washer
sealing
gasket
clamping
ring cable
nut
female
back shell
right angled
sealing gasket
clamping ring
cable nut
C 16-1
Male cable connectors
Description Drawing No. of
cont.
Part. no.
Cable outlet
2)
PG 9 PG 11 PG 13,5
Male cable connector, 3+PE
screw, 6+PE solder termination,
with strain relief, VDE test
certificate of conformity
3 + PE T 3108 001 T 3108 101 T 3108 200
(with clamping
ring)
(with clamping
ring)
(with clamping
ring)
6 + PE T 3104 001 T 3104 101 T 3104 200
–
Male cable connector, 3+PE
screw, 6+PE solder termination,
without strain relief
3 + PE T 3108 000 T 3108 100
6 + PE T 3104 000 T 3104 100 –
Male cable connector, crimp
version without contacts
1)
,
with strain relief, VDE test
certificate of conformity
6 + PE T 3104 501 T 3104 601 T 3104 701
Male cable connector,
right-angled, 3+PE screw,
6+PE solder termination,
with clamping ring,
VDE test certificate of conformity
3 + PE T 3108 081 T 3108 091 –
6 + PE T 3104 081 T 3104 091 –
Male cable connector, right-angled,
crimp version, without contacts
1)
,
with clamping ring,
VDE test certificate
with supervision of production
6 + PE T 3104 581 T 3104 591 –
1)
Please order crimp contacts separatly, see page 30/31.
2)
Cable outlet in mm, see page 32.
12 Amphenol
C 16-1
Female receptacles
Description Drawing No. of
cont.
Part. no.
Female receptacle,
screw termination,
VDE test certificate of conformity
Female receptacle,
solder termination,
VDE test certificate of conformity
3 + PE T 3111 000
Female receptacle, crimp
version, without contacts
1)
,
VDE test certificate of conformity
6 + PE T 3107 500
6 + PE T 3107 000
Amphenol 13
1)
Please order crimp contacts separatly, see page 30/31.
Panel cutout
C 16-1
Female cable connectors
Description Drawing No. of
cont.
Part No.
Cable outlet
2)
PG 9 PG 11 PG 13,5
Female cable connector, 3+PE
screw, 6+PE solder termination,
with strain relief, VDE test
certificate of conformity
3 + PE T 3109 001 T 3109 101 T 3109 200
6 + PE T 3105 001 T 3105 101 T 3105 200
Female cable connector, 3+PE
screw, 6+PE solder termination,
without strain relief
3 + PE T 3109 000 T 3109 100 T 3109 200
6 + PE T 3105 000 T 3105 100 T 3105 200
Female cable connector, crimp
version without contacts
1)
, with
strain relief, VDE test certificate
of conformity
6 + PE T 3105 501 T 3105 601 T 3105 701
(with clampin
ring)
Female cable connector,
right-angled, 3+PE screw,
6+PE solder termination,
with clamping ring,
VDE test certificate of conformity
3 + PE T 3109 081 T 3109 091 –
6 + PE T 3105 081 T 3105 091 –
14 Amphenol
1)
Please order crimp contacts separatly, see page 30/31.
2)
Cable outlet in mm, see page 32.
Female cable connector,
right-angled, crimp version,
without contacts
1)
,
with clamping ring,
VDE test certificate
with supervision of production
6 + PE T 3105 581 T 3105 591 –
(with clamping
ring)
C 16-1
Male receptacles
Description Drawing No. of
cont.
Part No.
Cable outlet
Male receptacle,
screw termination,
VDE test certificate of conformity
3 + PE T 3110 000
6 + PE T 3106 000
Male receptacle,
straight dip solder pins 3 + PE T 3110 010
6 + PE T 3106 010
Amphenol 15
1)
Please order crimp contacts separatly, see page 30/31.
Panel cutout
Hole pattern on PCB
Male receptacle, crimp version,
without contacts
1)
, VDE test
certificate of conformity
6 + PE T 3106 500
Hole pattern on PCB
Male receptacle,
solder termination,
VDE test certificate of conformity
C 16-1
Accessories
Description Figure Part No.
for male connector for male receptacle
for female
cable connector for female
receptacle
Protective cap for male cable
connector and male receptacle
T 6482 001 T 6482 000
Protective cap for female cable
connector and female receptacle
T 6483 001 T 6483 000
16 Amphenol
Backshell, straight version,
packaging unit 10 pcs. max. cable diameter
1)
PG 9
T 3102 003 7 X
max. cable diameter
1)
PG 11
T 3102 004 7 X
Backshell, right-angled with
clamping ring,
packaging unit 10 pcs.
max. cable diameter
1)
PG 9
T 3102 015 7 X
Strain relief, max. 12 mm cable
diameter, packaging unit 10 pcs. N 16 110 2000 X
max. cable diameter
1)
PG 11
T 3102 014 7 X
max. cable diameter
1)
PG 13,5
T 3102 005 7 X
Back shell, straight version,
with clamping ring,
Packaging unit 10 pcs.
1)
Cable outlet in mm, see page 32.
Summary of Part No.
Amphenol 33
Part No. Page Part No. Page
Part No. Page Part No. Page
C016 00U000 000 1 26
C016 00U000 000 2 29
C016 00U000 010 2 29
C016 00U000 020 1 26
C016 00V000 000 1 26
C016 00V000 000 2 29
C016 00V000 010 2 29
C016 00V000 020 1 26
C016 10C008 000 1 26
C016 10C012 000 2 28
C016 10C014 000 1 26
C016 10C014 000 2 28
C016 10C017 000 1 26
C016 10C019 000 2 28
C016 10D008 002 1 25
C016 10D008 003 1 25
C016 10D012 003 2 28
C016 10D012 004 2 28
C016 10D014 002 1 25
C016 10D014 003 1 25
C016 10D014 003 2 28
C016 10D014 004 2 28
C016 10D017 002 1 25
C016 10D017 003 1 25
C016 10D019 003 2 28
C016 10D019 004 2 28
C016 10E008 002 1 25
C016 10E008 003 1 25
C016 10E012 003 2 28
C016 10E012 004 2 28
C016 10E012 005 2 28
C016 10E014 002 1 25
C016 10E014 003 1 25
C016 10E014 003 2 28
C016 10E014 004 2 28
C016 10E014 005 2 28
C016 10E017 002 1 25
C016 10E017 003 1 25
C016 10E019 003 2 28
C016 10E019 004 2 28
C016 10E019 005 2 28
C016 10F008 002 1 25
C016 10F008 003 1 25
C016 10F012 004 2 28
C016 10F014 002 1 25
C016 10F014 003 1 25
C016 10F014 004 2 28
C016 10F017 002 1 25
C016 10F017 003 1 25
C016 10F019 004 2 28
C016 10G008 000 1 25
C016 10G012 000 2 27
C016 10G014 000 1 25
C016 10G014 000 2 27
C016 10G017 000 1 25
C016 10G019 000 2 27
C016 10H008 002 1 24
C016 10H008 003 1 24
C016 10H012 003 2 27
C016 10H012 004 2 27
C016 10H014 002 1 24
C016 10H014 003 1 24
C016 10H014 003 2 27
C016 10H014 004 2 27
C016 10H014 005 2 27
C016 10H017 002 1 24
C016 10H019 003 2 27
C016 10H019 004 2 27
C016 10H17 003 1 24
C016 10I008 002 1 24
C016 10I008 003 1 24
C016 10I012 003 2 27
C016 10I012 004 2 27
C016 10I012 005 2 27
C016 10I014 002 1 24
C016 10I014 003 1 24
C016 10I014 003 2 27
C016 10I014 004 2 27
C016 10I014 005 2 27
C016 10I017 002 1 24
C016 10I017 003 1 24
C016 10I019 003 2 27
C016 10I019 004 2 27
C016 10I019 005 2 27
C016 10K008 002 1 24
C016 10K008 003 1 24
C016 10K012 004 2 27
C016 10K014 002 1 24
C016 10K014 003 1 24
C016 10K014 004 2 27
C016 10K017 002 1 24
C016 10K017 003 1 24
C016 10K019 004 2 27
C016 10N008 006 1 25
C016 10N014 006 1 25
C016 10N017 006 1 25
C016 20C005 100 2 28
C016 20D005 103 2 28
C016 20D005 104 2 28
C016 20E005 103 2 28
C016 20E005 104 2 28
C016 20E005 105 2 28
C016 20F005 104 2 28
C016 20G005 100 2 27
C016 20H005 103 2 27
C016 20H005 104 2 27
C016 20I005 103 2 27
C016 20I005 104 2 27
C016 20I005 105 2 27
C016 20K005 104 2 27
FH 0000-016 26
FH 0002-016 29
HN 01 015 0005 (1) 30
HN 01 015 0005 (2) 30
HN 01 015 0039 (1) 30
HN 01 015 0039 (2) 30
HN 01 016 0002 (1) 30
HN 01 016 0002 (2) 30
HN 01 016 0003 (1) 30
HN 01 016 0003 (2) 30
HN 01 016 0004 (1) 30
HN 01 016 0004 (2) 30
HN 01 016 0005 (1) 30
HN 01 016 0005 (2) 30
HN 01 016 0011 (1) 30
HN 01 016 0011 (2) 30
HN 01 025 0001 (1) 30
HN 01 025 0001 (2) 30
HN 01 025 0010 (1) 30
HN 01 025 0010 (2) 30
HN 02 015 0005 (1) 31
HN 02 015 0005 (2) 31
Summary of Part No.
34 Amphenol
Part No. Page Part No. Page Part No. Page Part No. Page
HN 02 015 0039 (1) 31
HN 02 015 0039 (2) 31
HN 02 016 0002 (1) 31
HN 02 016 0002 (2) 31
HN 02 016 0003 (1) 31
HN 02 016 0003 (2) 31
HN 02 016 0005 (1) 31
HN 02 016 0005 (2) 31
HN 02 025 0001 (1) 31
HN 02 025 0001 (2) 31
HN 02 025 0010 (1) 31
HN 02 025 0010 (2) 31
N 16 110 2000 X 14
T 3102 003 7 X 14
T 3102 004 7 X 14
T 3102 005 7 X 14
T 3102 014 7 X 14
T 3102 015 7 X 14
T 3104 000 10
T 3104 001 10
T 3104 081 10
T 3104 091 10
T 3104 100 10
T 3104 101 10
T 3104 200 10
T 3104 501 10
T 3104 581 10
T 3104 591 10
T 3104 601 10
T 3104 701 10
T 3105 000 12
T 3105 001 12
T 3105 081 12
T 3105 091 12
T 3105 100 12
T 3105 101 12
T 3105 200 12
T 3105 501 12
T 3105 581 12
T 3105 591 12
T 3105 601 12
T 3105 701 12
T 3106 000 13
T 3106 010 13
T 3106 500 13
T 3107 000 11
T 3107 500 11
T 3108 000 10
T 3108 001 10
T 3108 081 10
T 3108 091 10
T 3108 100 10
T 3108 101 10
T 3108 200 10
T 3109 000 12
T 3109 001 12
T 3109 081 12
T 3109 091 12
T 3109 100 12
T 3109 101 12
T 3109 200 12
T 3110 000 13
T 3110 010 13
T 3111 000 11
T 6482 000 14
T 6482 001 14
T 6483 000 14
T 6483 001 14
VN 01 015 0005 (1) 30
VN 01 015 0005 (2) 30
VN 01 015 0039 (1) 30
VN 01 015 0039 (2) 30
VN 01 016 0002 (1) 30
VN 01 016 0002 (2) 30
VN 01 016 0003 (1) 30
VN 01 016 0003 (2) 30
VN 01 016 0004 (1) 30
VN 01 016 0004 (2) 30
VN 01 016 0005 (1) 30
VN 01 016 0005 (2) 30
VN 01 016 0011 (1) 30
VN 01 016 0011 (2) 30
VN 01 025 0001 (101) 30
VN 01 025 0001 (102) 30
VN 01 025 0010 (101) 30
VN 01 025 0010 (102) 30
VN 02 015 0005 (1) 31
VN 02 015 0005 (2) 31
VN 02 015 0039 (1) 31
VN 02 015 0039 (2) 31
VN 02 016 0002 (1) 31
VN 02 016 0002 (2) 31
VN 02 016 0003 (1) 31
VN 02 016 0003 (2) 31
VN 02 016 0005 (1) 31
VN 02 016 0005 (2) 31
VN 02 025 0001 (101) 31
VN 02 025 0001 (102) 31
VN 02 025 0010 (101) 31
VN 02 025 0010 (102) 31
ZN 01 015 0005 (1) 30
ZN 01 015 0005 (2) 30
ZN 01 015 0039 (1) 30
ZN 01 015 0039 (2) 30
ZN 01 016 0002 (1) 30
ZN 01 016 0002 (2) 30
ZN 01 016 0003 (1) 30
ZN 01 016 0003 (2) 30
ZN 01 016 0004 (1) 30
ZN 01 016 0004 (2) 30
ZN 01 016 0005 (1) 30
ZN 01 016 0005 (2) 30
ZN 01 016 0011 (1) 30
ZN 01 016 0011 (2) 30
ZN 01 025 0001 (1) 30
ZN 01 025 0001 (2) 30
ZN 01 025 0010 (1) 30
ZN 01 025 0010 (2) 30
ZN 02 015 0005 (1) 31
ZN 02 015 0005 (2) 31
ZN 02 015 0039 (1) 31
ZN 02 015 0039 (2) 31
ZN 02 016 0002 (1) 31
ZN 02 016 0002 (2) 31
ZN 02 016 0003 (1) 31
ZN 02 016 0003 (2) 31
ZN 02 016 0005 (1) 31
ZN 02 016 0005 (2) 31
ZN 02 025 0001 (1) 31
ZN 02 025 0001 (2) 31
ZN 02 025 0010 (1) 31
ZN 02 025 0010 (2) 31
