17 Figure 11 – Free connector, rewireable, straight version, cable outlet with clamping ring, male contacts, IP40 .... 19 Figure 14 – Free connector, rewireable, straight version, cable
Definitions
For the purposes of this International Standard, the terms and definitions given in IEC 60050-581 apply.
Number of contacts or contact cavities
The contact terminations shall be of the following types: crimp or solder
Other termination types upon agreement
Number of contacts Max crimp termination Max solder termination
12, 14 and 19 0,25 a Termination size of the crimp barrel upon agreement b Or upon agreement.
Ratings and characteristics
Marking
The marking of the connector and the package shall be in accordance with 2.6 of IEC 61076-2.
Safety aspects
For safety aspects IEC 61984 shall be considered unless otherwise specified
General
All dimensions are provided in millimeters and are original The drawings utilize first angle projection While the shape of the connectors may vary from the illustrations, the specified dimensions must remain unaffected.
For connector dimensions, see 4.2, Survey of styles and variants
Missing dimensions shall be chosen according to the common characteristics and intended use.
Survey of styles and variants
Fixed connectors
Table 2 – Styles of fixed connectors
AM Fixed connector, front mounting, male contacts, IP40
BM Fixed connector, rear mounting, male contacts, IP40
CM Fixed connector, front mounting, male contacts, IP65/67
DM Fixed connector, rear mounting, male contacts, IP65/67
AF Fixed connector, front mounting, female contacts, IP40
BF Fixed connector, rear mounting, female contacts, IP40
CF Fixed connector, front mounting, female contacts, IP65/67
DF Fixed connector, rear mounting, female contacts, IP65/67
1) With ring or hexagonal nut (ỉ D 23,1 max.) width across flats 20 or upon agreement
Figure 1 – Fixed connector, male contacts, IP40, front mounting
M M18 × 0,75 a B can be 5,0 mm max for crimp termination.
NOTE For alternative variants Cmax, Lmax upon agreement
1) With ring or hexagonal nut (ỉ D 23,1 max.) width across flats 20 or upon agreement
Figure 2 – Fixed connector, male contacts, IP40, rear mounting
NOTE For alternative variants Kmax, Lmax upon agreement
1) With ring or hexagonal nut (ỉ D 23,1 max.) width across flats 20 or upon agreement
Figure 3 – Fixed connector, male contacts, IP65/67, front mounting
NOTE For alternative variants Bmax, Cmax, Lmax upon agreement
1) With ring or hexagonal nut (ỉ D 23,1 max.) width across flats 20 or upon agreement
Figure 4 – Fixed connector, male contacts, IP65/67, rear mounting
NOTE For alternative variants Bmax, Kmax, Lmax upon agreement
1) With ring or hexagonal nut width across flats 20 or upon agreement
Figure 5 – Fixed connector, female contacts, IP40, front mounting
NOTE For alternative variants Bmax upon agreement
1) With ring or hexagonal nut width across flats 20 or upon agreement
Figure 6 – Fixed connector, female contacts, IP40, rear mounting
NOTE For alternative variants Bmax upon agreement
1) With ring or hexagonal nut (ỉ D 23,1 max.) width across flats 20 or upon agreement
Figure 7 – Fixed connector, female contacts, IP65/67, front mounting
NOTE For alternative variants Bmax upon agreement
1) With ring or hexagonal nut (ỉ D 23,1 max.) width across flats 20 or upon agreement
Figure 8 – Fixed connector, female contacts, IP65/67, rear mounting
NOTE For alternative variants Bmax upon agreement
For the styles IP40 the Figure 9 is valid for the panel cut out dimensions
Figure 9 – Dimensions panel cut out IP40
For the styles IP65/67 the Figure 10 and Table 11 are valid for the panel cut out dimensions
Figure 10 – Dimensions panel cut out IP65/67 Table 11 – Dimension panel cut out IP65/67
Free connectors
Table 12 – Styles of free connectors
IM Free connector, rewireable, straight version, cable outlet with clamping ring, male contacts, IP40 4-6 6-8
JM Free connector, rewireable, straight version, flexible cable boot, male contacts, IP40 3-6 6-8
KM Free connector, rewireable, right-angled version, flexible cable boot, male contacts, IP40 3-6
LM Free connector, rewireable, straight version, cable outlet with clamping ring, male contacts, IP65/67 4-6 6-8
MM Free connector non-rewireable, straight version, male contacts,
NM Free connector, rewireable, straight version, male contacts, IP65/67 4-6 6-8
OM Free connector, non-rewireable, right-angled version, male contacts, IP65/67
IF Free connector, rewireable, straight version, cable outlet with clamping ring, female contacts, IP40 4-6 6-8
JF Free connector, rewireable, straight version, flexible cable boot, female contacts, IP40 3-6 6-8
KF Free connector, rewireable, right-angled version, flexible cable boot, female contacts, IP40 3-6
LF Free connector, rewireable, straight version, cable outlet with clamping ring, female contacts, IP65/67 4-6 6-8
MF Free connector, non-rewireable, straight version, female contacts, IP65/67
NF Free connector, rewireable, right-angled version, female contacts, IP65/67 4-6 6-8
OF Free connector, non-rewireable, right-angled version, female contacts, IP65/67 a Or upon agreement
Figure 11 – Free connector, rewireable, straight version, cable outlet with clamping ring, male contacts, IP40 Table 13 – Dimensions style IM
Figure 12 – Free connector, rewireable, straight version, flexible cable boot, male contacts, IP40 Table 14 – Dimensions style JM
Figure 13 – Free connector, rewireable, right-angled version, flexible cable boot, male contacts, IP40 Table 15 – Dimensions style KM
Figure 14 – Free connector, rewireable, straight version, cable outlet with clamping ring, male contacts, IP65/67 Table 16 – Dimensions style LM
Figure 15 – Free connector, non-rewireable, straight version, flexible cable boot, male contacts, IP65/67 Table 17 – Dimensions style MM
Figure 16 – Free connector, rewireable, right-angled version, male contacts, IP65/67 Table 18 – Dimensions style NM
Figure 17 – Free connector, non-rewireable, right-angled version, male contacts, IP65/67 Table 19 – Dimensions style OM
Figure 18 – Free connector, rewireable, straight version, cable outlet with clamping ring, female contacts, IP40 Table 20 – Dimensions style IF
Figure 19 – Free connector, rewireable, straight version, flexible cable boot, female contacts, IP40 Table 21 – Dimensions style JF
Figure 20 – Free connector, rewireable, right-angled version, flexible cable boot, female contacts, IP40 Table 22 – Dimensions style KF
Figure 21 – Free connector, rewireable, straight version, cable outlet with clamping ring, female contacts, IP65/67 Table 23 – Dimensions style LF
Figure 22 – Free connector, non-rewireable, straight version, female contacts, IP65/67 Table 24 – Dimensions style MF
Figure 23 – Free connector, rewireable, right-angled version, female contacts, IP65/67 Table 25 – Dimensions style NF
Figure 24 – Free connector, rewireable, right-angled version, female contacts, IP65/67 Table 26 – Dimensions style OF
Accessories – Protective caps
4.2.3.1 Style PM for IP40 variants
Figure 25 – Protective cap - connector with male contacts for IP40 variants
NOTE The dimensions shall be chosen according to the male connector
4.2.3.2 Style PF for IP40 variants
Figure 26 – Protective cap- connector with female contacts for IP40 variants
NOTE The dimensions shall be chosen according to the female connector
4.2.3.3 Style QM for IP65/67 variants
Figure 27 – Protective cap - connector with male contacts for IP65/67 variants
NOTE The dimensions shall be chosen according to the male connector
4.2.3.4 Style QF for IP65/67 variants
Figure 28 – Protective cap- connector with female contacts for IP65/67 variants
NOTE The dimensions shall be chosen according to the female connector and the protective cap can be provided with a fixing-cord
For the missing dimensions T, B and C see Table 30 – Interface dimensions free connector for IP65/67 variants.
Interface dimensions
Interface dimensions fixed connector for IP40 variants
Figure 29 – Interface dimensions fixed connector for IP40 variants Table 27 – Interface dimensions fixed connector for IP40 variants
Interface dimensions free connector for IP40 variants
Figure 30 – Interface dimensions free connector for IP40 variants
Table 28 – Interface dimensions free connector for IP40 variants
Interface dimensions fixed connector for IP65/67 variants
Figure 31 – Interface dimensions fixed connector for IP65/67 variants Table 29 – Interface dimensions fixed connector for IP65/67 variants
Missing dimension O shall be chosen according to the common characteristics and intended use.
Interface dimensions free connector for IP65/67 variants
Figure 32 – Interface dimensions free connector for IP65/67 variants
Table 30 – Interface dimensions free connector for IP65/67 variants
Pin front view of connectors and contact position
NOTE 2 pole variant 02-a is identical with 3 pole variant 03-a but without contact number 2
Figure 33 – Pin front view of connectors and contact position (variants 3 to 7a)
Figure 34 – Pin front view of connectors and contact position (variants 7b to 19a)
The contact or cavity marking shall be on the termination side of the connector insert as long as the size of the components allows the placement there.
Sizing gauges and retention force gauges
= Surface roughness according to ISO 1302: Ra = 0,25 àm max
Figure 35 – Gauge dimensions Table 31 – Gauges
Gauge Mass g Application ∅ a mm l min mm
Classification into climatic categories
Category of temperature Damp heat steady-state
Electrical characteristics
Rated voltage – Rated impulse voltage – Pollution degree
The allowable rated voltage is determined by the specific application or safety standards It is essential to consider potential reductions in creepage or clearance distances that may arise from the printed circuit board or wiring utilized.
Table 33 – Rated voltage – Impulse voltage – Pollution degree
19-a 32 0,8 2 3 a In mated condition b The rated voltage and impulse voltage are based on pollution degree 2 This results from application of the rules from IEC 60664-1.
Voltage proof
Standard atmospheric conditions Mated connectors
Impulse withstand voltage Between contacts
Impulse withstand voltage Between contacts and metal housing Fixed connectors Free connectors Fixed connectors Free connectors
Current-carrying capacity
All contacts Values at 40 °C ambient temperature
2 to 8 pole (0,5mm 2 wire gauge) = 5 A
12 to 19 pole (0,25mm 2 wire gauge) = 1 A (single contact 3 A)
Contact resistance
Standard atmospheric conditions Connecting points see 6.1.1 Contact resistance < 5 mΩ
Insulation resistance
Standard atmospheric conditions Insulation resistance ≥ 10 8 Ω
Mechanical characteristics
IP degree of protection
IP40 for styles AM, BM, IM, JM, KM, AF, BF, IF, JF and KF according to IEC 60529 connectors in mated and locked position
IP65/67 for styles CM, DM, LM, MM, NM, OM, CF, DF, LF, MF, NF and OF according to IEC 60529 connectors in mated and locked position.
Mechanical operation
Standard atmospheric conditions Max speed of operations = 10 mm/s Rest: 30 s, unmated
Table 35 – Number of mechanical operations
Other types a a Other mating cycles are permissible when agreed between manufacturer and user.
Insertion and withdrawal forces
Standard atmospheric conditions Max speed = 10 mm/s
Table 36 – Insertion and withdrawal forces
Contact retention in insert
Polarizing method
Engaging force: 1,5 x total insertion force but 35 N min.
Vibration (sinusoidal)
Standard atmospheric conditions Connectors in mated and locked position The fixed and free connector shall be rigidly installed in a suitable fixture as specified in 6.1.2
Vibration severity: 10 Hz to 500 Hz and 0,35 mm or 5 g
Shock
Connectors in mated and locked position The fixed and free connector shall be rigidly installed in a suitable fixture as specified in 6.1.2
Half sine shock acceleration 490 m/s² (50g) Duration of impact: 11 ms
General
Arrangement for contact resistance measurements
The measurement of contact resistance shall be carried out on the number of contacts specified Any subsequent measurements of contact resistance shall be made on the same contacts
Arrangement for dynamic stress tests (vibration)
Figure 37 – Dynamic stress test arrangement
Test schedule
Test group P – Preliminary
All specimens shall be subject to the following tests
Test Measurement to be performed Requirements Title IEC 60512
Test No Severity or condition of test Title IEC 60512
Test No All connector styles
P1 General examination 1 Unmated connectors Visual examination 1a There shall be no defect that would impair normal operation Dimensional examination 1b The dimensions shall comply with those specified in 4
P2 Connection points according to 6.1.1 all contacts per specimens
Contact resistance – Millivolt level method
Insulation resistance 3a Initial value acc 5.2.5
P4 Contact/ contact same measuring points as for P3
The specimen shall be divided into 4 groups All connectors in each group shall undergo the tests specified for the relevant group.
Test group AP – Dynamic/ Climatic
Test Measurement to be performed Requirements Title IEC 60512
Test No Severity or condition of test Title IEC 60512
Test No All connector styles
AP1 See 5.3.3 Insertion and withdrawal forces
Female contacts only 3 contacts/ specimen sizing and retention force gauge see 4.4
Contact disturbance 2e Duration of disturbance
Contact resistance – Millivolt level method
2a Rise in relation to initial values ≤10 mΩ
Visual examination 1a There shall be no defect that would impair normal operation
AP4 Shock 6c See 5.3.7 Contact disturbance 2e Duration of disturbance
Contact resistance – Millivolt level method
2a Rise in relation to initial values ≤10 mΩ
Visual examination 1a There shall be no defect that would impair normal operation
AP5 Rapid change of temperature
Contact resistance – Millivolt level method
2a Rise in relation to initial values ≤10 mΩ
Insulation resistance 3a Initial value acc 5.2.5 Voltage proof 4a According to 5.2.2
Visual examination 1a There shall be no defect that would impair normal operation
Test Measurement to be performed Requirements Title IEC 60512
Test No Severity or condition of test Title IEC 60512
Test No All connector styles
Duration: 16 h Insulation resistance at high temperature
AP6.2 Damp heat, cyclic, first cycle
Visual examination 1a There shall be no defect that would impair normal operation
Visual examination 1a There shall be no defect that would impair normal operation
AP6.4 Damp heat, cyclic, remaining cycles
Contact resistance – Millivolt level method
2a Rise in relation to initial values
Insulation resistance 3a Initial value acc 5.2.5 Voltage proof 4a According to 5.2.2 Insertion and withdrawal forces
Visual examination 1a There shall be no defect that would impair normal operation
AP8 Visual examination 1a There shall be no defect that would impair normal operation
13e See 5.3.5 It shall be possible to correctly align and mate the appropriate mating connectors
It shall not be possible to mate the connectors in any other than the correct manner The insertion and withdrawal forces acc.AP1
Test group BP – Mechanical endurance
Test Measurement to be performed Requirements Title IEC 60512
Test No Severity or condition of test Title IEC 60512
Test No All connector styles
3 contacts/specimen sizing and retention force gauge see 4.4
(half of the specified number of operations)
Rest 30 s (unmated) Operations see 5.3.2 Speed: 10 mm/s max
Visual examination 1a There shall be no defect that would impair normal operation
BP3.1 Damp heat steady state 11c Contact resistance- Millivolt level method
2a Rise in relation to initial values ≤10 mΩ
(remaining half of specified number of operations)
9a See BP2 Contact resistance – Millivolt level method
2a Rise in relation to initial values ≤10 mΩ
Insulation resistance 3a Initial value acc 5.2.5 Voltage proof 4a According to 5.2.2
Unmated connectors Visual examination 1a There shall be no defect that would impair normal operation
BP5 Insertion and withdrawal forces
3 contacts/specimen sizing and retention force gauge see 4.4
Test group CP – Electrical load
Test Measurement to be performed Requirements Title IEC 60512
Test No Severity or condition of test Title IEC 60512
Test No All connector styles
CP1 Rapid change of temperature
5 cycles Contact resistance – Millivolt level method
2a Rise in relation to initial values ≤10 mΩ
Insulation resistance 3a Initial value acc 5.2.5 Voltage proof 4a According to 5.2.2 CP2 Mechanical
CP3 Electrical load and temperature
Amp.Temp.: 40 °C Current load according to 5.2.3 Recovery time: 2 h Temperature: sensor in center of specimen
Contact resistance – Millivolt level method
2a Rise in relation to initial values ≤10 mΩ
Insulation resistance 3a Initial value acc 5.2.5 Voltage proof 4a According to 5.2.2
CP4 Unmated connectors Visual examination 1a There shall be no defect that would impair normal operation
Test group DP – Chemical resistivity
Test Measurement to be performed Requirement Title IEC 60512
Test No Severity or condition of test Title IEC 60512
Test No All connector styles
DP1 Resistance to fluids 19c Upon agreement between manufacturer and user Upon agreement between manufacturer and user DP2 Retreatmen t Clearing of specimen by washing briefly in light petrol
2a Rise in relation to initial values ≤15 mΩ
DP3 Voltage proof 4a According to 5.2.2
DP4 Unmated connectors Visual examination 1a There shall be no defect that would impair normal operation
DP5 Solderabilit y, wetting, iron method
DP6 Resistance to soldering heat, iron methode
Test group EP – Connection method tests
Test Measurement to be performed Requirement Title IEC 60512
Test No Severity or condition of test Title IEC 60512
Test No All connector styles
IEC 60130-9, Connectors for frequencies below 3 MHz – Part 9: Circular connectors for radio and associated sound equipment