m12 components for irma matrix sensors in ethernet networks
TRANSCRIPT
iris-GmbH | Ostendstrasse 1 – 14 | 12459 Berlin | Germany Rev. 1.3.1 | 2019-09
www.irisgmbh.de Subject to alterations
Automatic passenger counting
IRMA – Infrared Motion Analyzer
5th generation
Ethernet catalog
M12 components for IRMA MATRIX sensors in Ethernet networks
Customer documentation
2/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Document information
Rev. 1.3.1 2019-09
Document information
Title of document: M12 components for IRMA MATRIX sensors in Ethernet networks
File name: KDKG_M12-components Ethernet_1.3.1_en.pdf
Responsible: Product management
Revision: 1.3.1
Edition (YYYY-MM): 2019-09
Type of document: Customer documentation - catalog (Kundendokumentation Katalog
(KDKG))
Status: released
Validity
Sensors and connectors covered by this document:
Product Item Type Item Description
IRMA MATRIX DIST500-A DIST500.7-A07.OC Sensor, surface mount version
IRMA MATRIX DIST500-F DIST500.7-F07.OC Sensor, flush mount version
IRMA MATRIX sCON-S sCON-S-ETH-32-Kn-x-y Connector (standard) with an Ethernet
interface for MATRIX sensors
IRMA MATRIX sCON-S sCON-S-CAN-ETH-33-K2-x-y Connector (standard) with CAN and
Ethernet interfaces for MATRIX sensors
IRMA MATRIX sCON-F-12 sCON-F-12-CC-E Connector with Ethernet and two CAN
interfaces for MATRIX sensors, flush-
mount version (DIST500-F )
3/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Table of contents
Rev. 1.3.1 2019-09
Table of contents
1 General 6
1.1 On this document 6
1.2 Symbols/abbreviations/descriptions/item names 6
1.3 Cable qualities available: K01 –K05 8
2 The connector system 9
2.1 ETH type M12 connector 9
2.2 CAN type M12 connector 9
3 Typical installations in an Ethernet network 10
3.1 Example 1: IRMA MATRIX Ethernet installation with sCON-S-ETH-32-x-y 11
3.2 Example 2: IRMA MATRIX Ethernet installation with sCON-F-12 12
4 M12 components for ETHERNET installations 13
4.1 M12 system cable, Ethernet type (CAT5) 13
4.1.1 Cable properties of M12 system cable for Ethernet 14
4.2 Power supply cable for M12 switch 15
4.2.1 Cable properties 16
5 Connectors for IRMA MATRIX sensors 17
5.1 sCON-S (standard) connector for Ethernet connection 17
5.1.1 Cable properties of the Ethernet cable 18
5.1.2 Cable properties of the Power cable 19
5.2 Connector sCON-S (standard) with CAN and Ethernet interfaces 20
5.2.1 Cable properties CAN cable 21
5.2.2 Cable properties of the Ethernet cable 22
5.3 sCON-F-12 for CAN and Ethernet communication 23
5.3.1 Power supply cable for IRMA MATRIX via SCON-F-12 24
5.3.2 M12 cable for power supply via sCON-F-12 (M12 connector (f), CAN type/two wires and
shield) 24
5.3.2.1 Cable properties, (K3 version) 25
5.3.3 M12 cable for power supply via sCON-F-12 (M12 connector (f), CAN type/two wires and
shield) 26
5.3.3.1 Cable properties, (K3 version) 27
6 Accessories for service purposes 28
6.1 M12/RJ45 adapter cable for servicing on the PC 28
7 Identification 29
7.1 Marking of cable by printed inscription 29
7.2 Marking of cable with label 30
4/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Table of contents
Rev. 1.3.1 2019-09
7.3 Potential labels on the package 31
8 Technical data/properties 32
8.1 Connectors and couplers 32
8.1.1 M12 connectors (m, f), SUB-D9 connector (f) 32
8.1.2 IRMA MATRIX connectors sCON-S and sCON-F-12 33
5/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Table of contents
Rev. 1.3.1 2019-09
Table of illustrations
Figure 1: IRMA MATRIX installation with Ethernet communication via sCON-S (standard) 11
Figure 2: IRMA MATRIX installation with Ethernet communication via sCON- F-12 12
Figure 3: Marking of cable by printed inscription - 1st example 29
Figure 4: Marking of cable by printed inscription - 2nd example 29
Figure 5: Cable identification with label - 1st example 30
Figure 6: Cable identification with label - 2nd example 30
Figure 7: Label on the package - 1st example 31
Figure 8: Label on the package - 2nd example 31
6/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released General
Rev. 1.3.1 2019-09
1 General
1.1 On this document
The M12 components described in this catalogue serve to connect IRMA MATRIX sensors to the
Ethernet communication system.
This catalogue is a means for planning and preparation of IRMA MATRIX sensor installations in
Ethernet networks.
It comprises the technical data of the required components in a clearly arranged form. For the
installation in the vehicle please observe the "IRMA MATRIX installation manual Ethernet
architecture" (https://www.iris-sensing.com/products/irma-matrix/) and the data sheets of the
sCON connectors used (available from your iris project ingenieur).
1.2 Symbols/abbreviations/descriptions/item names
Please note! Reference to another document
Caution - can result in defects
Connector (f) Female connector
Connector (m) Male connector
M12 connector
(m/f), CAN type 5-pole M12 connectors (m/f) with A coding, see section 2.2, p. 9.
M12 connector
(m/f), ETH type 4-pole M12 connector (m/f) with D coding, see section 2.1, p. 9.
Cable type CAN Cable with 5-pole connectors (m/f), CAN type
Cable type ETH Cable with 4-pole connectors (m/f), ETH type
see page 9 Link to detailed description
x, y The cable is available in variable lengths.
EXAMPLE 1,P. 11
Back to example 1, 2 or n
A return tag takes the user from the detailed explanation of the component back to the
installation example: The mark - blue letters, bold type, underlined and with differently colored
shading - shows the number of the installation example and the page in the document. EXAMPLE 2,
P. 12
sCON Abbreviation of the connector for IRMA MATRIX sensors
sCON-S Item Type Connector (standard) for IRMA MATRIX sensors (flush mount and surface mount versions)
7/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released General
Rev. 1.3.1 2019-09
sCON-F-12 Item Type Connector for IRMA MATRIX sensors (flush mount version)
-Kn- In the item of connectors for example sCON-S-ETH-32-Kn-x: The item is available in different cable qualities. The definition of the individual cable qualities is given in section 1.3, page 8 . The execution versions available can be seen from the detailed descriptions in this catalogue.
-XX-
In the item of cables: The item is available in different cable versions (cable qualities). The definition of the individual cable qualities is given in section 1.3, page 8 . The execution versions available can be seen from the detailed descriptions in this catalogue.
K2, K3 K2, K3 are cable qualities. For the definition see section 1.3, page 8.
VP+/VP- Power supply of sensor
CAN-H/CAN-L CAN BUS communication
CAN CAN type interface
ETH Ethernet type interface
Change of product name and article number
The identification of changed product names of the sCON connectors is as follows:
red is the former, no longer orderable designation, green is the valid, orderable designation.
0250_21 sCON-S-ETH-22-K2-1-2m
0250_47 sCON-S-ETH-32-K2-1-2m
0250_22 sCON-S-CAN-ETH-23-K2-1-1m
0250_48 sCON-S-CAN-ETH-33-K2-1-1m
0250_24 sCON-S-ETH-22-K3-1-2m
0250_50 sCON-S-ETH-32-K3-1-2m
0250_27 sCON-S-CAN-ETH-23-K3-1-1m
0250_53 sCON-S-CAN-ETH-33-K3-1-1m
8/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released General
Rev. 1.3.1 2019-09
1.3 Cable qualities available: K01 –K05
M12 cables are offered in different cable qualities, which are marked in this document with the
former K2 and K3, which merge into the current cable qualities:
Kq1 Significance Short desription
K01 No normative
requirements of any
kind
Cables of cable quality 01 must meet the general technical requirements, but have no normative
requirements.
K02 UN/ECE-R 118 The cable quality 02 fully corresponds to the cable quality "K1" (the designation K1 is not used in this
document). The cables and wires of cable quality 02 must comply with the general minimum technical
requirements and be certified according to UN/ECE-R 118. The UN/ECE-R 118 regulation does not
contain any further normative requirements regarding material properties.
K03 Free of halogen + UN/ECE
118
Cable quality 03 fully corresponds to cable quality "K2" (the designation K2 is not used in this
document).
The cables and wires of cable quality 03 must meet the general minimum technical requirements.
They must also be UN/ECE-R 118 certified and meet at least one of the following halogen-free
requirements:
- VDE0472-815
- EN50267-2-1 (hydrogen halide content ≤ 0.5%)
- IEC60754-1 (hydrogen halide content ≤ 0.5%)
K04 Railway compatible cables
according to EN45545 R15
HL3 (halogen-free)
UN/ECE-R 118
The cable quality 04 fully corresponds to the cable quality "K3" (the designation K3 is not used in this
document). The cables and wires of cable quality 04 must meet the general minimum technical
requirements. They must also be UN/ECE-R 118 certified and meet at least one of the following fire
safety standards. Standards for extended fire protection: - EN 45545-2:2013 R15 HL3 - EN 50306
K05 Railway cable according to
EN 50306 (halogenfree)
The cables and wires of cable quality 05 must fully comply with EN 50306. Cables and lines marked "in
accordance with EN 50306" do not correspond to cable quality 05.
1 Kq = Kabelqualität (Cable quality)
9/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released The connector system
Rev. 1.3.1 2019-09 ETH / CAN type M12 connectors
2 The connector system
2.1 ETH type M12 connector
IRMA MATRIX sensors are connected to the Ethernet using 4-pole M12 connectors.
M12 connector (m), ETH type Pin assignment M12 connector (f), ETH type
Pole pattern Pin Signal Pole pattern
Pin 1 TD+
Pin 2 RD+
Pin 3 TD-
Pin 4 RD-
4 poles, D coded Housing Shield 4 poles, D coded
2.2 CAN type M12 connector
When the sCON-F-12 is used, the IRMA MATRIX sensors are connected to the power supply with 5-
pole M12 connectors (m, f) of the CAN type.
M12 connector (m), CAN type Pin assignment M12 connector (f), CAN type
Pole pattern Pin Signal Pole pattern
Pin 1 Housing and shield
Pin 2 VP+
Pin 3 VP-
Pin 4 CAN-H
5 poles, A coded Pin 5 CAN-L 5 poles, A coded
10/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Typical installations in an Ethernet network
Rev. 1.3.1 2019-09
3 Typical installations in an Ethernet network
In the following figures show typical installation examples of IRMA MATRIX sensors in an Ethernet architecture. The examples show the connection of the sensor using different connectors (sCON).
For the sake of clarity the type of the connectors is marked by the color and form of their representation:
see p. 17
• Connector (m): contour shown in blue
• Connector (f) and SUB-D9 connector (f): surface filled in red
• The legend contains links taking the user to the detailed explanation of the component
in question.
EXAMPLE 1,SEE P. 11
• A return tag takes the user from the detailed explanation back to the installation
example.
(see left): The mark – blue or white letters, bold type, underlined and with differently
colored shading - shows the number of the installation example in question and the
page in the document.
• In order to improve recognition, an according branch mark is shown in the form of a
symbol in each of the installation examples.
EXAMPLE 2, SEE P. 12
For installations with more than 4 sensors on the CAN BUS, the IRMA gateway and the power supply are located in the middle of the CAN BUS.
11/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released IRMA MATRIX Ethernet installation with sCON-S-ETH-32-x-y
Rev. 1.3.1 2019-09
3.1 Example 1: IRMA MATRIX Ethernet installation with sCON-S-ETH-32-x-y
1 Fuse 5 A, quick-acting
2 M12 switch: Switch-M12-5Port-eCon
3 Power supply cable for switch,
K-Switch-Power or
SAC-4P-5,0-28R/FS SCO RAIL see page 15
4 sCON connector for Ethernet connection
sCON-S-ETH-32-Kn-1-2m, see page 17
5 IRMA MATRIX sensor
6 M12 system cable, Ethernet type
K-M12CAT5-XX-xm see page 13
7 M12 RJ45 adapter cable vor PC connection for service purposes
KQ-M12CAT5-RJ45-01-xm, see page 28
A Distribution of the vehicle-provided power supply to each door for the connection of
sensors and switch
B Connection to the on-board computer/unit (On-Board Computer/Unit)
S PC connection for service purposes
D1 - Dn Doors with 1 sensor
M12 connector (f), ETH type
M12 connector (m), ETH type
M12 connector (f) (4 poles, A coded)
Figure 1: IRMA MATRIX installation with Ethernet communication via sCON-S (standard)
12/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released IRMA MATRIX Ethernet installation with sCON-F-12
Rev. 1.3.1 2019-09
3.2 Example 2: IRMA MATRIX Ethernet installation with sCON-F-12
1 Fuse 5 A, quick-acting
2 Switch-M12-5Port-eCon
3 Power supply cable for switch,
K-Switch-Power or SAC-4P-5,0-28R/FS SCO RAIL see page 15
4 Power supply cable for IRMA MATRIX with sCON-F-12
K-M12POW-B-o4-2m, see page 24 or
K-M12POW-B-oE-04-2m, see page 26
5 M12 protective cap
6 MATRIX sensor DIST500-F (flush mount version) with sCON-F-12,
sCON-F-12 see page 23
7 M12 system cable, Ethernet type,
K-M12CAT5-XX-xm see page 13
8 Adapter cable for PC connection for service purposes
KQ-M12CAT5-RJ45-01-xm, see page 28
A Distribution of the vehicle-provided power supply to each door for
the connection of sensors and switch
B Connection to the on-board computer/unit (On-Board Computer/Unit)
S PC connection for service purposes with RJ45 connector
D1 - Dn Doors with 1 sensor
M12 connector (f), ETH type
M12 connector (m), ETH type
M12 connector (f), CAN type
M12 connector (f) (4 poles, A coded)
Figure 2: IRMA MATRIX installation with Ethernet communication via sCON- F-12
13/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released M12 components for ETHERNET installations
M12 system cable, Ethernet type (CAT5)
Rev. 1.3.1 2019-09 K-M12CAT5-XX-xm
4 M12 components for ETHERNET installations
4.1 M12 system cable, Ethernet type (CAT5)
Function: M12 system cable, ETH type, for connecting the sensor and the switch
Interface Cable type Interface
Layout:
x Cable length
Cable type:
Interfaces: M12 connector (m), ETH type Ethernet cable
M12 connector (m), ETH type
Assignment: Symbol Connection Signal (Cable
properties
see page 14)
Connection Signal Symbol
Housing
Pin 1
Pin 2
Pin 3
Pin 4
Shield
TD+
RD+
TD-
RD-
Housing
Pin 1
Pin 2
Pin 3
Pin 4
Shield
TD+
RD+
TD-
RD-
Shielding:
K2/K3
Cable quality K2
see page 7
Item Item No. Description Length
x [m]
Weight
[kg]
Kn
(see page 7) ECE-118:2012, § 6.2.6
K-M12CAT5-03-1m 0215_15
M12 system cable for Ethernet:
M12 connector (m), ETH type to
M12 connector (m), ETH type
1 0,100 K2 Certificate
K-M12CAT5-03-2m 0215_18 2 0,155 K2 Certificate
K-M12CAT5-03-5m 0215_21 5 0,360 K2 Certificate
K-M12CAT5-03-10m 0215_16 10 0,686 K2 Certificate
K-M12CAT5-03-15m 0215_22 15 1,000 K2 Certificate
K-M12CAT5-03-20m 0215_17 20 1,320 K2 Certificate
K-M12CAT5-03-25m 0215_23 25 1,580 K2 Certificate
K-M12CAT5-03-30m 0215_24 30 1,980 K2 Certificate
K-M12CAT5-04-1m 0244_20 1 0,127 K3 Certificate
K-M12CAT5-04-2m 0244_21 2 0,201 K3 Certificate
K-M12CAT5-04-5m 0244_22 5 0,432 K3 Certificate
K-M12CAT5-04-10m 0244_23 10 0,7930 K3 Certificate
For further properties of the connectors see "Technical data" on page 32. EXAMPLE 1, P. 11 EXAMPLE 2, P. 12
14/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released M12 system cable, Ethernet type (CAT5)
Rev. 1.3.1 2019-09 K-M12CAT5-XX-xm
4.1.1 Cable properties2 of M12 system cable for Ethernet
Property Ethernet cable Property Ethernet cable
Temperature range:
K23
K3
-40 to +80 °C
-40 to +176°F
-50 bis +80°C
-58 bis +176°F°
Outside diameter:
K2
K3
approx. 6.7 mm
approx. 6.6 mm or approx. 7.25 mm
Minimum bending radius:
K2
K3
105 mm
70 mm
Core cross section Cu:
K2
K3
0.34 mm² (AWG22)
0.34 mm² (AWG22)
Voltage sustaining capability:
K2, K3
Nominal voltage: K2, K3
2,000 V
300 V
Cable layout / shield:
K2, K3 4 x 1 / 360°
Line resistance:
K2
K3
≤ 55 ohms/km
≤ 54.4 ohms/km
Transmission properties
up to 100 MHz: K2, K3 in accordance with EN 50288-2-2 (CAT.5)
Wave impedance:
K2, K3 100 ohms ±5 ohms
Sheath material/color:
K2
K3
PUR/green RAL 6018
RADOX® EM104/black
Conformity of Ethernet cables, K3 type
For the cable with increased fire protection K3 ,the cable manufacturers4, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-25
Fire protection level 4, indoor uses
BS 5853, GM/RT 21305 Category: Indoor cables: Ia, Ib, II
NF F16-1015 Classification: C/F0, category: int.: A1, A2, B or Classification: C/F1, category: int.: A1, A2, B or
UNI CEI 111705 Hazard level: LR1 - LR4
EN 50306-1 For correct transmission behaviour, the Ethernet cable needs to have a defined wave impedance. For technical
reasons, cables with a defined wave impedance cannot be manufactured in accordance with EN 50306-x.
The Ethernet cable fulfils the main protection requirements pursuant to EN 50306-4, section 6.1.3 to the
maximum degree.
2 Excerpt from the manufacturers’ Technical Data
3 For cable quality K2/K3 see page 7
4 Cable without connectors
5 National standard will be replaced by EN 45545 as part of the European harmonization process.
15/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Power supply cable for M12 switch
Rev. 1.3.1 2019-09 K-Switch-Power | SAC-4P-5,0-28R/FS SCO Rail
4.2 Power supply cable for M12 switch
M12 connector (f, 4 poles, A coded)/four wires and shield:
Function: Power supply of the M12 switch
Interface Cable type Interface
Layout:
(for drawings of the
connectors see page
FEHLER! TEXTMARKE NICHT
DEFINIERT.)
x Cable length
Cable type:
Interfaces: M12 connector (f), 4 poles, A coded
Power cable
4 wires snd shield
Assignment:
Symbol Connection Signal
(Cable
properties
see page 16) Signal
Wire color and marking "..."
K-Switch-Power
(K2) SAC-4P-5,0-28R/FS SCO Rail
(K3)
Housing
Pin 1
Pin 2
Pin 4
Pin 3
Shield
U1 = +24 V DC
U1 = 0 V DC
U2 +
U2 -
Shield
U1 = +24 V DC
U2 = 0 V DC
U2 +
U2 -
Shield
brown
white
black
blue
Shield
white "1"
white "4"
white "3"
white "2"
Shielding:
K2/K3 K3 cable quality
see page 7
Item Item No. Description Length
x [m]
Weight
[kg]
Kn
(see p. 7)
ECE-R118:2012, §
6.2.6
K-Switch-Power 0215_05 Power supply cable for
M12 switch:
M12 connector (f, 4 poles, A coded)/
4 wires and shield
3 0,158 K2 No
SAC-4P-5,0-28R/FS SCO Rail 0244_17 5 K3 Certified
For further properties of the connectors see "Technical data" on page 32. EXAMPLE 1, P. 11 EXAMPLE 2, P. 12
The K-SWITCH-POWER and the SAC-4P-5,0-28R/FS SCO Rail cables are used only for the power supply of eCON switches from company
Harting. If other switches are used, the assignment must be checked. The cable cannot be used for the power supply of the sCON-S-CAN-
ETH-33-x-y (different coding).
Shield
brown/"1"
white/"4"
black/"3"
blue/"2"
16/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Power supply cable for M12 switch
Rev. 1.3.1 2019-09 K-Switch-Power | SAC-4P-5,0-28R/FS SCO Rail
4.2.1 Cable properties6
Property Power cable for switch power supply Property Power cable for switch
Temperature range:
K27
K3
-40 to +80 °C
-40 to +176 °F
-50 to +120 °C
-58 to +248 °F
Wave impedance:
K2
K3
≥ 62 ohms
100 ohms ±5 ohms
Minimum bending radius:
K2
K3
60 mm
32 mm
Outside diameter:
K2
K3
5.9 ± 0.2 mm,
5.4 ± 0.3 mm
Voltage sustaining capability:
K2
K3
≥ 3,000 V
≥ 3,500 V
Core cross section Cu:
K2
K3
0.34 mm² (AWG22)
0.5 mm² (AWG20)
Line resistance:
K2
K3
≤ 58 ohms/km
≤ 40.1 ohms/km
Cable layout/shield:
K2, K3 4 x 1 / 360°
Nominal voltage:
K2
K3
Sensor operating voltage:
K2, K3
300 V
600 V
16 to 36 V
Sheath material/color:
K2
K3
PUR/back-grey RAL7021
PE-X-/black
Conformity of Power cables, K3 type
For the cable with increased fire protection K3 ,the cable manufacturers8, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-29 Fire protection levels 1 to 4, indoor uses
BS 5853, GM/RT 21309 Category: Indoor cables: Ia, Ib, II
NF F16-1019 Classification: C/F0, category: int.: A1, A2, B
UNI CEI 111709 Hazard level: LR1 - LR4
EN 50306-1 The Power cable for switches fulfils the main protection requirements pursuant to EN 50306-4, section 6.1.3 to the
maximum degree.
Material properties of the outer layer
EN 50306-4 Hazard level M (resistance to particularly low temperatures as well as and high oil and fuel resistance)
6 Excerpt from the manufacturers’ Technical Data
7 For cable quality K2/K3 see page 7
8 Cable without connectors
9 National standard will be replaced by EN 45545 as part of the European harmonization process.
17/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Connectors for IRMA MATRIX sensors
sCON-S (standard) connector for Ethernet connection
Rev. 1.3.1 2019-09 sCON-S-ETH-32-Kn-1m-2m
5 Connectors for IRMA MATRIX sensors
5.1 sCON-S (standard) connector for Ethernet connection
Function: The sCON-S sconnector connects the sensor to the Ethernet network.
The power supply of the sensor (VP+, VP-) is effected via the open cable end (2 wires und shield connection).
Interface sCON-S
Base body X Interface
Layout: (for drawings
see data sheet:
sCON-S-CAN-21-Kn-1m-
75cm)
1 M4 threaded hole for ground connection x = length of Ethernet cable
y = length of Power cable
Cable type: Ethernet cable Power cable
Interface:
M12 connector (m),
ETH type
(Cable
properties see
page 18) Sensor
connection
(Cable
properties see
page 19)
2 wires and shield connection
Assignment: Symbol Connection Signal Connection
Connection to wire color
with marking "..."
Signal K2 K3
Housing
Pin 1
Pin 2
Pin 3
Pin 4
Shield
TD+
RD+
TD-
RD-
Housing
and
10 contact
areas
Housing
VP-10
VP+10
Shield
black "1"
black "2"
Shield
white "1"
white "2"
Circuit:
K2, K3
(for cable grade
see page 7)
Item Type Item No. Description Weight
[kg] Length K2/K3
ECE-R118:2012,
§ 6.2.6
x y (see page
7)
sCON-S-ETH-32-K2-1m-2m11 0250_47
Connector sCON-S (standard) for
Ethernet connection
0,2714 1 m 2 m K2 Certificate
sCON-S-ETH-32-K3-1m-2m12 0250_50
0,3146 1 m 2 m K3
For further properties of the connectors see "Technical data" on page 32. EXAMPLE 1, P. 11
10 VP+; VP- sensor operating voltage
11 See 1.2, p. 6
12 Id.
x y 1
Shield
1
2
18/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released sCON-S (standard) connector for Ethernet connection
Rev. 1.3.1 2019-09 sCON-S-ETH-32-Kn-1m-2m
5.1.1 Cable properties13 of the Ethernet cable
Property Ethernet cable Property Ethernet cable
Temperature range:
K2
K3
-40 to +80 °C
-40 to +176 °F
-40 to 90 °C
-40 to +196 °F
Outside diameter:
K2
K3
approx. 6.7 mm
approx. 6.6 mm or approx. 7.25 mm
Minimum bending radius:
K2
K3
105 mm
70 mm
Core cross section Cu:
K2
K3
0.34 mm² (AWG22)
0.34 mm² (AWG22)
Voltage sustaining capability:
K2, K3
Nominal voltage: K2, K3
2,000 V
300 V
Cable layout / shield:
K2, K3 4 x 1 / 360°
Line resistance:
K2
K3
≤ 55 ohms/km
≤ 54.4 ohms/km
Transmission properties
up to 100 MHz: K2, K3 in accordance with EN 50288-2-2 (CAT.5)
Wave impedance:
K2, K3 100 ohms ±5 ohms
Sheath material/color:
K2
K3
PUR/green RAL 6018
RADOX® EM104/black
Conformity of Ethernet cables, K3 type14
For the cable with increased fire protection K3 ,the cable manufacturers15
, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-216
Fire protection level 4, indoor uses
BS 5853, GM/RT 213016
Category: Indoor cables: Ia, Ib, II
NF F16-10116
Classification: C/F0, category: int.: A1, A2, B
UNI CEI 1117016
Hazard level: LR1 - LR4
EN 50306-1 For correct transmission behaviour, the Ethernet cable needs to have a defined wave impedance. For technical
reasons, cables with a defined wave impedance cannot be manufactured in accordance with EN 50306-x.
The Ethernet cable fulfils the main protection requirements pursuant to EN 50306-4, section 6.1.3 to the
maximum degree.
NFPA 130 Fulfilled
Material properties of the outer layer
EN 50306-4 Hazard level M (resistance to particularly low temperatures as well as high oil and fuel resistance)
13 Excerpt from the manufacturers’ Technical Data
14 For cable quality K2/K3 see page 7
15 Cable without connectors
16 National standard will be replaced by EN 45545 as part of the European harmonization process.
19/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released sCON-S (standard) connector for Ethernet connection
Rev. 1.3.1 2019-09 sCON-S-ETH-32-Kn-1m-2m
5.1.2 Cable properties17 of the Power cable
Property Power cable Property Power cable
Temperature range:
K218
K3
-40 to +80 °C
-40 to +176 °F
-40 to +90 °C
-40 to 194 °F
Outside diameter:
K2
K3
6.3 ± 0.2 mm
6.5 ± 0.3 mm or 6.4 ±0.3 mm
Minimum bending radius:
K2
K3
130 mm
42 mm
Core cross section Cu:
K2
K3
0.75 mm²
1.5 mm²
Voltage sustaining capability:
K2
K3
Nominal voltage:
K2
K3
Sensor operating voltage:
K2, K3
K2, K3:
Operating voltage K2, K3:
2,000 V
3,500 V
300 V/500 V
300 V
16 - 36 V
Cable layout/shield:
K2, K3 1 x 2 / 360°
Line resistance:
K2
K3
≤ 45 ohms/km
≤ 13.7 ohms/km
Sheath material/color:
K2
K3
Halogen-free special mixture or SABIX /
grey RAL 7001
RADOX® EM104 acc. to EN 50264-1 /
black
Conformity of Power cables, K3 type
For the cable with increased fire protection K3 the cable manufacturers19
, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-220
Fire protection level 4, indoor uses
NF F16-10120
Classification: C/F0, category: int.: A1, A2, B
EN 50306-1 The Power cable fulfils the protection requirements pursuant to EN 50306-x or it fulfils the main protection
requirements pursuant to EN 50306-4, section 6.1.3 to the maximum degree.
NFPA 130 Fulfilled
Material properties of the outer layer
EN 50306-4 Hazard level M (resistance to particularly low temperatures as well as high oil and fuel resistance)
17 Excerpt from the manufacturers’ Technical Data
18 For cable quality K2/K3 see page 7
19 Cable without connectors
20 National standard will be replaced by EN 45545 as part of the European harmonization process.
20/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Connector sCON-S (standard) with CAN and Ethernet interfaces
Rev. 1.3.1 2019-09 sCON-S-CAN-ETH-33-Kn-1m-1m
5.2 Connector sCON-S (standard) with CAN and Ethernet interfaces
Function: The sCON sconnector connects the IRMA MATRIX sensor with Ethernet architectures.
An M12 connector (m), CAN type, ensures the sensor power supply.
Interface sCON-S
base body Interface
Layout:
(for drawings see data
sheet:
sCON-S-CAN-ETH-33-
Kn-1m-1m) 1 M4 threaded hole for ground connection x = length of CAN BUS cable
y = length of ETHERNET cable
Cable type: CAN BUS cable ETHERNET cable
Interfaces: M12 connector (m),
CAN type
(Cable
properties see
page 21) Sensor
connection
(Cable
properties
see page 22) M12 connector (f), ETH type
Assignment: Symbol Connection Signal Connection to Signal Connection Symbol
Pin 1 and
housing
Pin 2
Pin 3
Pin 4
Pin 5
Shield
VP+
VP-
CAN-H
CAN-L
Housing
and
10 contact
areas
Shield
TD+
RD+
TD-
RD-
Housing
Pin 1
Pin 2
Pin 3
Pin 4
Circuit:
K2
(for cable grade
see page 7)
K3 (cable sheath: black)
Cable quality K3
see page 7
Item Type Item No. Description Weight
[kg]
Length
x Y
K2/K3
(see p. 7)
ECE-R118:2012,
§ 6.2.6
sCON-S-CAN-ETH-33-K2-1m-1m21
0250_48 Connector (standard) with CAN and
Ethernet interfaces for IRMA MATRIX
sensors
0,2143 1 m 1 m K2 Certificate
sCON-S-CAN-ETH-33-K3-1m-1m22
0250_53 0,2335 1 m 1 m K3
Certificate
For further properties of the connectors see "Technical data" on page 32. EXAMPLE 1, P. 11
21 See 1.2, p. 6
22 Id.
21/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Connector sCON-S (standard) with CAN and Ethernet interfaces
Rev. 1.3.1 2019-09 sCON-S-CAN-ETH-33-Kn-1m-1m
5.2.1 Cable properties23 CAN cable
Property CAN cable Property CAN cable
Temperature range:
K224
K3
-40 to +80 °C
-40 to +176 °F
-40 to +90 °C
-40 to 194 °F
Outside diameter:
K2
K3
6.7 ± 0.3 mm
6.9 ± 0.5 mm
Minimum bending radius:
K2
K3
70 mm
50 mm
Conductor cross section Cu:
K2
K3
2 x 0.25 mm² (signal line)
2 x 0.34 mm² power supply
4 x 0.34 mm² (AWG22) Voltage sustaining capability:
K2, K3
Nominal voltage:
K2, K3
Sensor operating voltage:
K2, K3
2,000 V
300 V
16 - 36 V
Line resistance:
K2
K3
57.4 ohms/km (power supply)
90.9 ohms/km (signal line)
max. 54.4 ohms/km
Cable layout / shield:
K2
K3
2 x 2 / 360°
4 x 1 / 360°
Wave impedance:
K2,
K3
120 ohms ± 12 ohms
100 ohms ± 5 ohms
Sheath material/color:
K2
K3
PUR / violet RAL 4001
EM 104 acc. to EN 50264-1 / black
Conformity of CAN cables, K3 type
For the cable with increased fire protection K3 ,the cable manufacturers25
, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-226
Fire protection level 4, indoor uses
BS 5853, GM/RT 213026
Category: Indoor cables: Ia, Ib, II
NF F16-10126
Classification: C/F0, category: int.: A1, A2, B
UNI CEI 1117026
Hazard level: LR1 - LR4
EN 50306-1 For correct transmission behaviour, the CAN cable needs to have a defined wave impedance. For technical reasons,
cables with a defined wave impedance cannot be manufactured in accordance with EN 50306-x.
The CAN cable fulfils the main protection requirements pursuant to EN 50306-4, section 6.1.3 to the maximum
degree.
NFPA 130 Fulfilled
Material properties of the outer layer
EN 50306-4 Hazard level M (resistance to particularly low temperatures as well as high oil and fuel resistance)
23 Excerpt from the manufacturers’ Technical Data
24 For cable quality K2/K3 see page 7
25 Cable without connectors
26 National standard, will be replaced by EN 45545 as part of the European harmonization process.
22/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Connector sCON-S (standard) with CAN and Ethernet interfaces
Rev. 1.3.1 2019-09 sCON-S-CAN-ETH-33-Kn-1m-1m
5.2.2 Cable properties27 of the Ethernet cable
Property Ethernet cable Property Ethernet cable
Temperature range:
K228
K3
-40 to +80 °C
-40 to +176 °F
-40 to +90°C
-40 to +194 °F
Outside diameter:
K2
K3
approx. 6.7 mm
approx. 6.6 mm or approx. 7.25 mm
Minimum bending radius:
K2
K3
105 mm
70 mm
Core cross section Cu:
K2
K3
0.34 mm² (AWG22)
0.34 mm² (AWG22)
Voltage sustaining capability:
K2, K3
Nominal voltage: K2, K3
2,000 V
300 V
Cable layout / shield:
K2, K3 4 x 1 / 360°
Line resistance:
K2
K3
≤ 55 ohms/km
≤ 54.4 ohms/km
Transmission properties
up to 100 MHz: K2, K3 in accordance with EN 50288-2-2 (CAT.5)
Wave impedance:
K2, K3 100 ohms ±5 ohms
Sheath material/color:
K2
K3
PUR/green RAL 6018
RADOX® EM104/black
Conformity of Ethernet cables, K3 type
For the cable with increased fire protection K3 ,the cable manufacturers29
, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-230
Fire protection level 4, indoor uses
BS 5853, GM/RT 213030
Category: Indoor cables: Ia, Ib, II
NF F16-10130
Classification: C/F0, category: int.: A1, A2, B
UNI CEI 1117030
Hazard level: LR1 - LR4
EN 50306-1 For correct transmission behaviour, the Ethernet cable needs to have a defined wave impedance. For technical
reasons, cables with a defined wave impedance cannot be manufactured in accordance with EN 50306-x.
The Ethernet cable fulfils the main protection requirements pursuant to EN 50306-4, section 6.1.3 to the
maximum degree.
NFPA 130 Fulfilled
Material properties of the outer layer
EN 50306-4 Hazard level M (resistance to particularly low temperatures as well as high oil and fuel resistance)
27 Excerpt from the manufacturers’ Technical Data
28 For cable quality K2/K3 see page 7
29 Cable without connectors
30 National standard will be replaced by EN 45545 as part of the European harmonization process.
23/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released sCON-F-12 for CAN and Ethernet communication
Rev. 1.3.1 2019-09 sCON-F-12-CC-E
5.3 sCON-F-12 for CAN and Ethernet communication
Function: Mounting and electrical connection of IRMA MATRIX sensors of the flush mount version
ETH interface: for connection to Ethernet architectures
2 CAN interfaces: CAN : to connect the sensor to the power supply
CAN : not required for Ethernet, to be closed with a sealing cap.
Interface Base body Interfaces
1 sCON-F-12 housing 2 Cylinder head screw
3 M12 connector (f), CAN type
4 M12 connector (m), CAN type
5 M4 threaded hole for ground connection
6 Leaf spring
7 M12 connector (f), ETH type
Interfaces and equivalent network diagram M12 connector (m), CAN type
M12 connector (f), CAN type
4 M12 protective cap (part of the scope of delivery)
M12 connector (f), CAN type
Interfaces: ETHERNET CAN
Assignment: Symbol Connection Signal Connection to Signal Connection Symbol
Housing
Pin 1
Pin 2
Pin 3
Pin 4
Shield
TD+
RD+
TD-
RD-
Housing
and
10 contact
areas
Shield
VP+
VP-
CAN-H
CAN-L
Pin 1 and
housing
Pin 2
Pin 3
Pin 4
Pin 5
Item Type Item No. Description Weight
[kg] Dimensions [mm]
sCON-F-12-CC-E 0250_42
Connector with two CAN and one Ethernet
interfaces for IRMA MATRIX sensors, flush mount
version (DIST500-F) including an M12 cover cap
0,217 231 x 48.5 x 31
For further properties of the connectors see "Technical data" on page 32.
EXAMPLE 2, P. 10
24/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released sCON-F-12 for CAN and Ethernet communication
Rev. 1.3.1 2019-09 K-M12POW-B-04-2m
5.3.1 Power supply cable for IRMA MATRIX via SCON-F-12
5.3.2 M12 cable for power supply via sCON-F-12 (M12 connector (f), CAN type/two wires and shield)
Function: Power supply for IRMA MATRIX sensors in combination with sCON-F-12 on connection No.
Interface Cable type Interface
Layout:
x Cable length a = 40 mm ± 10 mm
Cable type:
Interfaces: M12 connector (f), CAN type
Power cable
2 wires and shield
Assignment: Symbol Connection Signal (Cable
properties
see page 25)
Signal Wire color and marking "..."
K-M12POW-B-04-2m
Pin 1 and
housing
Pin 2
Pin 3
Pin 4
Pin 5
Shield
VP+
VP-
-
-
Shield
VP+
VP-
-
-
Shield
white "2"
white "1"
Shielding:
Item Type Item No. Description Length
x [m]
Weight
[kg]
Kn
(see p. 7)
ECE-R118:2012,
§ 6.2.6
K-M12POW-B-04-2m 0215_29 M12 cable for power supply
of IRMA MATRIX sensors:
M12 connector (f), CAN type /
2 wires and shield )
2 0,140 K3 Certificate
For further properties of the connectors see "Technical data" on page 32. EXAMPLE 2, P. 10
a
Shield
VP+
VP-
Not connected!
25/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released sCON-F-12 for CAN and Ethernet communication
Rev. 1.3.1 2019-09 K-M12POW-B-04-2m
5.3.2.1 Cable properties31, (K332 version)
Property Power cable Property Power cable
Temperature range:
-50 to +120 °C
-58 to +248 °F
Outside diameter: 4.8 mm ± 0.3 mm
Minimum bending radius: 20 mm Core cross section (Cu): 0.5 mm²
Voltage sustaining capability:
Nominal voltage:
Sensor operating voltage:
3,500 V DC
600 V
16 to 36 V
Cable layout/shield 4 x 1 / 360°
Sheath material/color: RADOX® EM104 acc. to EN 50264-1 /
black
Line resistance: ≤ 40.1 ohms/km
Conformity of Power cables, K3 type
For the cable with increased fire protection K3 ,the cable manufacturers33
, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-234
Fire protection levels 1 to 4, indoor uses
BS 5853, GM/RT 213034
Category: Indoor cables: Ia, Ib, II
NF F16-10134
Classification: C/F0, category: int.: A1, A2, B
UNI CEI 1117034
Hazard level: LR1 - LR4
EN 50306-1 The Power cable fulfils the main protection requirements pursuant to EN 50306-4, section 6.1.3 to the maximum
degree.
Material properties of the outer layer
EN 50306-4 Hazard level M M (resistance to particularly low temperatures as well as high oil and fuel resistance)
31 Excerpt from the manufacturers’ Technical Data
32 For cable quality K3 see page 7
33 Cable without connectors
34 National standard, will be replaced by EN 45545 as part of the European harmonization process.
26/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released sCON-F-12 for CAN and Ethernet communication
Rev. 1.3.1 2019-09 K-M12POW-B-oE-04-2m
5.3.3 M12 cable for power supply via sCON-F-12 (M12 connector (f), CAN type/two wires and shield)
Function: Power supply for IRMA MATRIX sensors in combination with sCON-F-12 on connection No.
Interface Cable type Interface
Layout:
x Cable length a = 40 mm ± 10 mm
Cable type:
Interfaces: M12 connector (f), CAN type
Power cable
2 wires and shield
Assignment: Symbol Connection Signal (Cable
properties
see page 27)
Signal Wire color and marking "..."
K-M12POW-B-oE-04-2m
Pin 1 and
housing
Pin 2
Pin 3
Pin 4
Pin 5
Shield
VP+
VP-
-
-
Shield
VP+
VP-
white "2"
white "1"
Shielding:
A or B
Item Type Item No. Description Length
x [m]
Weight
[kg]
Kn
(see p.7)
ECE-R118:2012,
§ 6.2.6
K-M12POW-B-oE-04-2m 0215_36 M12 cable for power supply
of IRMA MATRIX sensors:
M12 connector (f), CAN type /
(2 wires and shield)
2 K3 Certificate
For further properties of the connectors see "Technical data" on page 32. EXAMPLE 2, P. 10
a
27/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released sCON-F-12 for CAN and Ethernet communication
Rev. 1.3.1 2019-09 K-M12POW-B-oE-04-2m
5.3.3.1 Cable properties35, (K336 version)
Property Power cable Property Power cable
Temperature range:
-50 to +120 °C
-58 to +248°F
Outside diameter: 6.6 ± 0.3 mm; 5.4 ± 0.2 mm
6.4 mm or 5.2 mm
Minimum bending radius: > 35 mm Core cross section (Cu): 1.0 mm²
Voltage sustaining capability:
Nominal voltage:
Sensor operating voltage:
2,000 V / 3,500 V
300 V
16 - 36 V
Cable layout/shield 2 x 1 /360°
Sheath material
Color:
RADOX® EM104 or
polyolefin copolymer, electron-beam
crosslinked (S1 acc. to EN 50306-1)
black Line resistance: ≤ 20 ohms/km
Conformity of Power cables, K3 type
For the cable with increased fire protection K3 ,the cable manufacturers37
, in addition to the fire protection properties given in section 1.3, page 8,
warrant the observance of additional national standards:
Fire protection in rail vehicles
EN 45545-2:2013 Fire condition R15 (EL1A) HL3
DIN 5510-238
Fire protection levels 1 to 4, indoor uses
EN 50306-1 The Power cable fulfils all protection requirements specified by EN 50306-x
Material properties of the outer layer
EN 50306-4 Hazard level M M (resistance to particularly low temperatures as well as high oil and fuel resistance)
35 Excerpt from the manufacturers’ Technical Data
36 For cable quality K2/K3 see page 7
37 Cable without connectors
38 National standard, will be replaced by EN 45545 as part of the European harmonization process.
28/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Accessories for service purposes
M12/RJ45 adapter cable for servicing on the PC
Rev. 1.3.1 2019-09 KQ-M12CAT5-RJ45-01-xm
6 Accessories for service purposes
6.1 M12/RJ45 adapter cable for servicing on the PC
Function: Adapter for the connection of the sensor to a PC for servicing. The M12 connector (m), ETH type, is connected to a port of a
switch, for example.
The unit is connected to the service PC for configuration, function test and sensor firmware update using the RJ45
connector (m). For connection examples see FIGURE 1, page 11, and FIGURE 2, page 12.
Interface Cable type Interface
Layout:
x Cable length
Cable type:
Interfaces: M12 connector (m), ETH type
Network cable
RJ45 connector (m)
Assignment: Symbol Connection Signal Connection Signal Symbol
Housing
Pin 1
Pin 2
Pin 3
Pin 4
Shield
TD+
RD+
TD-
RD-
Shield
TD+
RD+
TD-
RD-
Housing
Pin 1
Pin 3
Pin 2
Pin 6
Shielding
Item Type Item No. Description Length x Weight [kg]
KQ-M12CAT5-RJ45-01-2m 0244_31
M12 RJ45 adapter: M12 connector (m)
ETH type to RJ45 connector (m)
2 m 0,1173-
KQ-M12CAT5-RJ45-01-3m 0244_51 3 m -
KQ-M12CAT5-RJ45-01-2-5m 0244_32 5 m -
KQ-M12CAT5-RJ45-01-2-10m 0244_33 10 m 0,4513
KQ-M12CAT5-RJ45-01-2-12m 0244_52 12 m -
For further properties of the connectors see "Technical data" on page 32. EXAMPLE 1, P. 11 EXAMPLE 2, P. 10
This adapter cable is not suitable for permanent installations. It must be used for service purposes only.
29/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Identification
Marking of cable by printed inscription
Rev. 1.3.1 2019-09 All cables
7 Identification
7.1 Marking of cable by printed inscription
The following printed inscription variants are possible:
A Connectors (m, f) as a symbol for the beginning of the
cable
B Beginning of the marking
1 iris item 4 Batch number of manufacturer/supplier
2 iris item No. 5 Optional special field for customer needs
3 Manufacturer's code
Figure 3: Marking of cable by printed inscription - 1st example
On black cables, the inscription is printed in white.
A Connectors (m, f) as a symbol for the beginning of the
cable
B Beginning of the marking
1 iris item 3 Manufacturer's identification
2 iris item No. 4 Date of manufacture
Figure 4: Marking of cable by printed inscription - 2nd example
30/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Marking of cable with label
Rev. 1.3.1 2019-09 All cables
7.2 Marking of cable with label
The following printed inscription variants are possible:
Figure 5: Cable identification with label - 1st example
Figure 6: Cable identification with label - 2nd example
K-M12CAN-03-10m
0285_85
CC
1234567
Example of cable label:
iris product designation
iris product No.
Manufacturer's identification
Batch number of
manufacturer/supplier
1 Connectors (m, f) as a symbol for the beginning of the cable
2 Label position
K-M12CAN-03-10m
0285_85
H+S
02/11
Example of cable label:
iris product designation
iris product No.
Cable manufacturer/product No.
Date of manufacture
31/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Potential labels on the package
Rev. 1.3.1 2019-09 All cables
7.3 Potential labels on the package
The following identification variants are possible:
Figure 7: Label on the package - 1st example
Figure 8: Label on the package - 2nd example
Manufacturer information:
Logo, address, ...
Batch number
Date of manufacture
iris-GmbH information:
Product No. and bar code
Product designation
Country of manufacture
Recycling information
Manufacturer information:
Manufacturer's code
Batch number
iris product designation
iris product No.
Bar code
K-M12CAN-04-5m
0205_88
32/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Technical data/properties
Connectors and couplers
Rev. 1.3.1 2019-09 M12 connectors (m, f), SUB-D9 connector (f)
8 Technical data/properties
All materials used conform to the RoHS directive!
All cables and connectors are shielded.
8.1 Connectors and couplers39
8.1.1 M12 connectors (m, f), SUB-D9 connector (f)
Properties
Standards
M12 connectors
(m/f)
SUB-D9 connector
(f)
Mating cycles: approx. 100 approx. 100
Temperature range
(storage):
Temperature range
(operation):
-40 to +90 °C
-40 to 194 °F
-25 to +90 °C
-13 to 194 °F
-55 to +105 °C
-67 to +221 °F
Contact layout: 5 poles, A coded (CAN type)
4 poles, D coded (ETH type)
9 poles
Housing material or
material of knurled screw:
Metal Metal
Material
of handle body:
TPU
flame resistant, self-extinguishing
Metal
Circuit: Shielded Shielded
Protection class
acc. to IEC 60529
(in mounted condition):
IP65/IP67 -----
Flammability class acc. to
UL 94
HB HB
Max. tightening torque 0.4 Nm --
39 Excerpt from the manufacturers‘ data sheets
33/33 M12 components for IRMA MATRIX sensors in Ethernet networks
released Connectors and couplers
Rev. 1.3.1 2019-09 sCON-S, sCON-F-12
8.1.2 IRMA MATRIX connectors sCON-S and sCON-F-12
Connector type
Properties
Standards
Connector sCON-S (standard) sCON-F-12
sCON-S-ETH-32-Kn-x-y sCON-S-CAN-ETH-33-Kn-x-y sCON-F-12-CC-E
K2 K3 K2 K3 Storage Operation
-40 to +80 °C
-40 to 176 °F
-40 to +90 °C
-40 to 194 °F
-40 to +80 °C
-40 to +176 °F
-40 to +90 °C
-40 to 194 °F
-40 to +85 °C
-40 to +185 °F
-25 to +70 °C
-13 to +158 °F
Housing material Metal Metal Metal
Circuit: Shielded Shielded Shielded
Mating cycles
M12 connector:
Sensor connection
(10 contact surfaces)
100
75
100
75
100
75
Protection class
acc. to IEC 60529
(in mounted condition):
IP65;
IP67 on request
IP65;
IP67 on request IP54
Nominal voltage
(V CC GND) 24 V 24 V 24 V
Voltage sustaining
capability
(surge, burst)
2,000 V 2,000 V 2,000 V
Insulation resistance 1,000 V DC 1,000 V DC 1,000 V DC
max. current for
sensor(rms, 70 °C) max. 0.63 A max. 0.63 A max. 0.63 A
max. current for
POWERout max. 2.0 A