CH20M45 B SIM BK/BK 2010
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CH20M45 B SIM BK/BK 2010
Product image
CH20M45 B SIM BK/BK 2010
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CH20M45 B SIM BK/BK 2010
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CH20M45 B SIM BK/BK 2010

Mounting rail housing, OMNIMATE Housing - series CH20M black, Side element, connection preparation micro-SIM card (3FF), Width: 45 mm

Tuotteen tunnus 2738670000
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Approvals General ordering data Dimensions and weights Temperatures Environmental Product Compliance Material data General data Assembly properties Mechanical tests Thermal tests Component properties Design - IN requirements Individualization options Important note Classifications

Approvals

ROHS
Conform  

General ordering data

Version
Mounting rail housing, OMNIMATE Housing - series CH20M black, Side element, connection preparation micro-SIM card (3FF), Width: 45 mm  
Order No.
2738670000  
Type
CH20M45 B SIM BK/BK 2010  
GTIN (EAN)
4064675064091  
Qty.
6  items

Dimensions and weights

Depth
108  mm
Depth (inches)
4,252  inch
Height
109,3  mm
Height (inches)
4,303  inch
Width
45  mm
Width (inches)
1,772  inch
Net weight
36,534  g

Temperatures

Ambient temperature
-25 °C…85 °C  
Operating temperature range
-40...120 ℃  
Humidity
5 - 93% rel. humidity, Tu = 40°C, no condensation  

Environmental Product Compliance

RoHS Compliance Status
Compliant without exemption  
REACH SVHC
No SVHC above 0.1 wt%  

Material data

Basic material
Plastic  
Comparative Tracking Index (CTI)
600 ≤ CTI  
Insulating material
PA 66 GF 30  
Insulating material group
I  
Surface finish
untreated  
UL 94 flammability rating
V-0  

General data

Colour
black  
Colour chart (similar)
RAL 9011  
Encapsulation option
No  
Mounting rail
TS 35  
Protection degree
IP20 in installed state  

Assembly properties

Number of slots for female connectors of the mounted assembly, max.
12  
Number of PCBs, max.
2  
Number of connection levels, max.
3  
Number of poles, max.
48  
Height of components on the PCB (usage of 1 PCB), max.
38,6  mm
Height of components on the PCB (usage of 2 PCB), max.
34,7  mm
Type of assembly of the PCB
double-sided  

Mechanical tests

According to Standard
DIN EN 61373:1999 (shock and vibration)  
Test conditions
five housings installed in a row  
200g additional weight per PCB  
two PCB mounted  
Proved axles
X  
Y  
Z  
Shock test
  • General test advices:
    All mechanical tests were tested on examplary setup, or in view of depending regulation. The specified results do not replace approval relevant tests. They are just orientation values.
  • Test category:
    1
  • Number of shocks per axle:
    3 in positive and negative direction
  • Shock duration:
    30 ms
  • Acceleration horizontal:
    30 m/s²
  • Acceleration vertical:
    30 m/s²
  • Acceleration longitudinal:
    50 m/s²
Vibration test
  • Test category:
    1B
  • Test duration:
    5 hours per axle
  • Effective acceleration:
    7,9 m/s²

Thermal tests

Thermal tests
  • General test advices:
    All thermal tests were tested on examplary setup, or in view of depending regulation. The specified results do not replace approval relevant tests. They are just orientation values.
  • Test conditions:
    seven housings installed in a row - no spacing
  • Test axles:
    horizontal
  • Ambient temperature:
    55 °C
  • Power dissapation, max.:
    4,2 W
  • Ambient temperature:
    50 °C
  • Power dissapation, max.:
    4,8 W
  • Ambient temperature:
    40 °C
  • Power dissapation, max.:
    5,9 W
  • Ambient temperature:
    20 °C
  • Power dissapation, max.:
    8,25 W

Component properties

Color of clip-on foot
black  
Cut out in clip-on foot area as preperation for
Micro SIM card (3FF)  
Number of connection levels, max.
3  

Design - IN requirements

PCB thickness
1,6  mm
Tolerance for the PCB shape
±0.1 mm  
Tolerance of circuit board thickness
±0.15 mm  

Individualization options

Alternitive colours
More on request  
Customer specific labelling possible
Yes  
Customer specific order process
See guideline under downloads  
Processing possibilities
Laser processing  

Important note

Product information
Circuit board contour, restricted zones, and other information for the design in of the circuit board can be found in the category connection technology under the corresponding male headers in the downloads.  

Classifications

ETIM 8.0
EC001031  
ETIM 9.0
EC001031  
ETIM 10.0
EC001031  
ECLASS 11.0
27-18-27-92  
ECLASS 12.0
27-18-27-92  
ECLASS 13.0
27-19-06-01  
ECLASS 14.0
27-19-06-01  
ECLASS 15.0
27-19-06-01