☰
Home  /  Cable Assemblies  /  Circular Cable Assemblies  /  SICK Inc 2070988
2070988
2070988
Active
Circular Cable Assemblies
Description:  CIRC CBL 7POS RCPT TO PLUG 0.82'
Manufacturer:  SICK Inc
Datasheet:   2070988 Datasheet
History Price: Active
In Stock: 39900
Distributors
Specification
PDF Datasheet
Equivalent
2070988 Specification
Specification
Mfr Part
2070988
Category
Circular Cable Assemblies
Manufacturer
SICK Inc
Series
-
Packaging
Bulk
Status
Active
Environmental Compliance
Lead Free
Radiation Hardening
No
REACH SVHC
No SVHC
RoHS
Compliant
HS Code
-
Technical Parameter
1st Connector Type
Receptacle
1st Connector Gender
Male Pins
1st Connector Number of Positions
7
1st Connector Number of Positions Loaded
All
1st Connector Shell Size - Insert
M26
1st Connector Orientation
-
1st Connector Mounting Type
Free Hanging (In-Line)
2nd Connector Type
Plug
2nd Connector Gender
Female Sockets
2nd Connector Number of Positions
5
2nd Connector Number of Positions Loaded
All
2nd Connector Shell Size - Insert
M12
2nd Connector Orientation
-
2nd Connector Mounting Type
Free Hanging (In-Line)
Assembly Configuration
0.82' (249.00mm)
Cable Type
Standard
Cable Material
Round
2070988 Compare Parts
  • 2070988 vs 2079315
    •
  • 2070988 vs 2079314
    •
  • 2070988 vs 2079295
    •
  • 2070988 vs 2079294
    •
  • 2070988 vs 2079292
    •
  • 2070988 vs 2079291
    •
  • 2070988 vs 2079290
    •
  • 2070988 vs 2076551
    •
  • 2070988 vs 2076549
    •
  • 2070988 vs 2076548
    •
  • 2070988 vs 2076545
    •
  • 2070988 vs 2076544
    •
  • 2070988 vs 2076543
    •
  • 2070988 vs 2076542
    •
  • 2070988 vs 2076541
    •
  • 2070988 vs 2076540
    •
  • 2070988 vs 2070989
    •
  • 2070988 vs 2070987
    •
  • 2070988 vs 2070427
    •
  • 2070988 vs 2070425
    •
  • 2070988 vs 2073244-1
    •
  • 2070988 vs 207003A01F030
    •
  • 2070988 vs 207002A01F120
    •
  • 2070988 vs 207002A01F060
    •
  • 2070988 vs 207000A01F1201
    •
  • 2070988 vs 2079599
    •
  • 2070988 vs 2079522
    •
  • 2070988 vs 2079521
    •
  • 2070988 vs 2079293
    •
  • 2070988 vs 2076630
    •
  • 2070988 vs 2076629
    •
  • 2070988 vs 2076628
    •
  • 2070988 vs 2076627
    •
  • 2070988 vs 2076626
    •
  • 2070988 vs 2076550
    •
  • 2070988 vs 2075985
    •
  • 2070988 vs 2075983
    •
  • 2070988 vs 2075982
    •
  • 2070988 vs 2075967
    •
  • 2070988 vs 2075219
    •
    2070988 Related Parts
    2070425
    2070425
    SICK Inc
    CIR CBL 17POS PLUG TO WIRE 9.84'
    2070427
    2070427
    SICK Inc
    CIR CBL 17POS PLUG TO WIRE 32.8'
    2070987
    2070987
    SICK Inc
    CIRC CBL 8POS RCPT TO PLUG 0.82'
    2070989
    2070989
    SICK Inc
    CIR CBL 12POS RCPT TO PLUG 0.82'
    2076540
    2076540
    SICK Inc
    CIRC CBL 8POS PLUG TO WIRE 8.2'
    2076541
    2076541
    SICK Inc
    CIRC CBL 8POS PLUG TO WIRE 16.4'
    2076542
    2076542
    SICK Inc
    CIRC CBL 8POS PLUG TO WIRE 24.6'
    2076543
    2076543
    SICK Inc
    CIRC CBL 8POS PLUG TO WIRE 32.8'
    2076544
    2076544
    SICK Inc
    CIRC CBL 8POS PLUG TO WIRE 49.2'
    2076545
    2076545
    SICK Inc
    CIRC CBL 8POS PLUG TO WIRE 65.6'
    2076548
    2076548
    SICK Inc
    CBL 8POS PLUG RA TO WIRE 16.4'
    2076549
    2076549
    SICK Inc
    CBL 8POS PLUG RA TO WIRE 24.6'
    Customer Reviews
    4.95 out of 5.00 stars from 116 customer reviews from all over the world
    Giada Martino
    Italy
    5 stars
    2026-10-26 16:23
    18 days to Sicily, thanks to combined shipping. OpAmps seem to be fine but so far had no opportunity to test them. Thanks
    Hans de Groot
    Netherlands
    5 stars
    2026-10-26 14:32
    Have not tested
    Marie Fischer
    Germany
    5 stars
    2026-10-26 12:23
    Very fast delivery, top!
    Hunter Davis
    United States
    5 stars
    2026-10-26 09:50
    Everything is fine… what is needed .. Recommend
    Cécile Morin
    France
    5 stars
    2026-10-26 03:07
    Not tested in circuit yet...
    Peter Schneider
    Germany
    5 stars
    2026-10-26 02:56
    NONE of the 10 chips worked correctly. When I put load on them, something inside the chips collides and the output voltage jumps to the input voltage. After that the chip does not regulate any more. Output voltage = input voltage. Very bad quality !
    Copyright © 2021-2026 icDirectory.com
    About Us | Email: support@icdirectory.com
    icDirectory.com is a specialized electronic components platform based in the United Kingdom, dedicated to serving manufacturers and EMS providers from Europe, America, Asia and around the world. The platform is designed to meet the unique needs of professionals in the electronics industry, providing high-quality, real-time inquiry services that connect users with manufacturers and suppliers.