Serviceline Industrial Sensors
Serviceline Explosion Protection

Code carrier OIC-C10V2A-CB1-BLANK

OIC-C10V2A-CB1-BLANK
  • Sturdy code carrier for temperatures up to 500 °C (932 °F)
  • High chemical resistance
  • Non-rusting
  • Suitable for cleaning with aggressive and abrasive media

Please note: All product-related documents, such as certificates, declarations of conformity, etc., which were issued prior to the conversion under the name Pepperl+Fuchs GmbH or Pepperl+Fuchs AG, also apply to Pepperl+Fuchs SE.

Download the complete datasheet as a PDF:


Datasheet excerpt: Technical data of  OIC-C10V2A-CB1-BLANK

Product Description
Blank code carrier for self-production for optical high-temperature identification system
General specifications
Read distance250 ... 450 mm
Depending on the respective read device
Data storageRange of values: 6-character numerical,
between 000.000 and 999.999
plus 1 check digit
Ambient conditions
Ambient temperature-25 ... 500 °C (-13 ... 932 °F)
Mechanical specifications
Material thickness2 mm
MaterialStainless steel V2A
InstallationParallel to the reader at the respective reading distance
Tilt angle 10° max.
Massapprox. 280 g
NoteCoating of the code sheets is possible, provided that reliable hole detection is guaranteed.
Hole diameter5 mm

Classifications

SystemClasscode
ECLASS 13.027310192
ECLASS 12.027310192
ECLASS 11.027319290
ECLASS 10.0.127319090
ECLASS 9.027319290
ECLASS 8.027319290
ECLASS 5.127310290
ETIM 9.0EC003015
ETIM 8.0EC003015
ETIM 7.0EC003015
ETIM 6.0EC003015
ETIM 5.0EC003015
UNSPSC 12.143211711

Details: OIC-C10V2A-CB1-BLANK

Function

Code carrier is used together with high temperature identification systems of the OIT product family for identification purposes in especially harsh industrial environments.

The code carrier is extremely sturdy, suitable for use in environments up to 500 °C, and is not sensitive to dirt. It can also be cleaned with aggressive and abrasive agents.

Optical identification

From 2-D code readers and handhelds to barcode scanners and special solutions—find the ideal solution for your optical identification task.