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
OIT500-F113-B12-CB
Product Description |
Optical high temperature identification system, 200 to 450 mm |
General specifications |
Light source | Integrated LED lightning |
Light type | infrared |
Symbologies | Hole matrix Data format: decimal Data capacity: 6 (numerical) Orientation: omnidirectional |
Read distance | 200 ... 450 mm |
Depth of focus | ± 50 mm |
Reading field | 330 mm x 250 mm at max. read distance |
Evaluation frequency | 5 Hz |
Target velocity | triggered max. 0.5 m/s |
Functional safety related parameters |
MTTFd | 51 a |
Mission Time (TM) | 10 a |
Diagnostic Coverage (DC) | 0 % |
Indicators/operating means |
Operation indicator | LED green: supply LED green: ready |
Function indicator | Yellow LED: trigger Yellow LED: code read Red LED: pre-fault Red LED: group error |
Electrical specifications |
Operating voltage | 24 V DC ± 15% , PELV |
Operating current | 250 mA without output drivers |
Interface |
Physical | Ethernet |
Protocol | TCP/IP |
Transfer rate | 100 MBit/s |
Input |
Input voltage | to be applied externally 24 V ± 15% PELV |
Number/Type | 1 trigger input 2 control unit inputs , optically decoupled |
Input current | approx. 1 mA at 24 V DC |
Output |
Number/Type | 1 electronic output, PNP, optically decoupled |
Switching voltage | to be applied externally 24 V ± 15 % PELV |
Switching current | 100 mA each output |
Compliance with standards and directives |
Directive conformity | |
| EMC Directive 2004/108/EC | EN 61326-1 , EN 61000-6-4 |
Standard conformity | |
| Noise immunity | EN 61326-1 |
| Emitted interference | EN 61000-6-4:2007/A1:2011 |
| Degree of protection | EN 60529 |
Approvals and certificates |
EAC conformity | TR CU 020/2011 |
Ambient conditions |
Ambient temperature | 0 ... 45 °C (32 ... 113 °F) |
Storage temperature | -20 ... 60 °C (-4 ... 140 °F) |
Mechanical specifications |
Degree of protection | IP64 |
Connection | 8-pin Harting HAN RJ-45 2 x 5-pin M12 socket Supplied ferrite sleeve for suppression of the Ethernet cable |
Material | |
| Housing | diecast aluminum powder coated |
Mass | approx. 4000 g |
Documents:
OIT500-F113-B12-CB
CAD+CAE:
OIT500-F113-B12-CB
Approvals+Certificates:
OIT500-F113-B12-CB
Software:
OIT500-F113-B12-CB
Associated Products:
OIT500-F113-B12-CB
Accessories |
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Male cordset single-ended M12 straight A-coded, 4-pin, PVC cable greyfa |
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Code carrier for optical high-temperature identification system, stainless steelfa |
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Female cordset, Harting, 8-pin, shielded, PVC cablefa |
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Connecting cable, RJ-45 to RJ-45, PUR cablefa |
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Field-attachable "Push-Pull" connectorfa |
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Field-attachable male connectorfa |
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Female connector, Harting, 8-pin, field attachablefa |
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Software for OIT high temperature identification systemfa |
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Replacement glass for series OIT300, OIT500 and OIT1500fa |
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Function:
OIT500-F113-B12-CB
The OIT500-* stationary read device is an optical identification system that works using industrial vision methods and is used in automated manufacturing processes. The ambient conditions in automobile construction in particular, for example the cyclical temperature changes, often make the use of read-only tags with electronic components difficult if not impossible. For the OIT high-temperature identification system, read-only tags of solid metal plates with a perforated matrix are used, which are designed for use at temperatures of up to 500 °C and suitable for high mechanical stress.
Simple installation and commissioning without complicated, time-consuming Teach-In processes enable rapid entry. Pluggable connections for the rapid exchange of devices and a controller with simple command set via the Ethernet interface guarantee simple operation. A scratch-resistant, replaceable quartz glass panel and sturdy metal housing make the OIT500-* a robust, efficient identification system.