Technical Information
Item condition |
New |
Manufacture name |
SIMATIC RF600 Reader RF685R CMIIT; ... |
Brand |
Siemens
|
Categories |
Sensors
|
Country of origin |
DE |
Harmonized System Code |
8517 6200 00
|
Width |
0.258 mm |
Height |
0.258 mm |
Depth |
0.08 mm |
Frequency |
UN MHz |
Diameter |
UN mm |
Radio protocol |
EPCglobal Class-1 Gen 2 |
Max. transmission range |
8 mm |
Number of digital inputs |
4 |
Number of digital outputs |
4 |
Type of voltage (input voltage) |
DC |
Type of electric connection |
Other |
Connection for external antenna |
Yes |
Degree of protection (IP) |
IP65 |
Max. transmission rate, reading |
UN kBit/s |
Max. transmission rate, writing |
UN kBit/s |
Packing details
Packing level 1 |
4047622169520 |
Description
SIMATIC RF600 Reader RF685R CMIIT; Interfaces: Ethernet M12 PROFINET M12 1 integrated antenna+1 ext. antenna port, 4 dig. inputs/ 4 dig. outputs, 24 V DC; IP65; -25 to +55 °C; without accessories. Suitable for use in harsh industrial and outdoor environments thanks to the high degree of protection (IP65). UHF for industry algorithms facilitates optimum reading results in areas with difficult radio connectivity. Commissioning and diagnostics tools are already integrated into the reader. Web interface (HTML5) for convenient commissioning, parameter assignment and diagnostics. Integrated PROFINET, EtherNet/IP and Ethernet (TCP/IP, OPC UA) interfaces facilitate simple integration. Multi-functional reader with a long range (up to 200 mm). The reader is one of the world's first UHF readers with OPC UA functionality (OPC UA Server) with protection against unauthorized data access by means of OPC UA Integrated Security. Digital inputs and outputs with efficient switching capacity allow use in various applications. Thanks to the variable polarization of the integrated, adaptive antenna, high reading rates are possible, even in areas with poor radio reception. In addition, project planning and spare parts inventory management are considerably simplified. High-quality radio chip works optimally with the integrated, adaptive antenna. This reduces the costs of plant planning and implementation.