SIMATIC RF170C RFID module System Manual

Below you will find brief information for communication module RF170C. The RF170C is a communication module for use with SIMATIC RF300 RFID systems. It communicates with a host system via the PROFIBUS DP interface and can be connected to two RFID readers/write/read devices. The RF170C supports a variety of RFID tags and is suitable for a wide range of applications such as identification, tracking, and data acquisition.

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Communication modules

7.7 RF170C

Configuration

Note

In the figures below, the ET 200pro with the CM IM DP Direct connection module represents an example for the interface module.

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Figure 7-39 Maximum configuration of RF170C on an ET 200pro

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Communication modules

7.7 RF170C

7.7.2

Connect the RF170C with the connection module

Introduction

On the RF170C connection module, you connect the cable to the readers / write/read devices using 8-pin round sockets. Use an 8-pin M12 connector and a corresponding cable if you prefer to produce a customized cable.

In doing so, please comply with the cable configurator in the system manuals of the RFID families.

Figure 7-40 Sockets and LEDs of the RF170C connection module

Requirements

Before you start to wire the RF170C connection module, switch off the supply voltage, or deinstall the connection module.

Note

It is easier to wire the RF170C connection module after you have removed it from the communication module.

Accessories required for the RF170C

● Patch cable with 8-pin M12 connector

● Alternatively: Shielded 7-core Cu cable, flexible, conductor cross-section ≤ 0.75 mm 2 and

8-pin M12 connector

Connecting M12 connectors

Plug the connector into the relevant socket of the RF170C connection module. Make sure the connector and socket are properly interlocked (groove and spring).

Tighten the knurled screws of the connector (torque = 1.5 Nm.)

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Communication modules

7.7 RF170C

Connect RF170C connection module

Insert the RF170C connection module into the communication module.

Screw the connection module onto the rack (4 cross-head screws on the front: top and bottom, tightening torque 1.5 Nm)

Figure 7-41 Connect RF170C connection module

Sealing unused sockets

Always close all unused sockets using M12 caps in order to achieve the degree of protection

IP65, IP66 or IP67.

Reference

ET 200pro Distributed I/O device operating instructions, Section Electrical configuration of

ET 200pro

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Communication modules

7.7 RF170C

7.7.3

LED displays on the RF170C communication module

LED display

The figure below shows the position and layout of the LED display on the the RF170C connection module.

Figure 7-42 LED display on the RF170C communication module

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Communication modules

7.7 RF170C

Status and error LEDs on the RF170C connection module

Table 7-21 Status and error LEDs for RF170C

LEDs Meaning*

SF Group errors

ACT_1, ACT_2 The corresponding reader / (write/read device) is active in processing a user command. (MOBY I only)

ERR_1, ERR_2 * A flashing pattern indicates the last error to occur.

PRE_1, PRE_2 ** Indicates the presence of a transponder/MDS.

RxD_1, RxD_2 Indicates live communication with the reader / write/read device. May also indicate malfunctions on the reader / write/read device.

* The meaning of the individual flashing pattern is described in the relevant FB and FC documentation. That documentation also includes the associated error descriptions.

** In the case of multitag operation, this LED uses a flashing interval to indicate the number of data carriers currently within the range of the reader / write/read device.

After start-up or updating the firmware, the LEDs SF, PRE, ERR and ACT indicate the operating status or faults of the RF170C:

Off

PRE_1 ERR_1

Off Off

Off

ACT_1 PRE_2 ERR_2

On Off Off

Off

ACT_2

Off

–

Off

–

Off

1 x flash every 3 s n x flash every 3 s

Off

–

Off

–

Off

1 x flash every 3 s m x flash every 3 s

– – Flashing Rapid flashing

– Flashing

– = not relevant

* If this fault recurs, the module is defective and must be replaced.

–

Rapid flashing

Off

Description

Start-up active

Checksum error at start-up *

Firmware invalid *

LED test for approximately 4 seconds; otherwise firmware fault *

Checksum error at start-up *

Checksum error of the firmware *

External RAM defective *

ESSA3 defective *

ID error firmware *

RF170C successfully started up, waiting for reset command

The number of flashes (n, m) indicates the last reported error on a given channel.

Firmware update; alternate flashing of the error LEDs at approximately 1 Hz

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7.7 RF170C

7.7.4

Technical specifications

Table 7-22 Technical specifications for RF170C

Serial interface to the user

Interface to the ET 200pro

Connection method

Transmission rate

Max. block length

Normal addressing Filehandler

PROFIBUS DP-V1/PROFINET IO

ET 200pro backplane bus

See

ET 200pro operating instructions

2 words cyclic/240 bytes acyclic

(per channel)

Serial interface to the reader/ write/read device

Connector

Max. cable length

2 x M12 coupler plug

1000 m, dependent on reader / write/read device

(2 m = standard length; for other standard cables and selfassembled cables, refer to Section Connecting cables )

2x reader / write/read devices Connectable readers / write/read devices

Software functions

Programming

SIMATIC S7 function blocks

MDS addressing

Commands

MOBY I dialog:

Normal station/VMDS

Memory size VMDS

Power supply 1

• Rated value

• Permissible range

Current consumption 2

Current taken from reader outputs

Depending on the PROFIBUS

DP master

FB 45 / FC 45

(normal addressing without multitag)

FC 55

(normal addressing with multitag)

Depending on the PROFIBUS

DP master

FB 56 / FC 56

(filehandler, with and without multitag)

Direct access via addresses Access via DOS-like file system

Initialize MDS, read data from MDS, write data to MDS, etc.

Yes/Yes

16KB

Format MDS, read file, write file, etc

No/No

–

24 V DC

20 V to 30 V DC

Max. 1 A; typ. 130 mA (without reader / write/read device) max. 800 mA

(for one or 2 readers / write/read devices)

Yes Galvanic isolation

Ambient temperature

• During operation

• During transport and storage

–25 to +55°C

–40 to +70°C

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Communication modules

7.7 RF170C

Dimensions (W x H x D) in mm

• RF170C (electronic and bus module)

• RF170C with connection module

Weight

• RF170C communication module

• RF170C connection module

Normal addressing

90 x 130 x 35

90 x 130 x 60

Approx. 270 g

Filehandler

Degree of protection

MTBF (at 40°C)

Approvals

Approx. 500 g

IP67

129 years cULus (file E116536)

1 ) All supply and signal voltages must be low level protective voltage (SELV/PELV acc. to EN 60950)

24 V DC supply: Safety (electrical) isolation of low voltage (SELV / PELV acc. to EN 60950)

2 ) The current supply must provide the current required (max. 1 A) for intermittent periods of failed voltage ≤ 20 ms.

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7.7 RF170C

7.7.5

Dimensional drawings

RF170C with connection module

The dimension drawing for an RF170C communication module with plugged-in connection module is shown below.

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Figure 7-43 Dimension drawing for RF170C communication module with connection module on mounting rack, narrow

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7.7.6

Communication modules

7.7 RF170C

Ordering data

Communication module and connection module

Table 7-23 Communication module and connection module order numbers

Name

RF170C communication module, 1 unit

RF170C connection module, 1 unit

Order number

6GT2002-0HD00

6GT2002-1HD00

RF170C connection module accessories

Table 7-24 Order numbers for RF170C connection module accessories

Name

Write/read device cable MOBY I / E / U

Write/read device cable MOBY D

Reader cable RF300, extension cable

RF300/MOBY I/E/U/D

2.0 m

5.0 m

2.0 m

5.0 m

10.0 m

20.0 m

50.0 m

Order number

6GT2091-0FH20

6GT2091-0FH50

6GT2691-0FH20

6GT2891-0FH20

6GT2891-0FH50

6GT2891-0FN10

6GT2891-0FN20

6GT2891-0FN50

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Communication modules

7.8 RF180C

7.8.1

Description

Area of application

The RF180C communication module is a module that can be used on any controller for operating RFID components over PROFINET IO.

226

Figure 7-44 RF180C communication module

When operating the RF180C on a SIMATIC S7, a convenient function module is made available to the user (FB 45). When using it on other controllers, please follow the appropriate instructions for parameterization and integration in the system.

The following RFID families can be operated with the RF180C:

● RF300

● MOBY D

● MOBY U (normal addressing)

● MOBY E (available soon)

● MOBY I (available soon)

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Features

Communication modules

7.8 RF180C

Up to two readers / SLGs can be operated on the RF180C at the same time. The user can issue a command to 2 readers / SLGs simultaneously (FB 45 when operating on a SIMATIC

S7).

The tag data are accessed by means of physical addressing of the tag. In SIMATIC S7, the

FB 45 is available for this purpose. The FB 45 provides the S7 user with a simple-to-use interface with powerful commands (processing one complete tag with one command; command linking; S7 data structures via UDTs).

Other features

● Degree of protection IP67

● System integration with M12, 7/8" concept

● Standardized PROFINET IO user interface for identification systems with RFID standard profile (with later firmware version)

● Firmware update

● Parameterizable device-specific diagnostics data

● Support for I&M functionality (a mechanism for reading out information via the module and saving system information such as function, installation date, installation location, and comments).

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7.8 RF180C

Layout

The RF180C has the same housing as the distributed I/O system ET 200eco.

For connecting to PROFINET IO, the RF180C communication module has a connection block of the M12, 7/8" type.

The following figure shows the basic design of the RF180C.

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Potential

Communication modules

7.8 RF180C

Ungrounded installation of the system is possible with the RF180C. The following circuit shows the internal relationships of the reference potentials.

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Figure 7-46 Electrical isolation of RF180C

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Communication modules

7.8 RF180C

Integration

The following figure shows how the RF180C is integrated in an automation system.

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Figure 7-47 Configurator for RF180C

The RF180C is integrated into the hardware configuration by means of a GSDML file. The

RF180C can then be configured using HW-Config of the SIMATIC manager or another

PROFINET tool. The GSDML file can be found on the RFID Systems Software &

Documentation CD or on the Internet (see Section Service & Support).

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7.8.2

Connection

Communication modules

7.8 RF180C

Proper use

When connecting non-specified devices to the RF180C, it is possible that the connected device may be destroyed.

PROFINET IO connection system

Detailed information about connecting the RF180C to PROFINET IO can be found in the

PROFINET System Manual.

You will find the system manual on the Internet at the following address: http://www.siemens.com/automation/service&support

Search for the entry with the ID number 19292127.

NOTICE

The device must not be connected to the public telephone network without a HUB / Switch because the voltage intervals are designed for 500 V.

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Communication modules

7.8 RF180C

PROFINET IO installation techniques

PROFINET IO communication can be established in BUS or STAR topology. Please note the information in the Section Loop-through connection of PROFINET IO and supply voltage.

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Figure 7-49 RF180C with STAR topology

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Communication modules

7.8 RF180C

Reader/SLG connection system

One reader/SLG always occupies one M12 connection socket on the RF180C. A preassembled cable therefore provides the optimum easy connection for the reader/SLG.

The connection cable is 2 m long in the standard version.

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Communication modules

7.8 RF180C

7.8.2.1 Wiring connection block M12, 7/8"

Features

● Connect the supply voltages and PROFINET IO to connection block M12, 7/8":

– M12 connection in D coding: PROFINET IO

– 7/8" connection: Power supply voltages

● You can loop the supply voltages and PROFINET IO through via the second M12 or 7/8" round socket.

Requirements

● Wire connection block M12, 7/8" when the supply voltage is switched off.

Required tools

Stripping tool, screwdriver for wiring the M12 and/or 7/8" connector if you are not using a pre-assembled cable.

Accessories required

● Pre-assembled cable with connector

● If you are not using a pre-assembled cable:

– M12: 4-core Ethernet cable (Twisted Pair), shielded and M12 connector, 4-pole, D coding (see Table Pin assignments of M12 connector, 4-pole, D coding

(PROFINET IO))

– 7/8": 5-core cable and 7/8" connector (see Table Pin assignment for 7/8" connector

(supply voltages))

● For order numbers, refer to Section Ordering data.

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7.8 RF180C

Wiring M12, 7/8" connector

The tables below contain the pin assignment for the M12 and 7/8" connectors:

Table 7-25 Pin assignment for M12 connector, 4-pole, D coding (PROFINET IO)

Data line TxP

Data line RxP

Data line TxN

Data line RxN

Assignment View of M12 connector, 4-pole, D coding

(wiring side)

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Any connector can be used for infeed and looping through

Table 7-26 Pin assignment for 7/8" connector (supply voltages)

Pin Assignment

Load voltage ground (2M)

Ground for electronic / encoder supply

(1M)

Electronics / encoder supply (1L+)

(voltage supply for RF180C and reader/SLG)

Load voltage supply (2L+)

(unused on RF180C)

View of 7/8" connector

(wiring side)

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Note

When connecting up the supply voltage, we recommend the cable specified in the Section

Ordering data (cable 5 x 1.5 mm 2 pre-assembled with 7/8" connectors).

If you want to assemble the cable yourself, then the conductor cross-section should be

1.5 mm 2 .

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Communication modules

7.8 RF180C

Connecting up M12, 7/8” connector

Press the connector (M12 or 7/8") into the relevant round socket on the connection block.

Ensure that the correct stop is provided between the connector and bush (groove and spring).

Use the knurled locking ring to secure the connector.

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Figure 7-51 Connecting up M12, 7/8” connector

Sealing unused sockets

Always close all unused sockets using M12 or 7/8" seal caps in order to achieve the degree of protection IP65, IP66 or IP67. For order numbers, refer to Section Ordering data.

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7.8.3

Communication modules

7.8 RF180C

Parameter assignment

7.8.3.1 PROFINET IO configuration

Introduction

The GSDML file allows you to configure RF180C in STEP 7 V5.3 + SP 2 or higher. The

GSDML file must have been installed beforehand in the configuration software.

Requirements

● A GSDML file is required to integrate the RF180C into the hardware configuration of the

SIMATIC Manager:

GSDML-V1.0-SIEMENS-RF180C-"Datum im Format yyyymmdd".xml

You will find the file on the CD RFID Systems Software & Documentation in the directory

Daten\PROFI_GSD\RF180C.

● The RF180C must have a valid IO device name. The default device name is RF180C

Configuring the RF180C on PROFINET IO with STEP 7

Start STEP 7, then select Options > Install New GSD File in HW Config.

Select the GSDML file to install from the next dialog box, then confirm with OK.

Result: The RF180C is displayed in the HW catalog under Profinet IO > Ident Systems >

SIMATIC RFID.

Create a new project.

Configure the RF180C in HW Config.

Parameterize the RF180C.

Save the configuration, or download it to the IO controller.

Further information can be found in the Sections Assigning device names to the IO device and Configuration parameters of the RF180C.

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7.8 RF180C

7.8.3.2 Assigning device names to the I/O device

Introduction

Each PROFINET IO device is assigned a unique device ID by the manufacturer (MAC address).

Each RF180C IO device is addressed by its device name in the configuration and user program.

For detailed information on addressing in PROFINET IO, refer to the PROFINET System

Description.

Requirements

● RF180C communication module

● The PG must be online on PROFINET to the IO device to let you assign a device name to the communication module.

● There must be no connection to the CPU.

Transferring the device name to the communication module

In HW Config select PLC > Ethernet > Edit Ethernet Node.

Click the <Search> button for modules that can be accessed online. This will display all accessible IO controllers and IO devices complete with MAC address, IP address (where applicable), device name and device type.

Select the required RF180C and click <OK>.

Assign a device name and click the button <Assign name>.

The device name must be unique within the plant and must comply with the HW Config configuration.

Result

The device name is saved in connection block and base unit of the RF180C communication module.

Forwarding the device name when the communication module is replaced

The device name of the IO device is saved in the connection block.

To transfer the device name when the RF180C communication module is replaced, remove the connection block from the "old" RF180C and plug it into the "new" RF180C. The station can be addressed again and will operate as before the replacement.

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7.8 RF180C

Station flash test

If you use more than one IO device, the dialog also displays more than one IO device. In this case, you should compare the MAC address of the device with the indicated MAC address and select the proper IO device.

The identification of IO devices in a system is facilitated by a node flash test. The flash test is activated as follows:

In the Edit Ethernet Node dialog, select one of the indicated IO devices.

Press the button <Flashing>.

On the selected IO device both "Link" and "RX/TX" LEDs flash on the connection block.

With <Stop Flashing> fliashing stops again.

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7.8 RF180C

7.8.3.3 Configuration parameters of the RF180C

The GSDML file contains four parameters relevant to RFID that must be set. They are set by selecting the "Object properties" for slot 0 of the RF180C in HW Config

The parameters are described in the function manual FB 45. The table below shows the possible settings:

Table 7-27 Setting of RFID-relevant parameters

Parameter name

USER_Mode

MOBY_Mode

Baud rate for write/read device RF300 /

MOBY U/D

Diagnostics with diagnostics messages (see chapter)

Diagnostics

Value

FB 45

FB 55

FB 56

RFID standard profile

MOBY I / E standard addressing

MOBY I file handler

MOBY U / D / RF300 standard addressing

MOBY U file handler

19.2 k baud

57.6 k baud

115.2 k baud none

Hard errors

Hard/soft errors low priority

Hard/soft errors high priority

1 not permitted with MOBY D with write/read device D11S/D12S

Note

Default

With later firmware version

Default

With later firmware version

Default 1

Standard diagnostics only

Hardware-related messages only

All messages

All messages high-priority

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7.8.3.4 Input parameters for RF180C

Communication modules

7.8 RF180C

Input parameters for RF180C with FB 45

Allocation is undertaken in UDT 10.

Table 7-28 Input parameters for RF180C with FB 45

Address

+0.0

Name

ASM_address

Permissible values

+2.0

+8.0

+9.0

+9.1

+10.0

+11.0

+12.0

+13.0

+14.0

+15.0

+16.0

ASM_channel

MDS_control

ECC_mode

RESET_long

MOBY_mode option_1 distance_limiting multitag scanning_time field_ON_control field_ON_time

1, 2

B#16#0, 1

TRUE, FALSE

Comment

I/O in the I/O area of the control unit

TRUE, if MOBY_mode = 5 (MOBY U)

(8):

• Write/read device must be type

SLG4x.

• The VMDS memory size is 16KB. The

MOBY I:

MOBY U:

B#16#00 … C8

B#16#00, 02, 04 the parameters for MOBY_mode have been set accordingly.

output power):

B#16#05, 0A, 0F, 14,

19, 1E, 23

MOBY U (reduced output power):

B#16#85, 8A, 8F, 94,

99, 9E, A3

MOBY D:

B#16#02 … 28

B#16#1

MOBY U:

MOBY D:

B#16#0

MOBY U:

B#16#00 … FF

MOBY D:

B#16#00, 01

MOBY U / D

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Communication modules

7.8 RF180C

7.8.3.5 Command table of the RF180C

Table of commands of the RF180C for standard addressing (FB 45)

Allocation is undertaken in UDT 20 using the "command" variable.

Table 7-29 Commands for RF180C with standard addressing

Command code normal linked *

Description Available in the RFID system

Describe MDS

Read MDS; read fixed code

Initialize MDS

SLG status all all all

RF300/MOBY U/D

Switch off MDS

Turn antenna on/off

MOBY U

RF300/MOBY U/D

0B 4B MDS status RF300/MOBY U

*) Chained commmands are not supported by all readers / SLGs. Please note the relevant information in the RFID system manuals.

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7.8.4

Communication modules

7.8 RF180C

PROFINET diagnostics

7.8.4.1 Diagnosis using LEDs

The following figure shows details of the LEDs of the RF180C.

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Figure 7-52 LEDs of the RF180C

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Communication modules

7.8 RF180C

Table 7-30 Status LEDs for the RF180C

LEDs Meaning *

24 VDC

ACT_1, ACT_2

ERR_1, ERR_2 *

Lights up when the RF180C has completed start-up without errors.

Lights up when the 24 V supply voltage is connected to the RF180C.

The corresponding reader/SLG is active in processing a user command.

A flashing pattern indicates the last error to occur.

PRE_1, PRE_2 **

RxD_1, RxD_2

Indicates the presence of a tag/MDS.

Indicates live communication with the reader / SLG. May also indicate malfunctions on the reader / SLG.

*) The meaning of the individual flash patterns and the associated fault descriptions can be found in the relevant FB documentation.

**) In multitag mode, this LED uses a flash interval to indicate the number of data media currently within the range of influence of the reader/SLG.

Table 7-31 LED display for PROFINET diagnostics

Flashes

Off

–

Cause of error

• Communication module is in startup mode.

• No cable inserted

• There is no connection to the IO controller.

• A PROFINET diagnostic signal exists.

• Normal mode

Error handling

When the bus is configured correctly, this state ends a few seconds after switching the module on.

• Check the PROFINET IO connection.

• Check your PROFINET IO configuration (device name, GSDML file).

• Reload the configuration into the RF180C (see the

Section "Configuration parameters of the RF180C")

• Analyze the diagnostic data.

– Off Off

– = Status not relevant

Table 7-32 LEDs on connection block

Link (green) Tx / Tx (yellow) Meaning

Off

Flashes

No physical connection over PROFINET IO

Physical connection over PROFINET IO, no data communication

Physical connection over PROFINET IO, with data communication

Off On Temporary state following switch-on

The table is applicable to both left and right PROFINET IO connection.

Other communication module operating modes are indicated by the PRE, ERR, ACT, SF and ON LEDs:

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Table 7-33 LED display for operating states

Off

SF PRE_1 ERR_1 ACT_1 PRE_2 ERR_2 ACT_2 Description

Off

Slow flashin g

Off

Slow flashin g

Off Start-up active

On LED test on start-up

(start PROFINET IO)

Off Internal fault

On Checksum error of the firmware

Off Firmware update

(flashes with every described area)

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7.8.4.2 Parameterization of the diagnostics

● Faults are reported by PROFINET IO through the generation of alarms. Alarms are output using OB82. The alarm data can be accessed through SFB 54.

Parameterizing possibilities

See also Section Configuration parameters of RF180C.

● None

An alarm will not be issued in the event of an error.

● Hard errors

Alarms are generated in the case of the following events:

– Hardware fault (memory test)

– Firmware fault (checksum)

– Interrupted connection to the reader/SLG

An alarm is generated and the SF LED on the S7 CPU is activated.

● Hard/soft errors low priority

In contrast to hard errors, in this case, errors are also reported that arise during command processing

An alarm is generated. However the SF LED on the S7 CPU is activated.

● Hard/soft errors high priority

As under hard/soft errors low priority

An alarm is generated when an event occurs as well as when the event ceases.

Incoming alarm

An event occurs and triggers an alarm. The SF LED of the S7 CPU is set as parameterized.

Outgoing alarm

An event no longer exists, an alarm is triggered and the SF LED of the S7 CPU is reset.

For events that only exist momentarily, the reset is delayed by 3 seconds.

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Further information

Detailed information about PROFINET IO diagnostics is included in the following documents:

● System manual PROFINET, System Description

(Article No. 19292127)

● Programming manual PROFINET IO, from PROFIBUS DP to PROFINET IO

(Article No. 19289930)

● Product information PROFINET IO, Structure of the Diagnostic Data Records

(Article No. 19327300)

You will find the documents on the Internet at: http://www.siemens.com/automation/service&support

Search for the specified article numbers here.

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7.8.4.3 Structure of the diagnostic data

The header of a diagnostic data record comprises 20 bytes of PROFINET IO-specific data.

The manufacturer-specific diagnostic data start from Byte 21.

For the RF180C, the diagnostic data are structured in accordance with the PROFIBUS

Profile Guideline (PROFIBUS Proxy Guideline, Identification Systems Proxy Ident Function

Block) for identification systems with MOBY-specific additional information.

Byte Name Contents

PROFIBUS Profile Guideline for Identification Systems

23 channel_num function_num error_decode error_code_1

Bit 7..0 1d: Relating to Reader 1

2d: Relating to Reader 2

Reserved for a future expansion stage

24 error_code_2 Reserved for a future expansion stage

RFID-specific additional information

28 moby_code_1 moby_code_2 moby_code_3 moby_code_4

Reserved for a future expansion stage

Error code

To be taken from the corresponding FC/FBs.

29 meldecode counter_high counter_low fw_version_high fw_version_low

Error code

To be taken from the corresponding FC/FBs.

Continuous event counter high-order byte

Continuous event counter low-order byte

Firmware version high-order byte

Firmware version low-order byte

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7.8.5

Communication modules

7.8 RF180C

Technical data

Table 7-34 General technical data

Ethernet interface to the user

Principle

Physical medium

Duty type

Transmission rate

Plug-in connection

Maximum cable length

Cable type

Autonegotation

Autocrossing

Switch function

IRT

Manufacturer ID (vendor ID)

Device ID (DeviceID)

Serial interface to the reader/SLG

Connector

Max. cable length

PROFINET IO

Ethernet over 4-core cable

100BaseX full duplex

100 Mbit/s

M12, 4-pin, D coding

100 m

STP Cat 5

Yes

Yes, internal

Yes

002AH

0C01H

Connectable readers/SLGs

2 x M12 coupler plug

1000 m, dependent on Reader/SLG

(2 m = standard length; for other standard cables and selfassembled cables, refer to Section Connection cables )

2x readers / SLGs of the RFID families RF300, MOBY D or

MOBY U

Software functions

Programming

SIMATIC S7 function blocks

Tag/MDS addressing

Commands

Supply voltage 1)

Rated value

Permissible range

Current consumption without reader / SLG 2)

Current consumption through reader connection

Galvanic isolation

Ambient temperature

During operation

Transport and storage

Depending on the IO controller

FB 45 (normal addressing without multitag)

Direct access via addresses

Initialize tag, read data from tag, write data to tag, etc.

24 V DC

20 V to 30 V DC max. 500 mA; typ. 100 mA

Each 500 mA

Yes

0 to +60 °C

–40 to +70 °C

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Dimensions (W x H x D) in mm

Base unit only

Base unit with M12, 7/8" connection block

Weight

Base unit

M12, 7/8" connection block

60 x 210 x 30

60 x 210 x 54

Approx. 210 g

Approx. 230 g

Mechanical Environmental Conditions

Vibration during operation According to IEC 61131-2:

0.75 mm (10Hz to 58 Hz)

10 g (58 Hz to 150 Hz)

Shock resistance, shock during operation

Degree of protection

Acc. to IEC 61131-2:

30 g

IP67

MTBF (Mean Time Between Failures) in years

Base unit 121

Connection block

Approvals

1100 cULus (file E116536)

FCC Code of Federal Regulations,

CFR 47, Part 15,

Sections 15.107 and 15.109 (Class A)

1) All supply and signal voltages must be low level protective voltage (SELV/PELV acc. to

EN 60950)

24 V DC supply: Safety (electrical) isolation of low voltage (SELV / PELV acc. to

EN 60950)

2) The current supply must provide the current required (max. 500 mA) for intermittent

periods of failed voltage ≤ 20 ms.

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7.8.6

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7.8 RF180C

Dimension drawing for RF180C with fixing holes

The following figure shows the dimension drawing of an RF180C with bus connection block

M12, 7/8" PN.

[

[ [

Figure 7-53 Dimension drawing for RF180C

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7.8.7

Connecting cable to the reader/SLG

7.8.7.1 Routing of standard cables

Available cables

Figure 7-54 Connecting cable M12 ↔ Reader / SLG; l = 2 m, 5 m (MOBY I / E / U)

Figure 7-55 Connecting cable/extension cable M12 ↔ M12; l = 2 m, 5 m, 10 m, 20 m, 50 m

● RF300 connecting cable

● Extension cable for all RFID systems

Figure 7-56 Connecting cable M12 ↔ sub-D (MOBY D)

Maximum cable length

The RF180C can be operated with any reader/SLG configuration with a maximum cable length of 50 m.

Longer connecting cables of up to 1000 m are possible in some instances. The current consumption of the connected reader/SLG must however be taken into account. You will find information in the relevant system manuals.

Sequential arrangement of more than two sub-sections to form a long section of cable should be avoided due to the additional contact resistances.

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7.8 RF180C

Table 7-35 Connecting cable M12 ↔ Reader / SLG

M12 connector (male)

–

Reader/SLG connector (female)

Table 7-36 Connecting cable / extension cable M12 <-> M12

Table 7-37 Connecting cable M12 ↔ sub-D 9-pin

M12 connector (male) Sub-D connector (female)

–

7 –

8 1, 8

Note:

Reader/SLG with Sub-D connector must be supplied over an additional connector with 24 V DC.

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7.8.7.2 Self-assembled cable

A reader/SLG connector plug with screw terminals is provided for users who want to individually pre-assemble their own cables (refer to the relevant system manual). Cables and reader/SLG connector plugs can be ordered from the Catalog FS 10 Sensors for Production

Automation.

Cable structure

You will need cables of the following specifications for self-assembled cables:

7 x 0.25 mm 2

LiYC11Y 7 x 0.25

Connectors

M12 connectors can be obtained from the relevant specialist dealers (e.g. Binder).

Pin assignment

The pin assignment is listed in the following table.

Table 7-38 Pin assignment

M12 connector (male) Pin

Signal

1L+ (+ 24 V)

−RxD

0 V

RxD

TxD

−TxD

Free

PE / shield

Core color

Note data sheet provided by cable manufacturer

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System diagnostics

8.1 Error codes

Error codes of the RF300 readers

Flashing of red

LED on reader

Error code

(hexa- decimal)

Description no error

Boot message

Presence error, possible causes:

• The active command was not carried out completely

• The tag has left the field while the command is being processed

• Communication fault between reader and tag

Parameterization error, possible causes:

• Unknown command

• Incorrect parameter

• Function not allowed

Air interface faulty

The tag memory cannot be written, possible causes:

• Hardware fault (memory faulty)

• Memory write-protected (corresponding OTP area has already been written)

Error in the specified memory address (access attempted to nonexistent or non-accessible memory areas).

Buffer overflow: Insufficient buffer available in the reader for saving the command

Major system fault (hardware fault)

Parameter assignment error: faulty parameter in RESET command

Previous command is still active

Antenna is already switched off/Antenna is already switched on, mode in SET-ANT command not recognized.

Incorrect number of characters in frame

Running command cancelled by "RESET" command

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8.2 Diagnostics functions

8.2.1

Overview

Extended diagnostic functions with SIMATIC RF300

With SIMATIC RF300, extended diagnostic functions are available which simplify start-up and maintenance.

These diagnostic data are accessed using the FC 45 function with the SLG STATUS and

MDS STATUS commands. These two commands can each be called in various modes

(subcommands) for which corresponding data structures (UDTs) are defined.

Command

SLG STATUS

MDS STATUS

Mode

(subcommand)

Meaning

Hardware and firmware configuration, parameterization status

Communication error counter, current command status

Serial number of the tag (UID), memory configuration

EEPROM write-protection status

Serial number of the tag (UID), HF field strength value, communication error counter, presence counter (duration)

Overview of the diagnostic functions

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8.2.2

System diagnostics

8.2 Diagnostics functions

Reader diagnostics with SLG STATUS

The SLG STATUS command can be used to scan the status and diagnostics data of the reader.

SLG STATUS (mode 01), UDT110

HW ASCII

HW-V

Url-V

Type of hardware

(31 to 38 hex)

Binary value HW version

0 to FF hex

Binary value Version of loader

0 to FF hex

FW-V

TR-V

Baud mtag

ANT

ANW

ASCII format Type of firmware

Binary value Firmware version

0 to FF hex

Binary value Type of driver

Binary value Version of driver

0 to FF hex

Binary value RS232 / RS422

01 hex

Binary value Baud rate

01 hex

02 hex

05 hex

Binary value Number of MDSes (Multitag/Bulk) that can be processed in the antenna field

Binary value Status of antenna

01 hex

02 hex

Binary value Presence mode

01 hex

= Version (high byte): Unused

= Version (low byte)

= Version (high byte)

= Version (low byte)

= Version (high byte)

= Version (low byte)

"1" = 3964R

= Version (high byte)

= Version (low byte)

= RS422

= 19.2 Kbaud

= 57.6 Kbaud

= 115,2 Kbaud

= 1 with single-tag mode (param =

0x05, 0x25)

= Antenna On

= Antenna Off

= Operation without presence

= Operation with presence (see

ANW-MELD signal)

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SLG STATUS (mode 06), UDT280

FZP Binary value

ABZ

CFZ

Binary value

SFZ Binary value

CRCFZ Binary value

BSTAT Binary value

ASMFZ Binary value

0 … 255

= Error counter, passive (errors during idle time)

= Abort counter

= Code error counter

= Signature error counter

= CRC error counter

= Current command status

= Interface problems to host

(ASM/PC) parity, BCC, frame error

Note

All counter values are reset after reading (= SLG STATUS command executed).

Explanations:

● "FZP": Counts interference pulses when communication is not taking place with a transponder. (e.g. EMC interference caused by contactors, motors, etc.). Counter values can also be generated when a tag is located at the edge of the field even when there is no external interference.

● "ABZ", "CFZ", "SFZ" and "CRCFZ" are protocol error counters that can be generated during reader/tag communication. This can be caused by unsuitable reader/tag positioning (e.g. tag on field boundary, several data carriers in the field) or external electromagnetic interference.

To ensure clear diagnosis of the quality of communication, it is recommended that an SLG

STATUS command (mode 06) is executed following receipt of the presence command to reset the error counter.

The protocol error counters are not mutually independent. If a code error (CFZ) occurs, this will cause a secondary signature (SFZ) or CRC (CRCFZ) error.

● "BSTAT" is the status for the most recently executed command. A value other than 0 means that the previous command was repeated by the reader due to faults (see above).

● "ASMFZ" signals line-conducted communication interference between the communication module (ASM) and the reader. Faults of this type can be caused by contact problems on the connector or the cable connection.

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System diagnostics

8.2 Diagnostics functions

Transponder diagnostics with MDS STATUS

The MDS STATUS command can be used to scan the status and diagnostics data of the transponder that is located within the antenna field.

MDS STATUS (mode 01), UDT260

UID Binary value 0 … 2 64 -1

MDS type Binary value 0x01

0x02

0x03

Lock status Binary value 0 … 255

= b0-31: 4 byte TAG ID, b32-63: 0

= Transponder without FRAM

= Transponder with FRAM 8 KB

= Transponder with FRAM 32 KB

= Content of lock-bit register (EEPROM addr. 0xFF18)

MDS STATUS (mode 02), UDT270

LFD

FZP

Binary value 0 … 255

FZA

ANWZ

Binary value 0 … 255

= Value for field strength

= Error counter (passive) ➙ errors during idle time

= Error counter (active)

= Presence counter

Note

All counter values are reset when the tag exits the field or when the antenna is switched off.

Notes:

● "LFD" is a value for the field strength that is determined in the transponder. The lower the value, the higher the field strength. A setpoint of < 28 hex signals reliable data transfer.

● "FZP" counts fault pulses when communication with a transponder is not taking place

(e.g. electromagnetic interference caused by contactors, motors, etc.). Counter values can also be generated when a transponder is located at the edge of the field even when there is no external interference.

● "FZA" counts errors that can occur during reader-to-transponder communication. This can be caused by unsuitable reader/transponder positioning (e.g. transponder on field boundary, several data carriers in the field) or external electromagnetic interference.

● "ANWZ" is the value for the time that the transponder remains in the field before the MDS

STATUS command (mode 02) is executed. A time step is 10 ms. The maximum time that can be recorded is therefore 2.5 s.

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Accessories

9.1 RFID Systems Software & Documentation

Version 3.0 and higher of the "RFID Systems Software & Documentation" product is supplied on CD. All the required function blocks and drivers as well as the documentation for the

RFID systems are included.

● FC 35: S7 function for the 8xIQ-Sense module

● FB 240: Function block for ASM 450; MOBY on PROFIBUS DP via SIMATIC S5

(including device data file for PROFIBUS DP)

● FB 250: Function block for ASM 400

● FB 41 contains a function block for the ASM 410. The call interface of the FB is virtually identical to FB 250. Please refer to the description of FB 250 for programming instructions.

● FC 44 can be used to operate the ASM 450 in a SIMATIC S7 environment. It is essential to read the instructions in the "Readme" file in the FC 44 directory. The "FC 44 for ASM

450" description is available for operation of the ASM 450.

● FC 45: S7 function for the ASM 754

● Function FC 47 for ASM 470

● FB 47 contains a function block for SIMATIC S5 115U - 155U. It can be used to operate the ASM 470 in a SIMATIC S5 environment via an ET 200M.

● Load program for ES 030 and device data file for connection of the ES 030 to PROFIBUS

● Test and demo programs for demonstrating the "read from MDS" and "write to MDS" functions etc. on a PC (Windows). The ASM 424/724 MOBY modules and SIM are connected to the PC (COM 1 or COM 2) by cable (with serial interface).

● 3964R driver for DOS, Windows 95 and Windows NT

● C library for CCT32 for Windows 95/NT 4.0

● C library for MOBY API for Windows 98/NT 4.0

● Latest edition of MOBY documentation in PDF format

● Tools: You will find utility programs for RFID system configuration here.

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Accessories

9.1 RFID Systems Software & Documentation

The "RFID Systems Software & Documentation" CD has a user-friendly interface based on

HTML. After Start.exe has been called, a window for selecting the RFID system appears:

● RF300

● RF600

● RF-MANAGER

● MOBY

● CM/ASM

After selecting the RFID system, you can navigate to the required information.

Note

Notes on "RFID system software" and licensing

When purchasing a communication module or an interface module, no software or documentation is supplied. The "RFID Systems Software & Documentation" CD-ROM contains all available FBs/FCs for the SIMATIC, C libraries, demo programs, etc. and needs to be ordered separately. In addition, the CD-ROM contains the complete RFID documentation (German, English and French) in PDF format.

The purchase of a communication module or an interface module includes a payment for the use of the software, including documentation, on the "RFID Systems Software &

Documentation" CD-ROM and the purchaser acquires the right to make copies (copy license) insofar as they are required as part of the customer-specific application or development for the plant.

The enclosed contract pertaining to the use of software products against a one-off payment shall apply in addition.

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Appendix

A.1 Certificates and Approvals

DIN ISO 9001 certificate

The quality assurance system for the entire product process (development, production, and marketing) at Siemens fulfills the requirements of ISO 9001 (corresponds to EN29001:

1987).

This has been certified by DQS (the German society for the certification of quality management systems).

EQ-Net certificate no.: 1323-01

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Appendix

A.1 Certificates and Approvals

Certifications for the United States, Canada, and Australia

Safety

One of the following markings on a device is indicative of the corresponding approval:

Underwriters Laboratories (UL) per UL 60950 (I.T.E) or per UL 508 (IND.CONT.EQ)

Underwriters Laboratories (UL) according to Canadian standard C22.2 No. 60950

(I.T.E) or C22.2 No. 142 (IND.CONT.EQ)

Underwriters Laboratories (UL) according to standard UL 60950, Report E11 5352 and

Canadian standard C22.2 No. 60950 (I.T.E) or UL508 and C22.2 No. 142

(IND.CONT.EQ)

UL recognition mark

Canadian Standard Association (CSA) per Standard C22.2. No. 60950 (LR 81690) or per C22.2 No. 142 (LR 63533)

Canadian Standard Association (CSA) per American Standard UL 60950 (LR 81690) or per UL 508 (LR 63533)

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EMC

Appendix

A.1 Certificates and Approvals

USA

Federal Communications

Commission

Radio Frequency

Interference Statement

Shielded Cables

Modifications

This equipment has been tested and found to comply with the limits for a

Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

Shielded cables must be used with this equipment to maintain compliance with FCC regulations.

Changes or modifications not expressly approved by the manufacturer could void the user's authority to operate the equipment.

Conditions of Operations This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

CANADA

Canadian Notice

Avis Canadien

This Class B digital apparatus complies with Canadian ICES-003.

Cet appareil numérique de la classe b est conforme à la norme NMB-003 du Canada.

AUSTRALIA

This product meets the requirements of the AS/NZS 3548 Norm.

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Appendix

A.2 Service & Support

Technical Support

You can reach the technical support team for all A&D projects at

● Phone: +49 (0) 180 5050 222

● Fax: +49 (0) 180 5050 223

Internet

● You can contact us via the Internet at: http://www.siemens.com/automation/service&support

● We will gladly respond to any support queries at: http://www.siemens.com/automation/support-request

● You can find the latest general information about our identification systems on the

Internet at: http://www.siemens.com/simatic-sensors/rf

● You will find the online catalog and the online ordering system at: http://www.siemens.com/automation/mall

A.3 Contacts

If you have any further questions on the use of our products, please contact one of our representatives at your local Siemens office.

The addresses are found on the following pages:

● On the Internet at: http://www.siemens.com/automation/partner

● In catalog CA 01

● In Catalog FS 10 specially for factory automation sensors

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A.4 Training

Appendix

A.4 Training

Training center

We offer appropriate courses to get you started. Please contact your local Training Center or the Central Training Center in

D-90327 Nuremberg.

Telephone: +49 (911) 895-3200 http://www.siemens.com/sitrain

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A.4 Training

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Glossary

Active surface

Area with minimum field strength containing the transmission window, as well as the areas in which the field strength is no longer sufficient for data exchange.

Automation system (AS)

A programmable logical controller (PLC) of the SIMATIC S7 system, comprising a central controller, a CPU and various I/O modules.

Battery-free data storage unit

Mobile data storage units which operate without batteries. Power is supplied to the data storage unit across an electromagnetic alternating field.

Byte

A group of eight bits forms a byte

CE marking

Communauté Européenne (product mark of the European Union)

Communication modules

Communication modules are used to integrate the MOBY identification systems in SIMATIC or SINUMERIK systems, or to connect them to PROFIBUS, PC or any other system. Once supplied with the corresponding parameters and data, they handle data communication.

They then make the corresponding results and data available. Suitable software blocks

(FB/FC for SIMATIC; C libraries for PCs with Windows) ensure easy and fast integration in the application.

Data transmission rate

Unit of measurement for the volume of data transmitted within a unit of time, e.g. bytes/s

Dwell time

The dwell time is the time in which the transponder dwells within the transmission window of a read/write device. The read/write device can exchange data with the transponder during this time.

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Glossary

Dynamic mode

In dynamic mode, the data carrier moves past the read/write device at a traversing rate which depends on the configuration. Various checking mechanisms (listen-in check, CRC,

ECC, etc.) ensure error-free data transfer even under extreme environmental conditions. A serial connection (up to 1000 m) is used to connect the read/write device directly to an interface module, PC, or any other system.

Electromagnetic compatibility

Electromagnetic compatibility is the ability of an electrical or electronic device to operate satisfactorily in an electromagnetic environment without affecting or interfering with the environment over and above certain limits.

EMC Directive

Guidelines for electromagnetic compatibility This guideline relates to any electrical or electronic equipment, plant or system containing electric or electronic components.

Equipotential bonding

Potential differences between different parts of a plant can arise due to the different design of the plant components and different voltage levels. It is necessary to compensate for these differences by equipotential bonding: this is done by combining the equipotential bonding conductors of power components and non-power components on a centralized equalizing conductor.

ESD Directive

Directive for handling ESDs.

Frequency hopping

Frequency hopping technique Automatic search for free channels.

In frequency hopping, data packets are transferred between the communication partners on constantly changing carrier frequencies. This makes it possible to react to interference from devices transmitting signals in the same frequency range. If an attempt to send a data packet is unsuccessful, the packet can be transmitted again on a different carrier frequency.

Interface modules (ASM)

See communication modules

IQ-Sense interface

Simple interface on the IQ-Sense module, using a standard design for all types of sensors, enabling integrated data exchange between the sensor and control system.

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Glossary

Limit distance

The limit distance is the maximum clear distance between the upper surface of the read/write device and the transponder, at which the transmission can still function under normal conditions.

M

Centerpoint of a field of a transmission window

Metal-free area

Distance/area which must be maintained between the transponder and metal in order to prevent interference during data transfer between the transponder and read/write device.

Mobile data storage units (MDS)

See transponder

Multi-tag capability

Multi-tag capability means the ability to use several read/write devices which communicate simultaneously with different data carriers.

Programmable logic controller (PLC)

The programmable logical controllers (PLCs) of the SIMATIC S5 systems consist of a central controller, one or more CPUs, and various other modules (e.g. I/O modules).

Read/write devices (SLG)

See readers

Read/write distance

See transmission distance

Readers

Readers ensure fast, secure data transfer between mobile data storage units and higherlevel systems (PLCs, PCs, etc.). The data, energy included, are transmitted inductively across an electromagnetic alternating field or by radio. This principle enables contact-free data transmission, ensures high industrial compatibility and works reliably in the presence of contamination or through non-metallic materials.

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Glossary

RFID systems

SIMATIC RF identification systems control and optimize material flow and production sequences. They identify reliably, quickly and economically, use non-contact data communication technology, and store data directly on the product. They are also resistant to contamination.

Secondary fields

The strength of the secondary fields, which exist in addition to the transmission window, is usually lower than that of the transmission window and depends on the metallic environment.

Secondary fields should not be used in configuring.

Static mode

In static mode the transponder is positioned at a fixed distance (maximum: limit distance) exactly above the read/write device.

Tag

See transponder

Telegram cycles

The transfer of a read or write command takes place in three cycles, known as message frame cycles. 1 or 2 bytes of user data can be transferred with each command. The acknowledgement transfer (status or read data) takes place in 3 further cycles.

Transmission distance

Distance between communication module (read/write device) and transponder (mobile data storage unit)

Transmission window

Area in which reliable data exchange between transponder and read/write device is possible due to a particular minimum field strength.

Transponder

An invented word from transmitter and responder. Transponders are used on the product, the product carrier, the object, or its transport or packaging unit, and contain production and manufacturing data, i.e. all application-specific data. They follow the product through assembly lines, transfer and production lines and are used to control material flow.

Because of their wireless design, transponders can be used, if necessary, at individual work locations or manufacturing stations, where their data can be read and updated.

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Index

8xIQ-Sense module

Addressing, 167

Configuration, 164

Indicators, 163

Ordering data, 169

Active surface, 27

Application Planning

SIMATIC RF300, 21

Approvals, 263

ASM 452

Configuration, 172

Indicators, 171

Operating mode, 173

Ordering data, 179

Pin assignments, 171

PROFIBUS address and terminating resistor, 175

PROFIBUS configuration, 173

Reader connection system, 173

ASM 456

Cable, 190

Cable assembly by the customer, 191

Cable lengths, 191

Configurations, 183

Design, 182

Dimensional drawing with ECOFAST connection block, 195

Features, 181

Field of application, 180

LED display for PROFIBUS diagnosis, 193

Ordering data, 196

PROFIBUS hardware configuration, 183

Setting PROFIBUS address, 184

Status display with LEDs, 193

Status LEDs, 192

Technical data, 194

Wiring ECOFAST connector plugs, 187

Wiring M12, 7/8" connector, 188

With connection block M12, 7/8, 195

ASM 473

Design and function, 197

Dimensions, 203

Features, 197

Hardware configuration, 201

Maximum configuration of an ET 200X, 201

Notes on operation, 200

Ordering data, 204

Pin assignments, 198

Reader connection system, 201

Technical specifications, 202

ASM 475

Assignment for connecting cable, 209

Cable installation, 210

Design and function, 205

Function of the LEDs, 207

Indicators, 207

Ordering data, 212

Pin assignment, 209

Status display with LEDs, 207

ASM 475 configuration

Centralized configuration, 208

Decentralized design, 209

ET 200M, 209

Cabinet configuration, 79

Cable

ASM 456 to reader, 190

Shielding, 84

Calculation example, 31, 35

CD RFIDSystemsSoftware&Communication, 261

Certificates, 263

Communication modules, 18, 161

Communication time for fault-free data transfer, 30

Configuration, 164

Connecting cable

6GT2891-0Fxxx, 190

Connecting the ASM 456 up to protective earth, 190

Contacts, 266

Conventions, 12, 18

Coupling paths, 78

Customer benefits, 17

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Index

Degree of protection IP65, IP66, IP67

M12 caps, 219

Design

Centralized, 164

Distributed, 165

Diagnostic functions

Readers, 257

SIMATIC RF300, 256

Transponder, 259

Diagnostics with LED display

RF170C, 220

Dimension drawing

RF170C with connection module, 224

Direction of motion

Transponder, 27

Display elements

Reader RF340R, 100

RF310R reader with RS422 interface, 94

Dwell time

Transponder, 29

Dynamic mode, 28

Dwell time of the transponder, 29

Electromagnetic compatibility

Coupling paths, 78

Electromagnetic interference, 76

EMC Directives

Propagation of electromagnetic interference, 76

EMC Guidelines, 265

Avoiding interference, 82

Basic Rules, 74

Cabinet configuration, 79

Cable shielding, 84

Definition, 73

Equipotential bonding, 83

Overview, 72

Equipotential bonding, 83

Error codes

Readers, 255

FC 45, 256

Features of ASM 452 interface module

Area of application, 170

Field data

Reader RF310R, 37

Reduction due to metal, 59, 60, 61, 62, 63, 64

Fields of application, 17

Flush-mounting of transponders and readers, 56

Help, 266

Indicators

RF340R reader with RS422 interface, 100

Inductive alternating field, 22

Installation

Several readers, 57

Installation guidelines, 54

Interface modules, 161

Interference sources

Electromagnetic, 77

IQ-Sense interface

Pin assignment, 88, 165

LED display

RF170C, 220

LEDs

For MOBY, 198 for PROFIBUS DP, 198

Main applications, 17

MDS STATUS, 256

Memory configuration of the RF300 tags, 159

Metal-free area

Reader RF310R, 89, 94

Reader RF340R, 100, 119

Transponder RF320T, 125

Transponder RF340T, 129

Transponder RF350T, 133

Transponder RF360T, 137

Transponder RF370T, 142

Transponder RF380T, 151

Minimum distance

Antenna to antenna, 40

Reader to reader, 40

Transponder to transponder, 40

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Ordering data

8xIQ-Sense module, 169

Communication module, 225

Connection module, 225

RF310R with IQ-Sense, 91

PROFIBUS cable

Stripped lengths, 203

Reader RF310R, 88, 93, 105, 118

Features, 88, 93, 105, 118

Metal-free area, 89, 94

Minimum distance, 89, 95

Pin assignment of IQ-Sense interface, 88, 165

Reader RF340R, 99

Features, 99

Metal-free area, 100, 119

Readers, 87

Mounting, 57

Reducing interference due to metal, 55

Reduction of field data, 59, 60, 61, 62, 63, 64

Relationship between data transferred and speed

RF310R reader with IQ-Sense interface, 41

RF310R with RS422 interface, 42

RF340R/RF350R reader, 44

RF380R reader, 49

Resistance to chemicals

Transponder, 65

RF170C, 213

Accessories, 218

Area of application, 213

Configuration, 217

Connection, 218

Features, 214

LED display, 221

Status and fault LEDs, 221

with ET 200pro, 216

RF170C communication module

LED display, 220

RF170C with connection module

Dimension drawing, 224

RF300

MDS STATUS, 259

SLG STATUS, 257, 258

RF370T transponder/32 KB FRAM

Technical specifications, 144

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RF370T transponder/64 KB FRAM

Technical specifications, 145

RFID systems

Overview, 15

Safety information/instructions, 13

Secondary fields, 26

Selection criteria

SIMATIC RF300 components, 21

Service, 266

Shielding, 84

SIMATIC RF300

Diagnostic functions, 256

SLG STATUS, 256

Static mode, 28

Dwell time of the transponder, 29

Status and error displays

RF170C, 221

Structure

System Manual, 11

Support, 266

System components

Overview, 18

System diagnostics

Overview, 256

Reader diagnostics functions, 257

Transponder diagnostics functions, 259

System overview

RFID systems, 15

Technical data

ASM 456, 194

Transponder RF320T, 126

Technical specifications

RF370T transponder/32 KB FRAM, 144

RF370T transponder/64 KB FRAM, 145

Transponder RF340T, 130

Transponder RF350T, 134, 139

Transponder RF360T, 139

Time constants, 30

Tolerance of pallet side transport, 31, 35

Tolerance of pallet transport height, 31, 35

Tracking

Tolerance, 26

Tracking tolerances, 26

Training center, 267

Transmission gaps, 37

Index

275

Index

Transmission window

ANT18 and ANT30 (RF350R), 24

Impact of metal, 58

Reader RF340R, 23

Reduction of field data, 59

RF310R reader and ANT1 (RF350R), 22

RF380R reader, 25

Width, 26

Transponder, 123

Active surface, 27

Directions of motion, 27

Dwell time, 29

Mounting on metal, 58

Resistance to chemicals, 65

Transponder RF320T

Features, 124

Metal-free area, 125

Technical data, 126

Transponder RF340T

Features, 128

Metal-free area, 129

Technical specifications, 130

Transponder RF350T

Features, 132

Metal-free area, 133

Technical specifications, 134

Transponder RF360T

Features, 136

Metal-free area, 137

Technical specifications, 139

Transponder RF370T

Features, 141

Metal-free area, 142

Transponder RF380T

Metal-free area, 151

Transponder speed, 42

User data

Calculation of maximum amount of, 30

Write/read distance, 22

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System Manual, 09/2007, J31069 D0166-U001-A5-7618

Siemens AG

Automation and Drives

Factory Automation Sensors

Postfach 4848

90327 NÜRNBERG

DEUTSCHLAND www.siemens.com/simatic-sensors

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