Siemens Simatic RF382R Scanmode Guide de l'administrateur

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SIMATIC Ident

RFID systems

SIMATIC RF382R Scanmode

Compact Operating Instructions

Legal information

Warning notice system

This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent damage to property. The

notices referring to your personal safety are highlighted in the manual by a safety alert symbol, notices referring only to property damage

have no safety alert symbol. These notices shown below are graded according to the degree of danger.

DANGER

indicates that death or severe personal injury will result if proper precautions are not taken.

WARNING

indicates that death or severe personal injury may result if proper precautions are not taken.

CAUTION

indicates that minor personal injury can result if proper precautions are not taken.

NOTICE

indicates that property damage can result if proper precautions are not taken.

If more than one degree of danger is present, the warning notice representing the highest degree of danger will be used. A notice warning of

injury to persons with a safety alert symbol may also include a warning relating to property damage.

Qualified Personnel

The product/system described in this documentation may be operated only by

personnel qualified

for the specific task in accordance with

the relevant documentation, in particular its warning notices and safety instructions. Qualified personnel are those who, based on their

training and experience, are capable of identifying risks and avoiding potential hazards when working with these products/systems.

Proper use of Siemens products

Note the following:

WARNING

Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products

and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage,

installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any

problems. The permissible ambient conditions must be complied with. The information in the relevant documentation must be observed.

SIMATIC RF382R Scanmode

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Characteristics

RF382R Scanmode

Characteristics

Operating range Suitable for high speeds, e.g. in

●Suspension conveyor systems

●Assembly lines

●Production

●

Order picking

Antenna field Designed for transponders that are directed

sideways past the long side of the antenna.

See Chapter Transmission window (Page 3)

Read distance Depending on transponder; see Field data of

transponders and readers (Page 6)

Degree of protection

IP67

Ordering data

Table 2-1 RF382R Scanmode ordering data

Product

Order No.

RF382R Scanmode

6GT2801-3AB20-0AX0

Table 2-2 RF382R Scanmode ordering data for accessories

Accessories

Order No.

Simatic Sensors connecting cable, length: 5 m

6GT2891-0FH50

Simatic Sensors RF380R connecting cable RS232

6GT2891-0KH50

Wide-range power supply 24 V, 4 A, with Euro plug

6GT2898-0AA00

Wide-range power supply 24 V, 4 A, with UK plug

6GT2898-0AA10

Wide-range power supply 24 V, 4 A, with US plug

6GT2898-0AA20

Safety instructions for the device/system

Note

This device/system may only be used for the applications described in the catalog and the technical documentation "System

manual MOBY D, RF200, RF300, RF600 and only in combination with third

-party devices and components recommended

and/or approved by Siemens.

See also

SIMATIC RF300 System Manual (http://support.automation.siemens.com/WW/view/en/21738946)

Mounting on metal

The RF382R can be mounted directly on metal. Flush mounting on metal is not permitted.

SIMATIC RF382R Scanmode

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Minimum distance between several RF382R Scanmode

readers

Figure 5-1 Minimum distance between several RF382R Scanmode readers

Minimum distance D from RF382R to RF382R

D ≥200 mm

Transmission window

Orientation of magnetic fields of the SIMATIC RF382R Scanmode

For many applications it may be best to operate the reader so that the tags move from left to right (or from right to left) at a

certain distance in front of the narrow edge of the reader. This direction of movement uses the horizontal magnetic field of

the reader, see figure below.

You also have the option of moving the tags up and down (or down and up) past the narrow edge of the reader. This

direction of movement uses the vertical magnetic field of the reader.

Figure 6-1 Definition of horizontal and vertical magnetic reader field

Maximum magnetic field strength

The reader creates the maximum magnetic field about 13 mm below the upper reader edge. For the largest possible reading

range the tags you want to read should move in this range. This applies whether you use the horizontal or the vertical

magnetic field.

SIMATIC RF382R Scanmode

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Figure 6-2 Line of maximum magnetic field strength

The area of the maximum field strength and, therefore, the maximum range is identified by a laser icon:

Figure 6-3 Laser icon marking

Transmission window for horizontal magnetic field

Figure 6-4 Distance definition for horizontal magnetic field

Green

Main field (processing field)

Blue

Secondary fields, horizontal magnetic field

Maximum length of the main field, horizontal magnetic field

Distance from the reader edge at which maximum horizontal main field length L exists

Operating range in the main field

Limit distance

①

Level 1

②

Level 2

③

Level 3

⇒

Direction of motion of the transponder

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Operating range (Sa)

The operating range lies between Level ①and Level ③.

The operating range between Levels ①and ②includes secondary fields.

The recommended operating range therefore lies in the green main field between Level 2 and Level 3.

Limit distance (Slim)

The limit distance lies on Level ③.

Transmission window for vertical magnetic field

Figure 6-5 Distance definition vertical magnetic field

Green

Main field (processing field)

Maximum length of the main field, horizontal magnetic field

Distance from the reader edge at which maximum horizontal main field length L exists

Operating range in the main field

SgLimit distance

opt

= 13 mm

⇓

Direction of motion of the transponder

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Traversing speed with RF382R Scanmode

The following table shows the traversing speed of a transponder through the main field. The direction of motion of the

transponder is horizontal.

Table 7-1 Traversing speed of different transponders

MDS D124

MDS D160

MDS D460

MDS D324

MDS D424

UID number

(8 bytes)

1.5 m/s 1.5 m/s 1.5 m/s

Field data of transponders and readers

The following tables show the field data of transponders with SIMATIC RF382R Scanmode. The technical specifications

listed below are typical data and apply at an ambient temperature of +22 °C.

Tolerances of ±20% are admissible due to production and temperature conditions.

Field data horizontal field

Table 8-1 Length of the transmission window L

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

All dimensions in mm

Table 8-2 Usable field width with dynamic operation (median deviation) in mm

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

All dimensions in mm

Table 8-3 Operating range

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

40…65

35….50

40…65

30…50

All dimensions in mm

Table 8-4 Limit distance

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

All dimensions in mm

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Field data vertical field

Table 8-5 Length of the transmission window at different distances d (reader tag edge)

d (mm)

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

155

130

155

150

120

150

125

150

145

115

140

110

140

135

105

130

100

130

120

All dimensions in mm

Table 8-6 Usable field width with dynamic operation (median deviation)

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

All dimensions in mm

Table 8-7 Operating range in mm (Sa)

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

10…25

All dimensions in mm

Table 8-8 Limit distance in mm (Sg)

MDS D124

MDS D160

MDS D324

MDS D424

MDS D460

All dimensions in mm

Note

Tips if the range is too short

If the range of the antenna is too short, you must check

●

the power supply/switched-mode power supply (interference)

●

whether there are monitors or other sources of interference nearby

●

whether there is metal in the environment

Minimum distance from transponder to transponder (without multitag mode), in mm

The values are valid at a distance of 20 mm (reader-tag).

Table 8-9 Minimum distance transponder

MDS D124 to

MDS D124

MDS D160 to

MDS D160

MDS D324 to

MDS D324

MDS D424 to

MDS D424

MDS D460 to

MDS D460

Horizontal main

field

100 100 100 100 100

Vertical main field

150

120

150

180

120

The minimum distance can be undershot in multitag mode.

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Note

Extension of the data transmission time if distance values are undershot

If the distance values specified in the tables are undershot, it is possible that the inductive fields will be affected. The

time

required for data transmission can increase unpredict

ably.

For this reason, please observe the values in the tables.

Host-reader communication and parameterization

9.1

Introduction

In the scan mode, data are transferred automatically to the host via the serial interface when the reader is switched on. The

type of data collection and transfer is preset in the reader using parameters.

The communication protocol described here and its possible parameterization require a reader firmware version of 1.4 or

higher.

For commissioning, it is also possible to communicate with the reader during operation. For this, the host sends a telegram

via the serial interface that is processed and acknowledged in the reader.

The following functions are available for the commissioning:

●Change parameter

●Read status (incl. parameter)

●Switch on test mode

9.2

Communications

Basic principles

The communication between host and reader occurs using the interface parameters set in the reader. After delivery, the

setting is as follows:

●Baud rate 38400

●Parity none

●8 data bits, 1 stop bit

●Physics

–RF310R: RS-422

–RF38xR: RS-232

The additional parameters for data transfer from the reader to the host (ASCII/binary MSB/LSB) are not used for the

exchange of telegrams. As described in the following chapters, telegram communication is binary.

Note

Loss of transponder information in host-reader communication during operation

When you start the communication between host and

reader during commissioning, make sure that there are no

transponders in the antenna field.

If there us a transponder in the antenna field, it is possible that the acknowledgment data (frame from the reader to the hos

with the parameters of the reader) al

so includes reply data of a transponder. If this is the case, this reply data of the

transponder is lost for the application. In addition to this, the acknowledgment, for example of "Read parameter" is corrupted

by transponder data.

SIMATIC RF382R Scanmode

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Note

Documenting parameter changes

A change in the communication

-relevant parameters "baud rate" and "parity" must be well documented, because with

unknown interface parameterization, the reader cannot be addressed and can also no longer receive user data.

If the interface se

tting in the reader is no longer known, the host must search for the setting: e.g. telegram "Read status" -

wait for a reply. (Test variants with five baud rates and three parity settings)

Note

No reader communication after interface physics parameter is changed

An unintentional change in the interface physics parameter has the result that no further communication is possible with the

reader.

The RF310R Scanmode reader requires an adapter to conv

ert RS-422 to RS-232.

Telegram structure

A telegram from the host to the reader is structured as follows:

Command

Status

Quantity x

1st byte

2nd byte

...

x ... 1st byte

xth byte

BCC

The acknowledgement from the reader to the host is structured as follows:

Command

Error code

BCC

The acknowledgement is sent by the reader after it has finished performing the command.

Frame transmission

Properties of frame transmission:

●The information about the version is appended to the parameters when reading.

●The calculation of the BCC checksum is performed simply by XORing all bytes.

●If there is a change in an interface parameter (baud rate, parity), an acknowledgment with the old setting is sent.

Following this, the new setting takes effect (scan data, next frame).

"Change parameters" telegram

All parameters can be changed, including those for the serial interface. Note the following:

●The acknowledgement from the reader is sent with the old settings

●The following scan data are sent with the new settings

The parameters can be stored in the reader either retentively or non-retentively:

●In retentive parameterization, the transferred data are still available after the reader is restarted.

●In non-retentive parameterization, the data are only changed for current operation. A restart will then occur with the old

parameters.

After the parameters are accepted and the acknowledgement is sent, the reader returns automatically to scan mode.

"Change parameters" telegram:

Command

Status

Quantity

1st byte

2nd byte

...

20th byte

21st byte

BCC

0x01

0x00

Para

...

Para

"Change parameters retentively" telegram:

Command

Status

Quantity

1st byte

2nd byte

...

20th byte

21st byte

BCC

0x01

Para

...

Para

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10 J31069-D0214-U001-A4-7618, 10/2013

Acknowledgement:

Command

Error code BCC

0x01

All parameters must always be transferred together. If the reader configuration is not saved on the host, it is recommended

to first read out the parameters saved to the reader.

"Read status" telegram

The status that can be read out from the reader includes version information alongside the parameters.

Either the retentive or the non-retentive parameters can be read out; the version information is always the same.

After the acknowledgement is sent with the requested data, the reader switches automatically back to scan mode.

"Read parameters" telegram:

Command

Status

Quantity

1st byte

2nd byte

...

20th byte

21st byte

BCC

0x02

0x00

...

0x00

"Read parameters retentively" telegram:

Command

Status

Quantity

1st byte

2nd byte

...

20th byte

21st byte

BCC

0x02

0x01

0x00

...

0x00

Acknowledgement:

Comm

and

Error

code

Quantit

1st

byte

2nd

byte

... 20th

byte

21st

byte

22nd

byte

23rd

byte

24th

byte

25th

byte

BCC

0x02

Para

...

Para

"Activate test mode" telegram

A test mode can be set to support the commissioning of a reader. The test mode is immediately active in the reader after the

acknowledgement is sent and can be deactivated only by switching off the reader or by sending a new parameter set.

In test mode, the reader scans constantly for a tag. Successful scans (a tag has responded) and unsuccessful scans

(incorrect or no response from a tag) are counted. The number of successful scans is permanently transferred to the host by

the reader. The reference point is 20 scans.

The transferred value provides information about how well a tag is positioned in, or passes through, the reader's HF field.

"Activate test mode" telegram:

Command

Status

Quantity

1st byte

2nd byte

...

20th byte

21st byte

BCC

0x03

0x01

0xxx

...

0xxx

Acknowledge

Command

Error code

BCC

0x03

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