Ifm Dte603 User manual

Installation instructions

RFID compact unit

DTE601

DTE602

DTE603

DTE604

80282046 / 00 02 / 2019

UK

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Contents

1 Preliminary note��4

1�1 Symbols used ��4

1�2 Warnings used��4

1�3 Copyright and trademarks ��4

2 Safety instructions ��4

3 Functions and features ��5

3�1 Configuration via Ethernet interface ��6

4 Items supplied��6

5 Function��6

5�1 Operating principle ��6

5�2 Overview DTE601��7

5�3 Overview DTE602��7

5�4 Overview DTE603��7

5�5 Overview DTE604��8

6 Installation��8

6�1 General installation instructions��8

6�2 Notes on ID tag mounting��8

6�3 Avoiding interference ��8

6�4 Mechanical design��9

6�5 Installation options��9

6�5�1 Installation with angle bracket E80335 ��9

6�5�2 Installation with mounting device E80336 ��10

6�5�3 Installation with fixing bars E80337 ��10

6�6 Mounting distances�� 11

6�7 Positioning of the ID tags�� 11

7 Electrical connection��12

7�1 Voltage supply PWR��12

7�2 Ethernet ��13

7�2�1 Factory setting of the Ethernet parameters ��13

7�3 Functional earth connection ��14

7�3�1 Mounting plate ��14

8 Operating and display elements ��15

8�1 Reset to factory settings ��15

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8�2 LED indicators ��16

8�2�1 Power LEDs and signal bar ��16

8�2�2 LED LINK/ACT ETH 1 / ETH 2 ��16

8�2�3 Special device LED indicators ��17

8�3 LED indicators DTE601 ��18

8�3�1 LED SF ��18

8�3�2 LED BF ��18

8�4 LED indicators DTE602 ��19

8�4�1 LED Mod (module status)��19

8�4�2 LED Net (network status) ��20

8�5 LED indicators DTE603 ��21

8�5�1 RUN LED ��21

8�5�2 LED ERR ��21

8�6 LED indicators DTE604 ��22

8�6�1 LED SF ��22

8�6�2 LED BF ��22

9 Technical data��23

9�1 Data sheet ��23

9�2 Device manual��23

10 Maintenance, repair and disposal��23

11 Approvals/standards ��23

11�1 Radio approvals��23

11�1�1 Overview��23

11�1�2 Europe ��23

11�2 EU declaration of conformity��23

12 Scale drawing ��24

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1 Preliminary note

Technical data, approvals, accessories and further information →

www�ifm�com�

1.1 Symbols used

►Instruction

> Reaction, result

[…] Designation of keys, buttons or indications

→Cross-reference

Important note

Non-compliance may result in malfunction or interference�

Information

Supplementary note

1.2 Warnings used

ATTENTION!

Kind and source of the hazard

> Possible consequences�

►Actions to refrain from�

►Measures to take�

1.3 Copyright and trademarks

reproduced and used without the consent of ifm electronic gmbh�

All product names, pictures, companies or other brands used on our pages are the

property of the respective rights owners�

2 Safety instructions

• The device described is a subcomponent for integration into a system�

- The manufacturer is responsible for the safety of the system�

- The system manufacturer undertakes to perform a risk assessment and to

create a documentation in accordance with legal and normative requirements

to be provided to the operator and user of the system� This documentation

must contain all necessary information and safety instructions for the operator,

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the user and, if applicable, for any service personnel authorised by the

manufacturer of the system�

• Read this document before setting up the product and keep it during the entire

service life�

• The product must be suitable for the corresponding applications and

environmental conditions without any restrictions�

• Only use the product for its intended purpose (→ Functions and features).

• If the operating instructions or the technical data are not adhered to, personal

injury and/or damage to property may occur�

• The manufacturer assumes no liability or warranty for any consequences

caused by tampering with the product or incorrect use by the operator�

• Installation, electrical connection, set-up, operation and maintenance of the

product must be carried out by qualified personnel authorised by the machine

operator�

• Protect the device and the cables against damage�

• Use the device outside petrol stations, fuel depots, chemical plants or blasting

operations�

• Do not transport and store any flammable gases, liquids or explosive

substances near the device�

• Operation of the device can affect the function of electronic devices that are not

correctly shielded�

- Disconnect the device in the vicinity of medical equipment�

- Contact the manufacturer of the corresponding device in case of any

interference�

• Because of the requirements for electromagnetic interference emissions, the

device is intended for use in industrial environments� The device is not suitable

for use in domestic areas�

• Device safety: Use the device indoors only�

3 Functions and features

The DTE60x device is composed of an evaluation unit and an integrated RFID

compact unit with the following functions:

• read and write ID tags which conform to the system without contact,

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• DTE601: communication with the control level via PROFINET IO,

• DTE602: communication with the control level via EtherNet/IP,

• DTE603: communication with the control level via EtherCAT,

• DTE604: communication with the control level via EtherNet TCP/IP,

• can be configured via a web server�

Example applications:

• material flow control in production lines

• warehouse management by the automatic detection of stored products

• tank management, order picking or product tracking

The device may only be used under the operating conditions specified in

the data sheet�

3.1 Configuration via Ethernet interface

• 10 Mbps and 100 Mbps

• TCP/IP - Transport Control Protocol / Internet Protocol

• IT functionality: HTTP server

• M12, twisted pair

4 Items supplied

• DTE60x RFID compact unit

• Installation instructions

The device is supplied without installation and connection accessories�

In the event of incomplete or damaged items supplied, please contact ifm

electronic�

5 Function

5.1 Operating principle

The ID tags are operated passively, i�e� without battery� The energy required for

operation is supplied by the RFID compact unit�

The physical principle of the energy transfer is based on inductive coupling� The

integrated antenna coil in the RFID compact unit generates a magnetic field

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which partly penetrates the antenna coil of the ID tag� A voltage is generated by

induction that supplies the data carrier with energy�

5.2 Overview DTE601

Art� no�:

Function:

Type designation:

Operating frequency:

Type:

Max� transmitter power:

DTE601

RFID compact unit

DTRHF HLRWPNUS03

13�56 Mhz

rectangular

2 watts

Fig� 1: Overview DTE601

5.3 Overview DTE602

Art� no�:

Function:

Type designation:

Operating frequency:

Type:

Max� transmitter power:

DTE602

RFID compact unit

DTRHF HLRWEIUS03

13�56 Mhz

rectangular

2 watts

Fig� 2: Overview DTE602

5.4 Overview DTE603

Art� no�:

Function:

Type designation:

Operating frequency:

Type:

Max� transmitter power:

DTE603

RFID compact unit

DTRHF HLRWECUS03

13�56 Mhz

rectangular

2 watts

Fig� 3: Overview DTE603

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5.5 Overview DTE604

Art� no�:

Function:

Type designation:

Operating frequency:

Type:

Max� transmitter power:

DTE604

RFID compact unit

DTRHF HLRWENUS03

13�56 Mhz

rectangular

2 watts

Fig� 4: Overview DTE604

6 Installation

6.1 General installation instructions

When mounting several RFID compact units adhere to the minimum

distances between the systems�

Installing a RFID compact unit in or on metal reduces the read and write

distance�

The immediate vicinity of powerful HF emission sources such as welding

transformers or converters can affect operation of the RFID compact units�

Available accessories: www�ifm�com

6.2 Notes on ID tag mounting

Installation of the ID tags in and on metal reduces the read and write

distances�

For positioning the ID tags the RFID compact units are marked with

an antenna symbol on the active face� It designates the middle of the

integrated antenna coil and has to correspond with the middle of the ID tag�

The orientation of the RFID compact unit axis must correspond with the

axis of the ID tag coil�

6.3 Avoiding interference

The device generates a modulated electrical field with a frequency of 13�56 MHz�

To avoid interference of the data communication no other devices generating

interference emission in this frequency band must be operated in its vicinity� Such

devices are for example frequency converters and switched-mode power supplies�

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6.4 Mechanical design

1

2

1: sensing face

2: connection (can be rotated by 270°)

Fig� 5: Mechanical design

6.5 Installation options

For installation, the following optional accessories are available�

The device can be mounted without the accessories� For installation,

please use the threaded sleeves on the back of the device� The necessary

screws are not supplied with the device�

6.5.1 Installation with angle bracket E80335

Fig� 6: Installation with angle bracket E80335

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6.5.2 Installation with mounting device E80336

The mounting device is used to fix the device to a clamp� The following clamps

can be used:

• E21110 with a rod diameter of 12 mm

• E20795 with a rod diameter of 14 mm

• E21109 with a rod diameter of 14 mm

Fig� 7: Installation with mounting device E80336

6.5.3 Installation with fixing bars E80337

Fig� 8: Installation with fixing bars E80337

►Fix the device with fixing screws to the designated location�

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6.6 Mounting distances

Fig� 9: Mounting distances

Operating mode Distance side (A) Distance front (B)

Read and write

(at 100% transmitter power)

≥ 850 mm ≥ 600 mm

6.7 Positioning of the ID tags

D

►Align the ID tag on the

antenna central axis�

> Distance D see data

sheet

Fig� 10: Position of the ID tag

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7 Electrical connection

NOTE

The device must be connected by a qualified electrician�

Device of protection class III (PC III)

Electric supply via SELV circuits only�

►Disconnect power before connecting the device�

►For cable lengths > 30 m use an additional protection against surge voltages to

IEC 61000-4-5�

►A total current consumption of the device of 0�5 A must not be exceeded�

NOTE

The IP rating indicated in the data sheet is only guaranteed if the M12 connectors are

firmly screwed�

The unit can be damaged by insufficiently tightened M12 connectors�

►Firmly screw the M12 connectors to the device�

7.1 Voltage supply PWR

►Connect the device to the voltage supply using an M12 connection cable�

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4

5

Pin Connection

1 24 V DC

2 digital input / output 2

3 0 V

4 digital input / output 1

5 not connected

Fig� 11: Pin connection voltage supply

Matching connection cables are available: www�ifm�com

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7.2 Ethernet

►Connect the device to a PC using a suitable M12 Ethernet connection cable�

The M12 Ethernet cable must be screened to ensure interference-free

operation�

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Pin Connection

1 TD+

2 RD+

3 TD-

4 RD-

Fig� 12: Pin connection fieldbus connection

7.2.1 Factory setting of the Ethernet parameters

The following values are preset at the factory:

Parameter Factory setting

IP address 192�168�0�79

Gateway address 192�168�0�100

Subnet mask 255�255�255�0

Auto-negotiation on

DHCP off

The settings can be changed via the web server of the device or via the PC�

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7.3 Functional earth connection

To ensure interference-free operation, the device must be connected to an

earth potential free from external voltage�

7.3.1 Mounting plate

When the device is fixed on a mounting plate, the connection is made via one of

the four mounting bolts on the back� Note that the plate must be connected with

the earth potential�

Fig� 13: Mounting plate

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8 Operating and display elements

1

2

①

:

②

:

1 power LED (green)

4 LEDs on signal bar (yellow)

2 fieldbus LEDs (green/red)

sensing face

Fig� 14: Operating and display elements

8.1 Reset to factory settings

The Ethernet parameters can be reset to factory setting� To do so, proceed as

follows:

►Remove all cable connections from the device�

►Insert an electrically conductive bridge between pin 2 and pin 4 on the process

connection voltage supply PWR�

►Connect the device to the voltage supply�

> The LEDs of the signal bar (yellow) are on one after the other� Then LED 4 of

the signal bar (yellow) flashes at 8 Hz�

►As soon as the LEDs of the signal bar (yellow) flash at 8 Hz, disconnect the

device�

►Remove the bridge�

►Connect the device to the voltage supply�

> The parameters are reset�

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8.2 LED indicators

The following LED indicators apply to all DTE60x devices�

8.2.1 Power LEDs and signal bar

LED PWR

(1x green)

LED signal bar

(4x yellow)

Status Note

on off voltage supply OK 18 V ≤ UAUX ≤ 36 V

flashing at

2 Hz off antenna (HF field) is

deactivated

on flashes twice ID tag read/written

successfully

on flashing quickly ID tag read/written incorrectly

If the ID tag has a high receive signal strength, all LEDs of the signal bar

are on (configurable)�

The maximum receive signal strength depends on the type of the ID tag�

8.2.2 LED LINK/ACT ETH 1 / ETH 2

LED green LED yellow Status Note

off off no connection to another

Ethernet counterpart link status "no link"“

on off

connection to Ethernet

counterpart exists, no data

exchange

link status "link", "no traffic"

on flashes

sporadically

connection to Ethernet

counterpart exists, data

exchange running

link status "link", "traffic"

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8.2.3 Special device LED indicators

LED Status Note

PWR LED (green) on

LEDs of signal bar

(yellow) flashing at 8 Hz

device is in the service mode

"emergency system started"

A firmware update is

necessary and can be

executed via the web server�

PWR LED (green) on

LEDs of signal bar

(yellow) flashing at 8 Hz

major error, device has to be

returned

hardware fault or permanent

data in the device are corrupt

PWR LED (green) on

The LEDs of the signal

bar (yellow) are on one

after the other� Then

LED 4 of the signal bar

(yellow) flashes at 8 Hz�

reset to factory settings -

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8.3 LED indicators DTE601

The following LED indicators only apply to DTE601�

8.3.1 LED SF

LED red LED green Status Note

off off no voltage supply check the voltage supply

off flashing "node flash test", initiated by

PROFINET IO controller -

off on normal operation -

flashing off error at channel level

- overload

- temperature

- internal fault

on off error at device level - undervoltage

- temperature

flashing flashing self-test starting phase of the device

8.3.2 LED BF

LED red LED green Status Note

off off no voltage supply check the voltage supply

off flashing PROFINET IO controller is in

STOP mode -

off on PROFINET IO controller is in

RUN mode -

flashing off

connection to the PROFINET

IO controller is established,

no valid configuration

check configuration

on off no connection to the

PROFINET IO controller check connection

flashing flashing self-test starting phase of the device

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8.4 LED indicators DTE602

The following LED indicators only apply to DTE602�

8.4.1 LED Mod (module status)

LED red LED green Status Note

off off no voltage supply check the voltage supply

off flashing ready for operation

Device is not configured�

There is no exchange of data:

►Check the connection of

the Ethernet/IP scanner�

►Check the parameter

setting of the configuration

assembly�

off on normal operation

Connection to the EtherNet/

IP scanner is established�

The device is configured� The

data transfer is running�

flashing off minor error

A connection to the EtherNet/

IP scanner was not

established:

►Check the voltage supply�

►Check the configuration of

the device�

on off major error

Software / hardware error of

the device:

►Reboot the device�

> If the error remains, send

the device to the service�

flashing flashing self-test starting phase of the device

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8.4.2 LED Net (network status)

LED red LED green Status Note

off off no IP address or no voltage

supply

►check the voltage supply

►If DHCP is activated,

check presence of a

DHCP server in the

network�

off flashing no connection

The device has received an

IP address� An EtherNet/

IP connection was not

established�

►Check the configuration of

the device via EtherNet/IP

scanner�

off on connection exists

At least one EtherNet/IP

connection to the device was

established�

flashing off timeout of the connection

A timeout was found with one

of the existing EtherNet/IP

connections�

►Check the status of

the connection in the

EtherNet/IP scanner�

on off IP address exists already

The same IP address as that

of the device was detected in

the EtherNet/IP network�

►Activate DHCP�

flashing flashing self-test starting phase of the device

IFM DTE603 User manual

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