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esera automation 1-Wire Controller 2, Programming Manual

The "esera automation 1-Wire Controller 2" offers advanced automation capabilities. Take full control of your system with our intuitive Programming Manual, available for free download. Discover step-by-step instructions and unlock the true potential of your device. Access the manual directly from our manualshive.com and optimize your automation process effortlessly.

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All rights reserved. Reproduction as well as electronic duplication of this guide, complete or in part, requires the written consent of ESERA-
Automation or E-Service GmbH. Errors and technical modification subject to change. 

© 

ESERA-Automation, E-Service GmbH 2019 

www.esera.de 

Programming Manual Controller-Gateway-Station V1.0 R1.1 

Page 6 of 77 

9.8.

 

DS2408

 

INV

 

ON/OFF ............................................................................................................................... 37

 

9.9.

 

OWD

 

ID

 

ON/OFF ...................................................................................................................................... 37

 

9.10.

 

DEBUG

 

0,

 

1

 OR 

2 ...................................................................................................................................... 37

 

9.11.

 

OWDIDF

ORMAT

,

 OUTPUT FORMAT OF 

1-W

IRE SERIAL NUMBERS

 .................................................................. 37

 

9.12.

 

1-W

IRE 

C

ONTROLLER 

/

 

1-W

IRE 

G

ATEWAY 

R

UN 

0

 OR 

1 ................................................................................. 38

 

10.

 

LISTS OF 1-WIRE DEVICES ................................................................................................................... 39

 

10.1.

 

L

IST OUTPUT TO 

1-W

IRE DEVICES 

(LST) ...................................................................................................... 39

 

10.2.

 

L

IST 

0,

 ACTIVE DEVICES OR SENSORS AND ACTUATORS

 ................................................................................. 40

 

10.3.

 

L

IST 

1,

 ACTIVE DEVICES OR SENSORS AND ACTUATORS

,

 

LIST1 ..................................................................... 40

 

10.4.

 

L

IST 

2,

 ACTIVE DEVICES OR SENSORS AND ACTUATORS

,

 

LIST2 ..................................................................... 40

 

10.5.

 

L

IST OF ALL DEVICES OR SENSORS AND ACTUATORS

,

 

LISTALL ..................................................................... 40

 

10.6.

 

L

IST OF ALL DEVICES OR SENSORS AND ACTUATORS WITH NAMES

,

 

LISTALLNAME ....................................... 40

 

10.7.

 

L

IST OF ALL STORED DEVICES OR SENSORS AND ACTUATORS

,

 

LISTMEM ...................................................... 40

 

11.

 

DATA OUTPUT OF SYSTEM-INTERNAL INPUTS / OUTPUTS CONTROLLER 2 / GATEWAY 20 .... 41

 

11.1.

 

D

IGITAL INPUTS

 .......................................................................................................................................... 41

 

11.2.

 

D

IGITAL OUTPUT

 ......................................................................................................................................... 41

 

11.3.

 

A

NALOG 

O

UTPUT

 ........................................................................................................................................ 41

 

12.

 

DATA OUTPUT OF 1-WIRE DEVICES ................................................................................................... 42

 

12.1.

 

D

ATA OUTPUT 

DS1820,

 

DS18S20

 AND 

DS18B20 ...................................................................................... 42

 

12.2.

 

D

ATA OUTPUT 

DS2401,

 

DS1963

 AND 

DS1990A

 

(

I

B

UTTON

) ........................................................................ 42

 

12.3.

 

D

ATA OUTPUT 

DS2405 ............................................................................................................................... 42

 

12.4.

 

D

ATA OUTPUT 

DS2406

 

I

NPUT

/O

UTPUT

 ....................................................................................................... 42

 

12.5.

 

D

ATA OUTPUT 

DS2413

 

I

NPUT

/O

UTPUT

 ....................................................................................................... 42

 

12.6.

 

D

ATA OUTPUT 

DS2408

 

I

NPUT

/O

UTPUT

 ....................................................................................................... 43

 

12.7.

 

D

ATA OUTPUT 

DS2423 ............................................................................................................................... 43

 

12.8.

 

D

ATA OUTPUT 

DS2438 ............................................................................................................................... 43

 

12.9.

 

D

ATA OUTPUT 

DS2450 ............................................................................................................................... 43

 

12.10.

 

I

B

UTTON DATA OUTPUT 

(DATA) .................................................................................................................. 44

 

12.11.

 

I

B

UTTON STATUS OUTPUT 

(STATUS) .......................................................................................................... 45

 

13.

 

ARTICLE NUMBER ASSIGNMENT FOR OWD ..................................................................................... 46

 

13.1.

 

W

RONG ASSIGNED ARTICLE NUMBER

,

 DELETE ARTICLE NUMBER

 .................................................................... 47

 

13.2.

 

R

ESET OR CHANGE ARTICLE NUMBER

 ........................................................................................................... 47

 

13.3.

 

D

ELETE 

OWD ............................................................................................................................................ 47

 

14.

 

EVENT DATA OUTPUT OF 1-WIRE DEVICES WITH DIGITAL INPUTS .............................................. 48

 

15.

 

EVENT DATA OUTPUT OF IBUTTON KEYS ........................................................................................ 48

 

16.

 

DATA OUTPUT TO ESERA-AUTOMATION MODULES ....................................................................... 49

 

16.1.

 

T

EMPERATURE

-H

UMIDITY SENSOR

,

 

A

RT

.

 

N

O

.

 

11102,

 

11113,

 

11120 ............................................................ 49

 

16.2.

 

T

EMPERATURE

-H

UMIDITY

-B

RIGHTNESS SENSOR 

A

RT

.

 

N

O

.

 

11121,

 

11132,

 

11134,

 

11135 ............................. 49

 

16.3.

 

T

EMPERATURE

-H

UMIDITY 

PRO

 

M

ULTISENSOR

,

 

A

RT

.

 

N

O

.

 

11150 .................................................................. 49

 

16.4.

 

T

EMPERATURE

-H

UMIDITY

-A

IR 

Q

UALITY SENSOR

,

 

A

RT

.

 

N

O

.

 

11110

 UND 

11127 ............................................. 49

 

16.5.

 

T

EMPERATURE

-H

UMIDITY 

PRO

 MULTISENSOR

,

 

A

RT

.

 

N

O

.

 

11151,

 

11152....................................................... 49

 

16.6.

 

S

OLAR

-,

 

B

RIGHTNESS

-

 AND 

T

EMPERATURE SENSOR 

V3,

 

A

RT

.

 

N

O

.

 

11112 ..................................................... 50

 

16.7.

 

T

EMPERATURE

-

 AND 

B

RIGHTNESS SENSOR

,

 

A

RT

.

 

N

O

.

 

11129 ....................................................................... 50

 

16.8.

 

1-W

IRE 

H

UB

,

 

1-W

IRE 

H

UB 

II

 AND 

1-W

IRE 

H

UB 

III,

 

A

RT

.

 

N

O

.

 

11300,

 

11306,

 

11314,

 

11316,

 

11322 .............. 50

 

16.9.

 

1-W

IRE ANALOG INPUT

,

 

A

RT

.

 

N

O

.

 

11202,

 

11203 ......................................................................................... 50

 

16.10.

 

B

INARY 

/

 

D

IGITAL INPUT 

2-

FOLD

,

 

A

RT

.

 

N

O

.

 

11217 ........................................................................................ 50

 

16.11.

 

B

INARY 

/

 

D

IGITAL INPUT 

8-

FOLD

,

 

A

RT

.

 

N

O

.

 

11216 ........................................................................................ 50

 

16.12.

 

B

INARY 

/

 

D

IGITAL OUTPUT DUAL

,

 

A

RT

.

 

N

O

.

 

11218 ........................................................................................ 50

 

16.13.

 

B

INARY 

/

 

D

IGITAL OUTPUT DUAL

,

 

A

RT

.

 

N

O

.

 

11233 ........................................................................................ 51

 

16.14.

 

B

INARY 

/

 

D

IGITAL OUTPUT 

8-

FOLD

,

 

A

RT

.

 

N

O

.

 

11229 ..................................................................................... 51

 

16.15.

 

B

INARY

/D

IGITAL OUTPUT 

8-

FOLD WITH PUSH

-

BUTTON INTERFACE

,

 

A

RT

.

 

N

O

.

 

11228

 AND 

11220 ..................... 51

 

16.16.

 

B

INARY

/D

IGITAL OUTPUT 

8-

FOLD

,

 

A

RT

.

 

N

O

.

 

11229 ...................................................................................... 51

 

16.17.

 

A

NALOG OUTPUT 

0-10V,

 

A

RT

.

 

N

O

.

 

11208 ................................................................................................... 51

 

16.18.

 

A

NALOG OUTPUT 

0-20

M

A,

 

A

RT

.

 

N

O

.

 

11219 ................................................................................................. 52

 

16.19.

 

PWM

 OUTPUT 

10V,

 

A

RT

.

 

N

O

.

 

11225 .......................................................................................................... 52

 

16.20.

 

S

HUTTER MODULE

,

 

A

RT

.

 

N

O

.

 

11209

 AND 

11231 .......................................................................................... 52

 

16.21.

 

D

UAL DIMMER

,

 

A

RT

.

 

N

O

.

 

11221,

 

11222 ...................................................................................................... 52

 

17.

 

INPUTS AND OUTPUTS CONTROLLER 2 / GATEWAY 20 / STATION .............................................. 54

 

17.1.

 

S

WITCHING BINARY 

/

 DIGITAL OUTPUT 

1-W

IRE 

C

ONTROLLER 

2

 

/

 

G

ATEWAY 

20

 

/

 

S

TATION

 ................................ 54

 

17.2.

 

S

WITCHING OF ALL OUTPUTS 

(P

ORT

),

 

1-W

IRE 

C

ONTROLLER 

2

 

/

 

G

ATEWAY 

20

 

/

 

S

TATION

 ................................ 54

 

17.3.

 

S

WITCHING OF A SINGLE OUTPUT

,

 

1-W

IRE 

C

ONTROLLER 

2

 

/

 

G

ATEWAY 

20

 

/

 

S

TATION

 ..................................... 54

 

17.4.

 

O

UTPUT ANALOG VALUE

,

 

1-W

IRE 

C

ONTROLLER 

2

 

/

 

G

ATEWAY 

20

 

/

 

S

TATION

 .................................................. 54

 

18.

 

SWITCHING BINARY / DIGITAL OUTPUT, ALL 1-WIRE ACTUATORS .............................................. 57

 

18.1.

 

S

WITCHING OF ALL OUTPUTS 

(P

ORT

)

 

1-W

IRE ACTUATOR

 .............................................................................. 57

 

Summary of Contents for 1-Wire Controller 2

Page 1: ...hnical modification subject to change ESERA Automation E Service GmbH 2019 www esera de Programming Manual Controller Gateway Station V1 0 R1 1 Page 1 of 77 Programming Manual 1 Wire Gateway 1 Wire Controller ESERA Station 1 Wire Controller 1 1 Wire Controller 2 1 Wire Controller ECO 200 1 Wire Gateway 10 1 Wire Gateway 11 1 Wire Gateway 20 ESERA Station 200 As of firmware V1 19_11 ...

Page 2: ...I and Modbus protocol The 1 Wire Controller and 1 Wire Gateway devices are compatible with all controllers within the Smart Home and Smart Automation area The 1 Wire controllers are widely used in private and semi professional environments Due to the Modbus RTU and Modbus TCP interface the 1 Wire Gateway devices are preferred in the demanding Smart Home and professional automation area Core functi...

Page 3: ...oped Sensors and actuators of the 1 Wire bus system are automatically detected integrated and interrogated at very high speed via the integrated 1 Wire gateway The data of the sensors and actuators are transmitted via an internal serial interface as ASCII or Modbus protocol to the very powerful Quad Code Embedded Computer of the ESERA Station Depending on the application software the ESERA Station...

Page 4: ... for many years Open bus system compatible with sensors and actuators of third party manufacturers Data preparation and output in a format readable by many controllers ASCII characters or Modbus protocol Core functions of the 1 Wire Controller 1 Wire Gateway concept Independent recognition and management of sensors and actuators Fast cyclic data retrieval of sensors and actuators Plausibility chec...

Page 5: ...TEWAY 10 11 AND 20 SYSTEM VARIABLES 15 5 6 MODBUS READING ADDRESSES 1 WIRE SENSORS 16 5 7 MODBUS READING ADDRESSES 1 WIRE TEMPERATURE SENSORS 19 5 8 MODBUS READING ADDRESSES 1 WIRE ACTUATORS 21 5 9 MODBUS WRITE ADDRESSES 23 5 10 MODBUS WRITE ADDRESSES 1 WIRE SENSORS 24 5 11 MODBUS WRITE ADDRESSES 1 WIRE ACTUATORS 26 6 FIRMWARE UPDATE 28 7 COMMAND STRUCTURE ASCII PROTOCOL 29 8 CONFIGURATION AND DAT...

Page 6: ...3 2 RESET OR CHANGE ARTICLE NUMBER 47 13 3 DELETE OWD 47 14 EVENT DATA OUTPUT OF 1 WIRE DEVICES WITH DIGITAL INPUTS 48 15 EVENT DATA OUTPUT OF IBUTTON KEYS 48 16 DATA OUTPUT TO ESERA AUTOMATION MODULES 49 16 1 TEMPERATURE HUMIDITY SENSOR ART NO 11102 11113 11120 49 16 2 TEMPERATURE HUMIDITY BRIGHTNESS SENSOR ART NO 11121 11132 11134 11135 49 16 3 TEMPERATURE HUMIDITY PRO MULTISENSOR ART NO 11150 4...

Page 7: ... 20 3 ADAPTIVE SEARCH DURING OPERATION MODE 60 20 4 FIXED COMPONENT SEQUENCE AFTER POWER ON 60 20 5 MOVE DEVICE OWD 61 20 6 ASSIGN NAME TO DEVICE OWD 61 20 7 DELETE NAME OF DEVICE OWD 62 20 8 READ NAME OF DEVICE OWD 62 20 9 DEBUG DBG 62 20 10 ERROR REGISTERS 62 21 FUNCTIONAL ENHANCEMENTS AND OPTIONS 63 21 1 REGISTRY OF 1 WIRE CONTROLLER 1 WIRE GATEWAY 63 21 1 1 Transfer function enhancements 64 22...

Page 8: ...ital output 4 1 relay for switching function and alarming Analog output 0 10V isolated Power supply of the 1 Wire network 5V and 12V DIN rail housing 100mm for control cabinet installation Power supply 15 30VDC 3 3 1 Wire Gateway 10 Modbus RTU Modbus RTU interface serial RS485 interface In addition to the functions of the 1 Wire Controller 1 the 1 Wire Gateway 10 offers the following features RS48...

Page 9: ...output In addition the 1 Wire Controller 2 and 1 Wire Gateway 20 provides room for an optional expansion module e g for analog input signals or S0 counters 4 1 Integration of new 1 Wire devices If a new 1 Wire device is integrated into the 1 Wire network it will be automatically detected after a few seconds and added to the internal device list where it is read out and output 4 2 Cyclic data outpu...

Page 10: ...t 4 7 Data formatting Communication with the 1 Wire Controller 1 Wire Gateway takes place in readable ASCII text with various separators In the simplest case communication among the 1 Wire Controller 1 Wire Gateway is possible via the data interface using a terminal program Output data can be read out 4 8 Power supply 1 Wire Controller 1 Wire Gateway Any DC voltage source with a stabilized output ...

Page 11: ...urce https de wikipedia org wiki Modbus ESERA has adopted a Modbus device as bus interface for the 1 Wire Gateway device series and can thus connect two industrial standards Modbus and 1 Wire via 1 Wire Gateway During the development of the 1 Wire Gateways special emphasis was placed on user friendliness and many automatic functions This is additionally supported by our configuration software Conf...

Page 12: ...the Modbus TCP interface are set via the Network Config Tool In the standard system the interface is set to port 5000 If you want to use port 502 for Modbus TCP change the port for the Ethernet interface in the Network Config Tool Figure 4 2 1 At the same time you must also adapt the port for Config Tool 3 Figure 4 2 2 to these new settings 4 2 1 Network Config Tool interface settings 4 2 2 Config...

Page 13: ...codes Modbus TCP Ethernet interface FC1 2 reads single bits Example FC1 2 reads single bits Example Controller No 1 Transactionsno high 0 Function code 1 Transactionsno low 0 Startaddress high Bit 0 Protocol Ident high 0 Startaddress low Bit 32 Protocol Ident low 0 Number of bits high 0 Bytes from here 6 Number of bits low 8 Recognition e g 1 CRC high x Functional code 1 CRC low x Startaddress hig...

Page 14: ... high x Function code 6 CRC low x Startaddress high Wort 1 Startaddress low Wort 146 Writing value high 0 Writing value low 85 FC16 writes several words FC16 writes several words Controller No 1 Transactionsno high 0 Function code 16 Transactionsno low 0 Startaddress high word 238 Protocol Ident high 0 Startaddress low word 102 Protocol Ident low 0 Number of words high 0 Bytes from here 11 Number ...

Page 15: ...1 Wire Controller 2 1 Wire Gateway 20 HHLL Controller 2 Gateway 20 analog output 3 1 Word 16 to 19 Status analog output 1 Wire Controller 2 1 Wire Gateway 20 HHLL Controller No 60000 1 Word Output of assigned numbers 1 Wire Controller 1 Wire Gateway HHLL Article No 60001 1 Word Article number 1 Wire Controller 1 Wire Gateway HHLL Firmware version 61000 4 String Firmware version 1 Wire Controller 1...

Page 16: ...rating voltage Operating voltage Temperature Status input decimal HH HL LH LL 40103 40104 2 Dword Humidity Humidity Operating voltage Status input binary HH HL LH LL 40105 40106 2 Dword Dew point Dew point Brightness Status output decimal HH HL LH LL 40107 40108 2 Dword Brightness Brightness Solar Radiation Status output binary HH HL LH LL 40109 40110 2 Dword Not in use 255 Air Quality Not in use ...

Page 17: ...tage Temperature Status input decimal HH HL LH LL 40303 40304 2 Dword Humidity Humidity Operating voltage Status Input binary HH HL LH LL 40305 40306 2 Dword Dew point Dew point Brightness Status output decimal HH HL LH LL 40307 40308 2 Dword Brightness Brightness Solar radiation Status output binary HH HL LH LL 40309 40310 2 Dword Not in use 255 Air Quality Not in use 255 Not in use 255 HH HL LH ...

Page 18: ...019 www esera de Programming Manual Controller Gateway Station V1 0 R1 1 Page 18 of 77 40409 40410 2 Dword Not in use 255 Air Quality Not in use 255 Not in use 255 HH HL LH LL 40411 40412 2 Dword Status Status Status Status HH HL LH LL 40413 40414 2 Dword Error Counter Error Counter Error Counter Error Counter HH HL LH LL 40415 40416 2 Dword Articlenumber Type Articlenumber Type Articlenumber Type...

Page 19: ...address 1 Wire Temperature Sensors OWD 1 40100 1 Integer Temperature Temperature 40101 40102 2 Dword 1632 to 1639 102 16 Not in use 255 HH HL LH LL 40103 40104 2 Dword Not in use 255 HH HL LH LL 40105 40106 2 Dword Not in use 255 HH HL LH LL 40107 40108 2 Dword Not in use 255 HH HL LH LL 40109 40110 2 Dword Not in use 255 HH HL LH LL 40111 40112 2 Dword Status HH HL LH LL 40113 40114 2 Dword Error...

Page 20: ...ical modification subject to change ESERA Automation E Service GmbH 2019 www esera de Programming Manual Controller Gateway Station V1 0 R1 1 Page 20 of 77 40207 40208 2 Dword Not in use 255 HH HL LH LL 40209 40210 2 Dword Not in use 255 HH HL LH LL 40211 40212 2 Dword Status HH HL LH LL 40213 40214 2 Dword Error Counter HH HL LH LL 40215 40216 2 Dword Articlenumber Type HH HL LH LL ...

Page 21: ... decimal Not in use 255 Not in use 255 HH HL LH LL 40107 40108 2 Dword Status output binary Status output binary Not in use 255 Not in use 255 HH HL LH LL 40109 40110 2 Dword Not in use 255 Not in use 255 Not in use 255 Not in use 255 HH HL LH LL 40111 40112 2 Dword Status Status Status Status HH HL LH LL 40113 40114 2 Dword Error Counter Error Counter Error Counter Error Counter HH HL LH LL 40115...

Page 22: ...se 255 Not in use 255 Not in use 255 Not in use 255 HH HL LH LL 40311 40312 2 Dword Status Status Status Status HH HL LH LL 40313 40314 2 Dword Error Counter Error Counter Error Counter Error Counter HH HL LH LL 40315 40316 2 Dword Articlenumber Type Articlenumber Type Articlenumber Type Articlenumber Type HH HL LH LL OWD 4 to OWD 30 40400 1 Integer 6432 to 6439 402 16 Not in use 255 Not in use 25...

Page 23: ...anual Controller Gateway Station V1 0 R1 1 Page 23 of 77 5 9 Modbus write addresses Description Reading addresses Note Address Number of words 16Bit Type of data Bit address System variables Controller 2 Gateway 20 Inputs Controller 2 Gateway 20 Outputs 2 1 Word 32 to 36 Controller 2 Gateway 20 Analog outputs 3 1 Word Controller No Article No Firmware Version Hardware Version Serialnumber Time 610...

Page 24: ...32 11134 11135 and further more Temperature Humidity and Air Quality sensor e g 11127 Temperature Brightness and Solar Radiation e g 11112 Brightness sensor e g 11129 Note Address Number of words 16Bit Type of data Bit address OWD 1 40100 40101 40102 Dword 1632 to 1639 102 16 40103 40104 2 Dword 40105 40106 2 Dword 40107 40108 2 Dword 4 40109 40110 2 Dword 5 40111 40112 2 Dword 6 40113 40114 2 Dwo...

Page 25: ...l Controller Gateway Station V1 0 R1 1 Page 25 of 77 40301 40302 2 Dword 1 4832 to 4839 302 16 40303 40304 2 Dword 2 40305 40306 2 Dword 3 40307 40308 2 Dword 4 40309 40310 2 Dword 5 40311 40312 2 Dword 6 40313 40314 2 Dword 7 40315 40316 2 Dword 8 OWD 4 40400 1 Integer 40401 40402 2 Dword 1 6432 to 6439 402 16 40403 40404 2 Dword 2 40405 40406 2 Dword 3 40407 40408 2 Dword 4 40409 40410 2 Dword 5...

Page 26: ...mber of words 16Bit Type of data Bit address OWD 1 40100 1 Integer 40101 40102 1 Byte 40103 40104 1 Byte 40105 40106 1 Byte Bit Output decimal Output binary 1 Output decimal Range of values 0 255 40107 40108 1 Byte Bit Output binary Output binary 2 Output binary Range of values 0 255 40109 40110 1 40111 40112 1 40113 40114 1 40115 40116 1 OWD 2 40200 1 Integer 3232 to 3239 202 16 40201 40202 1 Byt...

Page 27: ... 27 of 77 40307 40308 2 Dword Output binary Output binary 2 Output binary Range of values 0 255 40309 40310 2 Dword 311 312 2 Dword 313 314 2 Dword 315 316 2 Dword OWD 4 40400 1 Integer 6432 to 6439 402 16 40401 40402 1 Dword 40403 40404 1 Dword 40405 40406 1 Dword Output decimal Output binary 1 Output decimal Range of values 0 255 40407 40408 1 Dword Output binary Output binary 2 Output binary Ra...

Page 28: ... publish new firmware versions as Beta These are already pre tested and are ready to use The beta versions may still contain errors c Download firmware d Use the SELECT FIRMWARE UPDATE button to select the firmware that you want to transfer to the 1 Wire Controller 1 Wire Gateway e By clicking on the START FIRMWARE UPDATE button the transfer of the firmware to the 1 Wire Controller 1 Wire Gateway ...

Page 29: ...Command principles All commands can be written in upper or lower case The command parts sent to the 1 Wire Controller 1 Wire Gateway are separated by a comma Data output 1 Wire Controller 1 Wire Gateway ASCII text output Each data output triggered cyclically by the 1 Wire Controller 1 Wire Gateway is initiated by controller no _EVT TIME Data output by events digital inputs e g DS2408 are initiated...

Page 30: ...All 1 Wire sensors and actuators can be conveniently managed via the Config Tool b For many ESERA sensors and actuators formulas are available within the 1 Wire Controller 1 Wire gateways These formulas can be selected via a drop down list and assigned to a sensor or actuator Reset device to factory settings The 1 Wire Controller 1 Wire Gateway can be reset to the factory settings via the push but...

Page 31: ...put for this sensor It can be selected whether the abstracted name OWD and its number One Wire Device or its serial number is output The data output can be switched by command Command SET OWB OWDID 0 or 1 If an input in a connected digital I O block has changed an event with its own data string is output via the data interface for this block If an iButton access key is contacted an event also occu...

Page 32: ...r 1 Wire Gateway setting CSE Controller Setting The data header CSE is put in front of the output of the 1 Wire Controller 1 Wire Gateway settings This allows your software to clearly recognize when this data was output 1 Wire Controller 1 Wire Gateway setting data header 1_CSE 19 17 39 8 5 3 1 Wire Controller 1 Wire Gateway info CSI Controller System Info The data header CSI is put in front of th...

Page 33: ... 0 or 1 for the change of the acknowledgement of receipt can be entered via the Command field 8 7 1 Wire Controller 1 Wire Gateway output at system start ready After applying the operating voltage the 1 Wire Controller 1 Wire Gateway starts automatically A successful system start is indicated by the 1 Wire Controller 1 Wire Gateway with the output RDY 0 The 1 Wire Controller 1 Wire Gateway also si...

Page 34: ...S KALSEND 0 or 1 9 1 2 Data and KAL heartbeat If the KAL SEND function has been activated ON a sign of life in the following form is sent in a fixed rhythm This is also sent if the 1 Wire Controller or 1 Wire Gateway is in run 0 mode i e no data output is enabled 1_EVT 11 50 20 1 Wire Controller 1 Wire Gateway no Event time H M S 1_KAL 1 9 1 3 KAL SEND TIME 60 240 Keep Alive Send Time The time int...

Page 35: ... used as a normal output in regular operation without 1 Wire Controller 1 Wire Gateway alarm The 1 Wire Controller 1 Wire Gateway uses this output for its own purposes in the event of an alarm To assign an internal relay to a 1 Wire Controller 2 or 1 Wire Gateway 20 enter 0 for the OWD number The assignment of the KAL alarm output is performed with the Command SET SYS CALARM OWD NUMBER OUTPUT VALU...

Page 36: ...the poll time for all 1 Wire devices The time in seconds defines how often the 1 Wire devices are queried Selectable range Poll time cycle time 1 240 seconds Note A poll time faster than 2 seconds should only be selected for a small number of max 5 or 6 1 Wire devices Note The DATA TIME cannot be selected shorter than the OWB POLLTIME DATA TIME POLLTIME Factory setting Poll time is 2 seconds Comma...

Page 37: ...0 or 1 9 10 DEBUG 0 1 or 2 Different outputs are output for the current activity of the 1 Wire Controller 1 Wire Gateway For example the data raw values of 1 Wire devices are output Selectable states 0 no debug additional information 1 and 2 debug outputs Note The debug output is not specified It is intended to provide information about the current workload of the 1 Wire Controller 1 Wire Gateways...

Page 38: ...put via the Command field is necessary Factory setting OWDIDFORMAT 1 Command to change SET OWB OWDIDFORMAT 0 or 1 9 12 1 Wire Controller 1 Wire Gateway Run 0 or 1 If settings on the 1 Wire controller should be made or a list output should be analyzed it may make sense to stop the data output Use the following command SET SYS RUN 0 or 1 0 data output stopped 1 normal operation If the 1 Wire Control...

Page 39: ...ensure correct software assignment In order to be able to clearly separate the list and OWD data output each list line is preceded by LST Currently there are four lists available for the output of 1 Wire devices or sensors and actuators Example LISTALL Data header 1_LST0 17 06 2014 1 Wire Controller 1 Wire Gateway No _ListNo Date dd mm yyyy List of all stored OWDs with serial number and status LST...

Page 40: ...al number and type of component Command GET OWB LIST2 Example 1_LST2 18 47 48 LST 2863DD51040000FF DS18B20 LST 26D9DA88010000BE DS2438 10 5 List of all devices or sensors and actuators LISTALL The following command will output all 1 Wire devices with OWD serial number ID type of device and status S stands for device 0 3 status 5 device not available or not addressable 10 space not assigned Command...

Page 41: ...s SYS 11 1 Digital inputs Data output for the digital binary inputs is in decimal and binary data format All four inputs are displayed with a numerical value in the range of 0 15 Each input has a value that is added up Input 1 active 1 input 2 active 2 input 3 active 4 input 4 active 8 An input is active if a DC voltage in the range of 10 30VDC is available Data output 1_SYS1_1 0 Controller No _ S...

Page 42: ...ntroller No _ Device No InputValue 0 or 1 12 4 Data output DS2406 Input Output The output is for each channel with separate input and status When switching an output the status incl input is mapped therefore no pure output variable is possible For the Dual Digital I O the data output is in the following data format Data output 1_OWD1_1 1 Controller No _ Device No Input 0 BIT Example Input 1 active...

Page 43: ...calculate the performance of electricity meters gas or water consumption A wind sensor can also be evaluated The data output for the dual counter is in the following data format Data output 1_OWD1_1 MeterValue A Controller No One Device No _DataRecord MeterValue 32Bit 1_OWD1_2 MeterValue B Controller No One Device No _DataRecord MeterValue 32Bit 12 8 Data output DS2438 For this multi device the da...

Page 44: ... mV e g 1200mV Data output integer raw value OWD DS2450ADC 0 1_OWD1_1 32000 Controller No _Device No _DataRecord Integer raw value max 16 Bit 1_OWD1_2 32000 Controller No _Device No _DataRecord Integer raw value max 16 Bit 1_OWD1_3 32000 Controller No _Device No _DataRecord Integer raw value max 16 Bit 1_OWD1_4 32000 Controller No _Device No _DataRecord Integer raw value max 16 Bit 12 10 iButton d...

Page 45: ...on E Service GmbH 2019 www esera de Programming Manual Controller Gateway Station V1 0 R1 1 Page 45 of 77 1_EVT 13 37 42 1_OWD3 0 Command to change SET KEY DATA 0 1 or 2 12 11 iButton status output STATUS It can be queried whether at least one iButton is connected or contacted with the 1 Wire Controller 1 Wire Gateway STATUS 0 STATUS 1 if at least one iButton is contacted Example 1_EVT 13 35 03 1_...

Page 46: ...Multisensor Temperature humidity 11102 11113 11120 11148 Multisensor Temperature humidity and brightness 11121 11132 11134 11135 Multisensor Temperature and humidity 11150 11160 Multisensor Temperature humidity and air quality 11127 starting with firmware V1 4 11151 11152 Air Quality sensor Air quality 11161 Sensor Brightness outdoor 11111 11129 Sensor Brightness solar radiation PV 11112 from Vers...

Page 47: ... the device designation without the DS abbreviation e g for a DS18B20 temperature sensor the abbreviation 1820 Command SET OWD ART OWD Number OWD Type Example SET OWD ART 2 1820 You can also enter another ESERA Automation article number directly Please note that there is no plausibility check for the device when you enter it The correct input can be double checked via the list output e g LISTALL 1...

Page 48: ...s For iButton keys and RFID readers a separate event with the serial number of the key is issued for each new contact The prerequisite is that the iButton key RFID card has been saved With the cyclic data output the OWD and serial number of the iButton key RFID card is also output This function cannot be deactivated Train iButton keys To train an iButton key a RFID card to the 1 Wire Controller 1 ...

Page 49: ...rd humidity rF example 43 0 1_OWD1_4 1200 Controller No _module No data record dew point C example 12 00 C 1_OWD1_5 80000 Controller No _module No data record brightness Lux example 800 00 Lux 16 3 Temperature Humidity PRO Multisensor Art No 11150 The following data formats are output for ESERA Automation multisensor Pro If you divide the value by 100 you receive the data with two decimal places D...

Page 50: ...5000 Controller No _module No data record current 12V mA example 50mA 1_OWD1_2 491 Controller No _module No data record voltage 5V mV example 4 91V 1_OWD1_3 3000 Controller No _module No data record current 5V mA example 30mA 1_OWD1_4 1183 Controller No _module No data record voltage 12V mV example 11 83V 16 9 1 Wire analog input Art No 11202 11203 The following data format is output for the ESERA...

Page 51: ...put relays and the digital inputs are output for the ESERA Automation 8 fold digital output with push button interface The output value is output as decimal value 0 254 Each output has a value that is summed up The following formatting is available as of firmware version 1 18_38 Input push button interface Input 1 1 Input 2 2 Input 3 4 Input 4 8 Input 5 16 Input 6 32 Input 7 64 Input 8 128 Relay o...

Page 52: ...roller No _module No data record binary display input 1_OWD1_3 1 Controller No _module No data record decimal value output 1_OWD1_4 00000001 Controller No _module No data record binary display output The shutter module is set with the following command SET OWD SHT OWD Number Command 1 Down 2 Up 3 Stop Example SET OWD SHT 1 1 OWD1 Down 16 21 Dual dimmer Art No 11221 11222 For the ESERA Automation d...

Page 53: ...mation E Service GmbH 2019 www esera de Programming Manual Controller Gateway Station V1 0 R1 1 Page 53 of 77 1_OWD1_1 1 Controller No _module No data record decimal value input 1_OWD1_2 10000001 Controller No _module No data record binary display input 1_OWD1_3 16 Controller No _module No data record dimmer value channel 1 setting level 16 1_OWD1_4 28 Controller No _module No data record dimmer v...

Page 54: ...value from 0 31 by command Each output has a value that is added to this output value Please note that only an output value of max 31 may be written for the 1 Wire Controller 1 Wire Gateway For values of 32 or higher the error message Error 5 will be output Valuation of outputs Output 1 active 1 Output 2 active 2 Output 3 active 4 Output 4 active 8 Output 5 active 16 If for example you want to swi...

Page 55: ...rol output 1 digital input 2 can directly control digital output 2 and so on It is only possible to control one channel number at a time This can be used for example to implement a staircase lighting function push button 1 switches light 1 on off Command SET SYS DIO 2 or 3 The digital outputs can still be controlled via the software switching commands OUTH and OUT Overview of DIO inputs and output...

Page 56: ...al Controller Gateway Station V1 0 R1 1 Page 56 of 77 c Function of inputs Displays 1 5 show the status of the digital outputs By pressing displays 1 5 the corresponding digital outputs can be switched directly After switching the output the new status is output as confirmation d Function of analog output 0 10VDC You can use the slid control function to set an analog output value The value is set ...

Page 57: ... 254 Each output has a value that is summed up Output 1 1 output 2 2 output 3 4 output 4 8 output 5 16 output 6 32 Output 7 64 output 8 128 If for example you wish to switch outputs 1 3 and 5 to 1 add up the corresponding output values In the fore mentioned scenario e g 1 4 16 21 All other outputs are switched to 0 If all outputs are to be set to 0 or should be switched off the output value is 0 V...

Page 58: ...nfirmation 18 6 1 Wire dimmer control Art No 11221 11222 11224 There is a special control command for ESERA dimmer modules to control outputs and the dimming value in levels 0 31 With this command the entire 1 Wire control between the 1 Wire Controller 1 Wire Gateway and the 1 Wire dimmer is taken over Command SET OWD DIM OWD number output dimming value Note There are several 1 Wire dimmers in dev...

Page 59: ...by a group command Each 1 Wire Actuator OWD can be assigned up to 8 group addresses in a range of 1 240 Double group addresses are automatically filtered out by the 1 Wire Controller 1 Wire Gateway Example of the structure of group commands Steering 1 Wire shutter with upward travel Command SET OWD GRP SHT function After performing a group command the status of each individual 1 Wire actuator OWD ...

Page 60: ...ter a Power On The entire scan can also be started manually with the command SET OWB SEARCHALL After executing the command the order of the 1 Wire devices may change 20 3 Adaptive search during operation mode While in operation new components are searched cyclically and will then inserted at the first open position in the internal block list Usually this means that a new device will be added at th...

Page 61: ...essed down Then release the left mouse button at the new position Move by command OWD MOVE TO field b To start select the OWD number in the OWD device list left that you want to move In the drop down menu select the new OWD number to which you want to move the OWD device Then press the push button MOVE After moving an OWD number the OWD list is automatically updated To save the change permanently ...

Page 62: ...a 1 Wire device OWD can be output via the command field Command GET OWD NAME OWD_number 20 9 Debug DBG Different levels of debug output can be selected Debug outputs start with the abbreviation DBG for Debug followed by various data The formatting of the debug data is not fixed and is only intended as extended data output during controller integration or debugging The debug outputs are switched of...

Page 63: ... the 1 Wire Controller 1 Wire Gateway firmware version V1 18_x onwards Function keys are available for purchase in the ESERA Online Shop The following functional enhancements are currently available or in the planning stage Functional enhancement Function Details 2 Codesys Library With this option the use of the Codesys Library for e g WAGO can be enabled Enter the function key as follows Command ...

Page 64: ...l 3 which are currently released for your device b The status field for your personal unlock keys will be updated Both the keys stored in the 1 Wire Controller 1 Wire Gateway as well as the function extensions downloaded from the ESERA server will be displayed c Use the TRANSFER LICENSE button to transfer a new function key into your 1 Wire Controller 1 Wire Gateway d If you have received the func...

Page 65: ...stem Set Command System Command 1 2 3 4 5 Description SET SYS RST 1 Reset of the 1 Wire Controller 1 Wire Gateway with restart DATE Setting the date in the 1 Wire Controller 1 Wire Gateway Input format day month year 04 12 14 TIME Setting the time in the 1 Wire Controller 1 Wire Gateway Input format hour minutes seconds DEBUG 0 2 Output test output on off default 0 RUN 0 or 1 Activate deactivate d...

Page 66: ... for KAL send message Range 60 240 seconds default 60 KALREC 0 1 KAL message receiver on off default on 1 KALRECTIME 60 240 Sets time for KAL receiver message Range 60 240 seconds default 65 KALALARM OWD No or 0 for SYS outp ut valu e Assigns the alarm output if the KAL signal of the higher level system is missing The internal relays can also be used for Controller 2 or Gateway 20 In this case ent...

Page 67: ... 0 no search 1 Cyclic complete search sequence of devices can change 2 Adaptive cyclical search for new devices New devices are written to the first free space in the OND list Default 2 SEARCHTIME 10 240 Setting the cycle time for the search function Default 10 seconds SAVE Saves the OWD list in the S RAM After restart the 1 Wire Controller 1 Wire Gateway the list can be loaded This command also p...

Page 68: ...d for DS2405 DS2413 DS2408 If the written value is too large for the device an error message will be issued OUT No OWD 1 30 output value Set a single output of a digital output module Command for DS2405 DS2413 DS2408 OUTA number OWD 1 30 value mV Writes an analog output 0 10V for Art No 11208 Value Output value in mV 10V 1000 OUTAMA number OWD 1 30 value mA Writes an analog output 0 20mA for Art N...

Page 69: ...ta value A data value in the range 0 254 can be written to the 1 Wire modules Data values from 1 to 3 are available for shutter modules For 8 fold output modules the data value of 0 254 can be sent Data return Each OWD module gives its own individual feedback GRPDEL OWD numb er 1 30 Deletes a group address of an OWD number To carry out the deletion permanently new group addresses need to be saved ...

Page 70: ...value The data output can be changed with the command SET KEY DATA 0 1 or 2 After changing the data output it needs to be saved with the button SAVE PERMANENT in the Setting area Value 0 if iButton available data output with serial number 1 if iButton available data output with 1 2 Data output if iButton available 1 if available 0 if not available FAST value Activation of iButton fast mode for ver...

Page 71: ... serial number year of manufacture firmware version etc Output starts with Data header CSI time and 1 Wire Controller 1 Wire Gateway number SERIAL value Output 1 Wire Controller 1 Wire Gateway serial number ID value 1 Wire Controller 1 Wire Gateway article number CONTNO value Output 1 Wire Controller 1 Wire Gateway number default 1 DOM value Output date of manufacturing SETTING list Output of all ...

Page 72: ...r and function Output Data header starts with 1 Wire Controller 1 Wire Gateway number Data header LST0 and time LIST1 list1 List output of all 1 Wire devices with serial number only Output Data header starts with 1 Wire Controller 1 Wire Gateway number Data header LST1 and time LIST2 list2 List output of all 1 Wire devices with serial number and device type Output data header starts with controlle...

Page 73: ... sensors Range 0 2 digits Default 2 digits format as integer value last two digits are output as decimal values STATUS OWD number Output of the status of a 1 Wire device OWD 0 no read errors 1 3 number of current read errors 5 device not readable There is no data output for this 1 Wire block 10 OWD space is not occupied TYPE OWD number Output of the 1 Wire device OWD type e g DS1820 for a temperat...

Page 74: ...ification subject to change ESERA Automation E Service GmbH 2019 www esera de Programming Manual Controller Gateway Station V1 0 R1 1 Page 74 of 77 FAST Status query of iButton fast mode Value 0 Standard query speed 1 Fast mode active query in approx 120ms cycle query speed depends on number of connected OWDs Note Activation is only possible after purchase of function extension no 2 or no 3 ...

Page 75: ...oring settings in static RAM 8 Unknown 1 Wire device detected 9 Error when reading out a 1 Wire block 10 Incorrect license key 11 Input is time locked after input of 3 incorrect license keys For duration please refer to the document Config Tool 3 Guide under EXTENSIONS Functional enhancements 12 Error when entering a non existent ESERA Automation Part number 13 OWD ID TO SHORT the entering serial ...

Page 76: ...n es beim Lesen eines OWD einen Fehler gibt wird der OWD Error Counter um einen Zählerwert erhöht Der maximale Error Counter Wert beträgt 65000 Der Error Counter wird jeweils um Mitternacht 0 Uhr zurückgesetzt Befehl GET OWB ERRLIST1 Beispiel 1_ERR 18 47 48 1_ERROWD1 255 1_ERROWD2 255 1_ERROWD30 255 Error counters for all 30 OWDs 1 Wire devices of the 1 Wire Controller 1 Wire Gateway are output he...

Page 77: ...ctual obligations consequential damages damages resulting from unauthorized usage and other legal grounds are excluded Excepting to this ESERA Automation accepts liability for the absence of a guaranteed quality resulting from intent or gross negligence Claims made under the Product Liability Act are not affected If defects occur for which the ESERA Automation is responsible and in the case of rep...

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