DAEnetIP2 Eight Relay Module

5/22/2018 DAEnetIP2 Eight Relay Module

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DAEnetIP2 Eight Relay Module LM35DZUser Manual18 Nov 2013

DAEnetIP2 Eight Relay Module(optimized for temperature measurement with LM35DZ)

User ManualDate: 18 Nov 2013

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Content

1. Features ............................................................................................................3

2. Technical parameters........................................................................................4

3. Application examples.......................................................................................5

4. Product installation...........................................................................................6

5. Default Settins................................................................................................!

6. "onnectors and ports........................................................................................#

!. $e% access.....................................................................................................12

&. S'(P access..................................................................................................23

#. Appendix 1. Po)er suppl*.............................................................................3+

1+. Appendix 2. Port for)ardin , for ad-anced users.......................................31

11. Appendix 3. Soft)are...................................................................................32

12. Appendix 4. Soft)are examples...................................................................3#13. Appendix 5. Firm)are uprade....................................................................4+

14. Appendix 5. /0 Ports DAnetP2 P3.......................................................42

15. Appendix 4. (35D sensor connection....................................................43

16. Appendix 5. (echanical dra)......................................................................44

1!. Document re-isions......................................................................................45

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1. Features

This is multifunctional standalone device for management, control and sensormonitoring (especiall suita!le for "M3#$% temperature sensor& over the "'N and

'N) *t could !e used for home automation, industrial automation, access control,fire and securit sstems)

10 M! +thernet interface ith "in.'ctivit "ed

/oer suppl 12$ or 2$ - selecta!le ! user

Maimal poer consumption4o 300 m' . 12$

o 200 m' . 2$

8 5/$T 6ela channels - selecta!le ! user4

o 7-39.T:3 (:' . 2#0', 10' . 12#', 12' . 120', 10' . 28$&

o 6'5-12-1# (10' . 2#0', 1#' . 120', 1#' . 2$&o 6'5-2-1# (10' . 2#0', 1#' . 120', 1#' . 2$&

8 analog inputs ith 10 !it resolution) an !e used for one from the !othapplications4o either "M3#$% temperature sensor monitoring (over voltage and inverse

voltage protection&) Temperature range4 0; - 100;o either 0-10$ industrial voltage measurement (over voltage and inverse

voltage protection&

8 !it configura!le digital TT" *.< port

5tandart protocols4 '6/, */, *M/ (ping&, $=/

5upports snmp v1 (snmpset, snmpget, snmptrap&, =TT/, T9T/ /orts for 5NM/ (1>1& and =TT/ (80& can !e changed

To M' addresses protection

*t can !e configured ith 5NM/ re?uests or e! !roser

6eset of the relas on incoming.outgoing ping timeout

9unction @load outputs states from ++/6


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2. e!hni!al "ara#eters

Ta!le 1) Technical parameters

Para#eter $alue

5iBe 122mm 82#mm/oer suppl voltage 12 $ or 2 $

/U poer suppl (output level3)3$&

3)3

6ela channels count 8

$igital *.< count (0-3)3, hen output- ma current is 1m'&

8

'nalog inputs count 8 (10!it '$, refC1)2$ - eternalsource&

$igital inputs count1& 8

"M3#$% sensor inputs count2& 8

*nputs (0-10$& count3& 8

"+$ ("in, 'ctivit,/oer


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3. A""li!ation e%a#"les

9igure 1) 'pplication eample 1

9igure 2) 'pplication eample 2

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&. Produ!t installation

&.1. Conne!t DAEnetIP2 Eight Relay Module to !o#"uter 'or

'irst ti#e1) onnect the device ith our computer via (P!rosso)er !a*le) (note that

the device does not support 'UT< M$*E&2) 5uppl ith 12$ or 2$ (depending on selected model& sta!iliBed

filtered poer source)3) Dour initial computer */ should !e in the device netor) 5o it is recommend

to !e 1:2)1>)100)1)) )100)2 F default username.passord are

GadminH.HadminH#) No ou can access all the parameters via our e! !roser

&.2. Conne!t DAEnetIP2 Eight Relay Module to router

1) $o all the steps from )12) 'dIust the netor parameters from Setuppage4

2)1)*/ - must !e in same netor as our router) (9or eample if router */ is1J2)1>8)1)1, $'+net*/2 */ ma !e 1J2)1>8)1)2&

2)2)Mas2)3)Katea - usuall this is the */ of our router

3) lic su!mit and ait a!out # seconds) /oer off the device

#) No ou ma disconnect the UT/ crossover ca!le from the $'+net*/2 andour computer

>) onnect the $'+net*/2 module and the netor router ith (P straight!a*le)

:) 'dIust the */ of our computer to !e again in the router netor8)


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5. De'ault +ettings

5.1. a*le ,ith de'ault settings

These are the default (factor& settings of $'+net*/2) hen ou !u the module ouill receive it ith these settings) *f not, please load the default settings (see #)2&)

Ta!le 2) $efault settings

Para#eter-a!!ording e* "ages/

$alue

$=/ $isa!led

*/ 1:2)1>)100)2

Mas 2##)2##)2##)0

Katea 1:2)1>)100)1

"'N *$ 1"'N mode $isa!led

'ccess M' 1,2 000000000000

5NM/ access to */ +na!led

5NM/ listen U$/ port 1>1

5NM/ 6ead-onl communit string 000000000000

5NM/ 6 communit string private

5NM/.e! 'ccess netor */ 1:2)1>)100)1

5NM/.e! 'ccess netor Mas 0)0)0)0 (disa!led&

/ing Timeout >

6estart on incoming ping timeout $isa!led

6estart on remote */ timeout $isa!led6emote */ to ping 1:2)1>)100)1

*.< ports settings /3,/# - )100)1

Aroadcast 9rames /arse

e! 5erver +na!lede! 5erver T/ port 80

5NM/ traps target host 1:2)1>)100)1

5NM/ traps communit pu!lic

"o.=igh 'nalog Trap Threshold 0.1023 (disa!led&

'nalog +vents F "o, =igh, 'cc None

e! user.passord admin.admin

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5.2. +te"s 'or loading de'ault settings

*n case the access of the module is lost, factor (default settings& ma !e applied andthe module parameters ill !e returned !ac as those in point #)1 from the current

document

9igure 3) "oading default settings

1) Turn off the poer suppl of the device2) Move the Iumper from position 1 to position 2

3) Turn on the poer suppl of the device) Move the Iumper from position 2 to position 1#) Turn off the poer suppl of the device>) Turn on the poer suppl of the device

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0. Conne!tors and "orts

0.1. DAEnetIP2 Eight Relay Module *lo! diagra#

9igure ) Aloc diagram

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0.2. DAEnetIP2 Eight Relay Module Ports

9igure #) /orts

Note that it is strongl recommend to use onl one port at a time - either P1 Analog In"uts -414$DC/ either P3 Port 'or sensors.


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0.3. DAEnetIP2 "orts des!ri"tion

Ta!le 3) *.< /ortsPort P3

-digital out"uts/

Port P5

-digital out"uts/

Port P0

-digitalanalog in"uts/Pin 6 7it Fun! Dir 7it Fun! Dir 7it Fun! Dir

1 1 9ree *.< 1 9ree *.< 1 9ree 'in

2 2 9ree *.< 2 9ree *.< 2 9ree 'in

3 3 9ree *.< 3 9ree *.< 3 9ree 'in

9ree *.< 9ree *.< 9ree 'in

# # 9ree *.< # 9ree *.< # 9ree 'in

> > 9ree *.< > 9ree *.< > 9ree 'in

: : 9ree *.< : 9ree *.< : 9ree 'in

8 8 9ree *.< 8 9ree *.< 8 9ree 'in

J - KN$ /6 - 3)3 /6 - 3)3(ref& /6

10 - KN$ /6 - KN$ /6 - KN$ /6

Ta!le ) 5stem portDAEnetIP2 +yste# Port

Pin 6 7it F(6C Dir

1 - 3)3 /6

2 - 3)3 /6

3 - 6eserved -

- /ing "ed - Target 65T


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9. e* a!!ess

9igure >) e! access

*t is possi!le to configure $'+net*/2 via *+, hrome, MoBilla or other !roser)The !roser must support 7ava5cript) There is username and passord (Aasic'uthentication&) The e! server has onl one session F onl one user can access

the $'+net*/2 via e! at a time) The session has timeout >0 seconds if there is notaccess from the !roser) 'fter that another user can access the module) This isdone !ecause of securit reasons)

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9.1. +etu" "age

9igure :) 5etup page

9.1.1. Fir#,are )ersionThis is the current firmare version) an not !e changed

9.1.2. MAC address

The M' address of the module) an not !e changed

9.1.3. IP address

The */ address of the module)

9.1.&. +u*net Mas

The su!net mas of the module)

9.1.5. De'ault :ate,ay

The $efault gatea of the module)

5NM/4 cfg*/)0, cfgNetMas)0, cfg$efK)0e!4 Menu 5etup-O*/ addressH, 5etup-O5u!net MasH, 5etup-O$efaultKateaH

6;E


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9.1.0. $LA6

$'+net*/2 can or ith normal or tagged pacets (*++ 802)11?&) *t supports thehole set of 12!it "'N tags)

5NM/4 hagne the !it cfgMode)0 and setting the "'Ntag in cfg"'NTag)0e!4 Menu 5etup-OTagged "'N modeH and 5etup-O"'N *$H

9.1.9. D=CP

The */,M'5P and Katea can !e !rought ! $=/ server)

5NM/4 hange its !it in cfgNeMode)0e!4 Menu 5etup-O $=/ clientH

IMP;R6A


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e!4 Menu 5etup-O 5NM/ access to */ configurationH

5NM/4 cfg/assord)0 and cfg6ead


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+etting lo, le)el the I; lines ,hile #onitoring restart *f this option is ena!led$'+net*/2 ill set in logical @0@ all the outputs /3 and /# (loo figure # and ta!le 3&

5NM/4 hange its !it in cfgNeMode)0

e!4 Menu 5etup-O 6eset *.< ports on ping restartH

In!o#ing Ping re@uest indi!ator Ping LED 'ctivating this mode ill allo$'+net*/2 module to !ecome in simple netor analBer (ith set netorparameters&, hich can indicate @ping@ re?uests to its */ address) +ach receivedre?uest performs change of output @/ing "+$@ (see the i.o ta!le description&) Theschematic !ello shos ho to connect this pin to "+$)

9igure 8) onnecting /ing "+$

5NM/4 hange its !it in cfgNeMode)0e!4 Menu 5etup-O Toggle 7/>) on outgoing ping re?uestH

+e!ond LED indi!ator. This indicator ma sho4 /oer


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hen /ull-up is selected, that means there is pull-up resistor of a!out #0


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9or detailed firmare upgrade information please see 'ppendi #)

9.1.1&. 7road!ast 'ra#es

*n this mode $'+net*/2 does not response of frames ith M' address 99-99-99-99-99-99) This allos $'+net*/2 to hide from the orld !ecause it doesnStrespond to '6/ re?uests)

9.1.15. e* ser)er

+na!le.disa!le e! access)

5NM/4 hange its !it in cfgNeMode)0e!4 Menu 5etup-O e! serverH

IMP;RA6##3#) The attempt to assign port from 1-102 ill !e accepte as 80)'fter setting this parameter, the $'+net*/2 module ill !e restarted) 'fter changingthis port, the url address must !e something lie this4

http4..1:2)1>)100)24port

5NM/4 hange cfg=TT/port)0e!4 Menu 5etup-OMiscellaneous. e! server )))on port H

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9.2. +6MP tra"s

9igure 10) 5NM/ traps

5NM/ traps can !e generated from 'nalog inputs if its level crosses the givenlimits) *f the limits are 0 and 1023 then there ill not !e an traps from this input) Themessage gives information from hich input is this trap and hat is the input levelvalue) *f several events are generated, $'+net*/2 sends their traps in order thehave !een generated)

9.3. Analog e)ents

$'+net*/2 'nalog inputs could !e attached to /# digital output port) hen analoginput is changed the corresponding digital output can react) There are modes4

9.3.1. Mode BLo,

The output ill !ecome G1H if the input level is less than "o Threshold and setsthe previous state hen the input level is over "o Threshold)

9.3.2. Mode B=igh

The output ill !e set if the input level is higher than =igh)

9.3.3. Mode BLo,=igh

The output ill !e set if the input level is out of the range ith =igh and "oThreshold)

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9.3.&. Mode BA!!

The output ill !e set if the input level is less than "o Threshold and ill !e in oldstate after input level is over =igh Threshold)

This function does not affect to 5NM/ traps !ut the same Threshold values are

used for sending 5NM/ traps)'dditionall in firmare ver) )0J: there is option @*N@ (*nversion& - it reverse the

signal level hich is generated to /# (if the regular as to set in @1@ during *N it ill!e @0@) 9or eample if temperature sensor is used - this option allos to !e doneautomatic sitch


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[ ]CADCvalue

VrefTc 61++7!.4

+.&7

1+247=

The temperature in 9 (valid onl if "M3#$% sensor is connected to 7/1&

[ ]FADCvalue

VrefTf 6321++75

#7

!.4

+.&7

1+247 +

=

The value from the 0-10 '* port - 7/3 (valid hen there are not anconnected "M3#$% sensors and voltage from 0 to 10$ is supplied to 7/3&)

To convert in voltage, ou ma use the folloing formula4

[ ]VADCvalue

VrefUjp!.4

!.3!7

1+2473=

9.5. Port La*els

9igure 12) /ort "a!els

9rom this e! page it is possi!le to change the name for each *.< pin) Note this ispossi!le to !e done onl via e! and not via snmp)

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9.0. A!!ount

9igure 13) 'ccount settings

9.9. Fir#,are ("date

This command starts firmare update) The $'+net*/2 ill donload the firmarefile from the T9T/ server given in 5etup section) 'fter that the device ill !ere!ooted)

9.>. Re*oot

6e!oots $'+net*/2)

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>. +6MP a!!ess

$'+net*/2 supports 5NM/v1 protocol F snmpget and snmpset) *t ma !econfigured.read all the parameters via these commands) 6ead-onl communit string

is used for reading and 6ead-rite ommunit 5tring is used for changing theparameters) Note that it is not possi!le using of snmpal) /arameters that can !echanged, are grouped according to their functions in the ta!les !elo) To o!tain avalid )1))1)1J8>#H) 'lso all the snmp commands are descri!ed in the M*A file. 'llthe functions can !e accessed via 5NM/ and +A

IMP;RA6< $uring 5NM/ access, it must !e used snmpget and snmpset onl to one


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operating modes4+N'A"+$A*T F !it0,A6


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Katea

)1)1)1#)0 cfgNetMas read-rite */ Netor 5u!netMas

*p'ddress

)1)1)1>)0 cfgMonitor*/ read-rite 6emote */ address to

monitor via *M/ echore?uests

*p'ddress

)1)1)1:)0 cfg6ead1 and O102

*NT+K+6(0))>#

#3#&

)1)1)2)0 cfg"+$2mode read-rite (fOC)0J& $efines"+$2 !ehaviour

*NT+K+6

Z /oer


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1-/ull-don, 0-/ull-up)$oesnQt reflect on outputpins

)1)1)2J)0 cfg/#$up65T read-rite Ait mas shoing on

hich /# pins toduplicate Target65Tsignal) /ins must !eoutputs in cfg/#$ir)'vaila!le from v))0J:

*NT+K+6(0))2#

#&

)1)1)30)0 cfg$efault read-onl 6eading this )0 atr/in3=igh read-rite /in high threshold *NT+K+6(0))1023&

)1)1)122):)0 atr/in"o read-rite /in lo threshold *NT+K+6(0))1023&

)1)1)122)8)0 atr/in=igh read-rite /in high threshold *NT+K+6(0))1023&

)1)1)122)J)0 atr/in#"o read-rite /in lo threshold *NT+K+6(0))1023&

)1)1)122)10)0 atr/in#=igh read-rite /in high threshold *NT+K+6(0))1023&

)1)1)122)11)0 atr/in>"o read-rite /in lo threshold *NT+K+6(0))1023&

)1)1)122)12)0 atr/in>=igh read-rite /in high threshold *NT+K+6(0))1023&

)1)1)122)13)0 atr/in:"o read-rite /in lo threshold *NT+K+6(0))1023&

)1)1)122)1)0 atr/in:=igh read-rite /in high threshold *NT+K+6(0))1023&

)1)1)122)1#)0 atr/in8"o read-rite /in lo threshold *NT+K+6(0))1023&

)1)1)122)1>)0 atr/in8=igh read-rite /in high threshold *NT+K+6(0))1023&

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>.3. AnologtoP5 E)ents

Ta!le :) 'nalog-to-/# +vents

;ID 6a#e A!!ess Des!ri"tion +ynta%)1)1)121)1)0 aev/in1 read-rite $efines reaction on

respective /# outputpin hen voltage iscompared tothresholds

*NT+K+6Z None(0&, "o(1&,=igh(2&,"o=igh(3&,'cc(& [

)1)1)121)2)0 aev/in2 read-rite $efines reaction onrespective /# outputpin hen voltage iscompared to

thresholds

*NT+K+6Z None(0&, "o(1&,=igh(2&,"o=igh(3&,

'cc(& [)1)1)121)3)0 aev/in3 read-rite $efines reaction onrespective /# outputpin hen voltage iscompared tothresholds


)1)1)121))0 aev/in read-rite $efines reaction onrespective /# outputpin hen voltage iscompared tothresholds


)1)1)121)#)0 aev/in# read-rite $efines reaction onrespective /# outputpin hen voltage iscompared tothresholds


)1)1)121)>)0 aev/in> read-rite $efines reaction onrespective /# outputpin hen voltage iscompared tothresholds


)1)1)121):)0 aev/in: read-rite $efines reaction onrespective /# outputpin hen voltage iscompared tothresholds


)1)1)121)8)0 aev/in8 read-rite $efines reaction onrespective /# outputpin hen voltage iscompared tothresholds


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>.&. Control "ort P3 -Digital out"uts/

Ta!le J) ontrol port /3

;ID 6a#e A!!ess Des!ri"tion +ynta%

)1)2)1)1)0 pctrl/3pin1 read-rite

/ort3 pin1 data *NT+K+6Z =igh(1&, "o(0& [





)1)2)1))0 pctrl/3pin read-rite

/ort3 pin data *NT+K+6Z =igh(1&, "o(0& [

)1)2)1)#)0 pctrl/3pin# read-rite

/ort3 pin# data *NT+K+6Z =igh(1&, "o(0& [

)1)2)1)>)0 pctrl/3pin> read-

rite

/ort3 pin> data *NT+K+6

Z =igh(1&, "o(0& [)1)2)1):)0 pctrl/3pin: read-

rite/ort3 pin: data *NT+K+6

Z =igh(1&, "o(0& [



)1)2)1)33)0 pctrl/3!te read-rite

*.< port data assingle !te

*NT+K+6(0))2##&

>.5. Control "ort P5 -Digital out"uts/

Ta!le 10) ontrol port /#


)1)2)2)1)0 pctrl/#pin1 read-rite /ort# pin1 data *NT+K+6Z =igh(1&, "o(0& [



)1)2)2))0 pctrl/#pin read-rite /ort# pin data *NT+K+6Z =igh(1&, "o(0& [

)1)2)2)#)0 pctrl/#pin# read-rite /ort# pin# data *NT+K+6Z =igh(1&, "o(0& [

)1)2)2)>)0 pctrl/#pin> read-rite /ort# pin> data *NT+K+6Z =igh(1&, "o(0& [

)1)2)2):)0 pctrl/#pin: read-rite /ort# pin: data *NT+K+6Z =igh(1&, "o(0& [


)1)2)2)33)0 pctrl/#!te read-rite *.< port data assingle !te

*NT+K+6(0))2##&

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>.0. Returned )alues are 'ro# 14*it Analog to DigitalCon)erter

Ta!le 11) 6eturned values from '$


)1)2)3)1)0 pctrl/>pin1 read-onl '$ hannel 1 *NT+K+6(0))1023&



)1)2)3))0 pctrl/>pin read-onl '$ hannel *NT+K+6(0))1023&

)1)2)3)#)0 pctrl/>pin# read-onl '$ hannel # *NT+K+6(0))1023&

)1)2)3)>)0 pctrl/>pin> read-onl '$ hannel > *NT+K+6(0))1023&

)1)2)3):)0 pctrl/>pin: read-onl '$ hannel : *NT+K+6(0))1023&


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?. A""endi% 1. Po,er su""ly

The poer suppl of the DAEnetIP Eight !e"a# Modu"e (LM35DZ) ma !eselected during purchase - 12$DCor 2&$DC)


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14. A""endi% 2. Port 'or,arding 'or ad)an!ed users

This appendi descri!es ho to access the DAEnetIP2 Eight Relay Module!M3"D#$ over the *nternet) The demonstration is done ith router @T/-"in L

R3&4:@, !ut it ma !e done ith an other router supporting @/ort 9orarding@function) Aello are given the steps ou have to go through to mae @/ort9orarding@

1) 'dIust $'+net*/2 netor ports) These ports are4

5NM/ port, ! default 1>1

=TT/ port, ! default 80$'+net*/2 ill accept an valid integer num!er for port O102# and \>##3#) /ort

num!ers from 0 to 102 ill !e accepted as 1>1) The same is ith port 80)"etQs sa e ould lie to adIust for eample4

/ort 10080 for =TT/ /ort 101>1 for 5NM/

This ma easil !e done from the e! server -O 5etup page

2) These ports must !e set in the forarding rules inside the router as it is shonon the figure !ello

9igure 1#) /ort forarding

The */ address 1J2)1>8)1)11 is actuall the internal address of the DAEnetIPEight !e"a# Modu"e (LM35DZ)$

3) No it is possi!le to access the DAEnetIP Eight !e"a# Modu"e (LM35DZ)from everhere outside the "'N)

)))410080 - is the e! server of the modulesnmpget -v1 -c 000000000000 )))4101>1 )1)3)>)1))1)1J8>#)1)1)1)0 -

snmp command for accessing the module (get the */&

))) - the pu!lic */ of the router or itQs $N5 name)

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11. A""endi% 3. +o't,are

Den%o&i Assem'"# E"etronis LD provides several application that ma !eused for testing, demonstrations, configurations and ver simple automation proIects)

11.1. DRM +o't,are

$enovi 6ela Manager ($6M& is universal softare for eas controlling all indsof $enovi U5A, / and 5NM/ and T/.*/ rela !oards)

9igure 1>) $6M softare

$onload lin - here5oftare e! page - here

*f the device DAEnetIP Eight !e"a# Modu"e (LM35DZ) is not listed, ou mause * !e"a# +rd S,MP - &) Note also that this softare does not read the *.# Units4 ;9 5ave 5ettings

o 'nalog -O hannel 1 -Opressing continuousl-Oonfigure Kauge for this

hannel /ic a Kauge4 0-120 ;9 Kauge Title4 Temp 5ave 5ettings

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11.&. Control 'ro# !o##and line

11.&.1. indo,s

Net-snmp is command line tool for accessing 5NM/ !ased netor devices underindos console) A default it is not included in indos ) No ou can test different commands for )100)2 )1)3)>)1))1)1J8>#)1)1)1)0anser4 5NM/v2-5M*44enterprises)1J8>#)1)1)1)0 C *p'ddress4 1:2)1>)100)2

9or creating !atch files, ou ma use the folloing steps41)


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11.&.2. Linu%

Usuall most of "inu )100)2 )1)3)>)1))1)1J8>#)1)2)3)33)0

:et P3.1 his ,ill read digital out"ut P3.1 le)elsnmpget -v1 -c 000000000000 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)1)1)0

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:et P3.> his ,ill read digital out"ut P3.> le)elsnmpget -v1 -c 000000000000 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)1)8)0

:et the ,hole P3snmpget -v1 -c 000000000000 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)1)33)0

:et P5.1 his ,ill read digital out"ut P5.1 le)elsnmpget -v1 -c 000000000000 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)2)1)0

:et P5.> his ,ill read digital out"ut P5.> le)elsnmpget -v1 -c 000000000000 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)2)8)0

:et the ,hole P5snmpget -v1 -c 000000000000 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)2)33)0

o 5NM/5+T eamples

+et DAEnetIP2 IP addresssnmpset -v1 -c private 1:2)1>)100)2 $enovi)$'+net*/2)onfiguration)cfg*/)0 a 1:2)1>)100)3snmpget -v1 -c private 1:2)1>)100)3 )1)3)>)1))1)1J8>#)1)1)1)0 a 1:2)1>)100)3

+et P3.1 his ,ill set "in 1 'ro# digital out"ut "ort P3 in 4 -Lo, le)el/snmpset -v1 -c private 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)1)1)0 i 0

+et P3.> his ,ill set "in 1 'ro# digital out"ut "ort P3 in 1 -=igh le)el/snmpset -v1 -c private 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)1)8)0 i 1

+et the ,hole P3 his ,ill set all the > "ins 'ro# digital out"ut "ort P3 in 1snmpset -v1 -c private 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)1)33)0 i 2##

+et P5.1 his ,ill set "in 1 'ro# digital out"ut "ort P5 in 4 -Lo, le)el/snmpset -v1 -c private 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)2)1)0 i 0

+et P5.> his ,ill set "in 1 'ro# digital out"ut "ort P5 in 1 -=igh le)el/snmpset -v1 -c private 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)2)8)0 i 1

+et the ,hole P5 his ,ill set all the > "ins 'ro# digital out"ut "ort P5 in 1snmpset -v1 -c private 1:2)1>)100)2 )1)3)>)1))1)1J8>#)1)2)2)33)0 i 2##

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12. A""endi% &. +o't,are e%a#"les

1.1. a)a

$onload the Net!eans proIect (6'6 file for indos& from here

1.2. .6E

$onload the proIect ( ^& from here

1.3. P=P

$onload the file (in )tt format& from here) The php server must support snmp) *tis tested ith 'M/ (ith snmp li! activated&)

-3#-
http://denkovi.com/SoftwareExamples/DAEnetIP2_peripheral8Relays_LM35/Java/DAEnetIP2_peripheral8Relays_LM35.rarhttp://denkovi.com/SoftwareExamples/DAEnetIP2_peripheral8Relays_LM35/.NET/CS/DAEnetIP2_Peripheral8RelayBoard_LM35.rarhttp://denkovi.com/SoftwareExamples/DAEnetIP2_peripheral8Relays_LM35/PHP/DAEnetIP2_peripheral_8Relays_PHP.txthttp://denkovi.com/SoftwareExamples/DAEnetIP2_peripheral8Relays_LM35/Java/DAEnetIP2_peripheral8Relays_LM35.rarhttp://denkovi.com/SoftwareExamples/DAEnetIP2_peripheral8Relays_LM35/.NET/CS/DAEnetIP2_Peripheral8RelayBoard_LM35.rarhttp://denkovi.com/SoftwareExamples/DAEnetIP2_peripheral8Relays_LM35/PHP/DAEnetIP2_peripheral_8Relays_PHP.txt


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13. A""endi% 5. Fir#,are u"grade

Aello are given the steps for 'ir#,areupgrade of the DAEnetIP Eight !e"a#Modu"e (LM35DZ) ithDAEnetIP +urner.

1) $onload and save the version ou need for upgrading the DAEnetIP Eight!e"a# Modu"e (LM35DZ)) The !inar ()!in& file must !e donloaded fromthis lin(note the firmare file is different that the firmare file for $'+net*/2&

2) Navigate the $'+net*/ Aurner application to this file ! clicing !utton ithla!el G_H)

3) 9rom the De)i!elistselect $'+net*/2)) *n the IP address 'ieldtpe the */ address of the $'+net*/2 controller that

must !e upgraded)#) *n the Port 'ield tpe the port on that $'+net*/2 can !e reached) This is the

5NM/ port) A default it is 1>1)>) *n the Pass,ord 'ieldtpe the 5NM/ passord used in this $'+net*/2

controller) A default it is @private@:) hec if the settings are correct ! clicing !utton GChe! de)i!eH) 'fter

successful connection under this !utton it must appears tet ith the$'+net*/2 version) *f this not happens it means the connection is notsuccessful and ou must repeat again steps 3->)

8) 5et the FP +er)er.This is usuall the */ of the userQs computer)J) 5et the #a%i#u# retries 'ield.This field shos ho man times

the DAEnetIP 7urner ill tr to reconnect ith the $'+net*/2 controller if theconnection is lost for a moment) ' value of #-10 is reasona!le)

10)5tart update ! clicing 7urn *utton. *f everthing is correct, a ne line must

appear in the event log and the progress !ar must starts moving on)

9igure 1J) $'+net*/ Aurner

-4+-
http://denkovi.com/Firmware/DAEnetIP2-and-peripheral-with-LM35/Current-Version/pipfw.binhttp://denkovi.com/Firmware/DAEnetIP2-and-peripheral-with-LM35/Current-Version/pipfw.bin


41/45


11) ait until the file is uploaded) This ill !e indicated hen the 6e,)ersion field is not ``` !ut some value F form eample 1)#0) Then the +tatus

'ieldmust !e ith value G9ile is uploaded successfullH)12)Dour $'+net*/2 controller is upgraded successfull ith the desired firmare

version) No hen ou clic !utton GChe! de)i!eH, the ne version mustappear)

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1&. A""endi% 5. I; Ports -DAEnetIP2 P3/

This section descri!es ho to used $'+net*/2 /3 - 8 !it TT" *< port lines) Theare not !uffered and ou should ver carefull otherise the MU could !e

damaged) The are digital inputs.outputs) The output level voltage is G1H (3)3$& orG0H (0)2#$& ith consumption \ 1)#m') 'll inputs.outputs have protection diodesto KN$ and 3)3$)

Aelo are given sample eamples of *.< ports connections to eternal devices)The first figure shos connection ith 12 rela) The second shos eample for #TT" signal input) 62 is recommend !ecause sometimes the input signals are tri-stateH)

9igure 20) onnecting rela to *.< pin

9igure 21) Using digital *.< pin as input

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15. A""endi% &. LM35DZ sensor !onne!tion

Aello it is shon the internal connections !eteen the etended ports (7/1, 7/3&of the module and the $'+net*/2 /> pins)

9igure 22) *nternal connection of $'+net*/2-/> to 7/1 and 7/3 ('ll used resistorsare ith -#b tolerance&

The $'+net*/2 '$ is ith 10 !it resolution and refC1)2$) This allos outemperature measurement ith resolution a!out # division per degree)

To connect "M3#$% sensor to DAEnetIP Eight !e"a# Modu"e (LM35DZ)/ ouhave to use the shon !ello schematic4

2#

2>

1

2

7/1

0out

KN$0cc (M120&

9igure 23) =o to connect "M3#$% to 7/1

=ere it is shon eample onl for the first analog channel) Peeping in mind the7/1 pins shon on Figure 5ou ma connect the rest : "M3#$% sensors the samea)

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10. A""endi% 5. Me!hani!al dra,

9igure 2) Mechanical dimensions

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19. Do!u#ent re)isions

03)10)2012 - 9irst document version

0#)10)2012o 9ied formulas errors on page 21

o 'dded etra information on page

0#)12)2012

o 6eplaced the incorrect temperature sensor tpe "M3# ith the correct

supported one F "M3#$%

11 )03 )201 3o 9ied ports diagram error on page 10

18)11)2013 - /ort /3 and /# control all pins via 5NM/, correction of the

Documents

DAEnetIP2 Eight Relay Module