Fargo G2 and Koda User Manual
www.linortek.comFor Fargo G2, Koda
TCP/IP Web Da Relay Adarí
Ifihan C 04/2022

Fargo G2 TCP/IP Web Da Relay Adarí

Thank you for purchasing a Linortek Fargo G2 or Koda TCP/IP Controller. There are many devices that can be controlled by the FARGO/KODA Web Relay Controller. FARGO/KODA Web Controller can be used in such applications as (but not limited to): Lights, security, sprinkler systems, access control, industrial equipment, building automation, HVAC, and many more. Please refer to the Board Reference Layouts on page 29 for input and output specifications on your controller to verify they are suitable to your needs.

Itọsọna yii ni wiwa:

• FARGO R8 G2
• FARGO R4DI G2
• FARGO R4ADI G2
• KODA 100
• KODA200

These will be referred to as SERVER hereafter. When there are differences or additional features they will be noted in the text.
Fun awọn fidio itọnisọna, FAQ's ati alaye olubasọrọ fun ẹgbẹ atilẹyin imọ-ẹrọ, jọwọ ṣabẹwo: https://www.linortek.com/technical-support

LINORTEK ATILẸYIN ỌJA Ọdun kan

Consumer law: For consumers who are covered by consumer protection laws or regulations in their country of residence (“Consumer Law”), the benefits provided in this Linortek One-Year Limited Warranty (“Linortek Limited Warranty”) are in addition to and  not instead of the rights provided by Consumer Law and it does not exclude, limit or suspend your rights arising from Consumer Law. You should consult the proper authorities in your country of residence for further information about these rights
Awọn adehun atilẹyin ọja Linortek fun ọja ohun elo yii (“Ọja”) ni opin si awọn ofin ti a ṣeto si isalẹ:
Linor Technology, Inc. (“Linortek”) warrants this product against defects in materials and workmanship for a period of ONE (1) YEAR from the date of retail purchase by the original end-user purchaser (“Warranty Period”) when used in accordance with the  operating instructions. A copy of a retail receipt is required as proof of purchase. If a hardware defect arises and a valid claim is received within the Warranty Period, at its option and to the extent permitted by law, Linortek will either (1) repair the hardware defect at no charge, using new or refurbished replacement parts, (2) exchange the product with a product that is new or which has been manufactured from new or serviceable used parts and is at least functionally equivalent to the original product, or (3) refund the purchase price of the product. When a refund is given, the product for which the refund is provided must be returned to Linortek and becomes Linortek’s property.
Atilẹyin ọja ti o ti sọ tẹlẹ jẹ koko-ọrọ si Olura (i) ẹtọ kikọ ni kiakia ati (ii) ipese akoko si Linortek ti aye lati ṣayẹwo ati idanwo ọja ti a sọ pe o ni abawọn. Iru ayewo le wa lori awọn agbegbe ile Olura ati/tabi Linortek le beere fun ipadabọ ọja naa ni laibikita fun Olura. Sibẹsibẹ, Linortek kii yoo ṣe iduro fun iṣakojọpọ, ayewo, tabi awọn idiyele iṣẹ ni asopọ pẹlu ipadabọ Ọja. Ko si ọja ti yoo gba fun iṣẹ atilẹyin ọja ti kii ṣe pẹlu nọmba Iwe-aṣẹ Ipadabọ Ọja (RMA#) ti Linortek funni.
Iyasoto ATI OPIN
Atilẹyin ọja to Lopin laisi ibajẹ ti o waye lati ilokulo, ilokulo, aibikita, ina tabi awọn idi ita miiran, ijamba, awọn iyipada, atunṣe tabi awọn idi miiran ti kii ṣe abawọn ninu awọn ohun elo ati iṣẹ-ṣiṣe. Software ti o pin nipasẹ Linortek pẹlu tabi laisi orukọ iyasọtọ Linortek pẹlu, ṣugbọn ko ni opin si sọfitiwia eto (“Software”) ko ni aabo labẹ Atilẹyin Lopin yii. Lilo rẹ ati awọn ẹtọ ti o nii ṣe pẹlu sọfitiwia jẹ iṣakoso nipasẹ Adehun Iwe-aṣẹ Olumulo Ipari Linortek eyiti o le rii nibi: https://www.linortek.com/end-user-licenseagreement/. Linortek ko ṣe iduro fun ibajẹ ti o waye lati ikuna lati tẹle awọn ilana ti o jọmọ lilo ọja naa. Lati ṣe idaniloju ibamu pẹlu awọn idiwọn iṣẹ, Olura yẹ ki o tọka si itọnisọna itọnisọna [ti a pese pẹlu ọja naa]. Awọn batiri ko si ninu Atilẹyin ọja.
SI IGBAGBO OPO, ATILẸYIN ỌJA TO LOPIN YI ATI AWON ATUNSE TI A ṢETO LOKE JE IYASOTO ATI NIPA TI GBOGBO ATILẸYIN ỌJA, awọn atunṣe, ati awọn ipo miiran, ati LINORTEK PATAKI, NIPA TODAJU SI, ATILẸYIN ỌJA TI ỌJA, IFỌRỌWỌRỌ FUN IDI PATAKI, KO RUBO. Niwọn igba ti iru awọn ATILẸYIN ỌJA KO LE JADE, GBOGBO IRU ATILẸYIN ỌJA YOO, SI IBI TI OFIN FẸṣẹ, NIPA NIPA IGBA ATILẸYIN ỌJA LINORTEK ATI IṢẸRỌ YOO NI OPIN LATI TUNTUN TUNTUN, NINU IDAGBASOKE RẸ. Diẹ ninu awọn IPINLE (awọn orilẹ-ede ati awọn agbegbe) MAA ṢE GBODO AFI AYE NIPA NIPA BALOPO ATILẸYIN ỌJA TABI IṢẸṢẸ LE GUN, NITORINAA ALAGBEKA TI A ṢApejuwe Loke le MA Kan si Ọ. ATILẸYIN ỌJA YI FUN Ọ NI Awọn ẹtọ Ofin pato, ati pe O tun le ni awọn ẹtọ miiran ti o yatọ lati IPINLE si IPINLE (tabi nipasẹ Orilẹ-ede tabi agbegbe). ATILẸYIN ỌJA TO LOPIN YI WA NI ijọba ati ti a ṣe labẹ awọn ofin ti Orilẹ Amẹrika.
AlAIgBA

1. Ka Awọn ilana – Ka gbogbo ailewu ati awọn ilana iṣiṣẹ ṣaaju ṣiṣe ọja naa.
2. Awọn ilana idaduro – Daduro aabo ati awọn ilana iṣiṣẹ fun itọkasi ọjọ iwaju.
3. Awọn ikilọ Gbigbe – Faramọ gbogbo awọn ikilọ lori ọja ati ninu awọn ilana ṣiṣe.
4. Tẹle Awọn ilana – Tẹle gbogbo iṣẹ ṣiṣe ati lo awọn ilana.
5. Ninu – Yọọ ọja kuro ni agbara ṣaaju ṣiṣe mimọ. Maṣe lo awọn olutọpa olomi tabi awọn ẹrọ aerosol. Lo ipolowoamp asọ fun nu apade nikan.
6. Awọn asomọ – Ma ṣe lo awọn asomọ ayafi ti wọn ba ṣeduro pataki nipasẹ Linortek. Lilo aibaramu tabi bibẹẹkọ awọn asomọ ti ko yẹ le jẹ eewu.
7. Awọn ẹya ẹrọ miiran – Ma ṣe gbe ọja yii sori iduro aiduro, mẹta, akọmọ, tabi oke. Ọja naa le ṣubu, nfa ipalara nla si eniyan ati ibajẹ nla si ọja naa. Lo pẹlu iduro, mẹta, akọmọ, tabi oke ti a ṣe iṣeduro nipasẹ olupese, tabi ta pẹlu ọja naa. Tẹle awọn itọnisọna olupese nigba gbigbe ọja naa, ati lo awọn ẹya ẹrọ iṣagbesori nikan ti olupese ṣe iṣeduro. Ṣọra nigba lilo ohun elo ati akojọpọ rira. Awọn iduro ni iyara, agbara ti o pọ ju, ati awọn aaye aiṣedeede le fa ki ohun elo ati akojọpọ rira yi pada.
8.  Fentilesonu - Awọn ṣiṣii ni apade, ti o ba jẹ eyikeyi, ti pese fun fentilesonu ati lati rii daju pe o gbẹkẹle ọja naa ati lati daabobo rẹ lati igbona. Maṣe dina tabi bo awọn ṣiṣi wọnyi. Ma ṣe gbe ọja yii sinu fifi sori ẹrọ ti a ṣe sinu ayafi ti a ba pese fentilesonu to dara tabi awọn ilana Linortek ti faramọ.
9. Awọn orisun agbara – Ṣiṣẹ ọja yii nikan lati iru orisun agbara ti a tọka si ninu itọnisọna itọnisọna tabi lori aami ọja.
   Ti o ko ba ni idaniloju iru ipese agbara ti o gbero lati lo, kan si alagbawo oniṣowo ohun elo rẹ tabi ile-iṣẹ agbara agbegbe - ti o ba jẹ pe lilo eyikeyi iru orisun agbara yatọ si itọkasi ninu itọnisọna itọnisọna tabi aami isamisi yoo sọ atilẹyin ọja di ofo. Fun awọn ọja ti a pinnu lati ṣiṣẹ lati agbara batiri, tabi awọn orisun miiran, tọka si awọn ilana iṣiṣẹ [pẹlu ọja naa].
10. Ilẹ tabi Polarization - Ọja yii le ni ipese pẹlu pilogi laini oniyipada-lọwọlọwọ (pulọọgi kan ti o ni abẹfẹlẹ kan gbooro ju ekeji lọ). Pulọọgi yii yoo wọ inu iṣan agbara nikan ni ọna kan. Eyi jẹ ẹya aabo. Ti o ko ba le fi pulọọgi sii ni kikun sinu iṣan, gbiyanju yiyipada plug naa. Ti plug naa ba kuna lati baamu o jẹ nitori iṣanjade rẹ ko ni ibamu pẹlu pulọọgi naa. Kan si onisẹ ina mọnamọna rẹ lati rọpo iṣan rẹ pẹlu ọkan ti o ni ibamu. Ma ṣe fi agbara mu pulọọgi lati wọ inu iṣan ti ko ni ibamu tabi bibẹẹkọ gbiyanju lati ṣẹgun idi aabo ti plug naa. Ni omiiran, ọja yii le ni ipese pẹlu pilogi iru ilẹ-waya 3, plug kan ti o ni pinni kẹta (ilẹ). Pulọọgi yii yoo wọ inu iṣan agbara iru ilẹ nikan. Eyi jẹ ẹya aabo. Ma ṣe fi agbara mu pulọọgi lati wọ inu iṣan ti ko ni ibamu tabi bibẹẹkọ gbiyanju lati ṣẹgun idi aabo ti plug naa. Ti iṣan rẹ ko ba ni ibamu pẹlu pulọọgi, kan si onisẹ ina mọnamọna lati paarọ iṣan rẹ pẹlu ọkan ti o ni ibamu.
11. Aabo okun-agbara – Awọn okun ipese agbara ipa-ọna ki wọn ko ṣee ṣe lati rin lori tabi pin nipasẹ awọn ohun kan ti a gbe sori tabi lodi si wọn, san ifojusi pataki si awọn okun ati awọn pilogi, awọn ohun elo irọrun, ati aaye nibiti awọn okun ti jade kuro ninu ohun elo naa. .
12.  Awọn Laini Agbara - Maṣe gbe eto ita gbangba nibikibi ni agbegbe ti awọn laini agbara oke tabi ina ina miiran tabi awọn iyika agbara, tabi nibiti o le ṣubu sinu iru awọn laini agbara tabi awọn iyika. Nigbati o ba nfi eto ita gbangba sori ẹrọ, lo itọju to gaju lati yago fun fọwọkan iru awọn laini agbara tabi awọn iyika nitori olubasọrọ pẹlu wọn le jẹ iku.
13. Ikojọpọ apọju – Maṣe gbe awọn iṣan ati awọn okun itẹsiwaju pọ si nitori eyi le fa ina tabi mọnamọna.
14. Nkan ati Titẹwọle Liquid - Maṣe Titari awọn nkan ti iru eyikeyi sinu ọja yii nipasẹ awọn ṣiṣi nitori wọn le fi ọwọ kan vol lewutage ojuami tabi kukuru-jade awọn ẹya ara eyi ti o le fa ina tabi ina-mọnamọna. Maṣe da omi bibajẹ iru eyikeyi sori ọja naa.
15.  Ṣiṣẹ – Ma ṣe gbiyanju lati ṣe iṣẹ ọja yii funrararẹ nitori ṣiṣi tabi yiyọ awọn ideri le fi ọ han si voltage tabi awọn ewu miiran. Tọkasi gbogbo iṣẹ ti ọja naa si Linortek.
16. Bibajẹ Iṣẹ ti o nilo – Yọọ ọja kuro lati inu iṣan ati tọka iṣẹ si Atilẹyin Onibara Linortek labẹ awọn ipo wọnyi:
    a. Nigbati okun ipese agbara tabi plug ba bajẹ.
    b. Ti omi ba ti danu, tabi awọn nkan ti ṣubu sori ọja naa.
    c. Ti ọja ba ti han si ojo tabi omi.
    d. Ti ọja naa ko ba ṣiṣẹ deede nipa titẹle awọn ilana iṣiṣẹ [pẹlu ọja naa]. Ṣatunṣe awọn idari nikan ti o ni aabo nipasẹ awọn itọnisọna iṣẹ, nitori atunṣe aibojumu ti awọn idari miiran le ja si ibajẹ ati nigbagbogbo yoo nilo iṣẹ lọpọlọpọ nipasẹ onisẹ ẹrọ ti o peye lati mu ọja pada si iṣẹ deede rẹ.
    e. Ti ọja ba ti lọ silẹ tabi ti minisita ti bajẹ.
    f. Ti ọja ba ṣe afihan iyipada pato ninu iṣẹ.
17. Rirọpo Awọn ẹya – Ti o ba jẹ pataki awọn ẹya ara ẹrọ, ni Low-Voltage Electrician ropo wọn nipa lilo nikan apakan pàtó kan nipa olupese. Awọn iyipada laigba aṣẹ le ja si ina, mọnamọna tabi awọn eewu miiran. Rirọpo awọn ẹya ara le ri ni https://www.linortek.com/store/
18. Ṣayẹwo Aabo – Lẹhin ipari iṣẹ eyikeyi tabi atunṣe ọja yii, beere lọwọ onisẹ ẹrọ iṣẹ lati ṣe awọn sọwedowo ailewu lati pinnu pe ọja wa ni ipo iṣẹ ṣiṣe to dara.
19.  Coax Grounding - Ti eto okun ita ba ti sopọ si ọja naa, rii daju pe eto okun ti wa ni ilẹ. Awọn awoṣe AMẸRIKA nikan - Abala 810 ti koodu Itanna ti Orilẹ-ede, ANSI / NFPA No.70-1981, pese alaye pẹlu ọwọ si ipilẹ ti o dara ti oke ati eto atilẹyin, ilẹ ti coax si ọja idasilẹ, iwọn awọn oludari ilẹ, ipo ti ọja itusilẹ, asopọ si awọn amọna ilẹ, ati awọn ibeere fun elekiturodu ilẹ.
20.  Monomono – Fun afikun aabo ọja yii lakoko iji ina, tabi ṣaaju ki o to lọ kuro laini abojuto ati lilo fun igba pipẹ, yọọ kuro lati inu iṣan ogiri ki o ge asopọ eto okun. Eyi yoo ṣe idiwọ ibajẹ si ọja nitori manamana ati awọn ṣiṣan laini agbara.
21.  Lilo ita - Ọja yii kii ṣe mabomire ati pe ko yẹ ki o gba ọ laaye lati tutu. Maṣe fi han si ojo tabi awọn iru omi miiran.
    Ma ṣe jade kuro ni ita gbangba ni alẹ kan nitori ifunmi le waye.
22.  Lakoko iyipada awọn batiri, fiusi tabi mimu ọja ipele igbimọ ṣọra fun isọjade elekitiroti ti o le ba awọn ẹrọ itanna jẹ. O dara julọ lati lo ibujoko iṣẹ ẹrọ itanna ti ilẹ. Ti eyi ko ba wa o le fi ara rẹ silẹ nipa fifọwọkan ohun elo irin tabi paipu. Lakoko iyipada awọn batiri tabi awọn fiusi maṣe fi ọwọ kan i) eyikeyi awọn okun waya miiran ju awọn okun batiri ati ii) igbimọ Circuit ti a tẹjade.

OPIN TI layabiliti
IN NO EVENT WILL LINOR TECHNOLOGY BE LIABLE, WHETHER IN CONTRACT, TORT, OR OTHERWISE, FOR ANY INCIDENTAL, SPECIAL, INDIRECT, CONSEQUENTIAL OR PUNITIVE DAMAGES, INCLUDING, BUT NOT LIMITED TO, DAMAGES FOR ANY LOSS OF USE, LOSS OF TIME, INCONVENIENCE, COMMERCIAL LOSS, OR LOST PROFITS, SAVINGS, OR REVENUES TO THE FULL EXTENT SUCH MAY BE DISCLAIMED BY LAW. DISCLAIMER FOR CRITICAL APPLICATIONS
Ọja yii ko ni ipinnu tabi ni aṣẹ fun ọja atilẹyin igbesi aye tabi fun awọn lilo miiran eyiti ikuna le fa ipalara tabi iku ti ara ẹni. Ti iwọ tabi awọn alabara rẹ ba lo tabi gba laaye lati lo ọja yii fun iru airotẹlẹ tabi awọn lilo laigba aṣẹ, o gba lati jẹri ni kikun Imọ-ẹrọ Linor ati awọn alajọṣepọ rẹ, ati awọn oṣiṣẹ, awọn oṣiṣẹ ati awọn olupin kaakiri ti ọkọọkan, lati gbogbo layabiliti ti o ni ibatan si iru lilo, pẹlu amofin 'owo ati owo.
AKIYESI SII SIWAJU FUN OPIN LILO
Ayafi ti a ba sọ ni pato, Awọn ọja wa KO ṣe apẹrẹ lati yi ila voltage (110V ati loke) awọn ẹrọ. Lati ṣakoso ẹrọ ti n ṣiṣẹ ni laini voltages a oṣiṣẹ ina mọnamọna GBỌDỌ fi ẹrọ agbedemeji ẹrọ kan gẹgẹbi yiyi. Nigbati o ba yan awọn ẹrọ lati ṣakoso, o dara julọ lati yan kekere voltage awọn iṣakoso bii 24VAC solenoid si iṣakoso ṣiṣan omi. Awọn oṣiṣẹ ina mọnamọna ti o peye nikan le ṣe okun waya voltage ẹrọ. Ni afikun, awọn koodu agbegbe gbọdọ tẹle pẹlu ṣugbọn kii ṣe opin si iwọn wiwọn waya ati ile to dara. Linortek ko gba ojuse fun ipalara si olumulo tabi awọn ẹgbẹ kẹta fun lilo awọn ọja wa ni aibojumu. Layabiliti yii wa pẹlu olumulo. Linortek ko gba ojuse fun ibajẹ si ẹrọ nitori lilo awọn ọja wa ni aibojumu.
RELAY VOLTAGE NI pato
Jọwọ lo iṣọra nigbati o ba so awọn ẹrọ pọ si awọn iyika itanna tabi awọn ohun elo miiran. Eyi web oludari ko ṣe apẹrẹ lati sopọ si eyikeyi voltage greater than 48V. Utilizing this arrangement, should allow you to virtually control anything. It is important that  you use licensed electricians and comply with electrical codes that are applicable to your location. These codes exist for your safety, as well as the safety of others. Linortek assumes no responsibility for any harm or damage resulting from a failure adhere to local laws, ordinances or regulations or failure to follow specified instructions for installation and product usage.

Adehun Iwe-aṣẹ Olumulo Ipari fun sọfitiwia Linortek ati Iwe

Adehun Iwe-aṣẹ Olumulo Ipari (“EULA”) jẹ adehun labẹ ofin laarin iwọ (ẹyọkan tabi nkan kan) ati Linor Technology, Inc. (“Linortek” tabi “awa” tabi “wa”) ti o nṣe akoso lilo sọfitiwia naa ati iwe ("Software") ti a fi sinu tabi ni nkan ṣe pẹlu Fargo, Koda, Netbell, IoTMeter, ati iTrixx jara ti awọn ọja ("Linortek Products").
EULA yii ko ṣe akoso lilo Linortek rẹ webaaye tabi Awọn ọja Linortek (laisi sọfitiwia). Lilo rẹ ti Linortek webAaye jẹ iṣakoso nipasẹ Linortek webAwọn ofin iṣẹ aaye ati eto imulo ipamọ Linortek eyiti o le rii ni:
http://www.linortek.com/terms-and-conditions [Ti o ra Awọn ọja Linortek (laisi sọfitiwia) jẹ iṣakoso nipasẹ atilẹyin ọja ti Linortek, eyiti o le rii ni https://www.linortek.com/linortek-one-year-limited-warranty/
This EULA governs your access and use of the Software. This EULA gives you specific legal rights, and you may also have other legal rights in addition, which vary from jurisdiction to jurisdiction. The disclaimers, exclusions, and limitations of liability under
this EULA will not apply to the extent prohibited or limited by applicable law. Some jurisdictions do not allow the exclusion of implied warranties or the exclusion or limitation of incidental or consequential damages or other rights, so those provisions of this EULA may not apply to you.
Nipa fifi sori ẹrọ, wọle, didakọ ati/tabi lilo sọfitiwia tabi iwe-ipamọ ti o ngba lati di alaa nipasẹ awọn ofin ati ipo ti EULA fun ararẹ tabi nkan ti o ṣe aṣoju ni asopọ pẹlu iru fifi sori ẹrọ, iraye si, didaakọ ati/tabi lo. O ṣe aṣoju ati atilẹyin pe (i) o ni ẹtọ, aṣẹ, ati agbara lati gba ati gba si awọn ofin EULA yii fun ararẹ tabi nkan ti o ṣe aṣoju (ii) o ti to ọjọ ori ofin ni aṣẹ ibugbe rẹ , (iii) iwọ ko wa ni orilẹ-ede ti o wa labẹ ihamọ ijọba AMẸRIKA, tabi eyiti Ijọba AMẸRIKA ti yàn gẹgẹ bi orilẹ-ede “atilẹyin apanilaya”; ati (ii) o ko ṣe atokọ lori eyikeyi atokọ Ijọba AMẸRIKA ti eewọ tabi awọn ẹgbẹ ihamọ.
Ti o ko ba fẹ lati di alaa nipasẹ awọn ofin EULA o le ma fi sii, wọle, daakọ tabi lo sọfitiwia ni ọna eyikeyi (boya tabi ko fi sii tẹlẹ lori ẹrọ ti o ti ra).

1. Gbigbanilaaye Lilo Software/ Iwe-aṣẹ Software.
   Koko-ọrọ si awọn ofin EULA yii, Linortek fun ọ ni opin, ifasilẹ, ti kii ṣe iyasọtọ, ti kii ṣe sublicensable, ẹtọ ti kii ṣe gbigbe ati iwe-aṣẹ si (a) ṣe igbasilẹ, fi sori ẹrọ ati ṣiṣẹ ẹda kan ti sọfitiwia, ni fọọmu koodu ohun ti o ṣee ṣe. nikan, nikan lori Ọja Linortek ti o ni tabi ṣakoso ati lati (b) lo sọfitiwia nikan ni asopọ pẹlu Ọja Linortek ni ibamu pẹlu ipinnu lilo rẹ gẹgẹbi a ti ṣalaye lori Linortek webojula (kọọkan ti 1 (a) ati 1 (b) a "Agbaaye Lo" ati collectively "Igbanilaaye Lilo").
2. Awọn ihamọ lori Lilo Software Rẹ.
   O ti gba lati ko, ati ki o ko lati laye awọn miran lati, lo Software fun eyikeyi idi miiran ju awọn Igbanilaaye Lilo ti sapejuwe ninu Abala 1 loke. Eyi tumọ si, ninu awọn ohun miiran, o le ma:
   (a) satunkọ, paarọ, tunṣe, badọgba, tumọ, ṣe awọn iṣẹ itọsẹ ti, ṣajọpọ, ẹnjinia ẹlẹrọ tabi yiyipada apakan eyikeyi ti sọfitiwia (ayafi si iye awọn ofin to wulo ni pataki ni idinamọ iru ihamọ fun awọn idi ibaraenisepo, ninu eyiti o gba lati kan si Linortek akọkọ ati pese Linortek ni aye lati ṣẹda iru awọn ayipada bi o ṣe nilo fun awọn idi interoperability);
   (b) iwe-aṣẹ, fi sọtọ, pin kaakiri, atagba, ta, iyalo, agbalejo, orisun jade, ṣafihan tabi bibẹẹkọ lo Software fun idi iṣowo eyikeyi tabi jẹ ki Software wa fun ẹnikẹta;
   (c) gba ẹnikẹta laaye lati lo Softwarẹ ni ipo tabi fun anfani ti ẹnikẹta;
   (d) lo eyikeyi apakan ti Software lori eyikeyi ẹrọ tabi kọnputa yatọ si Ọja Linortek ti o ni tabi ṣakoso;
   (e) lo sọfitiwia ni ọna eyikeyi ti o ṣẹ eyikeyi ofin agbegbe, ti orilẹ-ede tabi ti kariaye; tabi
   (f) remove or alter any labels, symbols, legends or proprietary notices, including but not limited to any copyright, trademark, logo in the Software. You may not disclose the results of any performance or functional evaluation of anyof the Software to any third party without the prior written consent of Linortek for each such release.
3. Awọn imudojuiwọn.
   Linortek le lati igba de igba dagbasoke awọn imudojuiwọn, awọn iṣagbega, awọn abulẹ, awọn atunṣe kokoro ati awọn iyipada miiran (“Awọn imudojuiwọn”) lati mu iṣẹ ṣiṣe ti sọfitiwia dara si. Ayafi bi bibẹẹkọ ti pese lori Linortek webaaye, awọn imudojuiwọn wọnyi yoo pese fun ọ ni ọfẹ. Awọn imudojuiwọn wọnyi le fi sii laifọwọyi laisi akiyesi si ọ. Nipa lilo sọfitiwia naa, o tun gba si Awọn imudojuiwọn alaifọwọyi. Ti o ko ba gba si eyi o le ma fi sii, wọle, daakọ tabi lo Software ni ọna eyikeyi.
4. Ohun-ini.
   The Software is licensed to you and not sold. Linortek reserves all rights to the Software and any Updates not expressly granted herein. The Software and Linortek Products are protected by copyright, trademark and other intellectual property laws andtreaties. Linortek and its licensors own the title, copyright, trademarks and other intellectual property rights in the Software.
   You are not granted any rights to Linortek’s trademarks or service marks. There are no implied licenses in this EULA.
5. Ifopinsi.
   This EULA is effective from the date you first use the Software and will continue for as long as you own the Linortek Product associated with it or until you or Linortek terminate this agreement under this section. You may terminate this EULA at any time upon written notice to Linortek at the address provided below. Linortek may terminate this EULA at any time if you fail to comply with any of the terms in this agreement. The license granted in this EULA terminates immediately when the agreement terminates. Upon termination, you must stop using the Linortek Product and the Software and you must delete all copies of the
   Software. The terms of Sections 2 will still remain in effect after the agreement terminates.
6.  Atilẹyin ọja AlAIgBA.
   EXTENT PERMITTED BY APPLICABLE LAW, LINORTEK PROVIDES THE SOFTWARE “AS-IS” AND DISCLAIMS ALL WARRANTIES AND CONDITIONS, WHETHER EXPRESS, IMPLIED, OR STATUTORY, INCLUDING THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, TITLE, QUIET ENJOYMENT, ACCURACY, AND NON-INFRINGEMENT OF THIRD-PARTY RIGHTS. LINORTEK DOES NOT GUARANTEE ANY SPECIFIC RESULTS FROM THE USE OF THE SOFTWARE. LINORTEK MAKES NO WARRANTY THAT THE SOFTWARE WILL BE UNINTERRUPTED, FREE OF VIRUSES OR OTHER HARMFUL CODE, TIMELY, SECURE, OR ERROR-FREE. YOU USE THE SOFTWARE AND THE LINORTEK PRODUCT AT YOUR OWN DISCRETION AND RISK. YOU WILL BE SOLELY RESPONSIBLE FOR (AND LINORTEK DISCLAIMS) ANY AND ALL LOSS, LIABILITY, OR DAMAGES RESULTING FROM YOUR USE OF THE SOFTWARE
   AND LINORTEK PRODUCT.
7. Idiwọn ti Layabiliti.
   Ko si ohunkan ninu EULA yii ati ni pataki laarin gbolohun “Ipinpin Layabiliti” yii yoo gbiyanju lati yọkuro layabiliti ti ko le yọkuro labẹ ofin to wulo.
   SI IGBAGBO OPO TI OFIN WULO, NIPA SI IDAGBASOKE ATILẸYIN ỌJA, NI KO SI IṢẸLẸ YOO (A) LINORTEK NI LỌWỌ FUN EYIKEYI, Apẹrẹ, PATAKI, TABI IWỌWỌRỌ, LẸJẸ IWỌWỌRỌ, LẸJẸ LẸJẸ LẸJẸ. LATI TABI JIMỌ SI AWỌN Ọja TABI SOFTWARE, Paapaa ti LINORTEK MO TABI O yẹ ki o mọ boya o ṣeeṣe ti iru awọn ibajẹ bẹ, ati (B) LINORTEK lapapọ CUMULATIVE LIABILIABILITY DIDE LATI TABI O NI ibatan si Ọja naa, YOO NI OPIN SI OWO KAN LATI LỌ NIPA OWỌ NIPA TI O TI SAN NIPA LINORTEK AND LINORTEK PIPIN ašẹ TABI Aṣoju tita fun awọn ọja tabi awọn iṣẹ ni ọran ni iṣaaju 6 osu. Opin YI NI Akopọ ati pe kii yoo pọ si nipasẹ wiwa diẹ sii ju iṣẹlẹ kan lọ tabi ẹtọ. LINORTEK sọ gbogbo awọn onigbese ti eyikeyi iru awọn iwe-aṣẹ LINORTEK ati awọn olupese.
8. Ibamu pẹlu Awọn ofin okeere.
   O jẹwọ pe sọfitiwia ati imọ-ẹrọ ti o jọmọ wa labẹ awọn ofin iṣakoso okeere AMẸRIKA ati pe o le jẹ koko-ọrọ si okeere tabi awọn ilana agbewọle ni awọn orilẹ-ede miiran. O ti gba lati ni ibamu muna pẹlu gbogbo awọn ofin ati ilana ti kariaye to wulo ti ilu okeere ati ti orilẹ-ede ti o kan sọfitiwia, pẹlu Awọn ilana ipinfunni si ilẹ okeere AMẸRIKA gẹgẹbi olumulo ipari, lilo ipari, ati awọn ihamọ opin irin ajo ti AMẸRIKA ati awọn ijọba miiran ti pese. O jẹwọ pe o ni ojuse lati gba aṣẹ lati okeere, tun-okeere, tabi gbejade Software ati imọ-ẹrọ ti o jọmọ, bi o ṣe le nilo.
   Iwọ yoo ṣe idalẹbi ati mu Linortek laiseniyan lati eyikeyi ati gbogbo awọn ẹtọ, awọn adanu, awọn gbese, awọn bibajẹ, awọn itanran, awọn ijiya, awọn idiyele ati awọn inawo (pẹlu awọn idiyele agbẹjọro) ti o dide lati tabi ti o ni ibatan si eyikeyi irufin nipasẹ rẹ ti awọn adehun rẹ labẹ apakan yii.
9. Iṣẹ iyansilẹ.
   O le ma fi eyikeyi awọn ẹtọ tabi adehun si labẹ EULA yii, ati pe eyikeyi igbiyanju lati fi sọtọ yoo jẹ ofo ati laisi ipa.
10. Awọn akiyesi.
    Linortek le pese akiyesi eyikeyi si ọ ti o ni ibatan si EULA yii nipa lilo imeeli ati adirẹsi ti o pese nigbati o forukọsilẹ pẹlu Linortek.
11. Idaduro
    Lati munadoko, eyikeyi ati gbogbo awọn imukuro nipasẹ Linortek labẹ eyi gbọdọ wa ni kikọ ati fowo si nipasẹ aṣoju Linortek ti a fun ni aṣẹ. Ikuna eyikeyi miiran ti Linortek lati fi ipa mu ọrọ eyikeyi ti o wa labẹ yoo ko ni ro pe o jẹ itusilẹ.
12.  Igbala.
    Ipese eyikeyi ti EULA yii ti a rii pe ko ṣee ṣe ni yoo ṣatunkọ ati tumọ lati ṣaṣeyọri awọn ibi-afẹde ti ipese yẹn si iwọn nla ti o ṣeeṣe labẹ ofin iwulo ati gbogbo awọn ipese to ku yoo wa ni agbara ni kikun ati ipa.
13. Òfin Ìṣàkóso; Ibi isere.
    You agree that this EULA, and any claim, dispute, action, cause of action, issue, or request for relief arising out of or relating to this EULA, will be governed by the laws of the state of North Carolina, U.S.A., without regard to conflicts of laws principles, provided that if you reside in a country that will not apply U.S. law to disputes related to these terms, then the laws of your country will apply. You also agree that the United Nations Convention on Contracts for the International Sale of Goods shall not
    apply. You agree that regardless of any statute or law to the contrary, any cause of action against us arising out of or related to the Linortek webAaye ayelujara, sọfitiwia tabi Awọn ọja Linortek gbọdọ bẹrẹ laarin ọdun kan (1) lẹhin idi ti iṣe tabi iru idi iṣe yoo jẹ eewọ patapata. Eyikeyi igbese tabi ilana ti o jọmọ EULA gbọdọ wa ni ijọba apapo tabi ile-ẹjọ ipinlẹ ti o wa ni Raleigh, North Carolina ati pe ẹgbẹ kọọkan ni aibikita fi silẹ si ẹjọ ati aaye ti eyikeyi iru ẹjọ ni iru ibeere tabi ariyanjiyan, ayafi ti Linortek le beere aṣẹ. iderun ni eyikeyi ẹjọ ti o ni aṣẹ lati daabobo ohun-ini ọgbọn rẹ.
14. California idalaba 65 Ikilọ.
    IKILO: Ọja yii le fi ọ han si awọn kemikali pẹlu asiwaju, eyiti o mọ si Ipinle California lati fa akàn. Fun alaye diẹ sii, lọ si www.P65Warnings.ca.gov.

Bibẹrẹ

The Fargo SERVER is what is called a “bare board” product and is supplied without a housing. It operates on low voltage; however you need to use simple handling precautions to prevent damage to the circuits. All electronics are susceptible to electrostatic discharge. This high voltage “shock” can permanently damage your device. Before handling the product, you should touch a surface such as a grounded workbench or table. It is also best to handle the device from its edges. If you notice that your chair or clothes often cause static discharges, you must exercise extra caution. The unit is supplied with four rubber feet which keeps the bottom of the board from coming into contact with the surface you put it on. Be careful not to let metal objects, such as screw drivers or hardware, come in contact with the bottom of this product. The board can be mounted on a panel using stand offs and #4 hardware. The mounting holes are connected to the GROUND signal. The SERVER unit is a self-contained web server configured with various input and output circuits. Although the relays are rated for higher voltages, ọja yi ti ko ba apẹrẹ fun lilo ni laini voltages. You should never use voltages through the SERVER product exceeding 48 volts. IT IS NOT SAFE.
The KODA SERVER is a housed unit with a DIN rail mountable enclosure that can be snapped onto a DIN rail or attached to any flat surface such as a wall or under a counter. KODA 100 has two relays (48VAC@1A), KODA 200 has four relays which can drive 10V 50mA to external devices. The unit is supplied with a DIN Rail mountable enclosure with removable terminal connectors for easy installation. The KODA SERVER can be mounted on a panel or on the wall using the DIN rail mount clip. The removable wire terminal connectors simplify field installation and allow for easy troubleshooting and maintenance: the unit can be removed from the system without disturbing the system wiring.

Wiring awọn Server
Akiyesi: For a diagram showing the location of all connectors on your SERVER referenced in this section, please see the section – Board Layout Reference.
Iṣọra: Awọn ẹya wọnyi jẹ ilẹ ti o ya sọtọ. Sopọ nigbagbogbo ki yipo agbara jẹ asopọ si ẹyọ SERVER nikan.
MAA ṢE lo awọn isopọ ilẹ ita. Ṣiṣe bẹ le ba SERVER tabi ẹrọ ipilẹṣẹ POE jẹ.

1. Place the unit on a table or bench being careful not to let any metal objects come into contact with the bottom of the circuit board (Fargo Only).
2. Connect the 12VDC power supply to a suitable AC outlet and plug the barrel connector into the SERVER at the location labelled “12VDC/POWER”. Alternatively, you may also use POE. At this point the GREEN/Boot LED should come on and start flashing indicating the SERVER is operating and is in the “Bootload Mode”. This mode allows the user to update the server software that is used on the unit. After about 5 seconds, the GREEN LED will go off and the RED LED will start blinking once per second indicating the SERVER is operating in “Server Mode” and is accessible on a network utilizing TCP/IP protocols.
   IKIRA: NIGBATI O BA LO POE NETWORK SWITCH, MAA ṢE LO Ipese AGBARA 12VDC LATI AGBARA olupin naa ni akoko kanna, YOO ba igbimọ naa jẹ.
3. Plug an Ethernet cable into the RJ45/NET connector. The “Connection” LED will come on if a 100MHz network is available, otherwise it will remain off and the “Activity” LED should start blinking indicating network activity. Fargo G2 Relay Connections
   There are 8 relays on the FARGO R8 and 4 on the FARGO R4. These are dry contact relays. These units are designed for only low voltage Iṣakoso ati ki o yẹ ko ni a voltage applied to the relay greater than 48 volts. This is for your safety as well as to stay within the parameters of the parts and circuit board design. The relays have 3 terminals labelled NO, C and NC which stand for Normally Open, Common and Normally Closed. When activated, the relay moves the connection from CNC to CNO. If you want to make a connection when the relay is activated, connect your wires between C and NO. When the relay is activated C and NO will be connected together. If you want to break a circuit when the relay is activated, make your connections to C and NC. When the relay is activated the circuit will be broken (or open)
   Koda Relay Connection
   There are 2 relays on the KODA 100. The KODA 100 has 2 removable 2 position connectors (1 for each relay) and are simply numbered “1” and “2”. These relays are normally open.
   There are 4 relays on the KODA 200. The KODA 200 has 1 removable 8 position connector. Each relay has a “+” connection and a numbered connection. The relays may be set to supply about 10VDC by selecting “+V” on the setting switch (see Board Layout Reference page 29) or set to dry contact DC on the switch. If “+V” is selected then the voltage will be present on the “+” terminal and the numbered terminal is the return. Otherwise, a normally open dry contact exists across the “+” and numbered connection. KODA 100/200 is designed for only low voltage Iṣakoso ati ki o yẹ ko ni a voltage loo si yii ti o tobi ju 48 volts. Eyi jẹ fun aabo rẹ bi daradara bi lati duro laarin awọn paramita ti awọn ẹya ati apẹrẹ igbimọ Circuit.

LASE iṣẹlẹ ti LINOR TECHNOLOGY YOO WA NI IDAJO, BOYA NI AWỌRỌ, IJẸ, TABI BABAKỌ, FUN IJẸ KANKAN, PATAKI, LỌRỌ, TABI awọn ipalara TABI ijiya, PẸẸNI, SUGBON KO NI OPIN LATI LOMỌ, , Isonu Iṣowo, TABI èrè ti o sọnu, Awọn ifipamọ, TABI awọn owo ti n wọle si Ofin ni kikun le jẹ mimọ.

AKIYESI SII SIWAJU FUN OPIN LILO
Ayafi ti a ba sọ ni pato, ọja yii KO ṣe apẹrẹ lati yi ila voltage awọn ẹrọ. Idiwọn yii pẹlu gbogbo awọn ọja FARGO ATI KODA. Lati ṣakoso ẹrọ ti n ṣiṣẹ ni laini voltages olumulo gbọdọ fi sori ẹrọ ati ẹrọ agbedemeji gẹgẹbi iṣipopada.
Nigba ti onirin a ila voltage ẹrọ lilo intermediary ẹrọ, o gbọdọ boya jẹ a oṣiṣẹ ina mọnamọna tabi lo awọn iṣẹ ti a oṣiṣẹ ina mọnamọna. Ni afikun, awọn koodu agbegbe gbọdọ tẹle pẹlu, ṣugbọn kii ṣe opin si, iwọn wiwọn waya ati ile to dara.
Linortek cannot assume any responsibility for harm to the user or third parties for improperly using our Fargo/Koda products. This liability remains with the user. Linortek cannot assume any responsibility for damage to the device for improperly using our SERVER product.
For relay specifications, please see Board Reference Layout page 29
Digital Input Connections (Fargo R4 and Koda)
The digital inputs allow the SERVER to detect an external on/off state of a sensor. With this information the SERVER can display whether an input is on or off, count events in a resettable or non-resettable counter, and calculate the frequency (such as for use as a tachometer) or the period of the input. There are two modes of operation for the digital inputs – PULL UP and ISOLATED.
a) PULL UP mode connects a 1K resistor to an internal voltage gbigba o lati lo kan ti o rọrun yipada (gẹgẹ bi awọn kan oofa enu yipada) kọja awọn ebute 1 ati 2. Eleyi nigbati awọn yipada ti wa ni mu ṣiṣẹ a ifihan agbara ranṣẹ si awọn input.
b) ISOLATED mode allows you to directly drive the SERVER’s optoisolator with an external voltage tilẹ ohun ti abẹnu 1K resistor. Voltage le wa ni iwọn 5V si 24V ti n pese 2mA o kere ju tabi o pọju 30mA si diode optoisolator. Ko si miiran ti abẹnu asopọ si yi voltage so it is an isolated input. Please note, when connecting a 12VDC-¬24VDC circuit to the input, an external resistor (can be provided at request, 2.2k ohm 0.5watt) must be used.
These modes are selected by the switch on the SERVER (see Board Layout Reference page 29) marked ISO and PU for isolated and pull up respectively. These are set at the factory to ISO by default.
Wiring a push button: For distances up to 500 feet, a 20 AWG shielded wire is suitable for wiring a push button. If the distance between the push button and the controller extends up to 5,000 feet, use a 16 AWG shielded cable instead. Keep in mind that longer cable runs are more susceptible to signal interference.
Iṣọra: If you intend to use isolated mode, verify that the input switch is set to ISO before applying an external voltage. Ṣiṣe bibẹẹkọ le ba SERVER tabi ẹrọ ipilẹṣẹ POE jẹ.
Analog Input Connections (Fargo R4ADI)
The analog inputs allow the SERVER to read the value of external equipment. There are 2 analog inputs.
For AC current monitoring, use one of the two 3.5mm stereo inputs to interface with a current sensor.
Awọn bulọọki ebute igbewọle afọwọṣe 2 ti sopọ si awọn sensọ lọwọlọwọ 0-5V ti kii ya sọtọ eyiti o le sopọ si oriṣiriṣi awọn ẹrọ bii iwọn otutu tabi awọn sensọ titẹ. SERVER n pese ilẹ ati asopọ agbara ki awọn wiwọn le ṣee ṣe laisi voltage references. You should use a sensor that is isolated so that that it makes no connection to a remote ground. See drawing under Board Reference Layout page 29.
Accessing your SERVER
Ni kete ti SERVER rẹ ba ti tan ati ti sopọ si nẹtiwọọki, yoo gba adiresi IP kan laifọwọyi nipasẹ DHCP niwọn igba ti a ti tunto olulana rẹ lati ṣe bẹ. Lati sopọ, tẹ adiresi IP sinu rẹ web browser. This will take you to your SERVER’s landing page. To log in, click the Log In button on the top right of the page. Your browser will prompt you to enter your username and password. By default, these credentials are both set to admin. To find your SERVER’s IP address, see below.
Wiwa Adirẹsi IP rẹ pẹlu Awari Linortek
Eto Awari yoo wa SERVER rẹ laifọwọyi. Awari jẹ eto Java, o nilo akoko asiko Java lati fi sii lati lo ẹya ara ẹrọ yii. Java le ṣee ri nibi: http://java.com/en/download/index.jsp.
Lati ṣe igbasilẹ eto Iwari, jọwọ lọ si: https://www.linortek.com/downloads/supportprogramming/
Lilo awọn aṣawakiri Chrome & Firefox jẹ iṣeduro. Jọwọ ṣakiyesi: Ti o ba fẹ lati lo Internet Explorer, Internet Explorer ṣafipamọ Awari Linortek bi Zip kan file nipa aiyipada. Lati le lo Awari, iwọ yoo nilo lati yan Fipamọ bi ati fun lorukọ mii file bi Linortek Discoverer.jar nigbati o ba ṣe igbasilẹ.
Nigbati o ba n ṣe igbasilẹ eto Iwari, nigbami iwọ yoo rii ifiranṣẹ ikilọ agbejade kan da lori awọn eto aabo aṣawakiri rẹ, beere boya o fẹ tọju tabi sọ eyi silẹ. file, please click the Keep button as this is a Java program, and it won’t harm your computer.
Ni kete ti Discoverer wa ẹrọ rẹ, yoo han:

1. Adirẹsi IP
2. Orukọ ogun
3.  Adirẹsi MAC
4. Alaye miiran:
   a. LED bulu (ti o ba wa)
   b. Orukọ ọja
   c. Server Software Àtúnyẹwò
   d. Nọmba Port (Ti o ba gbe)

Tẹ ẹrọ ti o fẹ lo ti o han lori eto Awari lati ṣe ifilọlẹ SERVER web pages in your browser. Click the Login button on the homepage. The default username/password is: admin/admin. You may change these as you desire or disable this feature in the settings menu.
Connecting your SERVER Directly to Your PC
You can also plug your SERVER directly to your PC if there is no network connection available. If you plug your SERVER into your PC’s Ethernet port it will use the default IP address: 169.254.1.1 unless you have previously configured your SERVER to use a static IP. Enter 169.254.1.1 into your web browser to connect. No internet connection is required. Once configured, you can then install your SERVER where you desired.

Iṣeto ni olupin
Wọle si
Once you have entered the IP address and port number, if set, the Login page will open. This page shows the name of this server which you may change in Configure/Network Config.

This page is static with no background activity and is a useful place to park if you are not using the SERVER and do not want to close the connection.
By pressing LOGIN, you will be asked for your username and password. These credentials will be retained by the browser until the browser is closed. You can disable the password requirement in Settings page. See section page 21.
Oju-iwe Ile
Ni kete ti awọn iwe-ẹri iwọle rẹ ti tẹ, iwọ yoo darí rẹ si oju-iwe akọkọ ti ohun elo naa. Oju-iwe Ile tabi Atọka n ṣafihan diẹ ninu alaye eto ati funni ni agbara lati wa ẹrọ ti ara ti o ba wa ni agbegbe pẹlu awọn miiran. Wo akojọ ni isalẹ fun apejuwe.

• TIME – Displayed along with the day of the week. This time may be set to be in a 12 hour format with AM/PM indicator or 24 hour format.
• DATE – Lọwọlọwọ ọjọ ti han nibi.
• VOLTS – Voltage ni awọn ọkọ ti han. Eyi le wulo ti olupin naa ba ni agbara pẹlu awọn ohun elo miiran, voltage variance can be noted. Fargo and Koda servers have an input voltage range of 1248vDC.
• TEMPERATURE – Temperature on the board is displayed. This display may be either °C or °F. This temperature will be affected by the heat generated by SERVER itself so it will always be slightly higher than ambient temperature.
• Awọn LED - Awọn LED 3 wa ti o han. LED RED jẹ pulse eto. Eyi yẹ ki o seju nipa ẹẹkan fun iṣẹju-aaya niwọn igba ti olupin n ṣiṣẹ. A lo LED GREEN fun awọn aṣayan bootloader ati pe ko han ni gbogbogbo lori awọn webojula. LED BLUE jẹ titẹ ati pe o le tan-an ati pa lati eyi web oju-iwe. Eyi wulo fun wiwa ẹrọ naa ni ti ara ti o yẹ ki o wa ni lilo pẹlu awọn ẹya miiran ti o jọra bi yoo ṣe tan imọlẹ lori ẹyọ ti eyi web aṣàwákiri ti sopọ. Eto Awari yoo tun ṣe akiyesi ti BLUE LED ba wa ni titan. Eyi ni igbagbogbo tọka si bi iṣẹ “Wa”.

Awọn iṣẹ
Awọn taabu Awọn iṣẹ ni agbara ati pe yoo yipada da lori iṣeto ti olupin rẹ. Eyi ni ibiti o ti le ṣakoso awọn igbewọle, awọn abajade, awọn sensọ ati awọn idari pataki miiran.
In/Out or Relays Page
Depending on which SERVER you are using, the first page on the SERVICES tab will be either In/Out or Relays.
In/Out has the relay controls and the input controls on one page, while Relays only has the relay controls.
Iṣakoso yii
An In/Out page is displayed below. Some relay control pages have 2, 4 or 8 relays displayed. Each relay has a number, in this case 1 to 4.

The State LED shows whether the relay is on or off indicated by GREEN and RED respectively. This icon is clickable to manually control the corresponding relay. Each relay can have a Name as well as identifiers for the Normally Open, Common and Normally Closed connections.
Awọn LED ipo mẹrin wa ti o fihan:

1. Email – If an email is to be sent when this relay is switched on/off
2. Pulse – Ti o ba ṣeto Relay yii pẹlu iwọn pulse ati iwọn-ọpọlọ pulse pupọ (akoko) - wo apakan atẹle fun alaye diẹ sii
3.  Sched. – If there is a schedule created in the Tasks page (see page 15) set to automatically trigger this relay.
4.  Ti akoko – Ti o ba ṣeto pulse ati pe o ti muu yii ṣiṣẹ, LED Ti akoko yoo tan pupa ti o fihan pe yii n ṣiṣẹ lọwọlọwọ lori aago kan.

Click the Edit Icon to edit the controls for the corresponding relay. This will take you to the Set Relay page (see page 11).
Awọn igbewọle
The In/Out or Inputs page (depending on your SERVER) will display information from each input. The SERVERs have a combination of inputs. The Fargo R4DI has four digital inputs, The R4ADI has, four digital inputs, four analog inputs. The KODA SERVER has two digital inputs.
At the top of each input is a label (ex: DIN 1, AIN 2) specifying whether it is a digital input (DIN) or analog input (AIN) as well as the input number. This label will turn green when the input is enabled. Inside the box will be any display configured from the Set Input page (see page 12 for digital input, page 14 for analog input). A red dot in the lower-left corner indicating the state of a linked relay (if any), will turn green when the linked relay is activated.
Finally, an Edit icon in the lower-right corner of the box to edit the corresponding input. This will take you to the Set Digital Input or Set Analog Input page (page 12 or page 14).
Set Relay Page
Oju-iwe SET RELAY ngbanilaaye lati ṣeto awọn ohun-ini pupọ ti o jọmọ Relay.

1. Relay Select – The Relay that you are editing (identified by the line on which you clicked the Edit icon on the RELAY page).
2. Name – Enter a 15-character Relay Name. This and the following 3 fields may be used for any identifying information desired.
3. NO Name – Enter a 7-character name for the Normally Open (NO) connection.
4. Com Name – Enter a 7-character name for the Common (COM) connection.
5. NC Name – Enter a 7-character name for the Normally Closed (NC) connection.
6. Pulse Width – When you control the relay it turns on or off. You may control it for a timed turned on period by entering a Pulse Width when 0 means there is no timed event and a number represents duration of the pulse. The maximum number you can enter here is 4 digits, ie. 1234.
7. Pulse Width Multiplier – Lati siwaju sii setumo awọn pulse ipari yan a Pulse Width Multiplier lati siwaju sii setumo awọn polusi iwọn. O le yan:
   • Ko si
   • mS (Millisecond, 1/1000 second)
   • Sec (Seconds)
   • Min (Minutes)
8. Iru isọdọtun – SERVER le wọle si relays ni ti ara lori SERVER tabi lilo awọn ọna miiran. O le yan:
   • Normal – relay physically on the SERVER
   • Latched – not currently supported
   • Remote – a relay on another SERVER accessed over the network
   • Zigbee – a relay at a remote device accessed over an RF system
   • Normal and Remote – both relays activated
   • Normal and Zigbee – both relays activated
9. ID ipo – eyi jẹ nọmba ti n ṣe idanimọ ipo jijin
10. Yi lọ si ipo – nọmba kan ti o nsoju yii tabi ẹrọ ni Ibi
11. Fi imeeli ranṣẹ – SERVER le ṣe eto lati fi Imeeli ranṣẹ ti o ba wa ni titan tabi paa.

Ṣeto Digital Input Page
Awọn igbewọle oni-nọmba le ṣeto lati pese ọpọlọpọ awọn kika kika lori lilo ọpọlọpọ awọn iru ifihan. Ni afikun si ṣiṣafihan data titẹ sii, o le lorukọ ifihan naa bakannaa ṣe idapọmọra yii pẹlu rẹ. Yiyi yii yoo yipada lati Green si RED bi o ti n lọ lati lọ si pipa ati pe o le tẹ lati ṣakoso rẹ. Nipa tite lori aami ikọwe ṣatunkọ, o le ṣatunkọ awọn eto fun titẹ sii yii:

1. Digital Input Selected – The Digital Input that you are editing (identified by the line on which you clicked the Edit icon).
2. Orukọ – O le ṣeto orukọ ohun kikọ 15 kan fun titẹ sii yii. Orukọ yii n lọ ni igi ni oke ifihan.
3. Aami – Ṣeto aami ohun kikọ 7 eyiti o han lori ifihan ti nṣiṣe lọwọ gangan.
4. Atunse – Lilo aaye yii o le ṣafikun, yọkuro, pipọ, tabi pin iye ṣaaju ki iye to han loju oju-iwe ifihan. Eyi jẹ oluṣe atunṣe iye-meji pẹlu ọkọọkan niya nipasẹ ohun kikọ aaye kan. (ie. “+2, -2, *2, /3”)
5. LILO – Ṣeto igbewọle yii si iṣẹ. Yi atọka nọmba titẹ sii si alawọ ewe. O yẹ ki o ṣe akiyesi pe nigba lilo titẹ sii n gba akoko Sipiyu ati awọn orisun miiran ti o da lori iru rẹ. Botilẹjẹpe gbogbo awọn igbewọle le ṣiṣẹ ni akoko kanna, o gba ọ niyanju lati tan awọn ti o fẹ lo nikan.
6.  Iru – Awọn data igbewọle le ṣee lo lati ṣe iṣiro kan ibiti o ti awọn esi. O le yan:
   • State – This is useful for knowing if an input is on or off, like a door switch being on or off.
   • CounterNR – This is a non-resettable counter.
   • CounterR – This is a resettable counter.
   • Frequency – Counts the frequency of an input in KHz (kilo hertz or1/1000 seconds). This could be useful in displaying a tachometer where 60Hz = 1 R.P.M.
   • Period – in 1/1000 seconds an input in kHz (milliseconds or1/1000 seconds). This would be useful for measuring timed events.
7.  Ifihan - Aṣayan yii jẹ ki o yi iru ifihan ti a lo. O le yan:
   • Dot – A single dot with the value in the middle. This can be used for State. You can make a dumb indicator by changing the color of the Dot based on the value. The label is under the Dot.
   • Values – Displays the Corrected Value with the Label in a box directly below it.
   • Meter – This Meter has configurable scale based on the Min/Max values and arcs can be colored per the Color ranges. The Label is displayed within the Meter.
   • VBar – Also based on the Min/Max values for the scale and the bar changes color based on the values in the Color ranges.
8. Relay L/T – Enter a Relay number here. If it is a local relay it will show GREEN or RED depending if it is on or off. By clicking on it the relay will turn on and off. The name comes from the relay settings page. This may be useful if you want to turn the subject of a display on and off. Any relay can be used on any input and each may be reused for any other input. Adding an L after the relay number (ex: 2L) will link the state of the input to the state of the relay. This is an easy and immediate way to have an input follow the relay. Adding a T after the relay number will trigger the relay to the state of the input. This is an easy and immediate way to have a relay follow the input.
9.  Command Z/N/I – This field is used for issuing various commands to the Digital Input controller: Z Zero the resettable counter. N Leave the input as Normal. I Invert the input.
10. Value – These are Min/Max values used for the display. This is useful for preventing a Meter from going past its end or setting the value of a VBar. This is the Value after the Corrector. The system cannot display a value past Max, so be sure this is at least set to 1.
11. Yellow / Pupa / Alawọ ewe - Awọn awọ mẹta wa ti o le ṣee lo lati ṣafihan siwaju sii ifihan kan. Ṣeto iwọn awọn awọ wọnyi lati ṣalaye awọ si Iye ifihan. Eyi ni Iye lẹhin Atunse. Akiyesi pe ti o ba nlo iru Ipinle o le fẹ lati fi RED = Lati 0 si 0, GREEN = Lati 1 si 1 ati YELLOW = Lati 2 si 2. Niwọn igba ti Ipinle kan nigbagbogbo jẹ boya 1 tabi 0 eyi yoo ṣe idiwọ alaye ti o ni idaniloju ati ṣe idiwọ awọ YELLOW lati lo. O le yan eyikeyi awọn awọ meji ti o fẹ fun iru Ipinle kan.

Set Analog Input Page
Awọn igbewọle Analog le ṣee ṣeto lati pese ọpọlọpọ awọn kika lori lilo ọpọlọpọ awọn iru ifihan. Ni afikun si ṣiṣafihan data titẹ sii, o le lorukọ ifihan naa bakannaa ṣe idapọmọra yii pẹlu rẹ. Yiyi yii yoo yipada lati Green si RED bi o ti n lọ lati lọ si pipa ati pe o le tẹ lati ṣakoso rẹ.

1. Analog Input Selected – The Analog Input that you are editing (identified by the line on which you clicked the Edit icon).
2.  Orukọ – O le ṣeto orukọ ohun kikọ 15 kan fun titẹ sii yii. Orukọ yii n lọ ni igi ni oke ifihan.
3. Aami – Ṣeto aami ohun kikọ 7 eyiti o han lori ifihan ti nṣiṣe lọwọ gangan.
4. Atunse – Lilo aaye yii o le ṣafikun, yọkuro, pipọ, tabi pin iye ṣaaju ki iye to han loju oju-iwe ifihan. Eyi jẹ oluṣe atunṣe iye-meji pẹlu ọkọọkan niya nipasẹ ohun kikọ aaye kan. (ie. “+2, -2, *2, /3”)
5. USE – Sets this input to active. Turns the input number indicator to GREEN. It should be noted that when in use the input consumes CPU time and other resources depending on its type. Although all inputs may be active at the same time, it is recommended to turn on only those you want to use.
6. Iru – Awọn data igbewọle le ṣee lo lati ṣe iṣiro kan ibiti o ti awọn esi. O le yan:
   • Analog 1 – Analog 1 input from a SERVER with an input such as found on a R4ADI.
   • Analog 2 – Analog 2 input from a SERVER with an input such as found on a R4ADI.
   • AC Current 1 – AC current sensor 1 input from a SERVER with an input such as found on a R4ADI.
   • AC Current 2 – AC current sensor 2 input from a SERVER with an input such as found on a R4ADI.
   • AC Current 3 – Not used
   • Volts – The measurement of the voltage powering the SERVER.
   • Current – On “S” models, this is the current consumed by the SERVER.
   • Int. Temp – Temperature from the board mounted sensor.
   • Ext. Temp – Temperature from the “S” model SERVER.
   • R. Humidity – % Relative Humidity from the “S” model SERVER.
   • MMA X – The X axis accelerometer data from the “S” model SERVER.
   • MMA Y – The Y axis accelerometer data from the “S” model SERVER.
   • MMA Z – The Z axis accelerometer data from the “S” model SERVER.
7. Ifihan - Aṣayan yii jẹ ki o yi iru ifihan ti a lo. O le yan:
   1. Dot – A single dot with the value in the middle. This can be used for State. You can make a dumb indicator by changing the color of the Dot based on the value. The label is under the Dot.
   2. Values – Displays the Corrected Value with the Label in a box directly below it.
   3. Meter – This Meter has configurable scale based on the Min/Max values and arcs can be colored per the Color ranges. The Label is displayed within the Meter.
   4. VBar – Also based on the Min/Max values for the scale and the bar changes color based on the values in the Color ranges.
8. Relay – Enter a Relay number here. If it is a local relay it will show Green or RED depending if it is on or off.
   By clicking on it the relay will turn on and off. The name comes from the relay settings page. This may be useful if you want to turn the subject of a display on and off. Any relay can be used on any input and each may be reused for any other input.
9. Iye - Iwọnyi jẹ awọn iye Min/Max ti a lo fun ifihan. Eyi wulo fun idilọwọ Mita kan lati lọ kọja opin rẹ tabi ṣeto iye VBar kan. Eyi ni Iye lẹhin Atunse. Eto naa ko le ṣafihan iye kan ti o kọja Max nitorina rii daju pe eyi ni o kere ju ṣeto si 1.
10.  Yellow / Pupa / Alawọ ewe - Awọn awọ mẹta wa ti o le ṣee lo lati ṣafihan siwaju sii ifihan kan. Ṣeto iwọn awọn awọ wọnyi lati ṣalaye awọ si Iye ifihan. Eyi ni Iye lẹhin Atunse. Akiyesi pe ti o ba nlo iru Ipinle o le fẹ lati fi RED = Lati 0 si 0, GREEN = Lati 1 si 1 ati YELLOW = Lati 2 si 2. Niwọn igba ti Ipinle kan nigbagbogbo jẹ boya 1 tabi 0 eyi yoo ṣe idiwọ alaye ti o ni idaniloju ati ṣe idiwọ awọ YELLOW lati lo. O le yan eyikeyi awọn awọ meji ti o fẹ fun iru Ipinle kan.

Tasks Page
The TASKS page displays the automatic events that can be programmed into the SERVER. You can schedule up to 16 events in the SERVER. These are constructed as IF … THEN statements. In addition, the IF term can have 2 elements (IF a, AND/OR/NOT b … THEN c). This provides a simple to program and powerful way to take advantage of the data acquired by the SERVER. The Tasks page shows you an overview of configured tasks. You can click the dot in the State column to turn a task on or off indicated by a green dot for ON, and a red dot for OFF. To edit or create a task, click the Edit icon to the right of the task line. This will take you to the Set Schedule page detailed in the next section.

Set Schedule Page
The SET SCHEDULE page allows you to create time and logic-based events that will occur automatically if the conditions are met.

1. Schedule Select – Determined by clicking on a schedule line from the previous page.
2.  Schedule Name – Enter a 15-character Schedule Name.
3. USE – In order for a Schedule line to be active you must select the USE button. If there is an error detected in entering Schedule data, the USE box will automatically uncheck.
4. LOG – Yan log fun nkan yii lati han ninu akọọlẹ eto ni gbogbo igba ti o ba ṣiṣẹ.
5. Email – Click Email to automatically send an email when this schedule is executed.
6. Device A – Select Device A for the first term in the IF statement from the drop box.
7.  Data A – Select Data A for the above device. Depending on the device selected, the Data used for testing may have special properties. See the list below for Data that may be entered. If an error is detected indata entry when the “Save” button is pushed, the USE box will uncheck and the Data box containing the error will be highlighted.
   • Minute – Enter: mm
   • Hour – Enter: hh (use 24-hour system)
   • Day – Enter: dd
   • DayofWeek – Enter: Sunday = 1, Monday = 2, Tuesday = 3, Wednesday = 4, Thursday = 5, Friday = 6, Saturday = 7, Weekday = 8, Weekend = 9
   • Time – Enter: hh:mm (use leading zeros, seconds are ignored) (use 24 hour system) ex:07:30 or 14:05
   • Date – Enter: yy/mm/dd (use leading zeros) ex: 20/01/10 for January 10, 2020
   • Relay – Enter: Relay number and (+ or -), ex: 01+ for Relay 1 ON or 01- for Relay 1 OFF
   • Button – Enter: + or – (for ON or OFF respectively)
   • Flag – Enter: Flag number(opt.+), or Flag number (for ON or OFF respectively)
   • Temp – Enter: >, = or < value; example:> 40 (nigbagbogbo awọn iwọn C)
   • Volts – Enter: >, = or < value; example: <10
   • Analog – Analog input. Enter an input number and >, = or < and value. Example: 3<123 (This value is raw data value prior to any Corrector used by the input display page.)
   • Digital – Digital input. Enter Input Number, Type, >, =, or < and value; example: 1F>7500 (This value is the raw data value prior to any Corrector used on the display page). Type can be (case sensitive):
   • S State (On/Off)
   • C Non-resettable counter
   • c Resettable counter (lower case ‘c’)
   • F Frequency in 1/1000 seconds
   • P Period in 1/1000 seconds
8. Logic – Ṣeto lafiwe kannaa laarin Ẹrọ A ati Ẹrọ B.
   • AND – True if: Device A is true AND Device B is true
   • OR – True if: Device A is true OR Device B is true
   • NOT – True if: Device A is true and Device B is NOT true
9.  Device B – Select Device B for testing from the drop box.
10. Data B - Yan Data B fun ẹrọ ti o wa loke. Da lori ẹrọ ti a yan Data ti a lo fun idanwo le ni awọn ohun-ini pataki. Wo loke akojọ.
11.  Ẹrọ C - jẹ kini lati ṣakoso.
12. Data C – Ṣeto ohun-ini fun Ẹrọ C. Sintasi jẹ lilo bi atẹle:
    • RELAY – These are relays on this SERVER. You can set up to four per schedule. Enter separated by commas, for example "1,2,3,4"
    • FLAG – This is a storage flag that can be used to make more complex schedules. There are 8 flags that can be turned on or off.
    • REMOTE – Refers to a remote SERVER unit. When these conditions are met, this SERVER will send a command to control a remote SERVER. The Data field for a remote unit should be in the format,
    “REMOTE UNIT NUMBER, REMOTE UNIT RELAY”. For example, "3,5". Awọn SERVERS latọna jijin wọnyi gbọdọ jẹ idanimọ ni oju-iwe Tunto/ Iṣeto Ẹrọ Latọna jijin.
    • COUNTER – Adds count to digital input counter – set as 1 or 2 depending on which digital input is counting
    • BLUE LED – No data.
    • eMAIL – Will send eMail, no data.
    • NOTIFY – Will send notification to Kodalert, set 1- 8 for Settings/Alarm Notification number. (Not Implemented)
13.  Iṣe – Kini lati ṣe pẹlu Ẹrọ C. Awọn aṣayan jẹ:
    • ON – Turns device ON
    • OFF – Turns device OFF
    • TGL – Toggles state of Device C
    • RESET – Resets CounterR

Oju-iwe akọọlẹ
The Logs tab displays over 10,000 entries from actions taken by the SERVER or by users themselves. This feature allows several actions for the convenience of displaying and collecting data from the SERVER.

1. The checkboxes above the date allow the user to filter logs from different sources. To filter out logs you do not wish to see from a certain source simply uncheck the box.
2. Each log has a reference number and a time and date attached in a “yyyy/mm/dd” and “hh:mm:ss” format. Afterwards is the event displayed.
3. To scroll through the logs, use the arrows to the right-hand side, where the horizonal line and arrow brings you to the start or end, the double arrow moves up or down a page, and the single arrow moves up or down a single log.
4. To refresh the logs manually click the REFRESH button below the Log Details.
5. To download the Log Details, click the DOWNLOAD button below the Log Details, this allows you to save the logs as a separate file.

Olumulo ati Abojuto Awọn iwe-ẹri
Use this page from the Settings drop down menu. Here you can set up to 3 users for your SERVER system. As a default only User 1 is Active. Here you can:

1. User Name and Password – Each user has their own credentials. As a default these are set toadmin/admin, user2/user2 and user3/user3 for Users 1, 2 and 3 respectively. The passwords are never displayed. Akiyesi: when you reset the password, it must be less than 13-character.
2. Nṣiṣẹ – Gbọdọ ṣayẹwo fun olumulo yii lati wọle, o ko le mu olumulo 1 ṣiṣẹ.
3. Abojuto – Alabojuto nikan le fipamọ data ni ọpọlọpọ awọn oju-iwe. Eyi ṣe aabo SERVER rẹ lati ma yipada nipasẹ eniyan laigba aṣẹ.
4. Ipari akoko - Ko ṣiṣẹ ni akoko yii.

Aago / Ọjọ Page
Lo oju-iwe yii lati inu akojọ aṣayan silẹ Eto. Oju-iwe yii gba ọ laaye lati ṣeto akoko ati eto ọjọ.

1. Time – Set time using an hh:mm:ss format.
2. Ọjọ – Ṣeto ọjọ nipa lilo ọna kika yy/mm/dd.
3. Time Zone – Set desired time zone 5 for EST, 8 for PST, you can now add a :mm for setting part hour, for example, 5:30 ni a aago agbegbe aago ni 5 wakati ati 30 iṣẹju.
4. Lo Akoko Ifowopamọ Oju-ọjọ - Yan lati ṣatunṣe akoko eto rẹ laifọwọyi ni ọjọ ifowopamọ oju-ọjọ. (Ko ṣe deede ni gbogbo awọn agbegbe akoko.)
5. Lo Aago MIL – Yan lati lo ọna kika wakati 24.
6. Use NTP Update – Select to synchronize SERVER time with NTP server
7.  NTP Web Aye – Eyi ni olupin NTP ti a yan fun awọn imudojuiwọn.
8. Aarin NTP – Aarin akoko laarin awọn imudojuiwọn ni iṣẹju.
9.  Log NTP Event – Normally NTP exceptions will be logged, select this option to Log every NTP event. (May be useful in debugging.)

Oju-iwe Eto

Access this page from the Settings dropdown menu. Select these settings to enable various features in the SERVER

1. Use Active Main – No longer used. (Select PAUSE to go inactive.)
2.  Beere Wọle – Ti ko ba yan SERVER yoo gba gbogbo wiwọle laaye laisi awọn iwe-ẹri.
3. Use IP Ranges – Not Implemented.
4. Use RESTFUL IP Ranges – Not implemented.
5. Use Remote IP Ranges – Not implemented.
6. Lo Ijeri RESTful – Beere orukọ olumulo ati ọrọ igbaniwọle fun RESTful.
7. Fa Range Relay – Muu ṣiṣẹ 8 relays.
8. Lo Awọn Bọtini Redio Relay – Ti o ba ṣeto, nigbati ọkan ba wa ni titan, gbogbo awọn miiran wa ni pipa.
9. SSL Port No. – Not supported – For future use.
10.  Lo awọn imeeli eto – Nṣiṣẹ awọn ifiranṣẹ imeeli ni afikun.
11. Lo Fahrenheit – Yan Celsius tabi Fahrenheit.
12. PGM Dynamic Relays – Changes properties of relays in task schedule.
13.  CLR PGMs on Start – Reinitialize tasks on start up.
14.  RTC Temperature Compensation – All Koda boards can add Temperature and Humidity sensor.
15.  Lo AM2302 – Lo AM2302 Iwọn otutu ati sensọ ọriniinitutu (ti a ta lọtọ).
16.  Java Report – Send data to HourCollector app over ethernet (only for IoTMeter)
17.  Use Metric – Not supported – For future use.
18.  UART Usage – Enter “Audio” for Netbell-NTG, “Clock” for Netbell clock.
19.  Switch Bypass (1/2) – Ignores physical inputs if set. For example, in a Koda 200 board, you want to ignore input 1 switch, check Switch Bypass 1
20.  Setting 19 – Not supported – For future use
21. Lo Audio File System – Activate SD Card reader for Netbell-NTG
22.  WiFi Report – Enable data transfer over WiFi (WiFi IoTMeter only)
23.  Active Landing Page – Not supported – For future use.
24. . Invert Relay Control – The relay is set to NO by default. By checking this box the relay will be inverted to NC.
25.  Setting 24 – Not supported – For future use.

Ìmúdàgba DNS Page
Access this page from the Configure dropdown menu. From this page you can assign dynamic DNS settings. This page, along with proper port forwarding through the router, can enable global access to a device behind a NAT router or firewall. You will need to assign a static IP address and port number (see Network Config Page on page 25) and port the IP address on your router (refer to your router’s user manual). An internet IP address will have to be hosted in order to access your SERVER from the internet. Currently the only IP hosting service supported is provided by DynDNS (https://dyn.com)

1. Lo DDNS – Mu iṣẹ yii ṣiṣẹ.
2. Iṣẹ DDNS – Yan iṣẹ kan lati apoti silẹ. Lọwọlọwọ iṣẹ atilẹyin nikan ni DynDNS
3.  Orukọ olumulo - Eyi tọka si akọọlẹ ti a ṣeto ni Iṣẹ DDNS.
4. Ọrọigbaniwọle – Ọrọigbaniwọle fun iraye si ni iṣẹ DDNS.
5. Host – This is the IP name registered at the DDNS service for rerouting to this SERVER

Imeeli Oṣo Page
Ṣeto iwe apamọ imeeli kan fun SERVER lati lo ninu fifiranṣẹ awọn ifiranṣẹ imeeli lati oriṣi awọn modulu. Wọle si oju-iwe yii lati taabu Tunto.
Akiyesi: This unit is NOT compatible with SSL/TLS, there are 3rd party SMTP delivery servers which do not require SSL and can be used. For instructions on how to use a 3rd party SMTP delivery service, please refer to Appendix 1 at the end of this manual).

1. Olupin SMTP – Tẹ olupin meeli ti njade ti o fẹ lo.
2. Port – Eyi ni ibudo lori olupin yẹn. O le wo iṣẹ ifiweranṣẹ rẹ lori ayelujara fun alaye yii ati awọn aaye miiran ti a ṣeto.
3. Lo SSL – Fi silẹ laiṣayẹwo nigbati o lo olupin SMTP ẹni kẹta.
4. Orukọ olumulo – Orukọ apamọ imeeli rẹ.
5. Ọrọigbaniwọle – Imeeli iroyin ọrọigbaniwọle.
6. To Address – Enter up to 3 address for this email set up. An addressee, a CC and a BC.
7.  Koko-ọrọ – Laini koko-ọrọ ti akọsori imeeli.

Oju-iwe Iṣeto Nẹtiwọọki
Access this page from the Configure dropdown menu. This page allows the configuration of the SERVER’s network settings.
IKIRA: Incorrect settings may cause the board to lose network connectivity. In order to access a device in your network remotely you must PORT the device. This tells your router that information coming in should be sent to a specific device on your network.

1. MAC Address – This is a unique MAC address that is assigned to this product at time of assembly. It cannot be altered.
2. Orukọ ogun – Eyi jẹ orukọ Netbios ninu eyiti ẹyọ yii le jẹ adirẹsi ni diẹ ninu awọn nẹtiwọọki. O tun le han ninu ilana iyalo olulana rẹ. O ṣe aaye ti o wulo lati lorukọ olupin rẹ ati han loju Oju-iwe Ile ati lori Awari.
3. Nọmba Port – Eyi di apakan ti adiresi IP ati pe o jẹ pataki fun iraye si Intanẹẹti. Ti eyi ko ba ṣeto, SERVER yoo jẹ aiyipada si nọmba ibudo ti 80.
4. IP Address – Typically you only change the last group of numbers. If you change this IP address make sure to reserve this IP on your router and no other devices are using this IP address or you may not be able to reach this SERVER. If this happens you may need to Restore Defaults using the push button method.
5.  Ẹnu-ọna - Ni igbagbogbo olulana lori nẹtiwọki TCP/IP rẹ ti o ṣiṣẹ bi aaye iwọle si ISP rẹ.
6. Boju-oju Subnet – Nọmba 32-bit ti o boju-boju adiresi IP kan, ti o si pin adiresi IP si adirẹsi nẹtiwọki ati adirẹsi olupin. O kan fi silẹ ni 255.255.255.0
7. DNS akọkọ – DNS akọkọ kan.
8. Atẹle DNS – Atẹle DNS.

Oju-iwe Iṣeto Ibiti IP
Access this page from the Configure dropdown menu. Use these security settings to select a range of IP address that will be allowed to access the SERVER.CAUTION: Incorrect settings may cause the board to lose network connectivity. Not implemented on this SERVER.
Latọna ẹrọ Page
Access this page from the Configure dropdown menu. These settings allow the SERVER to remotely control the relays on another SERVER. This is done by selecting the Remote Device in the Schedule program or by setting up a relay as a REMOTE. There are 8 possible REMOTE locations.
IKIRA: Awọn eto ti ko tọ yoo fa ki igbimọ naa padanu awọn asopọ latọna jijin rẹ.

1. Orukọ Ẹrọ – Tẹ orukọ ọrọ sii fun ẹrọ yii fun itọkasi ọjọ iwaju.
2. Adirẹsi IP - Adirẹsi IP ti ẹrọ latọna jijin pẹlu nọmba ibudo kan.
3.  Orukọ olumulo – Lo ninu Ijeri Ipilẹ.
4. Password – Used in Basic Authentication.

Kodalert Page
Not Yet Implemented. Access this page from the Configure dropdown menu. Kodalert provides an interface for alerts of Internet connected devices. Kodalert is a cloud based, open platform monitoring and alert system for the Internet of Things in your physical world. Any Thing that can send an email or TCP messages including our SERVERS, other manufactures devices and people using email can use Kodalert. It can work for multiple remote locations, alert multiple users instantly using the rules you setup by text, email, smart phone Apps push notification or audible alarm instantly when something happens.

1. Nọmba Itaniji
2. Idanwo
3. Lo
4.  Ilana

In the Alarm Notification page, you can change the state (on/off) of the relay by clicking the green circle in the state column. Push the EDIT icon to change the Alarm’s settings.

Awọn pato

FARGO R8G2

• 10M/100M RJ45 Internet interface with connection and activity LEDs
• 8 Relay outputs, 1FORMC 48 Volt Max (24VAC/DC 3A)
• Status LEDs (pulse, bootloader, and locate)
• Ethernet Bootloader (for server hardware code upgrade)
• PoE or 12VDC @500mA (nominal)
• Web interface w/basic authentication
• On board temperature sensor and voltage sensọ
  Reset /Locate pushbutton (blue LED)
• Working Temperature from 0 to +70 Celsius
• Storage Temperature from 40 to +125 Celsius
• Humidity from 10% to 80% noncondensing
• Dimensions 74mm x 100mm x 20mm, mounting holes 64mm x 92mm Ф 3.2mm 4 places
• Awọn Ilana atilẹyin: HTTP/SMTP/SNTP

FARGO R4G2

• 10M/100M RJ45 Internet interface with connection and activity LEDs
• 4 1FormC relays 48 Volt Max (24VAC/DC 3A)
• 2 optically isolated digital inputs, 12V 1mA or pulldown switch selectable, 2 conductor screw terminal connectors for each.
• 2 Analog 0-5VDC Inputs 30mA 3.3VDC power source PTC protected. 3 conductor screw terminal connectors for each (3.3VDC, input, ground) (R4ADI only)
• 2 Current sensor inputs. 3.5mm stereo jack connector for each (R4ADI only)
• Status LEDs (pulse, bootloader, and locate)
• Ethernet Bootloader (for server hardware code upgrade
• POE or 12VDC @500mA (nominal)
• Web interface w/basic authentication
• On board temperature sensor and voltage sensọ
• Reset/Locate pushbutton
• Working Temperature from 0 to +70 Celsius
• Storage Temperature from 40 to +125 Celsius
• Humidity from 10% to 80% noncondensing
• Dimensions 74mm x 100mm x 20mm, mounting holes 64mm x 92mm Ф 3.2mm 4 places
• Awọn Ilana atilẹyin: HTTP/SMTP/SNTP

KODA100

• 10M/100M RJ45 Internet interface with connection and activity LEDs
• 2 1-Form-A relay 48VAC@8A Max
• 2 optically isolated digital inputs, 12V 1mA or pulldown switch selectable
• Status LEDs (pulse, bootloader, and locate)
• Ethernet Bootloader (for server hardware code upgrade)
• POE or 12VDC @500mA (nominal)
• Web interface w/basic authentication
•  On board temperature sensor and voltage sensọ
• Reset/Locate pushbutton (blue LED)
• Working temperature from 0 to +70 Celsius
• Storage temperature from 40 to +125 Celsius
• Humidity from 10% to 80% noncondensing
• Awọn iwọn: 70mm x 100mm x 25mm
• Awọn Ilana atilẹyin: HTTP/SMTP/SNTP

KOD200

• 10M/100M RJ45 Internet interface with connection and activity LEDs
• 4 1FormA relays 48 Volt Max 1A dry contact or drive 10V ±10% 50mA to external devices
• 2 optically isolated digital inputs, 12V 1mA or pulldown switch selectable
• Status LEDs (pulse, bootloader, and locate)
• Ethernet Bootloader (for server hardware code upgrade)
• POE or 12VDC @500mA (nominal)
• Web interface w/basic authentication
• On board temperature sensor and voltage sensọ
• Reset/Locate pushbutton (blue LED)
• Working Temperature from 0 to +70 Celsius
• Storage Temperature from 40 to +125 Celsius
• Humidity from 10% to 80% noncondensing
• Awọn iwọn: 70mm x 100mm x 25mm
•  Awọn Ilana atilẹyin: HTTP/SMTP/SNTP

Ìfilélẹ Itọkasi Board

Fargo R8

1. 8 Relay outputs, 1FORMC 48 Volt Max (24VAC/DC 3A)
2. Rj45 Asopọmọra
3. Asopọ agbara (12VDC)
4. Bọtini atunto
5. Bọtini Wa

Fargo R4

1. 3.5mm Inputs for AC Current Sensor (R4ADI Only)
2. Analog Inputs (R4ADI Only)
3. 4 Relay outputs, 1FORMC 48 Volt Max (24VAC/DC 3A)
4. Awọn igbewọle oni-nọmba
5. Digital Input Switches (Input 1 on right.
   Up: Pullup, Down: Isolated)
6.  Rj45 Asopọmọra
7. Bọtini atunto
8. Bọtini Wa
9.  Asopọ agbara (12VDC)

Koda 100

1. Digital Inputs (#1 on the left) 5VDC-48VDC (12VDC-48VDC must use the external resistor)
2. Relay Outputs (#1 is on the right) 8A@48VAC Max
3. Digital Input Switches (IN 1 on left. UP: Isolated, Down: Pullup)
4. Bọtini atunto
5. Bọtini Atunkọ (titan LED bulu - ṣe idanimọ lori Awari)
6. Rj45 Asopọmọra
7. Asopọ agbara (12VDC)
8. Asopọ Mini USB fun Sensọ Iwọn otutu/Ọrinrin (ti a ta lọtọ)

Koda 200

1. Digital Inputs (#1 on the left) 5VDC-48VDC (12VDC-48VDC must use the external resistor)
2. Relay Outputs (#1 is on left) 48 Volt Max 1A dry contact or drive 10V ±10% 50mA
3. Digital Input Switches (IN 1 on left. UP: Isolated, Down: Pullup)
4.  Relay Switches (Up for dry contact, down for 10V/50mA)
5. Bọtini atunto
6.  Bọtini Atunkọ (titan LED bulu - ṣe idanimọ lori Awari)
7. Rj45 Asopọmọra
8.  Asopọ agbara (12VDC)
9. Asopọ Mini USB fun Sensọ Iwọn otutu/Ọrinrin (ti a ta lọtọ)

Atunto ile-iṣẹ
To perform a factory Reset, push the Reset button. When the green LED turns on, push and hold the Reload button until the flashing red LED turns off and then turns on solid. Refer to Board Reference Layout section for the button locations on your device.

This user-manual supplements the documentation for the following Linortek products:

• Netbell-2
• Netbell-8
• Netbell-K (and variants)
• iTrixx-NHM

For more information, documentation and how-to videos, visit https://www.linortek.com/downloads/
Iwe yi le ri ni www.linortek.com/downloads/documentations/
Ti o ba nilo iranlọwọ pẹlu ẹrọ rẹ jọwọ ṣabẹwo www.linortek.com/technical-support
Linor Technology, Inc.
Alaye koko ọrọ si iyipada laisi akiyesi.

Àfikún 1

Bii o ṣe le Firanṣẹ Awọn imeeli SSL Lilo Iṣẹ SMTP Ẹgbẹ 3rd fun Linortek Fargo ati Awọn Ẹrọ Koda
Nipa aiyipada, awọn ẹrọ Koda/Fargo lo awọn olupin imeeli SMTP ti kii ṣe SSL. Ṣugbọn pupọ julọ awọn olupin imeeli loni ti yipada si Ilana aabo SSL, awọn olupin ifijiṣẹ SMTP ẹgbẹ kẹta wa ti ko nilo SSL ati pe o le ṣee lo. Ọpọlọpọ awọn olupese iṣẹ imeeli SMTP wa ni ọja naa. A lo SMTP3GO bi example ṣe afihan ilana iṣeto. SMTP2GO jẹ ọfẹ lati lo pẹlu awọn imeeli to 1000 fun oṣu kan. Lati lo SMTP2GO, jọwọ ṣabẹwo: https://www.smtp2go.com/ .
Igbesẹ 1. Ṣẹda akọọlẹ SMTP2GO.
Lati ṣẹda akọọlẹ kan nirọrun tẹ “Forukọsilẹ”, yan “Awọn imeeli 1K” lori iwọn, ki o yan “Eto Ọfẹ” (Ti o ba nilo lati firanṣẹ diẹ sii ju awọn imeeli 1000 fun oṣu kan, yan ero ti o pade awọn ibeere rẹ.)

Lati ṣẹda akọọlẹ kan lori SMTP2GO, adirẹsi imeeli ajọ kan yoo nilo. Iṣẹ imeeli ọfẹ gẹgẹbi Gmail tabi Yahoo kii yoo jẹ ki o tẹsiwaju. Lẹhin ṣiṣiṣẹ akọọlẹ SMTP2GO rẹ, o nilo lati ṣafikun olumulo kan.
Igbese 2. Fi olumulo kan kun.
Olumulo ti o ṣẹda lori SMTP2GO, yoo jẹ olupin imeeli ti njade nigbati o ba ṣeto ẹrọ Fargo/Koda lati fi awọn ijabọ imeeli ranṣẹ, jọwọ rii daju pe olupin imeeli ile-iṣẹ rẹ ko ni dina awọn imeeli ti o ba lo iwe apamọ imeeli ọfẹ gẹgẹbi Yahoo tabi Gmail si fi olumulo nibi.
Buwolu wọle si akọọlẹ SMTP2GO rẹ, ni apa osi akojọ aṣayan yan “Eto”> “Awọn olumulo SMTP”, Tẹ “Fi olumulo SMTP kun” ki o kun fọọmu naa.

Lẹhin ti olumulo ti ṣafikun si akọọlẹ SMTP2GO rẹ, yoo ṣafihan alaye ti o nilo lati ṣeto ifitonileti imeeli lori awọn ẹrọ Fargo/Koda rẹ.

Igbesẹ 3. Tunto ẹrọ Linortek.
Lẹhin ti o ṣẹda akọọlẹ kan ati ṣafikun olumulo kan, buwolu wọle si ẹrọ Linortek rẹ, lilö kiri si Tunto - Oju-iwe iṣeto Imeeli lati ṣeto ifitonileti Imeeli:

• Olupin SMTP – Tẹ olupin meeli ti njade ti o fẹ lo, o jẹ mail.smtp2go.com ninu iṣaaju wa.ample.
• Port – Eyi ni ibudo lori olupin yẹn. Ibudo SMTP jẹ 2525 ninu wa example.
• Lo SSL – Fi silẹ laiṣayẹwo nigbati o lo olupin SMTP ẹni kẹta.
• Orukọ olumulo - Orukọ olumulo lati SMTP2GO nigba ti a ṣẹda olumulo ni igbesẹ ti tẹlẹ.
• Ọrọigbaniwọle – Ọrọigbaniwọle olumulo lati SMTP2GO nigba ti a ṣẹda olumulo ni igbesẹ ti tẹlẹ.
• Lati Adirẹsi – Tẹ soke si awọn adirẹsi 3 fun iṣeto imeeli yii. An addressee, a CC ati ki o kan BC.
• Koko-ọrọ – Laini koko-ọrọ ti akọsori imeeli.
  

Ni kete ti o lu “Fipamọ / Idanwo”, ẹrọ naa yoo firanṣẹ imeeli idanwo laifọwọyi. Jọwọ ṣayẹwo Junk/Fọọmu miiran lati wa ti ko ba si ninu folda Apo-iwọle.
Igbesẹ 4. Ṣeto iṣẹ-ṣiṣe fun awọn iwifunni Imeeli laifọwọyi.
You should be able to receive email notifications for various events from the Fargo/Koda boards at this point. If you need to receive condition logic notification, you can use our condition logic configuration to setup such report. To setup the logic condition report notification, go to Tasks page on your Fargo/Koda device, click the Edit icon of a Schedule. For details of how to create a logic-based event, please refer to the Set Schedule Page on the Fargo/Koda User Manual, which can be downloaded here:
https://www.linortek.com/download/fargo%20g2_koda%20downloads/fargo%20g2_koda%20documentation/Fargo-G2-and-Koda-User-Manual.pdf
Ninu sample A yoo lo ẹrọ Nẹtiwọki Wakati Mita bi example fun bi o ṣe le gba awọn ijabọ imeeli ni gbogbo ọjọ ni 11:52am.

Ni kete ti gbogbo awọn ipo iṣẹ naa ti pade, o gba imeeli wọnyi:

Hour Reading Report
support@linortek.com
Mon 4/11/2022 11:52 AM
To: Liyu Nalven
HM 1, my machine, is at 000242.01 hrs.
Reply Forward

Awọn iwe aṣẹ / Awọn orisun

LINORTEK Fargo G2 TCP/IP Web Da Relay Adarí [pdf] Afowoyi olumulo Fargo G2, Koda, Fargo G2 TCP-IP Web Based Relay Controller, Web Based Relay Controller, Based Relay Controller, Relay Controller

Awọn itọkasi

• Itọsọna olumulo