What is the translation of " PLC-JI " in English?

• plcs

Examples of using Plc-ji in Slovenian and their translations into English

PLC-ji so prav gotovo tu.
Plenty are out there.

Smernice za avtomatizacijo proizvodnih sistemov s PLC-ji.
Guidelines for automating manufacturing systems with PLCs.

PLC-ji so dobro prilagojeni številnim avtomatizacijskim nalogam.
PLCs are well-adapted to a range of automation tasks.

Vmesnik in nadzor nad perifernimi napravami, PLC-ji…(PowerForms) X.
Interface and control peripheral devices, PLCs…(PowerForms) X.

PLC-ji imajo podobno funkcionalnost kot oddaljene terminalne enote.
PLCs have similar functionality as remote terminal units.

Prva stran› Tip izdelka› Industrijski elementi› PLC-ji› Pripomočki za BUS sistem.
Home page› Type of product› Industrial components› PLC› Accessories for controls.

PLC-ji imajo veliko prednosti, na primer izklop napajanja brez stikala.
PLCs have many advantages, like shutting off power without a switch.

Kabelski kabel Cargohackle lahko uporabljate z digitalnimi zasloni, vključno s Straightpoint Handheld plus, PLC-ji, sistemi za zajem podatkov(DAQ) itd.
The cabled Loadshackle range can be used with digital displays including the Straightpoint Handheld plus, PLCs, data acquisition systems(DAQ), etc.

Ker so PLC-ji postali močnejši, je bila meja med aplikacijami DCS in PLC zamegljena.
As PLCs have become more powerful, the boundary between DCS and PLC applications has been blurred.

Sprožilci vam pomagajo vzpostaviti povezavo s sodobnimi in starejšimi poslovnimi aplikacijami, napravami s sistemom Android ali iOS, PLC-ji ter drugo programsko in strojno opremo.
Triggers allow you to connect to modern and legacy business applications, Android or iOS devices, PLCs and many other software and hardware devices.

Ker so PLC-ji postali močnejši, je bila meja med aplikacijami DCS in PLC zamegljena.
However, PLCs have become more powerful, and the differences between between DCS and PLC applications has become less clear.

Ti se razlikujejo od običajnih tipov PLC kot primerni za uporabo v varnostno kritičnih aplikacijah, za katere so bili PLC-ji tradicionalno dopolnjeni s trdimi varnostnimi releji.
These differ from conventional PLC types as being suitable for use in safety-critical applications for which PLCs have traditionally been supplemented with hard-wired safety relays.

Ti PLC-ji so bili programirani v"lestvični logiki", ki močno spominja na shematično shemo relejne logike.
These PLCs were programmed in"ladder logic", which strongly resembles a schematic diagram of relay logic.

Upravljavci namiznih računalnikov v težki industriji niso splošno sprejeti, ker namizni računalniki delujejo na manj stabilnih operacijskih sistemih kot PLC-ji in ker namizna računalniška strojna oprema običajno ni zasnovana za enako stopnjo tolerance do temperature, vlažnosti, vibracij in dolgoživosti kot procesorji, ki se uporabljajo v PLC-jih.
Desktop computer controllers have not been generally accepted in heavy industry because the desktop computers run on less stable operating systems than do PLCs, and because the desktop computer hardware is typically not designed to the same levels of tolerance to temperature, humidity, vibration, and longevity as the processors used in PLCs.

Modularni PLC-ji imajo podvozje(imenovano tudi rack), v katerega so nameščeni moduli z različnimi funkcijami.
Modular PLCs have a chassis(also called a rack) into which are placed modules with different functions.

Glavna razlika v primerjavi z večino drugih računalniških naprav je v tem, da so PLC-ji namenjeni za strožje pogoje(kot so prah, vlaga, vročina, mraz), in zato so tolerantni, hkrati pa ponujajo obsežen vhod/ izhod(I/ O) za povezavo PLC-ja. na senzorje in aktuatorje.
The main difference from other computers is that PLCs are armored for severe condition(dust, moisture, heat, cold, etc) and have the facility for extensive input/output(I/O) arrangements.

PLC-ji lahko vključujejo logiko za enojno spremenljivo povratno analogno krmilno zanko, proporcionalni, integralni, derivacijski(PID) krmilnik.
PLCs may include logic for single-variable feedback analog control loop, a proportional, integral, derivative(PID) controller.

Glavna razlika v primerjavi z večino drugih računalniških naprav je v tem, da so PLC-ji namenjeni za strožje pogoje(kot so prah, vlaga, vročina, mraz), in zato so tolerantni, hkrati pa ponujajo obsežen vhod/ izhod(I/ O) za povezavo PLC-ja. na senzorje in aktuatorje.
The main difference from most other computing devices is that PLCs are intended for and therefore tolerant of more severe conditions(such as dust, moisture, heat and cold) while offering extensive input/output(I/O) to connect the PLC to sensors and actuators.

PLC-ji se lahko razlikujejo od pisarniških računalnikov glede na vrsto opravil, ki jih opravljajo, ter strojno in programsko opremo, ki jo potrebujejo za opravljanje teh nalog.
PLCs differ from office computers in the types of tasks that they perform and the hardware and software they require to perform these tasks.

Drugi zgodnji PLC-ji so uporabljali obliko programiranja seznama ukazov, ki temelji na logičnem reševalcu na osnovi stack.
Other early Programmable Logic Controllers used an instruction list type form of programming, based on a stack-based logic solver.

PLC-ji so bili prvič razviti v avtomobilski industriji, da bi zagotovili fleksibilne, robustne in enostavno programljive krmilnike za zamenjavo ožičenih relejev, časovnikov in sekvencerjev.
PLCs were first developed in the automobile manufacturing industry to provide flexible and programmable controllers to replace hard-wired relays and sequencers.

V zadnjih letih so»varnostni« PLC-ji postali priljubljeni, bodisi kot samostojni modeli ali kot funkcionalnost in varnostno ocenjena strojna oprema, dodana obstoječim arhitekturam arhitektur(Allen-Bradley Guardlogix, Siemens F-series itd.).
In recent years"safety" PLCs have started to become popular, either as standalone models or as functionality and safety-rated hardware added to existing controller architectures(Allen-Bradley Guardlogix, Siemens F-series etc.).

PLC-ji so bili prvič razviti v avtomobilski industriji, da bi zagotovili fleksibilne, robustne in enostavno programljive krmilnike za zamenjavo ožičenih relejev, časovnikov in sekvencerjev.
PLCs were first developed in the automotive industry to provide flexible, robust and easily programmable controllers to replace wired relays, timers and sequencers.

Takšni PLC-ji imajo običajno omejen redni komplet navodil, dopolnjen z navodili, specifičnimi za varnost, ki so zasnovana za povezovanje z zasilnimi ustavitvami, svetlobnimi zasloni in tako naprej.
Such PLCs typically have a restricted regular instruction set augmented with safety-specific instructions designed to interface with emergency stops, light screens, and so forth.

Zgodnji PLC-ji so bili do sredine devetdesetih let programirani z lastniškimi programskimi ploščami ali programskimi terminali za posebne namene, ki so pogosto imeli namenske funkcijske tipke, ki predstavljajo različne logične elemente PLC programov.
Early PLCs, up to the mid-1990s, were programmed using proprietary programming panels or special-purpose programming terminals, which often had dedicated function keys representing the various logical elements of PLC programs.

Mnogi zgodnji PLC-ji niso imeli spremljajočih programskih terminalov, ki so bili sposobni grafično predstaviti logiko, zato je bila logika predstavljena kot niz logičnih izrazov v neki različici Boolovega formata, podobno Boolove algebre.
Many early PLCs did not have accompanying programming terminals that were capable of graphical representation of the logic, and so the logic was instead represented as a series of logic expressions in some version of Boolean format, similar to Boolean algebra.

PLC-ji se lahko raztezajo od majhnih modularnih naprav z več desetimi vhodi in izhodi(I/ O), v ohišju, ki je integriran v procesor, do velikih modularnih naprav z vgrajenimi regali s številom tisoč I/ O in ki se pogosto povezujejo v omrežje drugih PLC in SCADA sistemov.
PLCs can range from small modular devices with tens of inputs and outputs(I/O) in a housing integral with the processor, to large rack-mounted modular devices with a count of thousands of I/O, and which are often networked to other PLC and SCADA systems.

PLC-ji se lahko raztezajo od majhnih modularnih naprav z več desetimi vhodi in izhodi(I/ O), v ohišju, ki je integriran v procesor, do velikih modularnih naprav z vgrajenimi regali s številom tisoč I/ O in ki se pogosto povezujejo v omrežje drugih PLC in SCADA sistemov.
PLCs can range from small“building brick” devices with tens of inputs and outputs(I/O), in a housing integral with the processor, to large rack-mounted modular devices with a count of thousands of I/O, and which are often networked to other PLC and Supervisory Control& Data Aquisition(SCADA) systems.