Krmiljenje in nadzor

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Krmiljenje in nadzor odsesovalne ter zračne tehnike

Krmilne in nadzorne komponente zagotavljajo, da lahko odsesovalne, filtrirne in ventilatorske sisteme uporabljate glede na potrebe, varno in energetsko učinkovito. Zaznavajo obratovalna stanja, krmilijo motorje in čiščenje filtrov ali opozarjajo na odstopanja, še preden pride do motenj. Zlasti pri večjih napravah je usklajeno krmiljenje zato bistveni del celotnega sistema.

V tej kategoriji najdete rešitve za krmiljenje in nadzor različnih sistemov zračne tehnike. Glede na uporabo sem spadajo krmilniki filtrov, krmilniki ventilatorjev, frekvenčni pretvorniki, senzorji in dodatne komponente. Katera rešitev je primerna, je odvisno od zmogljivosti naprave, načina delovanja, stopnje avtomatizacije, obstoječe električne opreme in želenih nadzornih funkcij.

Pri načrtovanju je treba krmiljenje, pogon in procesne zahteve obravnavati skupaj. Stikalne točke, signali, podatki o motorju in senzorika se morajo tehnično ujemati. Na območjih z nevarnostjo eksplozije prahu ali pri varnostno pomembnih aplikacijah je treba dodatno upoštevati projektne zahteve iz ocene tveganja in koncepta naprave.

Vaše prednosti

✅ krmiljenje odsesovalnih in filtrirnih sistemov glede na potrebe

✅ ciljno spremljanje obratovalnih stanj in motenj

✅ boljša uskladitev avtomatizacije in porabe energije

✅ kombiniranje komponent za filtre, ventilatorje in senzoriko

✅ sistematično načrtovanje razširitev in naknadne vgradnje

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Control & Monitoring as Part of the Overall System

Modern extraction and filter systems consist of more than just a fan and a filter. Control systems, sensors, and monitoring significantly influence operational behavior, energy consumption, and system availability. Depending on the application, simple switching functions may be sufficient, or demand-based control with multiple signals may be required.

Typical Tasks

✔ Turn fans on and off or adjust their speed

✔ Control filter cleaning

✔ Measure pressure, differential pressure, or other conditions

✔ Report malfunctions and exceedances of limit values

Components and Function
ComponentTypical Task
filter controlCoordinate cleaning and filter conditions
fan controlEngage the drive or operate it as needed
variable frequency driveAdjust the rotational speed and, consequently, the system’s performance
SensorsRecording Process and Equipment Conditions
Planning and Interfaces

Motor specifications, supply voltage, input and output signals, and existing sensor systems must be compatible with the control system. When retrofitting existing systems, existing circuit diagrams and interfaces should be taken into account.

Safety and ATEX

In areas at risk of explosion, the suitability of individual components must not be assumed across the board. Control systems, sensors, and electrical equipment must be compatible with the respective explosion protection concept and risk assessment.

FAQ

When is speed control worthwhile?
Demand-based control can be particularly useful when air demand fluctuates.

What can be monitored?
Depending on the system design, these may include, for example, pressure conditions, filter loading, motor status, or enable signals.

Can an existing system be retrofitted?
Often yes, provided that the drive system, electrical system, and existing interfaces are technically suitable.

Selection Guidance

When making a selection, information regarding the system, motor power, operating mode, existing sensors, and desired control functions is particularly important.

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