Produse pentru indicator de direcție (3)

Die Messwertaufnahme und Umsetzung mechanischer Winkelstellungen in elektrisch übertragbare Signale kann je nach Anwendungszweck entweder mit potentiometrischen, induktiven, magnetischen, inkrementalen oder absolut codierten Drehgebern erfolgen. Induktive Drehgeber, die ohne bewegliche Kontakte arbeiten, werden bevorzugt an Messstellen eingesetzt, die extrem starken Erschütterungen oder schlechter Umgebungsatmosphäre ausgesetzt sind. Optoelektronische Drehgeber besitzen Codescheiben, deren Spuren digital abgetastet werden. Sie sind hochauflösend, TK-arm und in Single- oder Multiturnversion mit analoger oder digitaler Signalausgabe verfügbar. Magnetische Winkelaufnehmer sind äußerst robuste, völlig hermetisch gekapselte Messsysteme in Zweikammerbauform der Schutzart IP 68. Sie erfassen z. B. in der Ausführung ohne Wellendurchführung die Winkelstellung eines am Messobjekt angebrachten Permanentmagneten.

Forecasts in the energy sector With the transformation of the energy system and the expansion of renewable energy, it is becoming increasingly important to be able to estimate reliably the constraints of portfolio management. Customers’ needs regarding heat or gas and the expected volume of power generated from proprietary wind or PV installations must be forecasted. In addition, the price expectations in the various markets must be calculated in advance using suitable methods so as to make the right decisions in the right market channel. Brief description of BoFiT Forecast BoFiT Forecast allows you to create forecast models for any application and to implement them in your processes. Forecasts are fully integrated in time series management and in the runtime environment. In addition to simple profile procedures (standard load profiles, temperature-dependent load profiles, user-defined profiles) load profile extrapolation, regression procedures, artificial neural networks and...

Cleaning of machined parts (after turning, milling, drilling, etc.). Particularly suitable for the removal of graphite, AW and EP additives, salts, soaps, and emulsion residue. Generally suitable for the removal of dust, metal chips, surfactants, stearates and polishing paste. Preparation of parts for downstream processing such as joining (by clinching, etc.), assembly and packaging. Cleaning of machined parts (after turning, milling, drilling, etc.). Particularly suitable for the removal of grease, oil, wax, resins, corrosion protection agents and esters. Generally suitable for the removal of dust, metal chips, surfactants, stearates and polishing paste. Preparation of parts for downstream processing such as joining (by clinching, etc.), assembly and packaging. Cleaning of machined parts after turning, milling or drilling, grinding, polishing, lapping and honing, punching and forming (stamping & bending, deep drawing, extruding, etc.).