Berechnungstools für Masten
Build a preliminary tower configuration from Spannungsebene, tower structure, route environment and Windgeschwindigkeit. Nutzen Sie das Ergebnis als Briefing für unser Engineering-Team vor einem formellen Angebot.
Engineering-Vorprüfwerkzeuge
Use Parameter tools to prepare Spannungsebene, Masttyp, Windgeschwindigkeit, Korrosionsklasse and Lieferdetails before RFQ.
- Engineering-Prüfung und Dokumentenkontrolle
- Materialrückverfolgung und Prüfprotokolle
- Exportverpackung, Etiketten und Verladefotos
Estimate the engineering direction before sending drawings
Dieser Rechner ist keine endgültige statische Auslegung. It helps buyers, EPC teams and utility engineers describe the first version of a transmission tower requirement clearly enough for quotation and technical review.
Convert vague requirements into a structured technical summary that can be sent with your inquiry.
Align voltage, Masttyp, Korrosionsklasse and Auslegungsnorm before comparing suppliers.
Flag wind, terrain and coating assumptions before fabrication drawings are reviewed.
2. Environment
3. Report
Select tower structure and voltage
110kV distribution transmission
220kV regional transmission
500kV backbone transmission
750kV+ ultra-high voltage
From quick estimate to formal technical proposal
Suggested Masttyp, voltage range, steel grade and Korrosionsschutz route.
Fabrication, galvanizing, packing and delivery-cycle comments based on project constraints.
Required drawings, route Parameters, destination port and compliance documents for formal pricing.
Important limitation
The calculator is an RFQ preparation tool, not a substitute for licensed structural design or project-specific line loading calculation.
Best input package
Send tower drawings, BOQ, conductor data, Windgeschwindigkeit, ice loading, soil assumptions and project delivery country.
Procurement use case
Use the generated summary to compare supplier responses before requesting a complete technical and commercial offer.