The first choice for power steel pipe pole software is Baihe power steel pipe pole software, professional steel pipe pole design software

Baihe overhead line steel pipe pole design software The Electric Power Design Institute strongly recommends the use of Baihe power steel pipe pole software, which can improve work efficiency and ensure the accuracy of steel pole calculations. It is close to the weight of State Grid poles and towers, is easy to bid, and has the authoritative appraisal of the Electric Power Planning Institute.
The first choice for power steel pipe pole software is Baihe power steel pipe pole software, professional steel pipe pole design software, a leading brand in the power steel pipe pole software industry, a professional supplier of power steel pipe pole software, best-selling nationwide!
1. Power steel pipe pole software Features
Baihe steel pipe poles are simple to operate, fast to input data, the poles can be segmented into any segments, nodes and poles can be automatically generated, and the output results are clear and complete, including detailed calculation processes.
, can design single pole, double pole, four pole, substation structure and other types of pole towers, and can draw single pole, double pole processing drawings and anchor bolt processing drawings.
, using Baihe's custom coordinate system, supports the design of the same series of pole towers with different heights, and can design steel pipe poles in batches within a limited time.
The software automatically handles the wire hanging points of multi-circuit steel pipe poles on the same tower, without the need to classify the hanging points.
. It supports automatic calculation and manual input for the hanging point load, and allows the input of non-hanging point loads.
, support the middle node data of the pole, and can add multiple load points at any position of the pole or on the cross arm.
Using the load calculation module, it supports the "Design Code for Overhead Transmission Lines", and the wind pressure height change coefficient and wind load adjustment coefficient are automatically calculated according to relevant specifications.
, the main rod optimization speed and the bolt connection optimization speed are fast. When optimizing or checking the main rod, the software automatically optimizes the bolt connection calculation.
The constants in the cross-section characteristic calculation formula and the bending local stability calculation formula are open and stored in the cross-section characteristic calculation parameter database to facilitate user intervention and to facilitate users to add other cross-section types by themselves.
2. Significant advantages of power steel pipe poles
Core calculations. Nonlinear finite element program, the core algorithm adopts dynamic programming method. The steel pipe pole calculation takes into account the secondary effects of deflection.
, interface input. Tower type, voltage level, angle of rotation, deflection, total height of main pole, tip diameter of main pole, root diameter of main pole, taper of main pole, number of main poles, section type of main pole, connection method of main pole, structural importance category, cross arm Length input method, tubular cross arm section type, landform type, front and side root opening. Various parameters can be entered on one interface, which is clear and easy to modify.
, the origin of the coordinate system. The origin of the user coordinate system is placed on the top of the pole and coincides with the central axis of the pole body. For the design of towers with the same series of pole types and different heights, the design and modification are extremely convenient. You only need to modify the length of the main pole section at the root without modifying the size of the tower head, and the design efficiency is extremely high.
, altitude wind pressure change coefficient. The software automatically calculates the wind pressure height change coefficient based on pole height and terrain, and outputs it in the load calculation book.
, different pole towers. The software defines four quadrants, generates the coordinates of the hanging points according to the input method of the cross arm, and automatically generates the point numbers of the hanging wires. The user only needs to set the wire models and wire angles of the main line and branch lines to complete.
, gear distance and rotation angle input. The hanging points of the straight line and tension tower are divided into front and rear sides and are displayed in Chinese characters. When automatically calculating the hanging point load, the horizontal and vertical gear spacing input methods provide two types of automatic calculation and direct input. The method is flexible. The user can input the front and rear gear spacing according to the provided data. Wire angles can also be entered by hanging point classification.
, wind direction angle. The same as the load calculation coordinate system, degree or degree is the axis direction. Degree is the positive direction of the axis. Enter in the usual way.
, data dialog box. Reducing the number of operations in the data dialog box makes it less likely for designers to feel dazzled by the interface, and the data input box is integrated into the overall interface for an intuitive effect.
, connection calculation. Flange connection and bolt connection calculations are only completed in two interfaces, and flange connection calculations provide multiple configuration options for designers to choose freely.
, calculate the required time. Taking the calculation of the four-circuit steel pipe pole working condition as an example, only the load calculation is required, and the main pole and bolt connection calculation is required. Save a lot of computing time.
, double rod transverse surface. The software automatically generates diaphragms, and also supports manual input of diaphragm data. What you enter in the schematic diagram is what you get.
, drawing. It can generate pole tower structure description drawings, pole tower simplified drawings and general drawings, pole segment structural drawings, cross arm structural drawings, ladder drawings, anchor bolt processing drawings, cast-in-place pile construction drawings, and stepped gravity foundation drawings. More detailed cross arm foot nail diagrams, double ladder diagrams, foot pedal diagrams, guardrail diagrams, and joint plate diagrams. Drawings can be generated for a single page or all, and all drawing designers can customize them from Baihe Company.
To purchase power steel pipe pole software, please call
Name Chen Yunzhi
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