WINTHS® 15099

$3,400.00

Software solution for calculating thermal stresses in glass by solar radiation

34003400
WINTHS® - Slat
$1,000.00

Creation of any louver slats (width, spacing, tilt, sun position) from any louver material.

WINISO SOFTWARE - Network/Terminal Server
*
If you plan to launch this program from a network share or on a terminal server, you need an according add-on.
single user
$0.00
network
$3,000.00
terminalserver
$5,000.00

With the Network/Terminal Server Add-on, one license allows you to install and use the program on up to 3 devices, with 1 user at a time.

When you purchase additional licenses of the same product, your usage expands accordingly — you do not need to buy the add-on again.
For example:

💻 1 license = up to 3 devices, 1 user at a time

💻 2 licenses = up to 6 devices, 2 users at a time

💻 3 licenses = up to 9 devices, 3 users at a time

SommerGlobal Cloud
$100.00

✅ Save local calculations from SommerGlobal in the cloud

✅ Retrieve calculations from the cloud regardless of location

✅ Load and edit positions anytime, anywhere

✅ View proofs as documents on mobile

✅ Up to 1000 positions

Training
training video (3 hours)
$99.00
web meeting (3 hours)
$550.00

Contract of use

The Price of the Contract of use will be calculated at the Check Out

According to our licence terms, the conclusion of a contract of use is mandatory and is invoiced annually in advance. The contract of use includes free software maintenance, updates and servicing.

Addons Price: $0.00
Total Price: $3,400.00
Category:

winths®Why WINTHS® 15099?

 

WINTHS® 15099 is the software solution for the simple and user-friendly calculation of the climatic conditions acting on glass panes, taking geographical location and historical weather data into account.
The program makes it possible to determine the occurring thermal stresses on glass surfaces in advance with regard to extreme weather data and thus to drastically minimize the risk of glass breakage.

WINTHS® 15099 takes into account various factors that influence the thermal stress of glass surfaces. Of course, the glass structure is fundamental: glass quality, edge quality, gaps, gas fillings, type and thickness of the frame or the thermal inertia of the respective construction. These values are set in relation to the existing ambient values.

The basis for this can be existing climate data for this region (average and extreme values) as well as freely selectable values. The results are displayed in the form of graphs. In addition, all relevant calculation results are displayed to the user in a detailed report, including a summary of whether the respective glass structure satisfies the locally prevailing temperature fluctuations.

 

Performance characteristics

winths®

  • Determination of low, medium or high thermal inertia of the frame
  • Graphical evaluation with false colors
  • Consideration of any climate data and orientations
  • Calculation of arbitrary disc structures
  • Consideration of printed glasses
  • Different storage
  • Processing the glass edge
  • Consideration of partial shading