Secop Tools Explained by Aurora

The AI-generated avatar Aurora explains Secop's online tools, which are available on our website.

Product Selector: Product selction via filter settings to find the right compressor for your cooling application
Application Selector: Find the best compressor according to the application segment and related conditions
CapSel: Calculate the measurements of a capillary tube throttling device for a refrigeration system
Tool4Cool®: Variable-speed drive software that enables you to configure variable-speed drive compressor

Secop Tools Tutorials – Product Selector

Secop's Product Selector is the perfect tool to identify suitable compressors based on application requirements and performance criteria. Users can search by parameters such as voltage, refrigerant, application type, motor technology, compressor model, or code number.

The tool provides access to detailed product information, technical specifications, and downloadable datasheets, CAD files, and even approval certificates. In addition to application-based searches, users can perform performance-based selections by defining cooling capacity, efficiency targets, and operating conditions.

Advanced filtering and sorting functions make it easy to compare products and narrow down results, helping users quickly find the most suitable compressor for their specific application.

Product Selector

Secop Tools Tutorials – Application Selector

The Application Selector helps users to find the best compressor according to the application segment and related conditions.

The selector can suggest in just a few steps the best options available: Select the market segment, application type, and cabinet size.

The results displayed are narrowed down to a few compressors that match user’s search criteria.

Application Selector

Secop Tools Tutorials – CapSel

This software allows the user to calculate the measurements of a capillary tube throttling device for a refrigeration system using empirical formulas. The result is a start value for optimization.

The start value will result in an acceptable operating system. In certain cases, the best possible choice of capillary diameter and length might deviate remarkably from this calculated result.

The capillary sizing is based on the assumption, that the capillary and suction line is connected to in min. 1 m to make internal heat exchange between liquid and suction gas.

CapSel