What can lead to a steam trap blowing, causing steam binding in pumps?

The phenomenon of a steam trap blowing, which can subsequently lead to steam binding in pumps, is primarily associated with high temperatures. When the temperature within the steam system exceeds the designed limits, it can cause the steam trap to malfunction and release steam continuously instead of allowing condensate to pass through. This constant release of steam can create a situation where the system becomes saturated with steam instead of maintaining a proper balance of steam and condensate, resulting in steam binding in pumps.

In contrast, high temperatures create conditions where the steam trap fails to operate correctly. Though excess water in the system, contamination, or defective wiring may cause other issues within a steam system, they do not directly correlate with steam traps blowing due to high temperature. Thus, understanding the relationship between high temperatures and steam trap functionality is crucial for maintaining efficient operation in steam systems.