Streching the limits are you? Additional interesting questions would be: AC or DC current, what kind of load and how high is the voltage on the contact if the relay is deactivated? Why is this interesting to know? inductive loads stress the contacts when opening, capacitive loads stress the contacts when closing. As all contacts bounce there is a lot of dissipation during the bounching. If the voltage is higher the contacts burn-up faster. DC is more worse than AC (arcing is difficult to stop with DC).
Streching the limits are you? Additional interesting questions would be: AC or DC current, what kind of load and how high is the voltage on the contact if the relay is deactivated? Why is this interesting to know? inductive loads stress the contacts when opening, capacitive loads stress the contacts when closing. As all contacts bounce there is a lot of dissipation during the bounching. If the voltage is higher the contacts burn-up faster. DC is more worse than AC (arcing is difficult to stop with DC).
