Yes but if sensor A is above 50 it will try to trigger, if sensor B then is not above 70 it will not trigger action… then later if sensor B is above 70 but sensor A did fall under 50 it again will not trigger action… and I am not sure what happens if after this sensor A get again above 50 degrees… will it then try to trigger action again… or will it not because already did fail 2 times
The problem with that is that triggers are a snapshot of a moment in time - when the trigger goes from false to true.
so if you have ‘and’ triggers unless the two triggers hapen literally at the EXACT SAME instant in time then the triggers can’t work. the trigger that turns true first won’t wait around for the other trigger to be true. That is how conditions work (and even referred to them that way in your post - “both/all conditions”) and should be used as such as noted above.
the work around as has also been mentioned above is to wrap both entities in a template that returns true when both tests have evaluated to true. Then you still only have a single trigger going true but it’s monitoring both entities internally.
Other than those methods already available I’m not sure how you would implement an ‘and’ trigger.
Templating with Jinja is something you indeed need to get into and if not done regularly then it will always be a bit challenging. However, the power of it is massive and with quite simple statements you can achieve a lot.
For a trigger template that require temp to be higher then, the template just has to deliver ‘true’ which can be achieved by
EDIT: forgot to add that you should / can test most of this in the Developer tools > Templates tab without needing to reload/start. Since you can also update the states via the States tab you can simulate whatever you like
Obviously the Template Trigger is more compact but if you are unfamiliar with composing templates, you can use the combination of a State Trigger and Numeric State Conditions as shown.
NOTE
There’s an important difference in the behavior of the two suggested techniques.
The Template Trigger will trigger the moment when both sensors exceed their respective threshold values. If either sensor continues to rise above its threshold, the automation will not be re-triggered (i.e. it won’t execute its actions again). One of the two sensors must first decrease below its threshold and then rise above it in order to re-trigger the automation.
The combination of State Trigger and Numeric State Conditions behaves differently. It will trigger, and execute its actions, when both sensors exceed their respective threshold values and trigger again if the sensor values continue to increase.