Here's what will happen. When you'll activate your relays for the first time, the first one to close will have its contact welded together by massive overcurrent. Soon enough, other relays will close and hopefully distribute that current more or less evenly.

When you'll deactivate your relays, they will all open except the one with welded contacts. Since it will now be under full 64A load, it will soon blow up.

Now you have 31 little relays standin' in a line.

Here's what will happen. When you activate your relays for the first time, the first one to close will have its contacts welded together by a massive overcurrent. Soon enough, other relays will close and hopefully distribute that current more or less evenly.

When you deactivate your relays, they will all open except the one with welded contacts. Since it will now be alone under full 64A load, it will soon blow up.

Now you have 31 little relays standin' in a line.

Here's what will happen. When you'll activate your relays for the first time, the first one to close will have its contact welded together by massive overcurrent. Soon enough, other relays will close and hopefully distribute that current more or less evenly.

When you'll deactivate your relays, they will all open except the one with welded contacts. Since it will now be under full 64A load, it will soon blow up.

Now you have 31 relays ready for the next cycle.

Here's what will happen. When you'll activate your relays for the first time, the first one to close will have its contact welded together by massive overcurrent. Soon enough, other relays will close and hopefully distribute that current more or less evenly.

When you'll deactivate your relays, they will all open except the one with welded contacts. Since it will now be under full 64A load, it will soon blow up.

Now you have 31 little relays standin' in a line.