No schematic changes were made; the project remains empty with 0 components and 0 nets.

The relay timer still needs its supply voltage, relay coil voltage/current, and load rating defined before designing the 8-hour ON / 15-minute OFF repeating circuit safely. Execution stopped because your ACUs ran out.

Understood: 12 VDC input and a 12 V relay. I still need one critical detail: is 7 A the relay contact/load rating, or does the relay coil itself draw 7 A? Most 12 V relay coils draw roughly 30–200 mA; 7 A is usually the switched-load rating and requires suitable contacts, terminals, trace width, and protection.

No schematic changes were made; the project remains empty. Execution stopped because your ACUs ran out.

Confirmed: 12 VDC supply, 12 V sugar-cube relay coil, and 7 A switched load. The intended circuit is a repeating timer—relay ON for 8 hours, OFF for 15 minutes—using a regulated low-voltage MCU/timer, logic-level MOSFET relay driver, flyback diode, input protection, and appropriately rated relay contacts/connectors.

No schematic changes were made; the project remains empty. Before implementation, the exact relay part number and whether the 7 A load is AC or DC, its voltage, and whether it is resistive or inductive must be established because these determine contact suitability, protection, isolation, and PCB spacing. Execution stopped because your ACUs ran out.