In terms of wiring practices, what should be done with conductors connected to surge protective devices?

When connecting conductors to surge protective devices, it is crucial to minimize lengths and avoid unnecessary bends for several reasons. Shorter conductor lengths reduce the inductance and resistance that can affect the performance of surge protective devices. Surge protective devices are designed to limit voltage spikes by quickly shunting excess voltage to ground. If the conductors are too long, the impedance can increase, diminishing the effectiveness of the device.

Moreover, unnecessary bends in the conductors can create additional points of connection where electromagnetic interference can be introduced, potentially compromising the surge protective device's function. Maintaining a straight, direct path for conductors minimizes these issues, ensuring that the surge protective device operates efficiently and responds properly to surges.

Thus, the best practice is to keep the conductor lengths as short as practical and routed in a way that avoids sharp bends, ensuring optimal performance of the surge protective device.