Max. Load (Resistive)

Max. Load (Resistive)

Max. Load (Resistive) is a specification that refers to the maximum electrical load that an electrical device, such as a switch or a relay, can safely handle when the load is resistive in nature.

A resistive load is a type of electrical load that is created by a device or component that uses electricity to create heat or light, such as a heating element or incandescent light bulb. Resistive loads are typically generated by devices that use heating elements, such as heaters and water heaters.

Resistive loads do not cause voltage spikes or surges when they are switched off, and are generally easier to switch than inductive loads.

The Max. Load (Resistive) specification is important to consider when selecting electrical devices for use with resistive loads. It indicates the maximum current or power that can be safely switched through the device when the load is resistive. The Max. Load (Resistive) specification is typically higher than the Max. Load (Inductive) specification, which refers to the maximum electrical load that can be safely switched through the device when the load is inductive in nature.

It is important to ensure that the Max. Load (Resistive) specification of an electrical device is appropriate for the resistive load it is intended to handle. Using a device with a lower Max. Load (Resistive) rating than the resistive load can result in damage to the device or potentially be a safety hazard. Therefore, it is recommended that you consult with a qualified electrician or HVAC technician to ensure that the Max. Load (Resistive) specification of your electrical devices is appropriate for your specific electrical installation and usage requirements.