Connect the power stick and have a lazy style

Do La-Z-Boy power recliners need to be plugged into a power outlet?

Yes, La-Z-Boy power recliners need to be plugged into a power outlet to function. Although this is the case for regular power recliners, La-Z-Boy does offer a cordless battery pack option. This battery pack allows you to use the recliner without cords, offering about five days of cordless operation on a full charge.

How do you use a La-Z-Boy?

Only use genuine La-Z-Boy® parts and battery packs with the furniture. Contact your La-Z-Boy dealer for service. • Plug directly into a wall outlet. Do not use an extension cord, adapter, surge protector or power strip. • Sit down in the unit slowly. To avoid tip over, do not throw your weight against the back of the unit.

Can I use a La-Z-Boy if the power control is damaged?

Do not use a La-Z-Boy if the power control is damaged. Do not use the unit if the hand wand has been dropped in water or any liquid. In case of a power failure, the battery backup provided may not lift the user to a fully raised position. Contact your La-Z-Boy dealer for service.

How do you lock a La-Z-Boy?

To lock a La-Z-Boy, use a screwdriver to push down the locking levers. (Note: This information is for maintenance purposes and not directly related to securing the chair for use.) Keep the power transformer and electrical cords away from heat sources. Never operate the unit with a damaged power transformer, electrical cord, or connector. For any issues, contact your La-Z-Boy dealer for service.

How do you connect a power transformer to a La-Z-Boy®?

To connect a power transformer to a La-Z-Boy, first, contact your La-Z-Boy dealer for service and instructions. Then, locate and connect the Power Transformer. Carefully cut the cable tie and remove the Power Transformer from the rear rail. Remove the packing and unwind the cord.

How much energy does a La-Z-Boy power recliner use?

The energy consumption of a La-Z-Boy power recliner is minimal. The input is typically between 100V-240V, and the output is 29V. The duty cycle for the motor is designed to operate efficiently, meaning your energy costs are likely to be very low—ranging from just a few pennies to $5 per month, depending on usage.