Baldwin 0470260 0470 260 SASH LIFT

0470 260 SASH LIFT

"I was very impressed by the craftsmanship and design of this window lift. It is well built, smaller than I was anticipating, and an excellent value for the price." – Mark M., homeowner The Baldwin 0470260 0470 260 SASH LIFT offers a practical solution for windows that go up and down easily but feel stuck. This ingenious product restores smooth operation in minutes for most double hung or sliding windows.

The Baldwin 0470260 SASH LIFT has a large ergonomic lever which will operate the window lift by simply pulling down on the handle to raise and pull up to lower. It is built so that you can stand back from the window, allowing for ample room to work. This lift can also be used for sliding doors that will open outwards.

The Baldwin 0470260 is a SASH LIFT. This product arises from the idea and need for people to improve accessibility for door operation. Also, the product is a lightweight pulley system that enables an individual to open and close a window sash, balcony door, or storm door with ease and security.

The Baldwin 0470260 Sash Lift allows the window operator to be raised and lowered from either inside or outside of the home.

Our Sash Lifts offer a practical solution for windows that are too high to reach. They easily and reliably lift light-duty window sashes up to 24" (61 cm) high. Accommodate large or odd sized windows with at least 3/8" (9 mm) retained glass in aluminum or wood sash.

"Sash Lifts are suitable for all doors with stiff operation.Gives a weight capacity of 250kg and is suitable for both manual and auto up/down."

The Baldwin SASH LIFT is a mechanical window lift and regulator that lifts, lowers and balances the sash of the window. The SASH LIFT comes with a five (5) year limited warranty for residential installations when properly installed and professionally maintained. The systems are tested to ensure proper continuity, insulation resistance, power supply voltage and amperage. The components of the system must be checked for proper operation or it may cause irreversible damage to the system.