How Do I Determine The Load On A Door Hinge

The distance between the hinges is bigger than the door height diffmm mm too much n 1 i with the help of the dirak hinge calculator you will get recommendations for suitable hinges based on the information you have entered.

How do i determine the load on a door hinge.

Radial load fdoor x d1 fext x d2 dhinge multiply fdoor with the difference between dhinge and d1. The center of gravity of the door is cantilevered off the hinges. The hinge height required is determined by the door thickness and the door width. A basic guideline for buying a gate hinge would be a gate door that is 5 feet high 3 feet wide and 55 pounds would be considered an average size door while one that is 6 feet high 4 feet wide and 132 pounds would be considered heavy.

This overlay type typically is used for doors at the ends of a cabinet. This overlay type is commonly used in the middle of a run of cabinets where the doors share a single partition wall. Doors up to 60 need two hinges. A full overlay door covers all or nearly all of the front edge of the cabinet.

Multiply fdoor by d1 and divide by dhinge. If using pivot hinges at the ends of the door usually the upper hinge female is detached from the male for a few millimeters as it is free to get downward. This hinge will allow the door to cover half of the partition wall or approximately 3 8. For example if the door is 1 3 8 inches thick and the width is no more than 32 inches the hinge height is 3 1 2 inches.

Hinges for doors of this type often carry quite a load. As a general rule you will want to use one hinge per every 30 of door or fraction thereof. That s force distance so 62 torque force on pin 63750 in lbs. Determine the number of hinges required referring to door height.

One way to calculate this is to assume the lower hinge pin is fixed and figure the torque on that hinge pin so that the top hinge pin 62 away provides all the torque. In stock and ready to ship. Choose from our selection of load rated hinges including butt hinges entry door hinges and more. Although the main force on the door is vertical the load on the hinges also has a horizontal component in the plane of the door.

This calculates radial load for the second hinge in a door with a horizontal axis. As a further consequence of this effect the total weight of the door will load on the top hinge.