Abstract: A loader coupling system includes an arm coupler and a link coupler. The arm coupler includes first and second plunger pins located respectfully at opposite first and second ends of the body. At least one plunger actuator is operatively connected to the first and second plunger pins, and the plunger actuator is selectively operative to move the first and second plunger pins between a retracted position and an extended position. The link coupler includes a tilt link with a first end adapted to be pivotally connected to a control link of the associated loader machine and a second end including a hook adapted to selectively engage and retain a cross-pin of the associated attachment. A lock system is connected to the tilt link and is adapted to selectively capture the cross-pin of the associated attachment in the hook.

Abstract: A loader coupler includes a body with spaced-apart inner rib mounts for mating respectively with ribs of a first type of attachment. The body also includes inner locking regions that are aligned with the inner rib mounts. Spaced-apart outer rib mounts are also provided on the body and are adapted to mate respectively with a second type of attachment. Outer locking regions are aligned with the outer rib mounts. A lock system is connected to the body and includes: (i) a first actuator operatively connected to left and right first lock plungers and adapted to move the left and right first lock plungers between locked and unlocked positions; and, (ii) a second actuator operatively connected to left and right second lock plungers and adapted to move the left and right second lock plungers between locked and unlocked positions.

Abstract: A loader coupling system includes an arm coupler and a link coupler. The arm coupler includes first and second plunger pins located respectfully at opposite first and second ends of the body. At least one plunger actuator is operatively connected to the first and second plunger pins, and the plunger actuator is selectively operative to move the first and second plunger pins between a retracted position and an extended position. The link coupler includes a tilt link with a first end adapted to be pivotally connected to a control link of the associated loader machine and a second end including a hook adapted to selectively engage and retain a cross-pin of the associated attachment. A lock system is connected to the tilt link and is adapted to selectively capture the cross-pin of the associated attachment in the hook.

Abstract: A loader coupler includes a body with spaced-apart inner rib mounts for mating respectively with ribs of a first type of attachment. The body also includes inner locking regions that are aligned with the inner rib mounts. Spaced-apart outer rib mounts are also provided on the body and are adapted to mate respectively with a second type of attachment. Outer locking regions are aligned with the outer rib mounts. A lock system is connected to the body and includes: (i) a first actuator operatively connected to left and right first lock plungers and adapted to move the left and right first lock plungers between locked and unlocked positions; and, (ii) a second actuator operatively connected to left and right second lock plungers and adapted to move the left and right second lock plungers between locked and unlocked positions.

Abstract: A loader coupling system includes an arm coupler and a link coupler each adapted to mate with an associated attachment. The arm coupler includes a body adapted to be connected to and extend between first and second spaced-apart arms of an associated loader machine. First and second plunger pins are located respectfully at opposite first and second ends of the body. At least one plunger actuator is operatively connected to the first and second plunger pins, and the at least one plunger actuator is selectively operative to move the first and second plunger pins between a retracted position and an extended position.

Abstract: A loader coupler includes a body with spaced-apart inner rib mounts for mating respectively with ribs of a first type of attachment. The body also includes inner locking regions that are vertically aligned with the inner rib mounts. Spaced-apart outer rib mounts are also provided on the body and are adapted to mate respectively with a second type of attachment. Outer locking regions are vertically aligned with the outer rib mounts. A lock system is connected to the body and includes: (i) a first actuator operatively connected to left and right first lock plungers and adapted to move the left and right first lock plungers between locked and unlocked positions; and, (ii) a second actuator operatively connected to left and right second lock plungers and adapted to move the left and right second lock plungers between locked and unlocked positions.

Abstract: A coupler for a front-end loader or other loader includes a body comprising a front region, a rear region, an upper region, a lower region, left and right lateral sides, a tilt actuator pin-on location, and left and right arm pin-on locations. Left and right laterally spaced-apart inner rib mounts are provided on the body and are adapted to mate respectively with left and right ribs of a first type of attachment receiver structure. Left and right inner locking regions are defined by the body and are vertically aligned with the left and right inner rib mounts, respectively. Left and right laterally spaced-apart outer rib mounts provided on the body and are adapted to mate respectively with left and right ribs of a second type of attachment receiver structure. Left and right outer locking regions are defined by the body and are vertically aligned with the left and right outer rib mounts, respectively.

Abstract: A loader coupling system includes an arm coupler and a link coupler each adapted to mate with an associated attachment. The arm coupler includes a body adapted to be connected to and extend between first and second spaced-apart arms of an associated loader machine. First and second plunger pins are located respectfully at opposite first and second ends of the body. At least one plunger actuator is operatively connected to the first and second plunger pins, and the at least one plunger actuator is selectively operative to move the first and second plunger pins between a retracted position and an extended position.