Tubular actuator, system and method

1. A tubular actuating system, comprising:

a tubular;

a plurality of same sized plugs runnable within the tubular;

a sleeve being movably disposed within the tubular; and

a single piece slide being movably disposed at the sleeve between at least a first position and a second position, the single piece slide being configured to be seatingly engagable at a first seat with a first of the plurality of same sized plugs when in the first position and being seatingly engagable at a second seat with a second of the plurality of same sized plugs when in the second position, the first seat being different than the second seat.

2. The tubular actuating system of claim 1 , wherein the plurality of same sized plugs are balls.

3. The tubular actuation system of claim 1 wherein the first seat is defeatable.

4. The tubular actuating system of claim 3 , wherein the first seat is defeatable upon downstream movement of the single piece slide relative to the sleeve.

5. The tubular actuating system of claim 1 , wherein the first seat is on a first end of the single piece slide and the second seat is on a second end of the single piece slide.

6. The tubular actuating system of claim 1 , further comprising at least one release member that releasably fixes the sleeve to the tubular.

7. The tubular actuating system of claim 6 , wherein the at least one release member is fully resettable.

8. The tubular actuating system of claim 1 , wherein the sleeve is movable within the tubular in response to pressure applied against the second of the plurality of same sized plugs when the second of the plurality of same sized plugs is seatingly engaged with the single piece slide.

9. The tubular actuating system of claim 8 , further comprising at least one release member that releasably fixes the sleeve to the tubular.

10. The tubular actuating system of claim 9 , wherein the at least one release member is fully resettable.

11. A method of actuating a tubular actuator, comprising:

running a first plug within a tubular;

engaging a first seat of a single piece slide of the tubular actuator with the first plug;

altering the tubular actuator with the first plug;

moving the single piece slide with the altering of the tubular actuator;

running a second plug dimensioned substantially the same as the first plug within the tubular;

seatingly engaging a second seat of the single piece slide with the second plug, the second seat being different that than the first seat;

pressuring up against the second plug;

moving a sleeve with the pressuring up; and

actuating the tubular actuator with the moving of the sleeve.

12. The method of actuating a tubular actuator of claim 11 , further comprising passing the first plug by the tubular actuator.

13. The method of actuating a tubular actuator of claim 11 , wherein the moving the single piece slide includes forming the second seat with the single piece slide.

14. The method of actuating a tubular actuator of claim 11 , further comprising releasing at least one release member.

15. The method of actuating a tubular actuator of claim 11 , further comprising resetting the tubular actuator.

16. A tubular actuator, comprising:

a tubular;

a sleeve movably disposed at the tubular configured to cause actuation upon movement thereof relative to the tubular; and

a single piece slide movably disposed at the sleeve configured to be seatingly engagable with a first engagable member and moved during passage of the first engagable member thereby to be subsequently seatingly engagable with a second engagable member seatingly engagable therewith, the subsequent engagable member being substantially the same as the first engagable member and the first engagable member being seatingly engagable at a different seat of the single piece slide than the second engagable member.

17. The tubular actuator of claim 16 , wherein the sleeve is configured to be moved relative to the tubular in response to pressure built against the second engagable member.