Adjustable s-rollers in a print system

A method comprising:

• receiving input at a graphical user interface of a printing system that identifies a media type for a web of continuous-forms print media that is to travel through a first pair of rollers positioned on opposite sides of the web and a second pair of rollers positioned on the opposite sides of the web, the first pair of rollers connected via a first coupling member that pivots about a first common axis between the first pair of rollers, and the second pair of rollers connected via a second coupling member that pivots about a second common axis between the second pair of rollers;
• and
• pivoting the first coupling member about the first common axis to a first position among a plurality of first positions and pivoting the second coupling member about the second common axis to a second position among a plurality of second positions based on the media type identified at the graphical user interface of the printing system;
• wherein when the first pair of rollers are in the first position the first pair of rollers do not contact the web, and when the second pair of rollers are in the second position the second pair of rollers contact the web.

A non-transitory computer readable medium embodying programmed instructions which, when executed by a processor, are operable to perform a method comprising:

• receiving input at a graphical user interface of a printing system that identifies a media type for a web of continuous-forms print media that is to travel through a first pair of rollers positioned on opposite sides of the web and a second pair of rollers positioned on the opposite sides of the web, the first pair of rollers connected via a first coupling member that pivots about a first common axis between the first pair of rollers, and the second pair of rollers connected via a second coupling member that pivots about a second common axis between the second pair of rollers;
• and
• pivoting the first coupling member about the first common axis to a first position among a plurality of first positions and pivoting the second coupling member about the second common axis to a second position among a plurality of second positions based on the media type identified at the graphical user interface of the printing system;
• wherein when the first pair of rollers are in the first position the first pair of rollers do not contact the web, and when the second pair of rollers are in the second position the second pair of rollers contact the web.