What applications present the biggest challenge in terms of machine productivity?Carl/Ringfeder: Industrial applications, such as highly corrosive environments requiring special stainless steels, are the biggest challenges. Applications in which a locking device is dimensionally too large to fit into a component, or in which the torque requirements are beyond the capability of any device on the market, can also present a challenge.Blair/Ruland: clmpressed The bolt pattern on locking devices can bring many challenges. Because of the time required to loosen and tighten the bolts, locking devices are not well suited for applications that require regular adjustments. Confined areas can also pose problems because of limited access to the bolt heads. Another challenge for locking devices is equipment with extended length shafts, which can be difficult to service because of the disassembly required, especially if the shaft is supported at both ends.

What applications present the biggest challenge in terms of machine productivity?Carl/Ringfeder: Industrial applications, such as highly corrosive environments requiring special stainless steels, are the biggest challenges. Applications in which a locking device is dimensionally too large to fit into a component, or in which the torque requirements are beyond the capability of any device on the market, can also present a challenge.Blair/Ruland: clmpressed The bolt pattern on locking devices can bring many challenges. Because of the time required to loosen and tighten the bolts, locking devices are not well suited for applications that require regular adjustments. Confined areas can also pose problems because of limited access to the bolt heads. Another challenge for locking devices is equipment with extended length shafts, which can be difficult to service because of the disassembly required, especially if the shaft is supported at both ends.

Andrew/Whittet-Higgins: One pitfall is not allowing the needed spacing in the air assembly housing. If the components are not locked together properly, the machinery can fail prematurely. A second pitfall is assuming that a particular torque measurement for one component is correct for the entire assembly.Jim/Stafford: * Using a set-screw collar on a hardened shaft. The screw does not "set," and holding power is greatly diminished.* Using a set-screw tools collar on thin-wall tubing, which can permanently distort the tubing.* Specifying too thin a width on a clamp-type clmpressed collar, leaving it air too weak to resist distortion when the clamp-screw is tightened.* Specifying too thin a clamp-slot on threaded shaft collars where the collar must flex more in order to adequately clamp onto the threaded shaft.