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| Driving Studs to Torque | |||||
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"ET" BODY with Long Tang Use "ET" Body for:
1. Torque Applications |
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If a LANCER is used on a torque application, the power source must have a torque control feature. Even though the LANCER was originally designed for use on projection height applications, when properly equipped, the LANCER has proven itself to be an effective method for driving studs to a torque requirement. Unlike the SENTINEL series of stud drivers, the LANCER does not include a clutch mechanism to control the driving torque of the studs. Torque control must be achieved by one of the following methods: ● Controlling the stall torque of the power tool. ● Electronically monitoring and controlling the torque. ● Mechanically interrupting the power source at the desired level. When used on a torque application care should be taken to insure that all rotational force is eliminated before the LANCER is removed from the stud. Failure to do this could result in damage to the stud or stud driver. This could also cause the jaws to lock onto the stud thus preventing easy removal of the LANCER at the end of the drive cycle. |
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| Performance Options for Hand-Starting stud: | Performance Options for Pre-Loading stud: | ||||
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 Centering Guide (Face of Centering Guide must not touch workpiece) |
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 Posi-Load Stud Retainer (Face of Stud Retainer must not touch workpiece) |
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 #10 Gage* |
 Machine Load Stud Retainer (Face of Stud Retainer must not touch workpiece) |
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 #10 Auto-Load Gage* |
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| #11-#15 Gage* |
 #10 Machine Load Gage* |
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 #11-#15 ML Gage* |
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*Even though
driving to torque it may be preferable to use a gage to guide jaws onto
longer studs. |
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| Revised: 08/22/03 | ||||||
