Abstract: A laundry dryer is configured to facilitate multiple venting arrangements, including side venting. A rear wall of the dryer includes a recessed region that extends width-wise along a lower portion of the rear wall, below an inwardly directed step and a deep tray of the rear wall panel. The dryer includes sidewall panels having a generally rectangular cut-away portion located at the respective lower rear corner thereof, in general registry with opposite ends of the recessed region. This arrangement allows the dryer to vent to either the left or right side, or downwardly to the floor, along the exterior of the housing, but within the dryer footprint, without requiring any modifications to the housing or internal vent passage. In addition, the dryer may include a telescoping vent tube extendible beyond the rear wall of the dryer to facilitate connection of an exterior vent extension during dryer installation, and retractable back into the housing.

Abstract: The present invention is a method of and an apparatus for measuring resistances of at least one transformer winding (109) in configurations of connected transformers windings. The method is based on increasing driving power from the source of electrical energy (12, 102) until the current reaches a predetermined level, which is below the core saturation current level of the measured transformer or the measuring device current limit, and then controls the power of the source of the electrical energy to maintain predetermined current flowing through the at least one winding over a time period sufficient to cause a L di/dt contribution to a voltage drop across the at least one winding to decrease below a threshold level. The apparatus measures simultaneously the constant current flowing in the at least one winding and the voltage drop over the at least one winding after the predetermined time period has elapsed.