Abstract: A method for operatively interconnecting a first and second lighting control subnet is disclosed. In the method, a link claim is transmitted to the first and second lighting control subnets from a bridge. The link claim directs the first and second lighting control subnets to wait for a lighting control command, which is transmitted to the lighting control command to the first lighting control subnet. A random wait time is assigned to the first lighting control subnet and a maximum random wait time is assigned to the second lighting control subnet. Finally, an acknowledgement is received from the first lighting control subnet.

Abstract: A method for operatively interconnecting a first and second lighting control subnet is disclosed. In the method, a link claim is transmitted to the first and second lighting control subnets from a bridge. The link claim directs the first and second lighting control subnets to wait for a lighting control command, which is transmitted to the lighting control command to the first lighting control subnet. A random wait time is assigned to the first lighting control subnet and a maximum random wait time is assigned to the second lighting control subnets. Finally, an acknowledgement is received from the first lighting control subnet.

Abstract: An independent radio frequency programming device automates a setup process for a lighting system with lighting control devices and master controls. The programming device intercepts communications between the lighting control devices and the master control during an initial setup phase. A start function permits the programming device to provide automated setup information to the master controls. Once the automated setup process completes, the lighting system is fully programmed with behavior functions for all lighting control devices.

Abstract: A control system with a clock or calendar based control has two time frames defined for assigning control events during different days of the week. The weekday time frame is defined as Sunday noon through Friday noon, while the weekend time frame is defined as Friday noon through Sunday noon. The defined timeframes are shifted from conventional definitions of weekday and weekend periods, which permits appropriate control scenarios to be realized that are closer to typical expectations. The control system uses a simple, two-timeframe control that permits greater flexibility in realizing lighting control applications without increased cost.

Abstract: A method for operatively interconnecting a first and second lighting control subnet is disclosed. In the method, a link claim is transmitted to the first and second lighting control subnets from a bridge. The link claim directs the first and second lighting control subnets to wait for a lighting control command, which is transmitted to the lighting control command to the first lighting control subnet. A random wait time is assigned to the first lighting control subnet and a maximum random wait time is assigned to the second lighting control subnet. Finally, an acknowledgement is received from the first lighting control subnet.