iP SERIES
iP 50 - Web based AC power control shall be the Juice Goose iP 50, mountable on a wall or similar flat surface using standard trade hardware. It shall feature two fifteen amp rated AC receptacles which can be individually controlled via Ethernet using the on board GUI web server, text based UDP or TCP commands or one of several AV control platforms. This unit shall also feature one unswitched receptacle. Interface shall control power on and off and report the status of each switched outlet (a.k.a. "POD"). When enabled, a power cycle feature shall check for network connection on a periodic basis by pinging a designated web site. If that ping is unsuccessful for a predetermined number of attempts the power distribution module shall automatically turn off and on power to Pod No. 1. This power module shall measure 1.75 H" x 9.0" W x 9.5" D.
iP 1515 - Rack mounted web based power control shall be the Juice Goose iP-1515. This unit shall be a fifteen amp power distribution module which can be controlled via Ethernet using the on board GUI web server or text based UDP or TCP commands. It shall also have RS 232 command and monitoring capability. The unit shall feature three individually addressable duplex receptacles on the back of the chassis, each able to be turned on and off independently of the others. Web based graphic interface included in the on board web server shall control power on and off and report the status of each duplex and the current load placed on it in a range from 0.20 amps to 20.0 amps. Similar control and monitoring shall be possible via RS232 protocol. The power cycle feature shall reboot a network router and/or modem. When enabled, a power cycle feature shall check for network connection on a periodic basis by pinging a designated web site. If that ping is unsuccessful for a predetermined number of attempts the power distribution module shall automatically turn off and on power to Pod No. 1. There shall be two over ride switches on the front of the chassis. One will cause a sequence up in the event external network connection is lost. The other will provide a short to the coils on each power relay to turn all outlets on in the event of an internal electronics failure.
iP 1520 - Rack mounted web based power control shall be the Juice Goose iP-1520. This unit shall be a twenty amp power distribution module which can be controlled via Ethernet using the on board GUI web server or text based UDP or TCP commands. It shall also have RS 232 command and monitoring capability. The unit shall feature three individually addressable duplex receptacles on the back of the chassis, each able to be turned on and off independently of the others. Web based graphic interface included in the on board web server shall control power on and off and report the status of each duplex and the current load placed on it in a range from 0.20 amps to 20.0 amps. Similar control and monitoring shall be possible via RS232 protocol. The power cycle feature shall reboot a network router and/or modem. When enabled, a power cycle feature shall check for network connection on a periodic basis by pinging a designated web site. If that ping is unsuccessful for a predetermined number of attempts the power distribution module shall automatically turn off and on power to Pod No. 1. There shall be two over ride switches on the front of the chassis. One will cause a sequence up in the event external network connection is lost. The other will provide a short to the coils on each power relay to turn all outlets on in the event of an internal electronics failure.
iP 1520-RX - Rack mounted web based power control shall be the Juice Goose iP 1520-RX. This unit shall feature a maximum 1/2 volt surge let through on the ground and a maximum 10 volt surge let through between line and neutral. Is shall be a twenty amp power distribution module which can be controlled via Ethernet using the on board GUI web server or text based UDP or TCP commands. It shall also have RS 232 command and monitoring capability. The unit shall feature three individually addressable duplex receptacles on the back of the chassis, each able to be turned on and off independently of the others. Web based graphic interface included in the on board web server shall control power on and off and report the status of each duplex and the current load placed on it in a range from 0.20 amps to 20.0 amps. Similar control and monitoring shall be possible via RS232 protocol. The power cycle feature shall reboot a network router and/or modem. When enabled, a power cycle feature shall check for network connection on a periodic basis by pinging a designated web site. If that ping is unsuccessful for a predetermined number of attempts the power distribution module shall automatically turn off and on power to Pod No. 1. There shall be two over ride switches on the front of the chassis. One will cause a sequence up in the event external network connection is lost. The other will provide a short to the coils on each power relay to turn all outlets on in the event of an internal electronics failure.
iP PD1-4 - Vertical, multiple circuit, web based power control shall be the Juice Goose iP PD1-4. This unit shall be an eighty amp power distribution module which can be controlled via Ethernet using the on board GUI web server or text based UDP or TCP commands. It shall also have RS 232 command and monitoring capability. The unit shall feature four individually addressable twenty amp circuits, each connected to an individual duplex receptacle, each able to be turned on and off independently of the others. Web based graphic interface included in the on board web server shall control power on and off and report the status of each circuit and the current load placed on it in a range from 0.20 amps to 20.0 amps. Similar control and monitoring shall be possible via RS232 protocol. The power cycle feature shall reboot a network router and/or modem. When enabled, a power cycle feature shall check for network connection on a periodic basis by pinging a designated web site. If that ping is unsuccessful for a predetermined number of attempts the power distribution module shall automatically turn off and on power to Pod No. 1.