Power quality device having communication interface
Systems and methods provide power quality devices that have a dual use connector that will couple to a device being protected, such as a telephone handset, and will also provide a communication interface that a technician can access to establish communications with the power quality device.
1. An in-line power management system for protecting connected equipment, having:
in-line power cord, coupled to a housing, for electrically connecting to a wall socket to carry an incoming electrical power signal,
a power outlet and a telephone jack connector having six connector pins on the housing for providing filtered electrical power signal to equipment connected to the power outlet,
the housing enclosing:
a voltage sensor for detecting power events occurring on the incoming electrical power signal,
an event logger capable of logging an occurrence of a power event to record a type of power event, and
a communication interface capable of transferring recorded events to a remote processor, the communication interface having
a connection to two of the connector pins in the telephone jack connector, wherein the two connector pins are unused by telephone equipment, and
a processor for generating the recorded data as two-line serial communication signals for transferring the recorded events on the two connector pins in the telephone jack connector.
2. The in-line power system of claim 1 , wherein the telephone jack connector is an RJ-11 connector.
3. The in-line power system of claim 2 , wherein the two connector pins carry a receive line and a transmit line for a serial interface.
4. The in-line power management system of claim 1 , further comprising
a receiver for detecting and processing two-line serial communication signals on the two connector pins and for processing the signals to receive data from a remote source.
5. The in-line power system of claim 1 , further comprising
a clock coupled to the voltage sensor and capable of logging a clock count representative of the time lapsing since a previous logged event.
6. The in-line power system of claim 1 , further including a data polling process for interactively collecting data from the event logger and for transmitting collected data in real time.
7. The system of claim 1 , wherein the power events include power line transients, voltage spikes, over voltages, under voltages, power outages, voltage sag, or EMI.
8. An in-line power management system for protecting connected equipment, having:
in-line power cord, coupled to a housing, for electrically connecting to a wall socket to carry an incoming electrical power signal,
a power outlet and a telephone jack connector having six connector pins on the housing for providing filtered electrical power signal to equipment connected to the power outlet,
the housing enclosing:
a voltage sensor for detecting power events occurring on the incoming electrical power signal,
an event logger capable of logging an occurrence of a power event to record a type of power event,
a clock capable of logging a clock count representative of the time lapsing since a previous logged event, and
a communication interface capable of transferring recorded events to a remote processor, the communication interface having
a connection to two of the connector pins in the telephone jack connector, wherein the two connector pins are unused by telephone equipment, and
a processor for generating the recorded data as two-line serial communication signals for transferring the recorded events on the two connector pins in the telephone jack connector.