Rampage_Rick
Senior Member
- Location
- British Columbia, Canada
The displays and data registers on these units can be customized by each utility. Ours don't display any demand info, though it should be possible with an in-home device that talks to the meter. The button has no effect on the display. Here's the cycle shown on ours:The black button on the face of an ITron C2SOD is to control the display function. (The "D" is for demand, the "T" on other models is for time of use, and the "L" is for demand and time of use.)There is a remote disconnect built within CERTAIN models(it is an option) that will either limit power, or shut off completely.
- Segment test (all on)
- Register 01 - kWh from utility
- Register 02 - kWh to utility
- Register 01
- Level ## - Transmit power level (I've seen between 9 and 30)
- Register 01
- Not Sync/Sync/Sync Net - Mesh network status
- Register 01
- Not Reg/Reg - Registered with billing computer?
- Register 01 - cycle repeats
http://www.ic.gc.ca/pics/lm/electric/ae/1631.pdf
"This switch is used as the remote disconnect switch reset button on the models equipped with the disconnect option."
"C2SO - Meters equipped with a Register Display and OpenWay RF automated meter reading (AMR) module.
C2SOD - Meters equipped with a Register Display, OpenWay RF AMR module and a remote disconnect switch. A low profile disconnect switch is integrated into the meter base."
Well one of the arguments I see regularly is "all wireless can be hacked." While this is probably true, the sheer effort required makes the possibility extremely remote depending on the circumstances. Digicypher II has been around for at least 15 years and has yet to be hacked. It's Motorola's encryption protocol for satellite and cable TV used in about 70% of the North American market. Other satellite TV encryption has been hacked before, such as ExpressVu, Dish Network, and DirecTV. The difference is that they all used open security standards (DVB) whereas Motorola's system is completely proprietary and they don't tell anyone how it works. I suspect something similar with Itron's OpenWay mesh. It's my understanding that it's based on a proprietary 900 Mhz mesh network, rather than an open standard like 802.11b WiFi.As far as hacking, if it communicates, it can be hacked. Will it be? not likely as there is no real reason to hack the data from a meter, but there sure is to hack the utility control systems.
The only unhackable computer is a completely stand along one with no wireless or hard wired communication connections, and even then it may be possible to get data out of it remotely.
It's refreshing to interact with another human who realizes that there's no real point to hacking meters. There's nothing to be gained that couldn't be learned by watching the dials on the side of your house...