*All values shown in this manual are only examples. Actual figures will vary depending on your consumption. 10 / 15 / 20s ELECTRICITY MONITORING TRANSMITTER Transmitter CT Sensor 1. Pull the clasp to open the CT sensor 2. Place the CT sensor around the cable 1. O pen and place one CT sensor around each mains cable Do not touch below this level 2. Plug the C T sensors jacks into the transmitter 3. Push the clasp to close securely Hold for 2 seconds history backward forward mode/set Wireless energy monitor link button MONITOR SETUP INSTANT MODE Push the mode/set button to change information being displayed from kW to cost
(displayed in $). Cost and Emission Per Day or Hour The lower part of the screen shows the estimated cost and carbon emissions per day or hour. Energy Now Shows the instant power in kW. HISTORY MODE Push the History button to access daily, weekly and monthly stored data. Use the backward and forward arrow buttons to scroll between dates and compare consumption data. Press the mode/set button to change the information display from kWh to costs and CO2 emissions. Historical consumption information for days, weeks and months in kWh, $ and KgCO2 Average information for days, weeks and months in kWh, $ and KgCO2 15 16 FA S TECHNICAL INFORMATION If I remove the batteries will I lose the information on the display?
The display has an internal memory, so if you need to change or remove the batteries the information stored on it will not be lost. How do I reset the display (clear the stored data and start again)?
Press and hold the mode/set and History buttons simultaneously for 2 seconds. How far does the device transmit?
The transmitter work up to around 230ft/ 40m within the home. The 433MHz range is well suited for in-home use. This can cover 3 oors and is also ideal for buildings where electricity meters are situated outside. I have dashes (- - - -) showing on the display. What does this mean?
Move the display closer to the transmitter and press the link button. If the dashes remain on the display this would indicate that the transmitter and receiver are not communicating. Please contact efergy customer services to help solve the problem, at askjohnny@efergy.ca The backlight appears to work sometimes and then not others. Is it broken?
No. The backlight is on a timer to save battery life. The display should work at darker periods during the day when any buttons are pressed. The LED backlight will be activated from 18:00 hours - 6:00 hours. Model Name Model Number Frequency Transmission Time Transmission Range Working voltage range Measuring Current Carbon Ratio Elite true power meter Elite-TPM-NA 1.0 433.5MHz 10, 15 or 20 seconds 230ft - 328ft/ 40m - 70m 110V - 600V 50mA-200A (MAX) 0.50kg.CO2/ kWh 17 18 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. ELECTRICITY SYSTEM VOLT SETTING AT 120V, 3 Wire, Single Phase (TYPICAL RESIDENTIAL SERVICE IN US & CANADA) 120 240V, 3 Wire, Single Phase 240 120/ 208V, 3 Wire, 2 Phases of a 3 Phase 120/208V Three wires phase 1 live, phase 2 live, Grid 120V is live to neutral and 208 is phase 120 to phase. Assume unbalanced load. 2 CT Sensors 120/ 208V, 4 Wire, 3 Phases, Balanced Load Three phase live, phase 2 live - Neutral, where 120V is phase to neutral and 208V is phase to phase. 1 CT Sensor 208 120/ 208V, 4 Wire, 3 Phases, Unbalanced Load The display does not recognize unbalanced loads in this configuration. The degree 120 of accuracy will be relative to the amount of unbalanced current. 3 CT Sensors 208V, 3 Phase Delta Balanced Load 277/ 480V, 4 Wire, 3 Phases, Balanced Load Three phase live + neutral, where 277V is phase to neutral and 480V is phase to phase. 1CT Sensor 208 480 277/ 480V, 4 Wire, 3 Phases, Unbalanced Load Three phase live + neutral, where 277V is phase to neutral and 480V is phase to phase. The display does not recognize unbalanced loads in this configuration. The degree of accuracy will be relative to the amount of unbalanced current. 3 CT Sensors 277 230/ 400V, 4 Wire, 3 Phases, Balanced Load Three phase live + neutral, where 230V is phase to neutral and 400V is phase to phase. 1CT Sensor 347/ 575V, 3 Phase, Balanced Load. 1CT Sensor 580 347/ 575V, 3 Phase, Unbalanced Load. The display does not recognize unbalanced loads in this configuration. The degree 350 of accuracy will be relative to the amount of unbalanced current. 3 CT Sensors 400