Differences

This shows you the differences between two versions of the page.

--- energy-meters:et340 [2020-08-13 07:19] – cable extensions guy_stewart
+++ energy-meters:et340 [2021-03-20 03:07] – guystewart
@@ Line 13: / Line 13: @@
   - Measure the output of a AC Genset
-The meter is connected to the Color Control GX. There are two options in its wiring:
+The meter is connected to the GX device. There are two options in its wiring:
   - Direct connection, either using the RS485 to USB interface with 1.8m cable length, or the 5.0m cable.
@@ Line 31: / Line 31: @@
 {{:energy-meters:schema_-_et340-2.png?nolink|}}
-On the CCGX go to the grid meter in the Wired AC sensor settings. Make sure 'Phase type' is set to 'Single phase' and 'PV inverter on phase 2' is enabled.
+On the GX device go to the grid meter in the Wired AC sensor settings. Make sure 'Phase type' is set to 'Single phase' and 'PV inverter on phase 2' is enabled.
 ===== 3. Connection to GX device ===
@@ Line 37: / Line 37: @@
 ==== Option A: wireless Zigbee connection ====
 === Step 1. ===
-Connect the Zigbee to USB converter to the CCGX using the supplied USB cable. A few seconds after connecting, the active LED should be on and the TX/RX LED should be blinking (the converter takes its power from the CCGX, so the CCGX needs to be switched on as well).
+Connect the Zigbee to USB converter to the GX device using the supplied USB cable. A few seconds after connecting, the active LED should be on and the TX/RX LED should be blinking (the converter takes its power from the GX device, so the GX device needs to be switched on as well).
 {{system_integration:ZigbeeCoordinator.png?200}}
@@ Line 50: / Line 50: @@
 === Step 3. ===
-Make sure only one Zigbee device is powered up right now: the Zigbee to USB converter connected to the CCGX. Power down all others. //If you don't do this, the Zigbee to RS485 converter may be connected permanently to another Zigbee device.//
+Make sure only one Zigbee device is powered up right now: the Zigbee to USB converter connected to the GX device. Power down all others. //If you don't do this, the Zigbee to RS485 converter may be connected permanently to another Zigbee device.//
 === Step 4. ===
@@ Line 78: / Line 78: @@
 ==== Option B: Wired connection to GX device ====
-Connect the Energy Meter to the GX device using the USB to RS485 cable. The RS485 to USB interface cable between the CCGX and the Energy Meter can be extended up to 100 meters; make sure that the extensions of the Data+ (orange) and Data- (yellow) wires form a twisted pair.
+Connect the Energy Meter to the GX device using the USB to RS485 cable. The RS485 to USB interface cable between the GX device and the Energy Meter can be extended up to 100 meters; make sure that the extensions of the Data+ (orange) and Data- (yellow) wires form a twisted pair.
 ^ RS485 Converter ^ Energy meter ^
@@ Line 108: / Line 108: @@
 ===== 3. Configuration =====
-After proper connection and powering up, the meter will be visible on the CCGX in the Settings -> Energy Meters menu:
+After proper connection and powering up, the meter will be visible on the GX device in the Settings -> Energy Meters menu:
 {{ :energy-meters:em112_settings_list.png?nolink |}}
@@ Line 120: / Line 120: @@
 ===== 4. Multiple Energy Meters in one system =====
-To connect multiple Energy Meters, wire each meter to a separate RS485-USB converter. Which are then each plugged into a separate USB socket on the CCGX.
+To connect multiple Energy Meters, wire each meter to a separate RS485-USB converter. Which are then each plugged into a separate USB socket on the GX device.
 Connecting multiple ET340 meters to the same RS485-USB cable is not possible: the ET340 meter has no display and its Modbus address can therefor not be changed.