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--- drafts:ccgx:ccgx_wireless_ac_sensor [2014-10-31 09:20] – martijncoster-ve
+++ ccgx:ccgx_wireless_ac_sensor [2021-03-20 03:05] (current) – guystewart
@@ Line 1: / Line 1: @@
-====== Wireless AC Sensor manual (draft) ======
+====== Wireless AC Sensor manual ======
+(discontinued product)
 ===== Introduction =====
-The Wireless AC sensors are used to measure PV Inverter power (A) and energy (kWh), and show it on a [[http://www.victronenergy.com/panel-systems-remote-monitoring/colorcontrol/|Color Control GX]] and the [[https://vrm.victronenergy.com|VRM Portal]]. An installation will have one gateway, and one sensor per phase. The gateway connects to the Color Control via Ethernet, and is the DECT hub for the sensors.
+The Wireless AC sensors are used to measure and calculate PV Inverter current (A), voltage (V), power (W) and energy (kWh), and show it on a [[https://www.victronenergy.com/panel-systems-remote-monitoring/colorcontrol|GX device]] and the [[https://vrm.victronenergy.com|VRM Portal]]. An installation will have one gateway per system and one sensor per phase. The gateway connects to the GX device via Ethernet, and is the DECT hub for the sensors. Multiple sensors connect to 1 gateway.
-[mco: Spanning (V) en stroom (A) worden gemeten. Power (W) en energy (kWh) worden berekend. Zal ik dit hierboven aanpassen? Wil je ook al noemen dat het voor de Hub4 assistant gebruikt zal worden?]
+Note that it is not possible to use multiple sensors on the same position (AC-Out, AC-In 1, etcetera) in a system. The GX device will in such case only show the value of the last-read sensor.
-[ add measurement accuracy etc. or at the end of this doc. ] [mco: hebben we deze info. Ik weet alleen rating zoals die op de sticker op de zijkant staat]
+==== Three phase ====
+For measuring a three phase system, we recommend to use [[https://www.victronenergy.com/live/system_integration:hub4_grid_parallel#using_the_wired_hub-4_ac_sensor_to_measure_pv_inverter_output|this]] meter instead. Using three single phase meters does not provide true three-phase metering and measurements.
 ===== Required hardware =====
@@ Line 16: / Line 19: @@
 Included with the gateway:
-  * 30cm RJ45 cable 30cm
+  * RJ45 cable 30cm
   * AC adapter
-{{  :drafts:ccgx:wirelessacsensors_microusb.jpg?direct&200}}Note that instead of powering the Wireless Sensor gateway with the AC adapter, it is also possible to power it from one of the USB ports in the Color Control GX. Purchase a separate male Micro-USB to male USB cable, not available from Victron. (note, it is not yet sure if the CCGX can supply enough power, we are currently testing this.) [mco: voor alleen de Wireless gateway is stroomverbruik geen probleeem]
+{{  :drafts:ccgx:wirelessacsensors_microusb.jpg?direct&200}}Note that instead of powering the Wireless Sensor gateway with the AC adapter, it is also possible to power it from one of the USB ports in the GX device. Purchase a separate male Micro-USB to male USB cable, not available from Victron Energy. Note that, due to GX device-USB port power limitations, this cannot be combined with a USB-GPS, USB-WiFi using a non powered USB hub.
 ===== Installation =====
@@ Line 26: / Line 31: @@
   - Disconnect the AC power
-  - Connect the gateway to the network using the supplied RJ45 cable.
+  - Connect the gateway to the Ethernet/LAN network using the supplied RJ45 cable.
-  - Connect the AC power adapter to the gateway
+  - Connect the AC power adapter or the USB cable from the GX device to the gateway
 === Installing the sensor(s) ===
-For each phase, connect the AC sensor according to the schematic below. Neutral on top side. Line on bottom side. Make sure the direction of the current is correct
+For each phase, connect the AC sensor according to the schematic below. Neutral on top side. Line on bottom side. Make sure the direction of the current is correct.
+{{ :ccgx:quby_gateway_schema.jpg?nolink&850 |}}
-{{  :drafts:ccgx:ac_sensor_schema.jpg?nolink&700x352  }}
 ===== Gateway and sensor pairing =====
@@ Line 57: / Line 61: @@
 ^LED ^Meaning |
 |Blinking red |Not yet paired to a gateway |
-|Both green and red on (no blinking) |Cannot find the gateway |
+|Both green and red on (no blinking) |Cannot find the gateway. Only shows for a few seconds, after that the led will turn off |
-|Alternating red/green |Selected in the Color Control menu, useful for identification |
+|Alternating red/green |Selected in the GX device menu, useful for identification |
 |Green on (no blinking) |Gateway found, connecting. This will show only for a few seconds |
-|Off |Working OK, connected to the gateway, or not powered |
+|Off |Working OK, connected to the gateway, cannot find gateway or not powered |
-===== Configuration on the Color Control =====
+===== Configuration on the GX device =====
 ==== Wireless AC sensor menu ====
@@ Line 68: / Line 72: @@
 To configure the gateway and sensor go to the Wireless AC sensor menu
-Settings -> Wireless AC Sensors
+Settings → Wireless AC Sensors
-If the gateway is connect to the network it will be shown in the list. If one or more AC sensors are connected these will also show in the list.
+If the gateway is connect to the network it will be shown in the list. If one or more AC sensors are connected these will also show in the list. When connected for the first time only the ID number will be shown and no location. This needs to be selected for the sensor to work properly.
 {{  :drafts:ccgx:sensors.png?nolink&480x272  }}
-Now the AC sensor will be visible in the Wireless sensor menu on the ColorControl. Go in to the menu to assign a location of the sensor. For example ACOut_L1. After this the led will blink and turn green.
+Select a sensor to assign a location to it. For example AC-In1_L3.
+{{  :drafts:ccgx:select-input.png?nolink&480x272  }}
+=== Sensor readout ===
+When all the sensor are configured the measured values can be seen. Go to the Device List and select PV Inverter on AC In1 for example.
+{{  :drafts:ccgx:inverter.png?nolink&480x272  }}
+=== Specifications ===
+^  ^  ^  |
+|Rated voltage |230 |V AC |
+|Operating Voltage |220-240 |V AC |
+|Frequency |50 |HZ |
+|Maximum Current |25 |A |
+|  |  |  |
+|Measurement precision | +/- 2% |  |
+|  |  |  |
+|Ambient temperature |-25 ~ +35 |oC |
+|Storage temperature |-25 ~ +70 |oC |
+|Relative humidity |0 - 95 |% |
-~~DISQUS~~
 \\
+===== DISQUS =====
+~~DISQUS~~