Connection and testing of controllers EthernetRoomManager, EthernetHeatManager using the Debug Module duke live for life @ Home Automation eHouse.Pro
EHouse Ethernet - Smart home demonstration module, allows testing and evaluation of all administrators eHouse Home Automation. eHouse Intelligent Building Evaluation Module with all hardware resources stored on the replacement PCB production plant at home. Connection to the controller module demonstration is very simple duke live for life and only requires connection of relevance "tapes" between the controller duke live for life and the demo PCB.
Ethernet can be divided into two main variants of the hardware Administrators average - based on the PCB EthernetRoomManager controllers great - based on the PCB CommManager / LevelManager In this post we will discuss the testing and evaluation of the average controller ( based on ERM) module using DEMO Ehouse4Ethernet.
To fully analyze the behavior of the controller, you must follow connections between ERM and ERM modules DEMO commit: Remove all cables from the connections in the "TEST" 50 pin flat ribbon outputs (S18). And short the jumper "ERM Power" on the 14 pin connector s18 flat tire input (S14). 16 pin flat tire (S16) for the external panels of resources ERM (Infrared, temperature sensor, lighting, dimmers). 20 pin flat strip (J5) for analog / digital converters. The next step is an appropriate combination of sensors connected to the input of the ADC. For the ERM, jumper "Light", connecting light sensor to the ADC input from the external panel of the Controller. For other operators, duke live for life it should be disconnected. Moreover, if the above sensors are connected, sensor selection jumpers requires removing jumpers for input 10 for the two 32 - pin connectors. If we are dealing with a controller other than the ERM and the need for the ADC temperature sensor connected MCP970x perform: Unplug the jumper "Light" Connect jumper for input 10 on the 32 pin connector for LM335 or Connect jumper for input 10 on the 32-pin connector for MCP970x The next step is to get the remaining temperature sensor in place, connect duke live for life them to the required inputs. Look for 2x32pin, which allows the individual to connecting sensors LM335 or MCP970x any input from the controller. You can choose only one sensor. Activation of the sensor also provides mortgage LM335 "Trek" resistance 3v3 which gives power to the sensor. This is a much more secure connection of the sensor than full - power sensor circuit if the sensor does not affect power pins. But Sensors LM335 for Ethernet controllers do not have the full - scale measurement and measure temperature to about 56 degrees Celsius. . In the case of very low temperatures can also effect the heat of the thermometer value, if flooded, because these sensors work best for 5V supply voltages. For example, the sensor to connect to the input of LM335 None. 7, in the 32 - pin connectors duke live for life remove the jumper in row 7 for MCP970x and short - circuit for LM335. The sensor to be connected to the input MCP970x. 6 to 32 - pin connectors remove the jumper in row 7 and LM335 near MCP970x. Be aware that, depending on the type of controller (hardware and interconnection module) part of the input can be connected to a printed circuit board of the controller. Please refer to the detailed documentation of the controller, sensors that are not physically connected to other resources. If you are not an administrator, which is all free as measures inputs (EHM, ESM), you must input connections that reduce free medium for each controller (3, 5, 6, 7, 8). The next step is for the router or switch to the Ethernet LAN controller RJ to join - 45. To check and verify that all cables correctly connected and tightened 12VDC power supply can be connected to the module demo board that also propelled this. Testing of Digital Outputs
State of digital outputs are displayed on the LEDs located in the segment "outputs" of evaluation module. LED lights for the corresponding output is equal to the load of a relay in the production system. Demonstration unit has two independent sections duke live for life "outputs", which allows simultaneous control of two media controllers (ERM, EHM, ESM, etc.). This is particularly important if we want the opportunity to associate with another controller sent the first, and we intend to test. Not to include an additional power cable jumper "ERM Power" should be short in every department "OUTPUT". Testing of d
EHouse Ethernet - Smart home demonstration module, allows testing and evaluation of all administrators eHouse Home Automation. eHouse Intelligent Building Evaluation Module with all hardware resources stored on the replacement PCB production plant at home. Connection to the controller module demonstration is very simple duke live for life and only requires connection of relevance "tapes" between the controller duke live for life and the demo PCB.
Ethernet can be divided into two main variants of the hardware Administrators average - based on the PCB EthernetRoomManager controllers great - based on the PCB CommManager / LevelManager In this post we will discuss the testing and evaluation of the average controller ( based on ERM) module using DEMO Ehouse4Ethernet.
To fully analyze the behavior of the controller, you must follow connections between ERM and ERM modules DEMO commit: Remove all cables from the connections in the "TEST" 50 pin flat ribbon outputs (S18). And short the jumper "ERM Power" on the 14 pin connector s18 flat tire input (S14). 16 pin flat tire (S16) for the external panels of resources ERM (Infrared, temperature sensor, lighting, dimmers). 20 pin flat strip (J5) for analog / digital converters. The next step is an appropriate combination of sensors connected to the input of the ADC. For the ERM, jumper "Light", connecting light sensor to the ADC input from the external panel of the Controller. For other operators, duke live for life it should be disconnected. Moreover, if the above sensors are connected, sensor selection jumpers requires removing jumpers for input 10 for the two 32 - pin connectors. If we are dealing with a controller other than the ERM and the need for the ADC temperature sensor connected MCP970x perform: Unplug the jumper "Light" Connect jumper for input 10 on the 32 pin connector for LM335 or Connect jumper for input 10 on the 32-pin connector for MCP970x The next step is to get the remaining temperature sensor in place, connect duke live for life them to the required inputs. Look for 2x32pin, which allows the individual to connecting sensors LM335 or MCP970x any input from the controller. You can choose only one sensor. Activation of the sensor also provides mortgage LM335 "Trek" resistance 3v3 which gives power to the sensor. This is a much more secure connection of the sensor than full - power sensor circuit if the sensor does not affect power pins. But Sensors LM335 for Ethernet controllers do not have the full - scale measurement and measure temperature to about 56 degrees Celsius. . In the case of very low temperatures can also effect the heat of the thermometer value, if flooded, because these sensors work best for 5V supply voltages. For example, the sensor to connect to the input of LM335 None. 7, in the 32 - pin connectors duke live for life remove the jumper in row 7 for MCP970x and short - circuit for LM335. The sensor to be connected to the input MCP970x. 6 to 32 - pin connectors remove the jumper in row 7 and LM335 near MCP970x. Be aware that, depending on the type of controller (hardware and interconnection module) part of the input can be connected to a printed circuit board of the controller. Please refer to the detailed documentation of the controller, sensors that are not physically connected to other resources. If you are not an administrator, which is all free as measures inputs (EHM, ESM), you must input connections that reduce free medium for each controller (3, 5, 6, 7, 8). The next step is for the router or switch to the Ethernet LAN controller RJ to join - 45. To check and verify that all cables correctly connected and tightened 12VDC power supply can be connected to the module demo board that also propelled this. Testing of Digital Outputs
State of digital outputs are displayed on the LEDs located in the segment "outputs" of evaluation module. LED lights for the corresponding output is equal to the load of a relay in the production system. Demonstration unit has two independent sections duke live for life "outputs", which allows simultaneous control of two media controllers (ERM, EHM, ESM, etc.). This is particularly important if we want the opportunity to associate with another controller sent the first, and we intend to test. Not to include an additional power cable jumper "ERM Power" should be short in every department "OUTPUT". Testing of d
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