Relay CH-101

uild data transfer routes, depending on external factors, for example, if there is an obstacle between two neighboring devices, the signal will go through other nodes of the Z-Wave network that are within range. Z-Wave is a two way network. Devices can not only send control commands, but also wait for confirmation of their delivery, as well as request the current state of the device. If the sending was not successful, the system tries to send the command in a different way. The central link of any Z-Wave network is the main controller, it stores information about the network topology, it can be used to add and remove devices from the network. As a rule, the main controller is a device that is connected to the Internet, which allows you to control all devices remotely. 5. Connecting sensors CH-101 has two inputs for connecting sensors - S2 binary input and S-Bus input. Binary input S2 can be used to connect additional buttons/switches that can control other devices on your Z-Wave network. In addition, pin S2 can be used as an input for a binary sensor, which has only two levels of signal: on/off. To display a binary sensor on the interface, set parameter #9 to 0. One of the various ConnectHome sensors can be connected to the S-Bus input. They can be of two types: binary (for example, a motion sensor, it has only two values: there is movement, there is no movement) and multilevel (For example, a temperature sensor). Sensors are not included in the kit, if necessary, they can be purchased separately. Table 1 - List of sensors Binary sensors Multilevel sensors CH-S04.10 motion-light sensor (radius 10m. ) CH-S01 temperature sensor CH-S02 temperature and humidity sensor CH-S06 power sensor Sensors are used to assess the environment in your home: temperature measurement; measurements of relative air humidity; illumination level; presence of movement; current power of electric load; activation\rest of a third-party sensor connected to a binary sensor. In the Z-Wave network, sensors are displayed as structural units (endpoint) of the CH-101 module. Data is transmitted to the control controller via Z-Wave radio commands. In addition, sensors can control other devices and the module itself. Control should be understood as enabling/disabling the CH-101 module or sending a corresponding command to devices that are in the module's communications group when different sensor values ​​are reached. Link groups are provided to control other devices (see the Links and Parameters section #21-31). Only one ConnectHome sensor can be connected to the S-Bus input. The sensor must be connected before adding the module to the Z-Wave network. If it becomes necessary to connect the sensor after connecting the module to the Z-Wave network, you must first remove it, and re-add it after connecting the sensor (see Section 7). 6. Device control The module can be controlled locally by means of a switch connected to it to contact S1. In this case, the switch can be either monostable (return or bell type) or bistable (standard switch with two fixed positions). To select the switch type, set the appropriate value in Parameter #15. In addition, the module can be controlled remotely, using the Z-Wave commands of the main controller (see the Main controller manual) or using other Z-Wave devices using connections (see the Manual of these devices). The module also supports the ability to control using ConnectHome sensors connected to the S-Bus input (set the appropriate value in Parameters #21-31). 7. Device connection Attention! This device is powered by 230 Volts 50 Hz. Follow the safety rules when mounting/dismantling the device. Before starting installation, it is necessary to de-energize the electrical network, and protection against accidental switching on of voltage in the network must also be provided. Electrical work must be carried out by a qualified electrician in accordance with current codes and regulations. If problems arise or if it is not possible to ensure the safe work of the installer during installation, immediately disconnect the device and equipment connected to it. Step 1 The module is designed to fit into a standard 60mm diameter, 45mm deep installation box behind your circuit breaker (Figure 1). Before installation, turn off the power supply, connect the module according to the wiring diagram. Please note that during normal operation, the module generates little heat. Take measures to ensure normal heat dissipation. Do not install several modules together in a limited space, do not allow the module to be placed in thermal insulation materials. Figure 1 - Location of the module for installation in a European socket. Wiring diagrams. Figure 2 - load connection diagram with an alternative power source. Figure 3 - 220V load connection diagram Where: L - Phase N - Neutral wire -/- - Normally open relay S1 - Contact for Switch 1 S2 - Binary input Step 2 To enable the module in the Z-Wave network, put the controller into learning mode ( see the instructions for your controller) and supply power to the electrical network to which the device is connected. The device will be added automatically (NWI). If this does not happen automatically, briefly press the system button located on the top cover of the device three times. If you have problems connecting the device to your Z-Wa network, you must go through the exclusion procedure from the Z-Wave network, and then repeat the inclusion procedure. To remove (exclude) a module from the Z-Wave network, switch the controller to bypass mode (see the controller instructions) and briefly press the system button three times. Please note that after the device is excluded from the Z-Wave network, all the settings you have made will be reset to factory settings. You can also add / remove a device from the Z-Wave network using the switch connected to the S1 contact. If the switch is monostable (Parameter 15), then adding/removing is done by pressing the switch three times within 2 seconds. In case the switch is bistable (Parameter 15), the addition/removal is performed by successive combination of the switch on-off-on(1-0-1) or off-on-off(0-1-0) within 2 seconds. 8. Communications Z-Wave devices can communicate with each other, as well as exchange data and other information, as with a central controller, and directly, without the participation of the controller. Each event can have its own list of recipients, called a link group. Refer to your Z-Wave controller's user manual for link settings. Group 1 – a device (a controller is recommended), which will receive reports on changes in the state of the relay and data from sensors connected to the device. Group size - 3 devices; Group 2 - devices that will receive the corresponding command when pressing Switch 1 connected to contact S1. Group size - 10 devices; Group 3 – devices that will receive the appropriate command when a binary sensor or switch connected to binary input S2 is triggered. Group size - 10 devices; Group 4 – devices controlled by sensor 1. Group size - 10 devices; Group 5 - devices, controlled by sensor 2 (temperature sensor in CH-S02 sensor). The group size is 10 devices. 9. Parameters CH-101 is a so-called “boxed product”. This means that you just need to take it out of the box, install it according to the wiring diagram, add a network to the Z-Wave and the device is ready to go! But for your convenience, you can fine-tune the device using a number of configuration parameters. 9.1 Relay operation parameters Parameter No. 1 - Relay mode selection. operation in normal mode - close the relay when turned on, open when turned off; work in reverse mode, open the relay when turned on, close when turned off; blinking - blink the relay when turned on, open when turned off. The parameter allows when receiving a command to turn on - turn off the relay, and when turned off, on the contrary, turn it on. This can be used in cases where logical switching implies an open relay and vice versa (normally open valves, security systems, etc.). In addition, the relay can be used in various cyclic processes, where the normal operation of the relay is switching on and off at a specified frequency (for example, blinking of a light security siren, etc.). 0. Work in normal mode (Default); 1. Work in reverse mode; 2. Blink. Parameter No. 2 - Duration of the closed state of the relay in blinking mode. The units used in the parameter are 0.1 seconds (10 = 1 second). Valid value is 1-65000; 10 (Default). Parameter No. 3 - The duration of the open state of the relay in blinking mode. The units used in the parameter are 0.1 seconds (10 = 1 second). Valid value is 1-65000; ? 10 (Default). Parameter number 4 - Auto-shutdown with a delay. After receiving the turn-on signal, the relay will automatically turn off after a certain time. The unit of measurement used in the parameter is 0.1 second (10 = 1 second). When you press the switch key off - will turn off the relay instantly. When the parameter is set to “0”, auto-off does not work. Valid values: 1-65000. Valid value is 1-65000; 0 (Default). Parameter No. 5 - Turn-on delay. After receiving the command to turn on, the relay will turn on not immediately, but after a certain time. The units used in the parameter are 0.1 seconds (10 = 1 second). When the value “0” is selected in the parameter, the turn-on delay does not work. Valid value is 1-65000;0 (Default). Parameter number 6 - Smart-delay. After receiving the shutdown signal, the relay will not turn off immediately, and after a certain time (Smart-delay). The units used in the parameter are 0.1 seconds (10 = 1 second). In Parameter #18, you can select the cases in which the relay will ignore the Smart delay. Valid value is 1-65000;0 (Default). Parameter No. 7 - Restoring the state of the device after a power failure. If you want the device to restore its previous state after an electrical failure, select "Restore". If you want the device to be turned off after an electrical failure, select "Do not restore". 0. Restore (Default);1. Do not restore. After power is applied, the device will be in the "Off" state. Parameter number 8 - Enable all / Disable all. The parameter allows you to configure whether the module will respond to broadcast commands " Turn everything on" and "Turn everything off". 0. Respond to the "Turn All On" command, Respond to the "Turn All Off" command (Default);1. Ignore "Enable All" command, Ignore "Disable All" command;2. Ignore the "Enable All" command, React to the "Disable All" command;3. Respond to the "Turn All On" command, Ignore the "Turn All Off" command. Parameter #9 - Show binary input (S2). The module has a binary input (S2), which is displayed as a binary sensor in the Z-Wave interface. This input can be used to connect any sensors that have 2 states (on / off, open / closed, etc.), as well as to connect a switch, which can be used to control other devices using links. You can display this sensor in your controller's interface. Change the setting, exclude the device from your controller's Z-Wave network and add it again. 0.Show.1. Do not show (Default). 9.2 Operation parameters of buttons/switches The module can be connected to one or two switches. The first switch can control the module directly, and up to ten devices can be connected to it (using the 2nd link group). The second switch is used exclusively to control other devices (up to 10 devices) connected to it using the 3rd group of connections. Parameter No. 15 - Switching mode for Switch 1. Monostable - for a return type switch or for a button, each press switches the device to the opposite state. Bistable - for conventional switches with two fixed positions On and Off. 0. Monostable - in this mode, each subsequent press of the button switches the device to the opposite state. Monostable switches support the function of controlling dimmers and roller shutter modules. By pressing and holding the button of the monostable switch, the command to start dimming / changing the position will be sent to the associated dimmers / roller shutter modules, by releasing the button you can select the desired level; 1. Bistable - each subsequent switching of the switch will change the state of the relay (on / off) regardless of the initial position of the key (Default); 2. Bistable, fixed position (Option 1) (contacts on the switch closed - relay on, open - relay off); It is necessary to take into account the fact that when the module receives a command from another Z-Wave network device, the relay will change its state and in order to control the switch, it must first be returned to the appropriate state. 3. Bistable, fixed position (Option 2). Similar to the previous one, but vice versa (contacts on the switch are closed - the relay is off, open - the relay is on). Parameter #16 - Switching mode for Switch 2 connected to binary input S2. CH-101 has the ability to connect a switch that can be used to control other devices (3rd group of connections). 0. Monostable switch (“Turn on” command) - in this mode, each press of the button will send a “Turn on” command to devices from the 3rd communication group. Monostable switches support the function of controlling dimmers and roller shutter modules. By pressing and holding the button of the monostable switch, the command to start dimming / change the position up will be sent to the associated dimmers / roller shutter modules, by releasing the button you can select the desired level; 1. Monostable switch (“Off” command) - in this mode, each press of the button will send the “Turn off” command to devices from the 3rd group of connections. Monostable switches support the function of controlling dimmers and roller shutter modules. By pressing and holding the button of the monostable switch, the command to start dimming / change the position to down will be sent to the associated dimmers / modules, by releasing the button you can select the desired level 2. Bistable, fixed position (Option 1) (contacts on the switch are closed - command on, open - off command); 3. Bistable, fixed position (Option 2). Similar to the previous one, but vice versa (contacts on the switch are closed - the device state in the interface is off, open - the relay is on). 4. Monostable switch (button) without feedback -  in this mode, closing the input S2 (i.e., pressing the button connected to it) will lead to sending the “Enable” and “Disable” commands in turn; devices from the 3rd group of connections. Those. the first press of the button will send the command "Enable", the second press - "Turn off", the third press - again "Enable" etc. In this case, the current state of devices in the 3rd connection group is not taken into account. ATTENTION! When using this mode and when controlling devices from the 3rd communication group from other sources, there may be situations when sending "Enable" commands already turned on ("Turn off" - already turned off) devices. To change the status of linked devices in this case, press the button again. Monostable switches support the function of controlling dimmers and roller shutter modules. By pressing and holding the button of the monostable switch, the associated dimmers/shutter modules will be sent in turn the commands to start dimming / change position up, start dimming / change position down, by releasing the button you can select the desired level. 5. Monostable switch (button) - each subsequent pressing of the button switches the device from the 3rd group of connections to the opposite state. Holding down the button will send a dim up/down command to the linked device. ATTENTION! When this value is selected, the single-channel relay must be located at a minimum distance from the device that it will control (no more than 10m). In addition, the switch at input S2 will only be able to control one device from communication group 3. Parameter #17 - Scene activation. Sending such commands is possible only in the monostable mode of the switch (for switch 1, the value is “0” in parameter No. 15, for switch 2, the value is “0” and “1” in parameter No. 16). Scenes can be sent to all devices that are in the corresponding link group (switch 1 can send “scene” ID11 to devices from the 2nd link group, switch 2 can send “scene” ID22 to devices from the 3rd link group). If necessary, you can create scripts that will run when the appropriate command is received. For example, the scene “activation of the armed mode”, etc. 0. Scenes are not sent (Default);1. Scenes are sent with a triple click; 2. Scenes are sent when pressed once (Switch #2 only). Parameter #18 - Smart delay setting. This parameter will allow you to configure the “Smart-delay” in more detail. The module can receive an on / off command from: - local switches; - controller (device from the 1st connection group); - other devices using connections; - a sensor connected to the module, provided connection of the module with the sensor (Parameter No. 21, value 1 or 2) 0 - Respond to the "Smart delay" (Parameter 6), no matter how the "Shutdown" command is received; 1 - (Default) Respond to the "Smart-delay" delay" in case of receiving the "Turn off" command from: - Devices that are not in the 1st communication group; - Sensors connected to the module. If a shutdown command is received from the local Switch S1 or the controller, the module will turn off instantly. 2 - Respond to the "Smart-delay" in case of receiving the "Turn off" command from: - Devices that are not in the 1st connection group; - Sensors connected to the module. In case of receiving an “Enable” command from the local switch or controller, the relay will stop communicating with the sensor and will not turn off until it receives the “Turn off” command from the local switch or controller. 9.3 Sensor operation parameters One of five different ConnectHome sensors can be connected to the CH-101 module. In the Z-Wave network, sensors are displayed as structural units (endpoint) of the CH-101 module. The sensor that has the lowest sequence number in the Z-Wave network is called sensor #1, the sensor which has a higher sequence number in the Z-Wave network is called sensor No. 2. When choosing a value in the parameters, you need to take into account the type of sensor to be connected. Table 2 - Measuring range of multilevel sensors CH-S01 temperature sensor. -40 to +120C CH-S02 temperature and humidity sensor -40 to +85C; 0 to 100% CH-S06 power sensor 1 W to 3500 W IMPORTANT! Some controllers, unfortunately, do not support entering negative numbers when selecting options. In this case, to select a negative value, you need to use the formula (256 - | desired value | = desired value). Example - the required value for -10 is 246 (256-10=246). Parameter No. 21 - Combining the module with the sensor. The parameter is used to create a fully functional device using the CH-101 module and the sensor connected to it. 0. The relay is not controlled by the sensor (Default); 1. The relay is controlled by sensor 1;2. The relay is controlled by sensor 2. 9.3.1 Parameters for sensor #1 Parameter #22 - Value of sensor #1 to switch on. Value for multi-level sensors, which will be used to turn on devices from the 4th communication group or directly relay CH-101 (if “1” is selected in parameter No. 21). IMPORTANT! When choosing a value, consider the type of sensor to be connected and the amount of measured data. Available settings are from -60 to 1000; 0 - Default. Parameter No. 23 - The value of sensor No. 1 to turn off. Value for multi-level sensors that will be used to turn off devices from the 4th communication group or directly relay CH-101 (when “1” is selected in parameter 21). IMPORTANT! When choosing a value, consider the type of sensor to be connected and the amount of measured data. Available settings are from -60 to 1000; 0 - Default. Parameter No. 24 - Options for processing the values ​​of sensor No. 1. The parameter is taken into account when the relay is combined with sensor No. 1, or when sensor No. 1 is controlled by devices from the 4th group of connections (Table 1). 0. Do not respond to on/off values ​​(Default). one. ? For multilevel sensors. Enable if the sensor value is less than or equal to the enable value. Turn off if the value is greater than or equal to the turn off value. ATTENTION! The switch-on point cannot be greater than the switch-off point. ? For binary sensors. Send a command to turn on at rest and turn off on an event. 2. ? For multilevel sensors. Turn off if the value is less than or equal to the turn off value. Include if the value is greater than or equal to the include value. ATTENTION! The switch-off point cannot be greater than the switch-on point. ? For binary sensors. Send command to turn on on event and turn off at rest. 3.? For multilevel sensors. Enable if the value is less than or equal to the enable value. ? For binary sensors. Send command to turn on at rest. 4. ? For multilevel sensors. Include if the value is greater than or equal to the include value. ? For binary sensors. Send a command to turn off at rest. 5. ? For multilevel sensors. Disable if the value is greater than or equal to the enable value. ? For binary sensors. Send command enable on event. 6.? For multilevel sensors. Turn off if the value is less than or equal to the turn off value. ? For binary sensors. Send a shutdown command on an event. 7. ? For multilevel sensors. Send the actual value of the sensor to another device (For example: thermostat CH-201). Parameter No. 25 - The difference between the previous and sent sensor readings No. 1. This parameter is used to adjust the frequency of sending data from the sensors connected to the module. In this case, values ​​will be sent only if they are greater than the value specified in the parameter. ? Default value depending on the type of connected sensor (temperature - 1°C, humidity - 5%, illumination - 100Lx, power - 50W). Parameter No. 26 - Interval for forced sending of data to devices from sensor No. 1. Valid value (10-600 sec);? 0 do not send sensor values ​​forcibly;? 300 seconds (Default). 9.3.2 Parameters for sensor #2 Parameter #27 - Sensor #2 value to enable. Value for sensor, which will be used to turn on devices from the 5th communication group or directly relay CH-101 (if you select “2” in parameter No. 21). Available settings are from -60 to 1000; 0 - Default. Parameter #28 - Sensor #2 value to turn off. The value for the sensor that will be used to turn off devices from the 5th communication group or directly relay CH-101 (when you select “2” in parameter 21). Available settings are from -60 to 1000; 0 - Default. Parameter No. 29 - Options for processing sensor 2 values. which will be used to turn off devices from the 5th communication group or directly relay CH-101 (if you select “2” in parameter 21). Available settings are from -60 to 1000; 0 - Default. Parameter No. 29 - Options for processing sensor 2 values. which will be used to turn off devices from the 5th communication group or directly relay CH-101 (if you select “2” in parameter 21). Available settings are from -60 to 1000; 0 - Default. Parameter No. 29 - Options for processing sensor 2 values.