Radio receiver E17 2-channel, 27 MHz, 40MHz, or 433 MHz, 2 relay outputs. Operating voltage: 230 V/AC or 12 V or 24 V AC/DC available.

Transcription

1 Fig.: 230 V version Radio receiver E17 2-channel, 27 MHz, 40MHz, or 433 MHz, 2 relay outputs. Operating voltage: 230 V/AC or 12 V or 24 V AC/DC available. Installation, connection and programming instructions for the installer. Keep these instructions safe for later reference. Read these instructions before starting to use the system!

2 Safety instructions 2 Failure to observe these safety instructions can lead to personal injury and damage to equipment! Assembly, installation, commissioning and maintenance Specialist requirements These instructions presuppose specialist knowledge conforming to at least one of the following trades: - Electrical installer - Electrical system fitter - Electrical machinery fitter - Electrical technician - Industrial electrician or electrical technician in accordance with German accident prevention regulations BGV A2 (VBG 4). When working on the receiver: - Switch off the power supply voltage - Check all connections again before switching the power back on. - The system will only work reliably if carefully assembled in accordance with these instructions. - No technical modifications may be carried out by the user. Any modifications will invalidate the liability and guarantee conditions. Important operating instructions: - This remote control may only be used for devices and systems in which a fault in the transmitter or receiver does not create any danger to persons or equipment, or in which such a risk is covered by other safety devices. - This remote control may not be used for equipment and systems with an increased accident risk (e.g. crane systems)! - Observe the applicable local regulations. - Observe the accident prevention, VDE and EVU regulations. - Information is available from the VDE and relevant trade associations. Installation instructions: Failure to observe these safety instructions can lead to personal injury and damage to equipment! In order to avoid damage to the receiver: - Protect the receiver from the effects of weather. - Install only in the housing and on a level undersurface. - Install vertically, feeding lines in from the bottom or from the side, in order to prevent the ingress of water. - Open the cable apertures carefully using a round screwdriver or similar, in order to prevent leaks. Storage and transport conditions Failure to observe these instructions can lead to failure, even after commissioning! Store in a dry, dust-free area protected against shocks and impacts. Storage temperature -20 C C at 30 %...60 % rel. air humidity. Transport only with adequate and well-padded extra packaging. - The existing packaging is not intended as transport packaging. - Damage caused by failure to observe these instructions is not covered by the guarantee!

3 3 Functional description Area of application With 2 potential-free, high-load relays (1xUM) in the output, the E17 offers a wide range of application possibilities. The receiver is particularly suitable for the activation of lighting, alarm systems, garden fountains etc. An automatic switch-off- time can be set for every output. By means of a radio signal, the outputs can be switched off prematurely or the switch-off delay can be started again from the beginning. Suitable for use as a stairwell time switch with the possibility of reactivation Functions 2-channel version with 27 MHz, 40 MHz, 433 MHz or 868 MHz Frequency conversion by means of replaceable radio modules Operating modes: Impulse, surge, ON/OFF, Auto-Off adjustable from 1 second to approx. 18 hours 2 relay-outputs, each 1xUM, potential-free Sockets & displays Power LED (green) Lights up when power supply is on, flashes when deleting. Auto-Off switches (1= channel 1, 2= channel 2) The DIP switches are used for teaching-in the Auto-Off times (Page 4). OUT LEDs K1/K2 (yellow) -Flash when teaching-in new transmitters. -Light up when the corresponding channel is activated (relay on). -Flash when deleting, or when the radio signal of a taught-in transmitter is being received. SET switches K1/K2 For teaching-in and deleting transmitters or (Page 4) Radio module socket (shown with module fitted) For description, see Page 6. Antenna Connection for the transmission antenna. Connection terminals Power supply and relay outputs (for connection, se Page 5).

4 Programming 4 A maximum of 60 transmitters can be taught-in. If 60 transmitters have already been taught-in to the receiver, no further transmitters will be accepted, and the codes already learnt will not be lost. The first transmitter taught-in determines which coding scheme will be valid. Only 12-bit, 18-bit or Keeloq transmitters can be taught-in. This means that if the first coding learnt was for example 18-bit, then only transmitters with 18-bit coding can be taught-in. Another coding can be taught-in after first deleting all existing transmitters. Every transmitter switch can be set for different operating modes on both channels. For instance, any switch can control the Off or On function for both channels. Operating modes Impulse: The output is activated as long as the selected transmitter switch is actuated. Surge: The condition of the output changes with every actuation of the transmitter switch. On/Off: One transmitter switch is allocated the On or Off function. Teaching-in transmitter switches Mode Programming OUT LED display Impulse Surge On Off Press SET switch 1 x briefly Actuate the transmitter switch for 3 s. Press SET switch 2 x briefly Actuate the transmitter switch for 3 s. Press SET switch 3 x briefly Actuate the transmitter switch for 3 s. Press SET switch 4 x briefly Actuate the transmitter switch for 3 s. flashes 1 x -Pause- flashes 1x... flickers* flashes 2 x -Pause- flashes 1x... flickers* flashes 3 x -Pause- flashes 1x... flickers* flashes 4 x -Pause- flashes 1x... flickers* * When a radio signal is detected, the OUT LED flickers, and the transmitter switch has now been taught-in. An asymmetrical coding must be set for transmitters with a coding switch! Setting all coding switches to ON or OFF will lead to a loss of function or incorrect function!! Teaching-in/deleting Auto-Off times The Auto-Off time for each channel is set separately using the DIP switches 1+2 (see Page 3, Pos. 2). Setting the DIP switches to the starting position deactivates the function. - For Auto-Off, the operating modes Surge or ON must be taught-in. Example: Channel 1 is to be set to switch off after 3 minutes. DIP switch1 must be in the lower position. Switch on channel 1 by radio. After 3 minutes, set DIP switch 1 to ON and leave it in this position. The channel switches off, and the Auto-Off time has now been taught-in. In the operating mode ON, the time can be reset by actuating the switch again. The channel can be switched off prematurely with Impulse, Surge and OFF. The time can be learnt in increments of 1 second, from 1 second to approx. 18 hours. Deleting codes Actuate a SET switch until the OUT LEDs switch from flashing to Off. All the taught-in codes will be deleted! Individual codes cannot be deleted separately.

5 5 Connection Wiring diagram E17 Switch Auto-Off ON 12 SET K1 SET K2 Relay 1xUM Channel 1 Operating voltage Power supply unit depending on version!see type designation plate + ~ NC 5 ~ 6 - LED K1 yellow Power supply unit RL1 POWER LED green Radio switch evaluation Relay 1xUM Channel LED K2 yellow RL2 Antenna. Connecting operating voltage The power supply must be connected as shown in the table, and in accordance with local regulations, such as VDE, EVU etc. Connection terminals (see Page 3 for connection) Relay output K Operating voltage to type designation plate Relay output K2 Connecting outputs Various consumers can be connected to the terminals (channel 1) and (channel 2) (see Technical data, Page 7). Connecting the antenna - Connect the antenna and feed it out of the housing through an empty aperture (see Pos. 6, Page 3). - Do not lay the antenna along pipes, metallic objects or lighting systems! - Do not attach the end of the antenna to metallic objects. - In order to achieve the maximum range, the whole length of the antenna must be laid out (i.e. not shortened or coiled). - Do not connect an external antenna by means of coaxial cable.

6 Replacing the radio module 6 In order to avoid damage due to electrical discharging, you must earth yourself before installing the module (e.g. by touching a water pipe or radiator).! The following radio modules can be used: HAM27-51 = 27,015 MHz AM HAM40-51 = 40,685 MHz AM HFM40-51 = 40,685 MHz FM HQAM = 433,920 MHz AM HQAM = 868,300 MHz AM Replacing the radio module (Frequency change) If interference occurs in the frequency band being used, the receiver can be converted to another frequency by replacing the radio module. The transmitter and the radio module must have the same frequency and the same modulation procedure e.g. AM or FM. - Switch off the supply voltage! - Disconnect the radio module carefully from the connection socket Pos. 5 (see Page 3). - Connect a radio module with the required frequency. - Switch on the supply voltage. - Delete the radio (see Page 4). - Teach-in new transmitters. Radio module installation. The installation is carried out in the same way for all modules.

7 7 Technical data Technical data Frequency: Coding: Operating voltage: see type designation plate Power consumption: at 230 V/AC Current consumption: at 12/24 V AC/DC Output: Operating temperature: Dimensions: Weight: - Optional radio modules with 27 MHz, 40 MHZ, 433 MHz or 868 MHz are available (see Page 6) bit, 18-bit or Keeloq, self-learning, max. 60 codes (transmitters switch) can be taught-in - Depending on version: 230 V, ± 10 % 50 Hz or 12 V (11 V...18 V AC/DC) or 24V (20 V...28 V AC/DC) - approx. 2 VA VA (no outputs/all outputs switched on) - approx. 15 ma 60 ma (no outputs/all outputs switched on) - 2-relay, each 1xUM, potential-free, 250 V/AC, max. 500 VA, ohmic load per output C C at 30 %...80 % rel. air humidity - approx. 80 mm x 80 mm x 52 mm, Housing plastic IP65 (dimensions without attachment flanges) - approx. 170 g incl. packaging Identifying the version The following type designation plate serves as an example only. The actual data can be found on the type designation plate attached to the outside of the receiver housing. The power supply connected must match that specified on the type designation plate. Order no: E17-40A = Basic type 2 = Frequency AM/FM 3 = Version Operating voltage: e. g. 230 V/AC 12 V AC/DC 24 V AC/DC Frequency/Modulation: e. g. 27,015MHz 40,685MHz 433,92MHz 868,30MHz 2K Funkempfänger 0074 E17-40A V AC/DC (11V...18V AC/DC) 40,685 MHz AM R IP65 Sample type designation plate

8 Fault-finding 8 Fault-finding Fault Possible cause Remedy Power LED - No operating voltage - Check connection fails to come on or +/- terminals reversed (DC) Relay not switching - Transmitter not taught-in - Teach-in transmitter LED on transmitter - Frequency from transmitter and - Use correct transmitter and Power LED receiver not identical still come on - Transmitter switch not actuated - Actuate switch for at least for long enough seconds - Transmitter defective - Check transmitter and replace if necessary - Receiver defective - Check receiver and replace if necessary Inadequate range - Battery in manual transmitter - Check battery too weak and replace if necessary - Antenna not connected - Maintain proper distance or incorrectly laid from steel equipment and electrical leads Disposal The controls do not contain any materials subject to special disposal regulations at the time of compilation of these instructions. The controls do not contain any built-in energy sources. Subject to technical amendment. Date: _EN GL