Professional Radio Control 205PRO • Ready to Use Remote Control • 4, 8/16 Channel Systems • Range: Up to 200 metres at 433MHz Up to 1,000 metres at 433MHz NB • Relay Outputs: Momentary, Latching, Timed • Receiver IP65 PRO Series PROBLADE / PROFLY Applications • • • • • Lighting Control General Purpose Remote Switching Door Control Industrial remote Switching Access Control Available as 4 - 16 channels the Professional range are ready to operate general purpose remote control systems using a highly secure transmission protocol for reliable operation. The receiver unit is rated IP65 with integral power supply containing industrial standard ‘DIN Rail’ ‘receiver’ and ‘relay output’ modules (interchangeable). Other modules with higher switching capability are available. The relay outputs may be user set to operate as latching or momentary. Output 1 may be set to timed from 1-15 minutes. Additional transmitters can be added using the easy learn procedure. Any transmitter switch can be mapped to any individual or combination of receiver output(s). DS-PRO-1 April ’09 ©2009 RF Solutions Ltd, www.rfsolutions.co.uk Page 1 PRO Series Professional Radio Control PROFLY8 8 channel Remote Control System Range** (Metres) 100 PROFLY16 16 channel Remote Control System 100 433.92 16 x 12A PROBLADE8 8 channel Remote Control System 1,000 434.525 8 x 12A PROBLADE16 16 channel Remote Control System 1,000 434.525 16 x 12A 205PRO8-525N 8 channel Remote Control System 1,000 434.525 8 x 12A Part Number Description Freq (MHz) 433.92 Relay Outputs (each @230Vac) 8 x 12A 205PRO16-525N 16 channel Remote Control System 1,000 434.525 16 x 12A ** Range stated is optimum, direct line of sight. In worst conditions this can be reduced by up to 50% Custom systems We regularly supply pre-wired / bespoke systems, please contact our sales dept for further assistance Receiver Unit The receiver consists of interchangeable modules which are connected via ribbon cables. (as shown below) Antenna The Antenna is held internally, this is to save drilling the enclosure on the top. This may have some effect to the range for specific applications which may require the antenna externally mounted. At all times please ensure that antenna is pointing in a vertical direction and away from high interference sources. R. F. Solutions Ltd., Unit 21, Cliffe Industrial Estate, South Street, Lewes, E. Sussex, BN8 6JL, England Tel +44 (0)1273 898 000 Email [email protected] DS-PRO-1 April ’09 Fax +44 (0)1273 480 661 http://www.rfsolutions.co.uk ©2009 RF Solutions Ltd, www.rfsolutions.co.uk Page 2 Professional Radio Control PRO Series 1 Pre-Configuring the Remote Control System There are three Steps: 1. Pre-Configure the 210Rx Receiver to operate with a type of Transmitter (e.g. the 204 range or 205 range) 2. Map the Transmitter(s) switch(es) to the 210Rx output(s) 3. Set the 210Rx outputs to be latching, momentary or timed. 1.1 Pre-Configure the 210Rx to operate with a Transmitter Series 1. Ensure option link J8 is open. 2. Apply power to the 210Rx, All output LEDS flash alternately. This is factory reset default state. 3. Briefly Press any switch on the transmitter. The 210Rx will now confirm this by flashing LED 1 to show it is configured for use with a handheld transmitter. Note This will now happen at each power on. Information contained in this document is believed to be accurate, however no representation or warranty is given and R.F. Solutions Ltd. assumes no liability with respect to the accuracy of such information. Use of R.F.Solutions as critical components in life support systems is not authorised except with express written approval from R.F.Solutions Ltd. DS-PRO-1 April ’09 ©2009 RF Solutions Ltd, www.rfsolutions.co.uk Page 3 Professional Radio Control PRO Series Mapping a Transmitter Switch to a 210 Receiver Output One or many transmitter switches may be mapped to one or many 210Rx outputs, Decide which switch on the Transmitter is to operate which output channel on the 210 Receiver decoder. 1. Briefly press the 210 Rx learn switch until the LED1-16 indicates the desired output channel 2. Operate the desired transmitter switch briefly 3. The LED on the 210Rx will extinguish. 4. Operate the desired transmitter switch briefly again 5. The LED on the 210Rx will turn on briefly and then extinguish. 6. The selected transmitter switch will operate the 210Rx output channel. This procedure may be repeated for each transmitter and each 210Rx output required. 1.2 Configuration of the 210Rx Receiver Decoder Outputs Option links LK 1-16 configure the operation of the outputs. Please note that the link status is read only on ‘power up’ and thus after changing the links, power must be removed and re-applied. LK 1–16 Output 1 Outputs 2 -16 Open Mom or Timed Mom (The O/P operates for as long as the transmitter switch is held on) Connected Latch or Timed Latch (The O/P changes state each time the Transmitter is operated) 1.2.1 Setting the Timed output (Channel 1) This is set by VR1 with a delay of from 0 to 15 minutes. To set the time delay: 1. Remove power. 2. Place a shorting link header on option link J8. 3. Apply power 4. Depress and release the learn button twice. 5. The 210Rx will then enter the ‘time set mode’ 6. LED1 will illuminate, indicating that output 1 time delay is to be set. 7. Using a fine screwdriver, adjust potentiometer VR1. 8. An indication of the time delay set is shown by LED’s 9-15. After setting the timed output the unit must be powered down and option link header J8 removed before it can be used. 1.3 Erasing the 210Rx Receiver Outputs (Return to Factory Default State) 1. 2. 3. 4. To completely erase the 210Rx decoder’s memory, press and hold the 210Rx learn switch. The learn LED (LED 17) will illuminate Hold the Learn switch until the learn LED extinguishes (approx 10 seconds). Release the learn button and all the output LED’s 1-16 will now flash alternately to indicate that all encoder data has been erased and the 210Rx has returned to factory default state. Note: It is not possible erase individual transmitters. DS-PRO-1 April ’09 ©2009 RF Solutions Ltd, www.rfsolutions.co.uk Page 4 Professional Radio Control 1.4 PRO Series Connecting output Modules to the 210 Receiver The receiver has 16 outputs. These are connected to the relay output module via a ribbon cable. The outputs are presented according to the following table. 210 receiver Connector 1 2 3 4 1.5 O/P Channels 1-4 5–8 9 – 12 13 – 16 Relay Outputs Each output relay provides an isolated switch. Connections are Common (COM), Normally Open (NO), Normally Closed (NC). NC COM NO NC COM NO Relay Connections when Transmitter NOT Operating Relay Connections when Transmitter OPERATING 2 Antenna and Range 2.1 Antenna The system includes an antenna, It is situated within the enclosure (to save penetrating the enclosure) If the range is inadequate then it may be necessary to mount the antenna protruding from the enclosure. This may be easily fitted using the provided panel mount BNC socket. The antenna cable may be extended however please note that typically there is a 50% range reduction with every 3metres of coax cable used! For increasing range performance a +3dB gain antenna is available. This is supplied with wall mounting bracket and 2metres of coax cable, it plugs in directly to the BNC connector. 2.2 Range The antenna choice and position directly controls the system range. Keep it clear of other metal in the system. The best position is protruding from the top of the product. This is often not desirable for practical or ergonomic reasons and thus a compromise may be needed. If an internal antenna must be used then try to keep it away from other metal items, and in particular large ones like transformers, batteries and PCB tracks and earth planes. Note that the space around the antenna is as important as the antenna itself. All radio systems are dependant on a radio signal being received through airspace. The range quoted is the optimal in direct line of sight without obstacles and in good atmospheric conditions. 2.3 Signal integrity In systems where many encoders are in close proximity there may be occasions when, due to signal overlay between encoders, it is difficult or impossible to guarantee system integrity. In such circumstances it is the responsibility of the installer to ensure that the system performance is adequate for the purposes of the installation. DS-PRO-1 April ’09 ©2009 RF Solutions Ltd, www.rfsolutions.co.uk Page 5 PRO Series Professional Radio Control Technical Specifications Transmitters 204 Series Dimensions Battery 205 Series Dimensions Battery 96 x 47 x 23mm 2 x CR2016 Lithium Cell 4 Switch unit 8 / 16 Switch unit 4 Switch unit 8 / 16 Switch unit 105 x 58 x 18 (not including ANT) 250 x 90 x 41 (not including ANT) 2x AAA 2 x CR2016 Lithium Cell Receiver Unit Dimensions 315 x 235 x 130mm Insulation class II Sealed hinged lid screws DIN Rails mounted on steel plate Integrated 12Vdc moulded Power Supply 5 Amp Fused terminal block Material GW PLAST 120 °C A 12Vdc power supply is incorporated. 12Vdc is presented on a fused terminal block. A Gland is supplied to enable power to enter the enclosure. Learning Capacity: Dimensions External Internal DIN Rail length 1 DIN Rail length 2 The receiver has the capacity to learn upto 50 units (Where 1 unit is defined as a button on a transmitter) 315 x 235 x 130mm 300 x 220 x 120mm 285mm 180mm Technical Specifications Input Voltage Output Voltage Output Current Output Polarity: 110-240Vac 12Vdc +/-5% 1A White Dashed Wire =+12V o Storage Temperature: -10 to +70 Celsius. o Operating Temperature: 0 to +55 Celsius. Electrical Characteristics Supply Voltage: 12V Supply Supply Voltage: 24V Supply Supply Current : Quiescent Time from Tx Switch depressed to 210Rx output Time from Tx Switch release to Decoder output Switched output Voltage (I out = 1mA) Logic Low Logic High DS-PRO-1 April ’09 Min 10 21 ©2009 RF Solutions Ltd, www.rfsolutions.co.uk 0 3.5 Page 6 Typical 12 24 25 0.2 3.8 Max 16 30 100 200 Units V V mA mS mS 0.8 5 V V