‘105’ SERIES REMOTE RECEIVER DECODERS • • • • • • • • • • • • REMOTE DECODER; RADIO, INFRA-RED, PAGER 4 RELAY CHANNELS – EXPANDABLE TO 15 RADIO FREQS; 433 / 458 / 868 MHz IP65 RATED ENCLOSURE EASY INSTALLATION VIA SCREW TERMINALS 230VAC OR 12-30VDC SUPPLY 15 CMOS/TTL CHANNEL O/P's LED INDICATION OF EACH RELAY OUTPUT. MOMENTARY OR LATCHING OUTPUTS 1 TIMED OUTPUT ADJUSTABLE 0 To 255 secs RELAY CONTACTS 2.5A @ 240VAC REQUIRES NO RADIO LICENCE DESCRIPTION A general-purpose Rx decoder which may operate as radio, infra-red or pager system. The unit is supplied in a tough ABS enclosure with IP65 rating, complete and ready to operate. As a pager system (using Globemaster Module G100UK), the unit is a stand-alone pager controller. As a radio or infrared Rx decoder, the system may be supplied with one of several modules to enable the user to choose the optimum frequency modulation and range. The Rx decoder has a self-learning feature, which enables it to learn the signature code of up to 50 individual RF Solutions KEELOQ Tx encoders. Connections to the power supply and relay outputs are provided through screw terminals (these are the only connections required). The output relays are rated 2.5A @ 240Vac operating as either momentary of latched operation. An additional ”Low battery” LED and relay is also provided to indicate that the Tx encoder battery voltage is low. Output 1 has a variable time feature, which may be adjusted to give a timed output (upto 4 minutes). A further 15 momentary digital channels are also provided for expansion using the ‘115’ Expander (See datasheet DS115). Performance Table Modulation RF Frequency Transmit Output Power Range ** (MHz) (mW) (m) Infra-Red - - 20 AM 433 10 45 AMS 433 10 100 FM 433 10 200 FMNB 433NB 10 800 FM 458 500 3,000 Globemaster See Datasheet DS100 The UK ** Range stated is optimum, direct line of sight. In worst conditions this can be reduced by upto 50% DS105_3 Feb ‘01 ©2001 Reg. No. 227 4001, ENGLAND Page 1 ‘105’ SERIES REMOTE RECEIVER DECODERS Connections ANT D8 D7 D10 D9 POWER LED LEARN LED F1 T1 J4 BATT LOW LED SW1 J7 E INFRA-RED HEADER LEARN SWITCH MAINS TRANSFORMER RF RECEIVER / PAGER J3 J2 N L 230Vac Mains J5 0V 12-30 Vdc VR1 CH4 GND Connector to Expander RLY 9 J9 J14 N/O COMM N/C LOW BATT CH2 RLY 1 CH3 RLY 2 J10 CH4 RLY 3 J11 RLY 4 J12 N/O COMM N/C N/O COMM N/C N/O COMM N/C N/O COMM N/C O/P1 O/P2 O/P3 O/P4 The decoder requires either a single 12-30 Vac supply or 240Vac mains. NOT BOTH! Warning! The unit is designed to be a fixed installation, which may be connected to a mains supply. Before removing the cover ensure that the mains input supply is removed. Any operation of the product that involves removal of the front cover should only be carried out by a competent person or qualified electrician. Configuration the Outputs (Jumper Links J2, J3) These links configure the operation of the digital outputs according to the table below. NOTE: The link status is read only on power up, after changing the links please to remove and re-apply power. The system is supplied with relay(s) type OMRON GL5114P or equivalent. Note: The user must ensure that the load connected does not overload the relay! J2 Open Open Connected Connected Latch: J3 Open Connected Open Connected RL 1 Latch Timed Latch Timed RL 2 Latch Momentary Latch Momentary RL 3 Latch Momentary Momentary Latch RL 4 Latch Momentary Momentary Latch The relay operates until the next valid transmission is received Momentary: The relay operates momentarily, or for as long as the Tx encoder switch is held on. Removing Timed Output: Turn the trimmer (VR1) fully anti Clockwise. Timed Output (O/P1) This is a variable timed output controlled by VR1. This may be adjusted from no delay to a maximum of 4 minutes 15 seconds. Turning VR1 clockwise increases the output delay. To remove the timed delay (for either momentary or latching mode) turn the trimmer fully anti-clockwise. DS105_3 Feb ‘01 ©2001 Reg. No. 227 4001, ENGLAND Page 2 ‘105’ SERIES REMOTE RECEIVER DECODERS Low Battery Relay The low battery feature informs the user that the Tx encoder used has a low voltage battery. The LOW BATT channel operates if the Rx decoder has received a transmitted signal with low voltage signal present. This will continue to operate until a transmitted signal without the low voltage signal has been received. NOTE: the LOW BATT relay is type BT47W/6 or equivalent. Expanding the system to 15 Relay outputs The EX115C16A unit is available to connect directly to the ‘105’ Series Decoder providing 15 momentary relay outputs. For further information please see Datasheet DS115. LEARNING A NEW TX ENCODER 1. 2. 3. 4. 5. 6. 7. Press and release the programming switch (PSW1) Note that the LED will illuminate Depress and release the transmitter once, LED on the decoder will extinguish Depress and release the transmitter again, LED on the decoder will flash After the LED has stopped flashing the transmitter has been successfully taught to the decoder This transmitter will now operate the system To completely erase the transmitters, press PSW1 on the decoder for 10 seconds. The LED will turn off after the 10 seconds to indicate that the transmitter(s) have been erased ERASING EXISTING TX ENCODER 1. To completely erase the Tx encoders, press SW1 on the Rx decoder for 10 seconds. 2. The learn LED will turn off after the 10 seconds to indicate the Tx encoder(s) have been erased NOTE: You can not erase individual Tx encoders **Range Please note that 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. Range is affected by many things, e.g. local environmental conditions, atmospheric conditions, interference from other radio transmitters. In very worse case applications the range quoted may be reduced to 10% of the optimal range stated. Technical Specifications Dimensions: Enclosure : 190 x 120 x 60 mm Storage Temperature; -10 to +70o Celsius. (PCB: 174 x 106mm) Operating Temperature; 0 to +55o Celsius. ELECTRICAL CHARACTERISTICS Supply Voltage Supply Current : Quiescent Time from Encoder Switch depressed to Decoder output change Time from Encoder Switch release to Decoder output change All Relays operating Relay Rating (240Vac) RLY1-4 Low Battery Relay Rating (RLY9) DS105_3 Feb ‘01 MIN 11.0 ©2001 Reg. No. 227 4001, ENGLAND TYPICAL 12.0 25 400 2.5 MAX 30.0 100 DIMENSION V mA mSecs 300 mSecs 5 2 mA A A @12Vdc Page 3 ‘105’ SERIES REMOTE RECEIVER DECODERS Part Numbering ‘AM105’ Series Decoders Part Number Relay Outputs Freq (MHz) Description Range** (Metres) Compatible RFSL Encoders AM-105C3A-433 3 433.92 AM-Superegen Decoder 45 AM-030 Series ‘AMS105’ Series Decoders Part Number Relay Outputs Freq (MHz) Description Range** (Metres) Compatible RFSL Encoders AMS-105C3A-433 3 433.92 AM-SupHet Decoder 80 AM-110 Series Part Number Relay Outputs Freq (MHz) Description Range** (Metres) FM-105C4A-433 4 433.92 FM 200 Compatible RFSL Encoders FM-102, FM-103, FM-107 Series FM-105C4A-433NB 4 433.92 FM-105C4A-458 4 458.850 Part Number Relay Outputs Freq (MHz) IR-105C4A-433 4 Part Number G100-105C4A ‘FM105’ Series Decoders FM 433 Narrow Band Radio Modules for increased Range Long Range Remote Control 800 FM-102NB, FM-103NB Series 5000 FM-103, FM-107 Series Description Range** (Metres) Compatible RFSL Encoders N/A Infra-Red Receiver Decoder 4 output relays 20 IR106, IR-102, Series Relay Outputs Freq (MHz) Description Range** (Metres) Compatible RFSL Encoders 4 N/A Pager Based Unit The UK Any DTMF Telephone ‘IR105’ Series Decoders ‘G105’ Series Decoders ** Range stated is optimum, direct line of sight. In worst conditions this can be reduced by upto 50% For more information or general enquiries, please contact R. F. Solutions Ltd., Unit 21, Cliffe Industrial Estate, South Street, Lewes, E Sussex, BN8 6JL. England Tel +44 (0)1273 898 000 Fax +44 (0)1273 480 661 Email [email protected] http://www.rfsolutions.co.uk RF Solutions is a member of the Low Power Radio Association All Trademarks acknowledged and remain the property of the respected owners 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. DS105_3 Feb ‘01 ©2001 Reg. No. 227 4001, ENGLAND Page 4