RF-87K1/2/5/9 User`s Manual
Contents
1. OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO VECO OBIE 3 QOQOOOOOOOOOOOOOOQO OQOOOOOOOOOOOOOOQO i 6 2 RF 87K5 18 26 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 62. OOOOQOOQOOOQOOQOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO QOOOOOOOO OOO OOOO OOOOOOOOOOOOOOOO 000 Fe UE 19 26 1 0 8MH 003 10 RF 87K1 2 5 9
3. 4 RF 87K9 LA 2 A ON Lf 2 U i WWW WW AU Ek XI WWW WWW WWW WWW A WWW WW WW NAW UA U U U Ju uy ua uu AN A 394 26 oie eve EES GE
4. Polarization Vertical Power handling 10W Impedance 50 Ohms Connector SMA Cable RG 58 100cm Dimension 263 L x 263 W x 30H mm Gain Pattern 14 END IP UN 2 ADA aT DMU SSA GON OQ RSS mm Razy Mis Je E 280 EOM i W Eee ek CH d EST 1 9 Kor 2 SSZ M ORO OJ a SONIA kn ZZO ZAN TTS HIN SO E Plane Field Patterns Usage Diagram H Plane Field Patterns RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 24 26 7 6 ANT 21 Directional Gain 21dBi Polarization Vertical Power handling 10W Impedance 50 Ohms Connector SMA Cable RG 58 100cm Dimension 0610 150 mm Gain Pattern mq MD 10 30 eee Sho ZE PRYE BEE AE EL KI Ce dan SE E Plane Field Patterns Usage Diagram ANT 21 Le n WI Af Se RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 25 26 7 7 ANT 15YG Directional Gain 15dBi Polarization Vertical Power handling 10W Impedance 50 Ohms Connector SMA a Cable RG 58 100cm Gain Pattern ap BEF Sa TN Pe EA R G RS OBU Sy zan ja AX BAT AAA H E Plane Field Patterns H Plane Field Patterns Usage Diagram Wl te ANT 15YG ANT 15YG A zy Ta d
5. l 87K module slot for data acguisition When the Transceiver receives a signal from the RF module it will forward the signal to the RS 485 bus On the other hand if the Transceiver receives a signal from the RS 485 bus it will forward the signal to the RF module The RF 87K series wave signals cannot pass through metallic obstacles so this product is not suitable for a metallic type environment The signal is able to pass thorough a cement wall but will be weakened to 50 of its efficiency for each 15cm of the wall thickness RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 7 26 4 Application 4 1 PC to RF 87K series Ve v Thermocouple PZ b c p 2 KS 2 4 SST 2450 erm 4 2 1 7188 series embedded controller to RF 87K series 7188 ai KR RS 232 SST 2450 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 8 26 4 3 1 8000 series embedded controller to RF 87K series fale B I Mi RF 87K5 6 S ws 4 2 PP AH Be 4 4 RF 87K series network RF 87K5 RF 87K1 RF 87K9 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 9 26 5 Setting the RF 87K series 5 1 Descriptions of the RF 87K series switches The definition is shown as below li Bl l 2 3 4 6 ON 45 Channel Setting I O Module Init RF Init Channel Setting The first four bits allow the user to select any of the six
6. set the configuration of the I 87K I O module After setting the configuration remember to return pin 6 of the Channel Switch and pin 5 of the Init Switch to the opposite position Power off then power on the RF 87K1 Rm mm mm mm 1 2 Figure 5 6 2 1 Figure 5 6 2 2 1 The DCON Utility can be found on the attached CD The path is Napdos Driver DCON_ Utility 2 No matter what Baud Rate value is read via DCON Utility or terminal application please ensure that the Baud Rate value is changed to 9600bps before completing the setting procedure RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 15 26 6 Dimensions 6 1 1 Ke E E A IO Si 53 36 EE EE Los RF 87K1 2 5 9 User s Man
7. RF 87K1 2 5 9 User s Manual Warranty All products manufactured by ICP DAS are warranted against defective materials for a period of one year from the date of delivery to the original purchaser Warning ICP DAS assumes no liability for damages consequent to the use of this product ICP DAS reserves the right to change this manual at any time without notice The information furnished by ICP DAS is believed to be accurate and reliable However no responsibility is assumed by ICP DAS for its use or for any infringements of patents or other rights of third parties resulting from its use Copyright Copyright 2004 by ICP DAS All rights are reserved Trademark The names used for identification only may be registered trademarks of their respective companies RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 1 26 Table of contents 1 VON KO ONE NONW eee eee 3 2 DDC e 622 lutea 11 4 3 FFOQUCE DOSCHDUOM 3 3 1 5 eub SD eee 5 8 111111111110 0 5 MOUYE ON ae ee 6 ec eee E 6 Ee Le 8 1 00 7 4 ADDNCAUOM ed 1 1 1 8 4 1 BG 0 0 SONES 8 4 2 7188 series embedded controller to RF 87K 5668 8 4 3 8000 series embedded controller to RF 87K 5668 9 4 4 RF 87K series network mna 9 5 Sering the EE 10 5 1 The switch s descripti
8. User s Manual Rev 7 Accessories Using an external antenna in conjunction with the SST 2450 allows the device to be used outdoors The antenna is even water resistant Simply replace the default antenna with an external antenna to allow data to be transmitted across distances of up to 1KM 7 1 ANT 3 Directional Gain 3dBi Polarization circular Power handling 5W Impedance 50 Ohms Connector SMA Cable RG 58 100cm Dimension 65mm x 65mm Gain Pattern near fiela LITE 2 6 1 10 37 ile 0 dr 0 000 AT 11 26 Frequency 2 440 C 2 11 09 33 Ii Z distance 3 500 mre 0 203 ne 6 0 E S W dancer ik o Eo eK ak CHAN ax Nearfie ul 55 8i dB 0 4 i M B CNN ss BEL li T Se A LG A pol GH AN 8 0 ma E EAM z E ZAN Z an YOU 4 N 6 0 TE eM de BE RSS i EST 3 j E T 3 9 0 4 Z 2 la Ra L t E OW 5 0 PPP WARNA SRE 8 ES A AA on 15 0 dt cue roc WON n E sz 0 a LEE z RW BEN c RM ui E E ER REA WBW cu 888 A k Kat 2 8 24 0 L oe SES AA ZD En REMA 100 0 60 40 20 0 0 10 60 8 100 iz aris deg Sen f
9. dch 9km 1 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 26 26
10. e Ex 1 060 0 Usage Diagram 9 to Kg w i ANT 3 1Km ANT 3 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 20 26 7 2 ANT 8 Omni directional Gain 8aBi Polarization Linear Power handling 10W Impedance 50 Ohms Connector SMA Cable RG 58 100cm Gain Pattern 0 100 9 80 ALI I 7227 DIL II 120 W A LA 6 7 Ws MEN Si e SAN SSA z d SKECZE a ALE CN AT n R AU 4 4 9 Se TRAJ 5 RR 330 BRO 320 5 A 54 SA AT AL S ZL ih 300 290 r 260 270 280 H Plane Field Patterns Usage Diagram a W S RE di n LL ZZ AAA M IT Yi 250 290 260 270 280 E Plane Field Patterns RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 21 26 7 3 ANT 12P Directional Gain 12dBi Polarization Linear Power handling 10W Impedance 50 Ohms Connector SMA Cable RG 58 100cm Gain Pattern H Plane Field Patterns E Plane Field Patterns Usage Diagram RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 22 26 7 4 ANT 15 Omni directional Gain 15aBi Polarization Vertical Power handling 10W Impedance 50 Ohms Connector SMA Cable RG 58 100cm Gain Pattern EE RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 Yo LO 24 23 26 7 5 ANT 18 Directional Gain 18dBi
11. e ON position denotes that the bit value is 0 Otherwise the value is 1 Please refer to Table 5 3 for additional available values ON ON cx les e t ice d ee 0 1 2 3 4 5 6 7 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 12 26 5 4 Init Switch definitions The RF 87K series has one or more expansion slots to allow the connection of I 87K I O modules System Managers often have a difficult task when managing module configurations and can often forget the configuration settings if not properly recorded An Init Switch has been included as a useful method for solving this problem The Init Switch pin number corresponds to the slot In the firmware of each I 87K I O module there is a specific setting module address 00 that will reset the module once it is notified that the Init Switch pin has been set to the ON position 5 5 How to set the SST 2450 to communicate with RF 87K series modules The following table shows the internal configurations of an RF 87K series module The values are fixed and cannot be changed by the user Only the channel can be adjusted order to avoid other 2 4G frequency devices The internal configurations of the RF 87K series ommunication interface RS 485 Mode Half Duplex Slave Synchronous 9600 bps N 8 1 aud Rate Data Format N code Communication interface 85485 7 Baud Rate 9600 bps Table 5 5 In order to correctly communicate with RF 87K ser
12. ht Operating temperature Operating humidity 2 4GHz 2410 496MHz 2471 936MHZ 4 096MHz 0 05W 17dBm 2dBm Depends on the chosen I 87K I O module GMSK Direct Sequence spread spectrum 16 1 365 Mchips sec Depends on the type of external antenna default is 300m Switching Flexible N 8 1 gt 1 1000 102dBm 10 30V DC Typically less then 250mA Transmit 2W Receive 1W 106mm L x 76mm W x 31mm H 200g 10 C 50 C 0 90 The RF I O module can work together with an SST 2450 or SST 2400 network the 8051 chip of the SST 2400 must be changed RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 4 26 3 Product Description The last character of the RF 87K series model number identifies the number of available I O module slots 3 1 RF 87K1 One slot for I 87K Channel amp I O modules Init Switch 3 2 RF 87K2 Init Switch Two slots for 87K I O modules Channel Switch RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 5 26 3 3 RF 87K5 Five slots for 1 87K I O modules Init Switch RFBTES Channel Switch 3 4 RF 87K9 Nine slots for I 87K I O modules Channel Switch Init Switch RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 6 26 3 5 Block diagram Antenna 2 SST GFSK RF Transceiver Module Embedded Controller HF 87K series modules contain two elements The first is the RF module for radio communication and the second is the
13. ies modules the configuration of the SST 2450 should be set according to the table above RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 13 26 5 6 How to set the configuration of I 87K I O modules in the RF 87K series 5 6 1 RF 87K1 Set pins 5 and 6 of the Channel Switch to the ON position as shown in the following figure Power off then power on the RF 87K1 Launch the 17 DCON Utility or terminal application to set the configuration of the I 87K I O module After setting the configuration remember to return pins 5 and 6 to the opposite position Power off then power on the RF 87K1 I mm mm 2 3 4 DEGE ON Figure 5 6 1 1 The DCON Uftility can be found on the attached CD The path is Napdos Driver DCON_ Utility 2 No matter what Baud Rate value is read via DCON Utility or terminal application please ensure that the Baud Rate value is changed to 9600bps before completing the setting procedure RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 14 26 Set pin 6 of the Channel Switch to the ON position as shown in figure 5 6 2 1 Set the Init Switch pin corresponding to the required slot to the ON position For instance to adjust the configuration for the second slot of the I 87K I O module set pin 2 of the Init Switch to the ON position refer to figure 5 6 2 2 Power off then power on the RF 87K2 5 9 Launch the 9 DCON Utility or terminal application to
14. ons of RF 87K oeeres 10 5 2 Init switches descriptions Woo Wo WWW mm 11 5 9 Channel Switch definitions Wooooooma 12 5 4 IniE SWILEA 13 5 5 How to set the SST 2450 to communicate with RF 87K series 13 5 6 How to set the I 87K I O module s configuration at the RF 87K Ss m 14 SO A GW WG O A ee UT 14 ER 15 6 sobat 16 HE 16 0 17 oe Tl ccs ne NN 18 19 Z ee 20 e dee ee 20 7 2 ANT 8 Omni directional aa 21 7 3 BEA Bic Pi EP 22 LAAN TTS OMN direcional epaia E mma ani 23 P EC H EE CCHONAD od tac sac dicamus dac emu ot kon si kontak n ata koton dikta 24 17 6 ANT 21 Directional 711 25 ES KE 4 4 za AO 1 26 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 2 26 1 Introduction In order to reduce wire placement tasks and conveniently manage data acquisition modules ICPDAS provide a range of RF I O modules to meet the above requirements The hardware structure is based on the ICPDAS I 87K series module and the software supports the ICPDAS DCON protocol making it easy to integrate into any system There are three RF I O series modules available for selection RF 87K1 RF 87K2 RF 87K5 and RF 87K9 The last character of the model number denotes the number of slots The unique specifications of the RF I O series modules means that it supp
15. orts the ICPDAS 1 87K series I O modules meaning that the old I 87K back end need only be changed to an RF I O module and the system can be updated to a wireless network The RF 8 K series is based on a direct sequence spread spectrum and RF technology operating in the ISM bands with a Frequency Range of 2410 496MHz 2471 936MHz with a Channel Spacing of 4 096MHz By changing the default antenna to a high gain antenna the transmission range of the RF 87K series can be extended In addition the unique specifications of the RF 87K series allows the channel to be changed using a simple switch meaning that most configuration problems can be easily solved when adding a new module It is also easy to add an RF 87K series module to your existing SST 2400 2450 network Note that when ordering an RF 87K series module I O modules are not included and must be purchased separately The RF 87K series also needs to operate with any device that is connected to the SST 2450 RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 3 26 2 Specifications 9 8 99 9 000 Frequency Range Channel Spacing Output Power Transmission Power I O types and number Modulation technique Radio technique Number of channels PN code rate Communication distance Setting Method Antenna Data Format Data bit error rate Antenna Input voltage Input current Power Consumption Dimensions Weig
16. teen channels Refer to Table 5 3 in Section 5 3 for the relevant settings I O Module Init The fifth bit switch is only valid for the RF 87K1 module When the position of this switch is adjusted to ON the configuration of the I O module that is connected to the RF 87k1 will be reset to the default settings i e address 01 Baud Rate 115200bps RF Init The sixth bit is only used to set the configuration of the 87K I O modules When the position of this switch is adjusted to ON the Baud Rate of the RF 87K series will be changed from 9600bps to 115200bps RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 10 26 5 2 Init Switch descriptions The RF 87K2 5 9 has an extra Init switch to set the channel and Init status The positions and the definitions are shown as below RF 87K9 Init switch the switch number corresponds to the slot number RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 11 26 5 3 Channel Switch definitions In order to reduce the complexity of the configuration process the RF 87K series limits all configurations apart from the channel number which can be adjusted in order to avoid other 2 4G frequency devices The channel value can be changed using the Channel Switch The channel value is formed using the 4 pin Channel Switch shown in Figure 5 3 I E LIT 2 3 4 6 Figure 5 3 Each pin corresponds to one bit Pin 1 of the channel switch is the MSB and pin 4 is the LSB Th
17. ual Rev 1 0 8MH 003 10 16 26 6 2 RF 87K2 Ek Seo ol pe ao 5 cB CTS A 0 CD e C 1 gt Eee n D C2 T CD EE CT SS sl A S CT S ei 9 E gt A C2 ee LO OE O E Q 0 9 0 a RF 87K1 2 5 9 User s Manual Rev 1 0 8MH 003 10 17 26 EE 9 St Soe pone 0 5
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