Industrial Products Wireless Survey Tool User Manual
Contents
1. Mode IO Voltage Temperati San Commanc Radio Hdr Repeaters R SSI 213 2008 12 41 17 18572 0 0 219 x12 x40 awe 22 2 13 2008 12 41 17 19572 0 0 219 x12 xc 4e 20 213 2008 12 41 in 18572 0 0 219 x12 xctl 2 2 20 2 13 2008 12 41 17 19672 0 0 PREE xc 4 72 4 zb 2 3 2008 12 41 iuri 18572 0 0 219 x12 xct1 4 2 4 25 2 13 2008 12 41 17 19672 0 0 2191 212 xc 1 120 1 22 Figure 4 Example of data exported to Excel Multiple lines with the same sqn may be exported This means the Wireless Survey Tool has received the same message from different sources directly from the field device or through different range extenders The Blue Box Server will only store one of the multiple messages and ignore the others Make sure the sqn increments properly and no numbers are missed If there are missing sequence numbers then a message from a field device was missed completely Best Practices e When conducting a wireless survey it is best to check the signal strength at each range extender location e Be aware of signal paths are expected during a wireless survey Double check range extender firmware if data is not received as expected from a particular range extender e Ensure that the range extender is plugged into an active power source lights will flash on the side when a signal is received e Make sure the Cypress Envirosystems field devices are either in Survey mode or set to the medium or fast update rate The faste2. User Manual Page 6 Repeaters Contains the list of range extenders used to get the message from the field device to the IND WST RSSI Received Signal Strength Indictor A unit less number between O and 31 which represents the signal strength 31 being the strongest The stronger the signal the less chance data will be lost Signal strength is considered adequate if the RSSI value is 10 or greater If the signal strength is less than 10 a WRE may need to be added or existing WREs may need to be relocated Normal Health Packet Rate Sample Medium Rate Wireless seconds Survey Press Every 2 20 40 min 5s 4500s 30s 27000s th 900 time Sene Norma 5s 30s Every Time Sample Rate 20 40 min Same as Normal Same as Normal Same as Normal Every Time Sample Rate Sample Rate Sample Rate 30 45 min 30 45 min 30 45 min 30 45 min Same as Normal Same as Normal Same as Normal Every Time Sample Rate Sample Rate Sample Rate Thermocouple Same as Normal Same as Normal Same as Normal Any Every Time Exists Sample Rate Sample Rate Sample Rate Table 1 Health Packet Update Rate 5 3 CYHID Examples Figure 3 shows an example of messages received by the CYHID program The data shown in the Repeaters column have a number on the left and a semicolon separated number set The number on the left is the last WRE used to repeat the signal before the diagnostic tool received the signal The semicolon separate
3. no event is Cypress Envirosystems liable to anyone for any indirect special or consequential damages 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 0 10 0 11 0 Table of Contents NEO GING U ON Geor dastetet edu ruis adm Da Ghana AE E ness C ted ease 4 Sarety PRECAUTIONS aniei T UT UE 4 Description OT the IND WST ccs ki hh us ee Ia D EAE XE Hd ruv S EO VE ux AE E WT vi eU T DvE Tad 4 S SCYEHID ADDIICOUIOF soi emet mE E 4 er i Ujoree LR 5 Ali COMPONENTS 4 sesacae cece sip umb AI qi me m NT Ee dI Mrd UE M 5 MEN uscire esti Ue 6 OD SF AION UT LT EA UU TUM 6 Sd SENXIIIDBHLEOLISS ssdesinautiea tea endedbucud ants ttd euren noD SU nutum une Dr Em aU ed UMSES 6 S2 CVD A OUMA cee S o EE 6 S gt 6 LE ap lt 21 0 oS er Re fanda Oe ee oan oe ae oe me eee mee ore 7 Date TEX ONE Data TO EXCEL naian ede oce bale va sa Ee ife eas od s To 9 c oap quiidi rtec m E I 9 Care ana Mantenan CE crosier veta ceni a spat vetu mu Cord nubis Karel tea Venerdi eee 9 TroDbIesOOEID B oecexeeiebssctia tovt boca eiue bea E rece Led 10 Technical Specification S sciences uobis ur a ande pp Vase Cup eoi s dure Dial Fey eat S Mu RS 10 Product DISDOSd sssscaascelttast ota eost tds eudadeons A east vd 10 SUPPO saor DE 10 Warr NVI Orat Oeren ATAS 10 Cypress Envirosystems Doc 152 10203 01 Rev 1 1 IND WST User Manual Page 3 1 0 2 0 3 0 3 1 Introduction Thank you for purchasing the Industrial Products Wireless Survey Tool IND WST Please read this
4. A CYPRESS ENVIROSYSIEMS Industrial Products Wireless Survey Tool User Manual Doc 152 10203 01 Revision 1 1 May 2009 Copyrights Copyright 2008 by Cypress Envirosystems All rights reserved The information in this document is subject to change without notice While reasonable precautions have been taken Cypress Envirosystems assumes no responsibility for any errors that may appear in this document No part of this document may be copied or reproduced in any form or by any means without the prior written consent of Cypress Envirosystems Disclaimer CYPRESS ENVIROSYSTEMS MAKES NO WARRANTY OF ANY KIND EXPRESS OR IMPLIED WITH REGARD TO THIS MATERIAL INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE Cypress Envirosystems reserves the right to make changes without further notice to the materials described herein Cypress Envirosystems does not assume any liability arising out of the application or use of any product or information described herein Cypress Envirosystems does not authorize its products for use in mission or safety critical systems or where a malfunction or failure may reasonably be expected to result in significant injury to the user The inclusion of Cypress Envirosystems product in mission or safety critical system applications implies that the manufacturer assumes all risk of such use and in doing so indemnifies Cypress Envirosystems against all charges In
5. MM were in the path The signal went through range extenders 1 2 and 4 The last range 4 1 2 4 extender seen was range extender 4 The corresponding RSSI shown is from range extender 4 In Figure 3 there are two additional items to note e There are 4 entries for Node ID 11 in the lower window of Figure 3 Two of the entries are identical because the range extender transmits the signal twice just in case packets are dropped This is normal behavior e For Node ID 11 there are two different Repeaters column data 4 1 2 4 and 2 1 2 The first data set 4 1 2 4 shows that the signal was received from range extender 4 and that the signal traveled through range extenders 1 2 and 4 The second data set 2 1 2 indicates that the survey tool Cypress Envirosystems Doc 152 10203 01 Rev 1 1 IND WST User Manual Page 8 5 4 5 5 6 0 received data from Node ID 11 with just range extenders 1 and 2 It is advantageous for the signal data to be received through multiple paths for redundancy They each have a unique sequence number so the data will only be logged once Exporting Data to Excel To see the entire history of signal strength for one particular Node ID double click the Node ID in the top window and the data will be sent to Excel See Figure 4 below E3 Microsoft Excel 17 Read Only ea File Edit wiew Insert Format Tools Data Window Help TEREA 3 159 V dR Fe Ce B EL E 100 HG
6. button will clear all the data on the CYHID program This button will close the CYHID program It has the same function as clicking the X on the top right of the window Shows which field device is communicating Each field device must have a unique node ID Shows the last time a signal was received from each of these nodes Contains the raw data sent by the node Shows the raw voltage sent from a field device The voltage is calculated as part of the health packet message In order to save on battery life the health packet message is not sent out with every reading See Table 1 for health packet update rates Shows a raw value associated with the ambient temperature of the field device This 16 bit Number can be converted to degC value The temperature is calculated as part of the health packet message In order to save on battery life the health packet message is not sent out with every reading See Table 1 for health packet update rates Sequence number A number given to each message Every time a field device sends a new message it will increment the sequence number This can be useful to see if any messages were missed Command Type of message sent from a field device Different field devices will send different commands This is useful for the Blue Box Server to know how to parse the data Specific message info used by the Cypress Envirosystems application on the Blue Box Server to know how to parse the data IND WST
7. d number set indicates the range extender path used to transmit the signal If there are no numbers within the brackets then the signal did not go through any WREs Cypress Envirosystems Doc 152 10203 01 Rev 1 1 IND WST User Manual Page 7 HodeID Reading volt Temp sqns cmd RadiaoHdr Repeaters RSSI 02 13 08 na Na i dne 41 s Find WoOR Servers 02713708 pap ance 02713708 41 rga Z 13 WID aba PID f400 Stop Poll clear Quit HodeID Time Reading volt Temp Sqn cmd RadiaHdr Repeaters RSSI Cypress Systems GR Server VIO 4b4 PIO T4000 WOR Found Polling Started 17 0213708 12 41 30 19672 215 17 02713708 12 41 30 19672 215 iF 0213708 12 41 30 19672 219 17 02 13 08 12 41 30 19672 215 17 0213708 12 41 30 19672 x 215 17 02713708 12 41 30 19672 215 24 02713708 12 41 47 60195 96 Pu 02 13 08 12 41 47 60155 86 24 02 13 08 12 41 47 60155 86 24 02 13 08 12 41 47 60155 86 du 02 13 08 12 41 47 11893 ii 0213708 12 41 47 11893 196 02 13 08 12 41 47 11893 196 02 13 08 12 41 11893 o2 13 08 12 41 20146 116 12 41 20146 Bp BbBpBmBHBmBHHB Pot F3 D DJ DS DO Peg De De DO DJ Dag ng m AM ee ee AGE AOR VAUHOUDUDSAUROUAOR ARCA Figure 3 CYHID with messages received Message examples Column de o irendesithesgipete ne cee MMO ary Tee extenders in the signal path 3 3 Signal was received via range extender 3 No other range extenders
8. eID Time Reading volt Temp sgn cmd RadioHdr Repeaters RSSI Find WOR Serwers VIO FIO Start Fall stop Fall Clear Quit NodeIo Time Reading volt Temp sqnse cmd RadiaoHdr Repeaters RSSI Figure 2 CYHID To start listening for signals coming in simply press the Start Poll button All new signals coming in will be shown on the bottom window The top window will contain the last reading for each unique Node ID 4 0 Setup 4 1 Components 4 T m gt IND WST Industrial Wireless Survey Tool USB Cable Software Cypress Envirosystems Doc 152 10203 01 Rev 1 1 IND WST User Manual Page 5 4 2 Installation Copy the CYHID executable file from the Industrial Wireless Survey Tool software disc to any directory on your laptop Connect the Wireless Survey Tool to your laptop using the USB cable provided The USB cable will provide enough power to the IND WST so no additional power is required Launch the CYHID application 5 0 Operation 5 1 CYHID Buttons Find WGR Servers Start Poll Stop Poll Clear Quit 5 2 CYHID Columns Node ID Timestamp Reading Volt Temp Sqn Cmd RadioHdr Cypress Envirosystems Doc 152 10203 01 Rev 1 1 This button will test the connection between the laptop and IND WST This button will start recording field device data as it is received by the IND WST This button will stop recording data but the IND WST will continue to receive data This
9. guide thoroughly before using the IND WST Safety Precautions e Do not immerse the IND WST in water e Do not try to repair yourself as it contains no user serviceable parts Contact a qualified service technician for repairs See Section 10 0 Support for details Description of the IND WST The Cypress Envirosystems Industrial Products Wireless Survey Tool IND WST is used to help setup the wireless network during installation as well as test the signal strength of Cypress Envirosystems field devices It should be used before an installation to determine the best spot for the Blue Box Server BBS and Wireless Range Extenders WREs should any be needed Figure 1 Industrial Products Wireless Survey Tool The IND WST is comprised of two main components a hardware survey tool and application software CYHID The survey tool connects to your laptop via USB and is used to collect Cypress Envirosystems wireless transmissions As wireless transmissions are received the data can be viewed and analyzed using CYHID CYHID Application The CYHID Application shown in Figure 2 is used to display the wireless messages received from the Wireless Survey Tool and to display the signal strength The top window will display the last message received for each node and the bottom window will display each message as it is received from the Wireless Survey Tool Cypress Envirosystems Doc 152 10203 01 Rev 1 1 IND WST User Manual Page 4 Hod
10. mm x 57mm x 42mm Weight 0 51 Ibs 230g 9 0 Product Disposal The IND WST is recycled by Cypress Envirosystems Contact a service technician or Cypress Envirosystems headquarters to recycle the IND WST See Section 10 Support for contact information 10 0 Support For additional support please contact us Cypress Envirosystems 198 Champion Court San Jose CA 95134 1 888 987 3210 Email cys_support cypress com 11 0 Warranty Information Every product comes with a full one year parts and labor warranty Cypress Envirosystems monitoring of battery status product status and potential communications packets are included during this period so that proactive service can be provided to our customers Cypress Envirosystems Doc 152 10203 01 Rev 1 1 IND WST User Manual Page 10
11. r update rate will speed up the data collection Care and Maintenance There is no routine maintenance required for the Wireless Survey Tool Please contact your service representative if you have any questions The contact information is provided in Section 10 0 Support Cypress Envirosystems Doc 152 10203 01 Rev 1 1 IND WST User Manual Page 9 7 0 Troubleshooting The IND WST is not receiving messages from field devices Make sure your IND WST has the same frequency channel set as the field devices The channel set can be found on the bottom of the IND WST If you have additional problems please contact us See Section 10 Support for contact information 8 0 Technical Specifications Wireless Frequency 2 4GHz Direct Sequence Spread Spectrum 100mW peak output Wireless Range Up to 1600 ft 488 m line of sight extendable with repeaters Wireless Protocol Cypress Semiconductor s highly optimized industrial DSSS radio and protocol Integrates robust security antenna and frequency diversity optional encryption and minimal interference with existing wireless systems for additional details please see FAQ at www cypressenvirosystems com Approvals FCC Class B Compliant RoHS ETSI Compliant Power Supply 5VDC provided by the USB connection to the laptop Operating Temperature 20 C to 70 C Storage Temperature 40 C to 85 C Enclosure Rugged extruded aluminum industrial chassis Dimensions 5 7 x 2 2 x 1 6 145
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