Model 2715 Universal Power and Communication
Contents
1. MicroSD cards up to 4GB may be used Model 2715 Universal Power and Communication Module User s Manual 2 FUNCTIONAL DESCRIPTION Figure 1 shows a block diagram the Model 2715 Universal Power and Communication Module The UPCM has a power supply section and a communication module each with surge suppression AC LINE ON OFF SURGE AC CURRENT AC LINE INPUT SWITCH SUPPRESSION MONITOR OUTPUT SOLAR PANEL DIODE SURGE 24V AC RECTIFIER TRANSFORMER geen aor Ge BATTERY 12 24 V DC S SURGE 12 24 V DC eh CHARGER SELECTOR SUPPRESSION gt OUTPUTS tional DIODE ON OFF DC 8 SURGE Ge OR SWITCH REGULATOR SUPPRESSION yobs _ SURGE GE SUPPRESSION pete COMMUNICATION MODULE SURGE SERIAL CARD SURGE COUNTER SUPPRESSION MICROPROCESSOR SURGE SERIAL SUPPRESSION PORT TEMPERATURE SENSOR RELATIVE HUMIDITY SURGE SENSOR SUPPRESSION a Figure 1 Model 2715 Universal Power and Communication Module 2 1 POWER The primary AC input power 85 265 V AC at 47 63 Hz may be wired through a plug or directly from a junction box The wiring must be able to support up to 10 A An AC line output is available to provide power to optional heaters located inside the enclosure that will come on under thermostat control when the temperature inside the enclosure drops below a user defined value which is 0 C by default A relay under software control does the actual on off switching of the AC line output The AC line output may be us2. 36 Model 2715 Universal Power and Communication Module User s Manual A 1 7 Runway Surface Sensor Table A 9 Model 6900 Signal and Power Wiring Serial Output 2 Pin Function Color 3 RS 485 D BLACK 4 RS 485 D WHITE 5 SIGNAL GND RED AC Line Input Function Color 1 HOT BLACK 2 NEUTRAL WHITE 3 GROUND GREEN SERIAL BUT gnano WaS L LNdLNO TVINaS MS A SR pogo BEREEDEN Bog FEESTE 3 S o g bi E gone a FF 2 ge 37 Model 2715 Universal Power and Communication Module A 1 8 Temperature Relative Humidity Probe Table A 10 Model 5191 Signal and Power Wiring User s Manual DH ANd Ino Twas HOVL om onone LLNdLNO IVINaS MS DEER SHIELD RS 232 Rx RS 485 Rx RS 485 Rx SIGNAL GND DCOUT RS 232 Tx RS 485 Tx RS 485 D POWER GND RS 485 Tx RS 485 D Serial Output 2 Pin Function Color 1 12 VDC GREEN 2 POWER GND GRAY 3 RS 485 D BLUE 4 RS 485 D RED AC Line Input Function Color 1 HOT BLACK NEUTRAL WHITE GROUND GREEN SERIAL Cea AC IN N w LINE NEUTRAL GND 38 Model 2715 Universal Power and Communication Module A 1 9 Thunderstorm Lightning Detector User s Manual Table A 11 Model 6505 Signal and Power Wiring Serial Output 2 Pin Function Color 3 Padon D Any colors may be used as long as 4 RS485 D they match the signals on each end 5 SIGN
3. One serial cable typically goes to the sensor or other device and the other serial cable is typically connected to a computer or other data processor RS 485 Rx Figure 8 provides the pinouts for the serial output terminal block plugs ZLNdLNO Tee LNdLNO IWIdas ONDARON ONON AWN Hd D Cc D Additional serial port modules may be added if Le BSHIELD more serial outputs are needed Figure 8 UPCM Serial Output Pinouts Model 2715 Universal Power and Communication Module User s Manual e Connect the TACHOMETER terminal block plug 1 INPUT en to the device whose frequency or counts you will SIS a KR GND be measuring R i S S z Ze DC OUT Figure 9 provides a typical pinout to use this 7 3 e SOLAR IN Q4 e SOLAR IN feature with a fan motor Note that only the M 5 e BATTERY A 6 e BATTERY INPUT pin is used and that 12 24 V DC power is also supplied Figure 9 Fan Tach Connector Pinout Similarly only the INPUT pin would be connected for counting as long as the device has a ground connection to the UPCM Appendix A lists the sensors and other devices supported by the UPCM and provides detailed wiring recommendations 3 2 TERMINAL BLOCK PLUGS Table 1 identifies the terminal block plugs uses for the various UPCM connections Table 1 Terminal Block Plugs Part Number Location Description FClconnect 20020004 D021B01LF Switch 2 position plug 3 81 mm pitch FClconnect 2002
4. Tx BLACK 7 RS 485 Tx GREEN 8 SHIELD SHIELD 24 V AC Output Function Color 1 ORANGE 24VAC OUT L BROWN YELLOW 2 24VAC OUT N BLACK 3 POWER GND SHIELD AC Line Input Function Color 1 HOT BLACK NEUTRAL WHITE GROUND GREEN SERIAL hea apine HOWL SE bLNdLNO IIe MS aay ac ii GR DEER EREEEEEER ER H H GEI Ga 41 allweatherinc All Weather Inc 1165 National Drive Sacramento CA 95818 Fax 916 928 1165 Phone 916 928 1000 Toll Free 800 824 5873 2715 001 Revision A February 2013
5. gt PWRaaCONFIG SET PORT port baud data parity stop lt CR gt lt LF gt PWRaaCONFIG GET PORT port protocol baud data parity Stop cCCC lt CR gt lt LF gt PWRaaCONFIG GET OUTPUT lt CR gt lt LF gt PWRaaCONFIG OUTPUT 1 dcenable 2 acenable cccc lt cr gt lt LF gt PWRaaCONFIG SET OUTPUT output acenable or dcenable lt CR gt lt LF gt PWRaaCONFIG OUTPUT 1 dcenable 2 acenable cccc lt cr gt lt LF gt PWRaaCONFIG GET ADDRESS lt CR gt lt LF gt PWRaaCONFIG ADDRESS aa cccc lt cr gt lt LF gt PWRaaCONFIG SET ADDRESS aa lt CR gt lt LF gt PWRaaCONFIG ADDRESS aa cccc lt cr gt lt LF gt PWRaaGET ID lt CR gt lt LF gt PWRaaCONFIG ID id cccc lt cr gt lt LF gt PWRaaREBOOT lt CR gt lt LF gt PWRaaREBOOTING lt cr gt lt iF gt PWRaaVER lt CR gt lt LF gt PWRaaVER ver cccc lt cr gt lt LF gt 19 Model 2715 Universal Power and Communication Module User s Manual The data fields in the poll responses are described below Data Field Description ete Carriage return followed by line feed id Two character system ID ASCII decimal encoded aa Two character address ASCII encoded decimal 00 99 cccc Four character CRC16 ASCII encoded hexadecimal port Port 1 2 or modem protocol RS232 2 RS485 Half Duplex H RS485 Full Duplex F Modem M ba
6. is as follows U32 cre 0 CRC values for crcl6 routine static unsigned int crc _vals 0x0000 OxcOcl Oxcl81 0x0140 Oxc301 Ox03c0 0x0280 Oxc241 Oxc601 Ox06c0 0x0780 Oxc741 0x0500 Oxc5cl Oxc481 0x0440 OxccO1 0x0cc0 O0x0d80 Oxcd41 Ox0f00 Oxcfcl Oxce81 0x0e40 Ox0a00 Oxcacl Oxcb81 0x0b40 Oxc901 0x09c0 Ox0880 Oxc841 Oxd801 0x18c0 0x1980 0xd941 0x1b00 Oxdbcl Oxda81 0x1a40 Oxle00 Oxdecl Oxdf81 0x1f40 Oxdd01 Oxldc0O Ox1lc80 Oxdc4l1 Ox1400 Oxd4cl 0xd581 0x1540 Oxd701 0x17c0 0x1680 Oxd641 Oxd201 0x12c0 0x1380 0xd341 0x1100 Oxdlcl Oxd081 0x1040 Oxf001 0x30c0 0x3180 Oxf141 0x3300 Oxf3cl Oxf281 0x3240 Ox3600 Oxf6cl Oxf781 0x3740 Oxf501 0x35c0 0x3480 Oxf441 Ox3c00 Oxfccl Oxfd81 0x3d40 Oxff01 Ox3fc0 Ox3e80 Oxfe4l Oxfa0l Ox3ac0 0x3b80 Oxfb41 0x3900 Oxf9cl Oxf881 0x3840 0x2800 Oxe8cl Oxe981 0x2940 0xeb01 Ox2bc0 0x2a80 Oxea4l Oxee01 Ox2ec0 Ox2f80 Oxef41 O0x2d00 Oxedcl Oxec81 0x2c40 Oxe401 0x24c0 0x2580 Oxe541 0x2700 Oxe7cl Oxe681 0x2640 0x2200 Oxe2cl Oxe381 0x2340 Oxel01 Ox21c0 0x2080 Oxe041 Oxa001 Ox60c0 O0x6180 Oxal41 0x6300 Oxa3cl Oxa281 0x6240 0x6600 Oxa6cl Oxa781 0x6740 Oxa501 Ox65c0 0x6480 0xa441 Ox6c00 Oxaccl Oxad81 0x6d40 Oxaf0l Ox6fc0 Ox6e80 Oxae4l Oxaa0l Ox6ac0O Ox6b80 Oxab41 0x6900 Oxa9cl Oxa881 O0x6840 Ox7800 Oxb8cl1 0xb981 0x7940 Oxbb01 Ox7bc0 Ox7a80 Oxba4l Oxbe01 0x7ec
7. 0 Ox7 80 Oxbf41 Ox7d00 Oxbdcl Oxbc81 0x7c40 Oxb401 0x74c0 0x7580 Oxb541 0x7700 Oxb7cl Oxb681 0x7640 Ox7200 Oxb2cl 0xb381 0x7340 Oxb101 Ox71c0 0x7080 Oxb041 Ox5000 0x90c1 0x9181 0x5140 0x9301 0x53c0 0x5280 0x9241 0x9601 0x56c0 0x5780 0x9741 0x5500 0x95c1 0x9481 0x5440 Ox9c01 Ox5cc0O 0x5d80 0x9d41 Ox5f00 Ox9fcl Ox9e81 Ox5e40 Ox5a00 Ox9acl 0x9b81 0x5b40 0x9901 O0x59c0 0x5880 0x9841 Ox8801 0x48c0 0x4980 0x8941 0x4b00 Ox8bcl 0x8a81 0x4a40 Ox4e00 Ox8ecl Ox8f81 0x4f40 Ox8d01 Ox4dc0 O0x4c80 0x8c41 Ox4400 0x84c1 0x8581 0x4540 0x8701 Ox47c0 O0x4680 0x8641 Ox8201 0x42c0 0x4380 0x8341 0x4100 0x81c1 0x8081 0x4040 he while strPtr 0 cre cre vals strPtr crc amp Oxff cre gt gt 8 amp Oxff strPtrt t return crc 24 Model 2715 Universal Power and Communication Module User s Manual 6 SPECIFICATIONS Electrical 85 265 V AC 10A 47 63 Hz Protected by two 10 A slow blow fuses AC surge suppressed AC line voltage is also available to power Supply Voltage other devices up to 500 W Pluggable Terminal Blocks 7 62 mm pitch olar 8 37 V DC must be at least 15 V DC to charge backup battery 24 V AC 8 A AC Output Voltage 41 63 Hz Connectors Pluggable Terminal Blocks 5 08 mm pitch Switch selectable for 12 V DC or 24 V DC 100 W max same selection applies to all
8. 0004 D031B01LF Fan Tachometer 3 position plug 3 81 mm pitch FClconnect 20020004 D081B01LF Serial Port Output 8 position plug 3 81 mm pitch DC Power FClconnect 20020007 G061B01LF DC Output Solar Input 6 position plug 5 00 mm pitch Backup Battery Phoenix 1767012 AC Line Input 3 position plug 7 62 mm pitch Phoenix 1786187 24 V AC Output 3 position plug 5 08 mm pitch Phoenix 1828812 AC Line Output 3 position plug 7 62 mm pitch Model 2715 Universal Power and Communication Module User s Manual 4 ASSEMBLY AND INSTALLATION The Model 2715 Universal Power and Communication Module is typically already installed inside an enclosure at the factory along with any optional add on modules and the backup battery This chapter will help you if you have to remove the UPCM or any of its add ons or if you are planning to install it in your own enclosure 4 1 ADD ON MODULES Figure 10 illustrates how an add on module is installed on the UPCM SCREW TERMINAL PLUGS SERIAL PORT INCLUDED WITH ADD ON AND VOLTAGE ADD ON MODULES MODULES LOOK DIFFERENT Figure 10 Installing Serial Port or Voltage Add on Modules 1 The stand offs shown in red should be in place on the UPCM cover You may have to remove screws and replace them with the stand offs 2 Position the connectors at the bottom of the add on module to mate with the existing connectors on printed circuited board 3 Line up the add on module with the stand offs and snap it i
9. 2 NEUTRAL WHITE 3 GROUND GREEN Ge AC LINE SENSOR HEAD INPUT Seed As L LNAdLNO IVINS MS A GIN HEET H SHIELD RS 232 Rx RS 485 RS 485 Rx SIGNAL GND RS 232 Tx RS 485 Tx RS 485 D POWER DCOUT RS 485 Tx RS 485 D 34 Model 2715 Universal Power and Communication Module User s Manual A 1 5 Present Weather and Visibility Sensors Table A 7 Model 6497 and M482230 00 Signal and Power Wiring Serial Output 2 Pin Function Color HTR 12V YELLOW 12VDC RED 2 POWER GND BLACK 4 SNS Rx GREEN 5 Tx Rx RTRN BLACK 7 SNS Tx WHITE Not connected ee AC Line Input Function Color 1 HOT BLACK 2 NEUTRAL WHITE 3 GROUND GREEN SE AC LINE SENSOR HEAD INPUT HOVL ee eae L LNdLNO IVINS MS i CN H HERE SHIELD RS 232 Rx RS 485 Rx RS 485 Rx SIGNAL GND DCOUT LINE NEUTRAL GND RS 232 Tx RS 485 Tx RS 485 D POWER GND RS 485 Tx RS 485 D 35 Model 2715 Universal Power and Communication Module User s Manual A 1 6 Rain Gauge Table A 8 Model 6030 Signal and Power Wiring Serial Output 2 Pin Function Color 1 12VDC RED 2 POWER GND BLACK 4 SENSOR Rx BLUE 5 SIGNAL GND PLAET 2 wires 7 SENSOR Tx GREEN AC Line Input Function Color 1 HOT BLACK 2 NEUTRAL WHITE 3 GROUND GREEN AERAR AC LINE FROM SENSOR HEAD INPUT wi A epee ane LNAdLNO TVIYIS MS fi S PER EEERFEEERERER PER t Lo Io al EEES OIT 5 SES SE S 2
10. 2 shows the key connections to the Model 2715 Universal Power and Communication Module They are explained in detail in this section 12 24 V DC is also available on SERIAL OUTPUT 1 and on TACHOMETER SERIAL OUTPUT 2 Bette SERIAL OUTPUT 1 SWITCH microSD CARD SWITCH 12 24 V DC SWITCH 12 24 V DC OUTPUT SOLAR PANEL BACKUP BATTERY 24 V AC AC LINE OUTPUT ON OFF gt SWITCH FUSES gt AC LINE INPUT Figure 2 UPCM Connections Model 2715 Universal Power and Communication Module User s Manual 3 1 DETAILED DESCRIPTIONS AND PINOUTS All the connections are via pluggable terminal blocks The pitches of each set of terminal blocks are different to facilitate connected the terminal blocks correctly once they are wired Therefore it is imperative that the terminal blocks be wired correctly Connect the primary AC input power 85 265 V AC at 47 63 Hz to the AC LINE INPUT The AC line may be wired through a plug or directly from a junction box The wiring must be able to support up to 10 A Terminal Block Wiring Summary z LINE AC IN L gt BLACK wire to AC IN L oi NEUTRAL AC IN N lt 3 EARTH GND gt WHITE wire to AC IN N Figure 3 UPCM AC Line Input Pinout gt GREEN wire to EARTH GND Two 10 A 250 V slow blow FUSES protect the hot and neutral AC input lines one fuse for each line Remember to turn the ON OFF SWITCH to OFF and disconnect the AC line input before replacing a fuse
11. AL GND of the connection DC Power Pin Function Color 1 DCOUT RED 2 DCOUT BLACK AC Line Input Function Color 1 HOT BLACK 2 NEUTRAL WHITE 3 GROUND GREEN NE SERIAL DC Power coil g naino e l LAdLNO TIVIXIS MS De SN ER i SN dani gagagda Sosooooooo nooaag BER STEE S ERER FE EEFE iT Don a E T sSanHnw OO in THLE a3 2 2 N G a E g Ki y 39 Model 2715 Universal Power and Communication Module A 1 10 Ultrasonic Wind Sensors Table A 12 Model 2040 No Heaters Signal and Power Wiring User s Manual Z LNdLNO Twidas SHIEL RS 232 Rx RS 485 Rx RS 485 Rx SIGNAL GND DCOU RS 232 Tx RS 485 Tx RS 485 D POWER GND RS 485 Tx RS 485 D aw L IdLDO IIIe MS HOVL on ed o HERHTEEEEEEREKEIEIEH a E Serial Output 2 Pin Function Color 1 24 V DC RED 2 POWER GND BLACK 3 RS 485 Rx BLACK 4 RS 485 Rx WHITE 5 SIGNAL GND BLUE Not connected BLACK 6 RS 485 Tx BLACK 7 RS 485 Tx GREEN 8 SHIELD SHIELD AC Line Input Function Color 1 HOT BLACK 2 NEUTRAL WHITE 3 GROUND GREEN SERIAL RH 40 Model 2715 Universal Power and Communication Module User s Manual Table A 13 Model 2040 2041 with Heaters Signal and Power Wiring Serial Output 2 Pin Function Color 1 24 V DC RED 2 POWER GND BLACK 3 RS 485 Rx BLACK 4 RS 485 Rx WHITE 5 SIGNAL GND BLUE Not connected BLACK 6 RS 485
12. DC voltage outputs DC Output Voltage Pluggable Terminal Blocks 5 00 mm pitch Connectors and on Serial Port connectors 5 V DC 2A DC Output Module 12 V DC 1A optional Connectors Pluggable Terminal Blocks 3 81 mm pitch Backup Battery optional 12 V DC 5 Arh Individually Configurable Serial Ports Number of Serial Ports 3 including one optional serial port RS 485 half duplex Serial Protocols RS 485 full duplex 3 wire RS 232 no flow control Serial Baud Rates 1200 to 115200 bps Maximum Packet Size 1kB Data Bits 5 7 or8 Serial Port Parameter Odd Parity Even Settings None Stop Bits 1or2 Serial Port Connectors Pluggable Terminal Blocks 3 81 mm pitch The implementation of RS 485 is electrically equivalent to RS 422 25 Model 2715 Universal Power and Communication Module Parameter Specification Ethernet Port TCP IP 10 100Base T Connector RJ 45 Jack Fan Tachometer Frequency Range 0 to 10 000 Hz Maximum Voltage 5 VDC Connector Pluggable Terminal Blocks 3 81 mm pitch Counter Count Range 0 to 10 000 s Maximum Voltage 5 V DC Connector Pluggable Terminal Blocks 3 81 mm pitch Environmental j without enclosure heater SE Operating and 40 to 158 F Storage CERN Temperature i PU to H with enclosure heater 94 to 158 F Humidity 0 100 noncondensing Mechanical Two mounting slots at bottom of enclosu
13. LTXaa Istatusmode G Efault Vswversion seq bearing distance Ccccc lt cr gt lt LF gt SEND Oaa lt CR gt lt LF gt pressure pressure pressure trend temp sign sss CCCC lt CR gt lt LF gt The data fields in the poll responses to the emulated poll commands are described below Data Field Emulated Poll Commands Cre Description Carriage return followed by line feed aa Two character address ASCll encoded decimal 00 99 direction ASCll encoded decimal wind direction speed ASCll encoded floating point wind speed error ASCll encoded decimal error field cccc Four character ASCll encoded hexadecimal CRC16 C Single byte checksum Rh Relative humidity or analog value formatted as 2f halarm Humidity or analog value alarm 001 no alarm 000 htrend Humidity or analog value trend or temp Temperature value formatted as signed 2f talarm Temperature alarm 001 no alarm 000 ttrend Temperature trend or ctype Calculated parameter type no calculation nc dew point Dp frost point Fo calc Calculated numerical value formatted as 2f calarm Calculated parameter alarm 001 no alarm 000 ctrend Calculated parameter trend or Ver Firmware version formatted as c f Sn Serial number ten character ASCII field name Sensor name field User
14. Model 2715 Universal Power and Communication Module User s Manual Rev A Copyright 2013 All Weather Inc All Rights Reserved The information contained herein is proprietary and is provided solely for the purpose of allowing customers to operate and or service All Weather Inc manufactured equipment and is not to be released reproduced or used for any other purpose without written permission of All Weather Inc Throughout this manual trademarked names might be used Rather than put a trademark symbol in every occurrence of a trademarked name we state herein that we are using the names only in an editorial fashion and to the benefit of the trademark owner and with no intention of infringement All Weather Inc and the All Weather Inc logo are trademarks of All Weather Inc Disclaimer The information and specifications described in this manual are subject to change without notice Latest Manual Version For the latest version of this manual see the Product Manuals page under Reference on our web site at www allweatherinc com CR alweatherinc All Weather Inc 1165 National Drive Sacramento CA 95834 Tel 916 928 1000 Fax 916 928 1165 Contact Customer Service e Phone support is available from 8 00am 4 30pm PT Monday through Friday Call 916 928 1000 and ask for Service e Online support is available by filling out a request at www allweatherinc com customer support html e E ma
15. Panel bio DC available internally only or 12 24 V DC Backup Battery 5 V DC optional add on module 12 V DC optional add on module 2 2 COMMUNICATION MODULE The UPCM has two sets of serial ports and one RJ 45 jack Optional serial port modules may be added to increase the number of sensors connected The following serial protocols are supported Ethernet Protocols Supported 3 wire RS 232 no flow control TCP IP 10 100Base T RS 485 half duplex RS 485 full duplext The default configuration for the serial ports is set at the factory based on what sensors and devices are used with a particular UPCM The configuration may be modified or updated in the field using a microSD card containing the new configuration file t The implementation of RS 485 is electrically equivalent to RS 422 4 Model 2715 Universal Power and Communication Module User s Manual 2 3 OTHER INPUTS The UPCM has a counter tachometer input The counter input is used to measure actual counts such as bucket tips in a tipping bucket rain gauge The tachometer input can measure rotations such as a fan motor The UPCM has one active low digital input which can be used to monitor a door switch 2 4 OTHER SENSORS A temperature sensor and a relative humidity sensor are located inside the UPCM enclosure to monitor the environment Model 2715 Universal Power and Communication Module User s Manual 3 CONNECTIONS Figure
16. SER2_BAUD Baud rate 0 2400 bps 1 4800 bps 2 9600 bps 3 19200 bps 4 38400 bps 5 57600 bps 6 115200 bps SER2_DATA Data Bits 5 6 7 8 or 9 SER2_PAR Parity 69 Even parity 78 No parity 81 Odd parity SER2_STOP Stop Bits 1or2 SER2_TE Termination 0 Off 1 On Web Interface USER Parameter Configuration User name PASSWORD Password RS 485 Network PSU_ADDR_H Parameter Configuration Power supply address upper nibble PSU_ADDR_L Power supply address lower nibble User s Manual Valid RS 485 network addresses range from 0000 0000 to 0110 0011 0 99 Model 2715 Universal Power and Communication Module Parameter Configuration Power Supply Hardware Configuration Settings EN_DCOUT 0 DC Output disabled at boot 1 DC Output enabled at boot EN_ACOUT 0 AC Output disabled at boot 1 AC Output enabled at boot 2 AC Output used with thermostat at boot EN_CHRGR 0 Battery Charger disabled 1 Battery Charger enabled PORT1_MODE PORT2_MODE 1 Model 6495 Freezing Rain Sensor 2 Model 6496 Freezing Rain Sensor 3 Model 6497 Present Weather and Visibility Sensor 4 Model 2040 2041 Wind Sensor 5 Model 6505 Thunderstorm Lightning Detector 6 Model 6490 Present Weather Sensor 7 Model 7150 Barometric Pressure Sensor 8 Model 5190 5191 Temperature Relati
17. Sossdeawaraceunadscuennoeseens 30 Ee TSE ZUG ENEE 31 A 1 3 Motor Aspirated Radiation Shield OMAR 33 A 1 4 Present Weather Sensors iiiccascsesssiedassceedsvas daccasnacca es NEEN nuance NEE Ed deed NASA 34 A 1 5 Present Weather and Visibility Sensors 35 A ORA EE 36 A 1 7 Runway Surface Sensor nissana s ie a ei eiia sdevedeadpevacdesndccesaanaceate 37 A 1 8 Temperature Relative Humidity Probe AA 38 A 1 9 Thunderstorm Lightning Detector eerste Ee ees ns 39 A 1 10 Ultrasonic Wind Sensors 40 Model 2715 Universal Power and Communication Module User s Manual 1 OVERVIEW The Model 2715 Universal Power and Communication Module UPCM provides a surge suppressed power supply and communication interface that is used to supply power to weather sensors and to provide a communication interface between the sensor s and the data processing system The UPCM provides electrical surge suppression circuitry on all power signal and communication interfaces to protect against lightning and other line transients The protection circuit consists of gas discharge tubes TVS diodes and current limiting devices The UPCM has AC and DC outputs which can be turned on off via on board switches or via commands sent to the serial and Ethernet interfaces The UPCM monitors its own status using current and voltage detection circuits and it monitors the environment in which it operates using temperature and relative humidity sensors The temperature inf
18. The ON OFF SWITCH turns the AC POWER on off The AC LINE OUTPUT supplies the surge suppressed AC line input voltage for use by other devices such as heaters used to warm up the enclosure This line has a relay on it which may be controlled in software to turn the heaters on off Terminal Block Wiring Summary E1 LINE AC OUT L gt BLACK wire to AC OUT L O2 NEUTRAL AC OUT N Q3 EARTH GND gt WHITE wire to AC OUT N Figure 4 UPCM AC Line Output Pinout gt GREEN wire to EARTH GND The 24 V AC output provides a surge suppressed 24 VAC output voltage for use by other devices Terminal Block Wiring Summary 2 gt BLACK wire to 24VAC OUT L 01 LINE 24VAC OUT L 2 NEUTRAL 24VAC OUT N gt WHITE wire to 24VAC OUT N 3 EARTH GND N 8 EE Figure 5 UPCM 24 V AC Line Output Pinout The BACKUP BATTERY portion of the terminal block plug is wired as follows o RED wire to BATTERY o BLACK wire to BATTERY Model 2715 Universal Power and Communication Module User s Manual e The SOLAR PANEL portion of the terminal block plug is wired as follows e DCOUT gt Positive output from solar panel to SOLAR IN LS Geet IN gt Negative output from solar panel to SOLAR IN Q Al SOLAR IN e The DC OUT output of the terminal block plug outputs 2 PH o BATTERY surge suppressed 12 24 V DC for use by other sensors 64 o BATTERY or devices Figure 6 UPCM DC Power Pinout Terminal Block Wiring Summary gt Positi
19. approximately ten times per second for a few seconds after being powered on Wait until the red status LED begins to blink slowly approximately once per second 6 Turn the DC power supply off DC on off switch 7 Replace the microSD card containing the serial configuration file 8 Turn the DC power supply on DC on off switch Once the boot loader detects the binary firmware file on the microSD card it will compare the currently installed binary firmware against the file and only update if the file differs If the red status LED does not blink as expected check the microSD card 14 Model 2715 Universal Power and Communication Module User s Manual 5 2 SERIAL CONFIGURATION FILE The microSD card containing the serial configuration file is normally kept in the microSD card slot If it becomes necessary to change the serial configuration contact All Weather Inc for a microSD card that already has the desired configuration Alternatively you may remove the existing microSD card place it in an adapter or a USB microSD card device and use your computer to edit the configuration file using a text editor such as Notepad This section explains how to remove and replace the microSD card containing the serial configuration file The serial configuration file name is myfile txt 1 Turn the DC power supply off DC on off switch 2 Remove the microSD card containing the serial configuration file 3 Replace the microSD card contain
20. ask 0 255 a SUBNET_4 fourth nibble of subnet mask 0 255 GATEWAY_1 first nibble of gateway 0 255 Q GATEWAY_2 second nibble of gateway 0 255 gt GATEWAY 3 third nibble of gateway 0 255 GATEWAY A fourth nibble of gateway 0 255 15 Model 2715 Universal Power and Communication Module Parameter Configuration Serial Port 1 Parameter Configuration User s Manual Protocol Protocol 0 RS 232 0 RS 232 ERO_PROT ER1_PROT SSES 1 RS 485 Full Duplex SEKR 1 RS 485 Full Duplex 2 RS 485 Half Duplex 2 RS 485 Half Duplex Baud rate Baud rate 0 2400 bps 0 2400 bps 1 4800 bps 1 4800 bps 2 9600 bps 2 9600 bps SERO_BAUD SER1_BAUD 3 19200 bps 3 19200 bps 4 38400 bps 4 38400 bps 5 57600 bps A 5 57600 bps 6 115200 bps ZS 6 115200 bps Data Bits E Data Bits ERO_DATA ER1_DATA SE 5 6 7 8 or 9 D SERI 5 6 7 8 0r 9 Parity Parity 69 Even parity 69 Even parity ERO_PAR ER1_PAR SERO_ 78 No parity SER1_ 78 No parity 81 Odd parity 81 Odd parity SERO_STOP ee sERt_sTop 1 oP Bits 1or2 1or2 Termination Termination SERO_TE 0 Off SER1_TE 0 Off 1 On 1 0n 16 Model 2715 Universal Power and Communication Module Parameter Configuration 1 Serial Port add on module Serial Port 3 if present SER2_CONFIG SER2_PROT Protocol 0 RS 232 1 RS 485 Full Duplex 2 RS 485 Half Duplex
21. ed to supply AC power if there are no enclosure heaters Model 2715 Universal Power and Communication Module User s Manual There is a 24 V AC output that operates at the same frequency as the primary AC input voltage Backup DC power is available from an optional backup battery The backup battery is normally charged through a charger connected to the transformer and the DC rectifier or via a connection to an optional solar panel as determined by an OR diode between the optional solar panel and the DC rectifier The solar panel must supply 8 37 V DC and the voltage must be at least 15 V DC to charge the backup battery A second OR diode determines whether DC power is supplied to the DC regulator through the battery charger or from the backup battery An interlock prevents the battery from being charged when the temperature inside the enclosure drops below the user defined set point The main 12 24 V DC output may be set manually to either 12 V DC or 24 V DC Once set the same voltage level applies to all the 12 24 V DC outputs which are available on the serial ports These outputs may be turned on off by the microprocessor in the communication module The table below summarizes the power inputs outputs Voltage Inputs Voltage Outputs Switched AC line voltage 24 V AC 5 V DC for current monitors and relays available internally only AC line voltage Rectified AC input 3 3 V DC for microprocessor or VDO Solar
22. gnal and Power Wiring User s Manual SHIELD RS 232 Rx RS 485 Rx RS 485 Rx SIGNAL GND DCOUT RS 232 Tx RS 485 Tx RS 485 D POWER GND RS 485 Tx RS 485 D poo oosagsge onadan da Serial Output 2 Pin Function Color 1 DCOUT RED 2 POWER GND BLACK 5 SIGNAL GND GREEN 6 RS 485 Rx BROWN 7 RS 485 Rx WHITE 8 SHIELD SHIELD AC Line Input Function Color 1 HOT BLACK 2 NEUTRAL WHITE 3 GROUND GREEN SERIAL ene z inano e L INdINO Twas MS AC OUT N L LINE NEUTRAL GND 32 Model 2715 Universal Power and Communication Module User s Manual A 1 3 Motor Aspirated Radiation Shield MARS Table A 5 Model 8191 Signal and Power Wiring DC Power Pin Function Color 1 DCOUT RED 2 DCOUT BLACK Tach Pin Function Color 1 IN WHITE AC Line Input Function Color 1 HOT BLACK NEUTRAL WHITE GROUND GREEN SERIAL DC Power CO INE Hi ee 4 ZLNdLNO vidas LNdLNO IvidaS MS Pars BOER AON EE DEED PPDEER DER ZS WEE wo EE SECH FE S 33 Model 2715 Universal Power and Communication Module User s Manual A 1 4 Present Weather Sensors Table A 6 Model 6490 and 6490 I Signal and Power Wiring Serial Output 2 Pin Function Color HTR 12V YELLOW 12VDC RED 2 POWER GND BLACK 4 SNS Rx GREEN 5 Tx Rx RTRN BLACK 7 SNS Tx WHITE Not connected hee AC Line Input Function Color 1 HOT BLACK
23. il your support request to support allweatherinc com Model 2715 Universal Power and Communication Module Revision A Date 2013 Feb 24 Initial release Revision History Summary of Changes User s Manual Model 2715 Universal Power and Communication Module User s Manual TABLE OF CONTENTS TO WIERNIBVY E E E E E E RT 1 tT Accessories and EEN E 2 2 FUNCTIONAL DESCRIPTION oe eeteeidesdeeidesdeeeedeeedeeede ee mnnn nnmnnn ennnen 3 MP OWS Eege 3 2 2 Communication eech 4 Eet 5 24 Other SOUS ORS ees eegene ehren Genee enge 5 S CONNEGTONS E 6 etc Eegenheeten EE eege Eech 7 3 2 Terminal Block PUGS ee dE ee 9 4 ASSEMBLY AND INGTALLATION ennnen eena 10 AT Add On EE 10 EECHER eelere 11 4 3 Mounting Inside gm Ge EN 12 5 SOFTWARE REFERENCE tai cxatiearanatatananatanakdtatanananatananatad 14 bay ett 14 5 2 octal Contieurat on Mile si caylem acetate caressa table Gira get ae cet Eet 15 5 2 1 Editing a Serial Configuration File sii 5 c deeg ee dE 15 5 3 Poll eg EE 19 5 3 1 Regular Poll Commands sinenion iaia a E E E 19 5 3 2 Em lated Poll Commands ge Eege Eege 22 533 Check SUM E EE 24 6 SPECIFICATIONS ieetereht Seet Steeg ee eg eege eg eege eg eegent 25 7 EMISSIONS AND CONFORMANCE E 27 Si EE TK EE 28 APPENDIX A SENSORS SUPPORTED BY THE UDO 29 A l Sensor Wiring Reference Diagrams E 30 A 1 1 Barometric Pressure SEmsors isis sccisascsesdsasvsssaedsnscaudsnvasadeasaesadeansaceadets
24. ing the new serial configuration file 4 Turn the DC power supply on DC on off switch 5 The status LEDs are above the microSD card slot The red status LED blinks rapidly approximately ten times per second for a few seconds after being powered on Wait until the red status LED begins to blink slowly approximately once per second If the red status LED does not blink as expected check the microSD card 5 2 1 Editing a Serial Configuration File The default configuration for the serial ports is set at the factory based on what sensors and devices are used with a particular UPCM This section provides the configuration parameters to allow you to edit the serial configuration file In all cases the sign separates the parameter and its configuration value All parameters must be specified for a valid serial configuration file Parameter Configuration STATIC IP 0 DHCP IP address The UPCM may be addressed 5 i 1 static IP address via an IP address or via an RS S IP_ADDR_1 first nibble of IP address 0 255 485 serial network address If IP_ADDR_2 second nibble of IP address 0 255 you do not intend to access the E IP_ADDR_3 third nibble of IP address 0 255 UPCM over a TCP IP based IP_ADDR_4 fourth nibble of IP address 0 255 network assign a nonroutable S SUBNET_1 first nibble of subnet mask 0 255 TP address ZS SUBNET 2 second nibble of subnet mask 0 255 ZS SUBNET_3 third nibble of subnet m
25. ipment subject to the following conditions a b d The obligation of the Company under this warranty is limited to repairing or replacing items or parts which have been returned to the Company and which upon examination are disclosed to the Company s satisfaction to have been defective in material or workmanship at time of manu facture The claimant shall pay the cost of shipping any part or instrument to the Company If the Com pany determines the part to be defective in material or workmanship the Company shall prepay the cost of shipping the repaired instrument to the claimant Under no circumstances will the Company reimburse claimant for cost incurred in removing and or reinstalling replacement parts This warranty shall not apply to any Company products which have been subjected to misuse negligence or accident This warranty and the Company s obligation thereunder is in lieu of all other warranties express or implied including warranties of merchantability and fitness for a particular purpose conse quential damages and all other obligations or liabilities No other person or organization is authorized to give any other warranty or to assume any additional obligation on the Company s behalf unless made in writing and signed by an authorized officer of the Company 28 Model 2715 Universal Power and Communication Module APPENDIX A SENSORS SUPPORTED BY THE UPCM User s Manual Table A 1 lists the sensor
26. n place so that the stand off holds the top in place 10 Model 2715 Universal Power and Communication Module User s Manual 4 2 BACKUP BATTERY Figure 11 illustrates how the backup battery is installed on the UPCM CONNECT BATTERY WIRES TO P4 RED TO BATERY BLACK TO BATTERY SECURE BATTERIES FIRMLY TO CASE CABLE TIES ARE SUPPLIED WITH CABLE TIES WITH UPCM Figure 11 Installing Backup Battery 1 Insert the cable ties into the backup battery mounting slots on the side of the UPCM as shown in Figure 11 The cable ties must have a length of at least 40 cm 16 2 Position the backup battery and secure it firmly to the side of the UPCM enclosure with the cable ties You may cut off any excess from the cable ties 3 Remove the terminal plug and connect the backup battery wires to the BACKUP BATTERY portion of the terminal block plug which is wired as follows see Chapter 3 for more information gt RED wire to BATTERY gt BLACK wire to BATTERY Plug the terminal block plug into place 11 Model 2715 Universal Power and Communication Module User s Manual 4 3 MOUNTING INSIDE AN ENCLOSURE Figure 12 illustrates how to mount the UPCM inside an enclosure Figure 12 Mounting UPCM Inside an Enclosure 1 Position the mounting slots at the bottom of the back of the UPCM over the mounting screws and slide it into place so that it rests on the mounting screws 2 Tighten the 8 s
27. oded decimal bati One to five character battery current ASCII encoded decimal batcharge Battery charging charging 1 not charging 0 20 Model 2715 Universal Power and Communication Module Data Field Description User s Manual batcenable Battery charger enabled 1 disabled 0 solarv One to five character solar input voltage pwrsrc Power source AC 1 Solar 2 Battery 3 count Count for fan tach or tipping bucket input one to five characters ASCII encoded decimal rpm Fan tach one to five characters ASCII encoded 21 Model 2715 Universal Power and Communication Module 5 3 2 Emulated Poll Commands Emulated Poll Command Response WINDaa lt CR gt lt LF gt WINaa direction speed status error error error CCCC lt CR gt lt LF gt USWS00 lt CR gt lt LF gt aa direction speed error error error CCCC lt CR gt lt LF gt FOORDD lt CR gt lt LF gt FOOrdd 001 rh RH halarm htrend temp C talarm ttrend ctype calc C calarm ctrend 001 ver sn name alarm c lt cR gt lt LF gt PWVSaa lt CR gt lt LF gt WxxPppppSssss XnnnLnnnKnnnHnnnTttt errorcount msgcount cccc lt cR gt lt LF gt Comm_Error Error_in_input_msg errorcount msgcount cccc lt cr gt lt LF gt Timeout_Error Check_power cables errorcount msgcount cccc lt cR gt lt LF gt FRRAaa lt CR gt lt LF gt frequency status 0 count cccc lt cr gt lt LF gt LTXaa lt CR gt lt LF gt
28. ormation is used to control an optional enclosure heater Set points for turning the heater on off are adjustable and can be set by the user The UPCM has two sets of serial ports and one RJ 45 jack Optional serial port modules may be added to increase the number of sensors connected through a serial port The following serial and Ethernet protocols are supported Ethernet Protocols Supported 3 wire RS 232 no flow control TCP IP 10 100Base T RS 485 half duplex RS 485 full duplex The UPCM is configured via a configuration file on a microSD card The device identity and the serial port parameters are configured via the configuration file on the microSD card All configuration items are user configurable The following power outputs are available to power devices connected to the UPCM Power Outputs Surge suppressed AC input line voltage 24 V AC 12 24 V DC 5 V and 12 V DC optional The implementation of RS 485 is electrically equivalent to RS 422 Model 2715 Universal Power and Communication Module User s Manual 1 1 ACCESSORIES AND REPLACEABLE PARTS The following accessories and replaceable parts are available for the Model 2715 Universal Power and Communication Module Part Number Description M404893 00 Serial Port Module M404895 00 5 V and 12 V DC Output Module M406306 00 256MB microSD Card M442089 00 10 A 250 V 5x20 mm Slow Blow Fuse M438130 00 Backup Battery
29. pring load panel screw at top of the UPCM to secure it and the UPCM inside the enclosure 12 Model 2715 Universal Power and Communication Module User s Manual Figure 13 provides the locations for the mounting screws and the screw position for the 8 spring load panel screw to help you design your own mounting site 12 913 32 8 1 75 4 45 Figure 13 Mounting Screw Placement 13 Model 2715 Universal Power and Communication Module User s Manual 5 SOFTWARE REFERENCE A boot loader is installed on the Model 2715 Universal Power and Communication Module at the factory The binary firmware is typically installed and a microSD card containing the serial configuration for the intended use of the UPCM will be in place Chapter 3 describes where the microSD card is located and shows the on off switch referred to in this chapter The status LEDs are above the microSD card slot The red status LED should blink slowly approximately once per second while the UPCM is operating normally 5 1 BINARY FIRMWARE This section explains how to install or update the binary firmware 1 Turn the DC power supply off DC on off switch 2 Remove the microSD card containing the serial configuration file 3 Insert a microSD card containing the binary firmware to be installed once you have verified that the name of the firmware file is frmw bin 4 Turn the DC power supply on DC on off switch 5 The red status LED blinks rapidly
30. re Mounting diameter 0 11 0 29 cm held in place by 8 spring load panel screw at top of enclosure Enclosure Aluminum Bag 2 50 W x 13 50 H x 5 23 D 33 7 cm x 34 3 cm x 13 3 cm Dimensions Back b Baier 1 94 W x 10 63 H x 3 10 D Ke 4 9 cm x 27 0 cm x 7 9 cm Weight 5 5 kg 12 Ib Shipping Weight 7 5 kg 17 Ib 26 User s Manual Model 2715 Universal Power and Communication Module User s Manual 7 EMISSIONS AND CONFORMANCE The Model 2715 Universal Power and Communication Module conforms to the following standards FCC Part 15 B This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 This device must accept any interference received including interference that may cause undesired operation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications To comply with the limits for an FCC Class B computing device always use shielded signal cords 27 Model 2715 Universal Power and Communication Module User s Manual 8 WARRANTY Unless specified otherwise All Weather Inc the Company warrants its products to be free from defects in material and workmanship under normal use and service for one year from date of installation or a maximum of two years from date of sh
31. s Manual Model 2715 Universal Power and Communication Module User s Manual Data Field Emulated Poll Commands Description alarm Alarm Byte out of limits value 000 sensor quality 005 humidity simulator 006 temperature simulator 007 frequency Probe frequency 5 char ASCll encoded unsigned decimal integer count Variable length ice accretion count field ASCll encoded unsigned decimal integer statusmode Two character ASCII field One character for status and one for status mode fault Two character ASCII field for fault code swversion Six character ASCll encoded software version number Seq Variable length ASCll encoded start of sequence number bearing Variable length ASCll encoded bearing to lightning strike in degrees distance Variable length ASCll encoded distance to strike in nautical miles pressure Six character fixed point pressure in the format 2 3f xx xxx trend Six character fixed point pressure trend in the format 2 3f xx xxx insufficient data temp Two character ASCll encoded decimal integer temperature in degrees C sign Negative temperature a space character represents positive temperature SSS Three character status field one character for each sensor 23 Model 2715 Universal Power and Communication Module User s Manual 5 3 3 Check Sum Calculation The CRC is calculated using a standard crc 16 formula The algorithm
32. s and ancillary devices supported by the Model 2715 Universal Power and Communication Module Table A 1 Sensors and Ancillary Devices Supported by the UPCM Power Supplies Sensor Tach Serial 110 220 V AC 24V AC 12 V DC 24 V DC B tric P arometric Pressure p RS 485 7150 half duplex 7190 May use UPCM i AC line output if Freezing Rain Hae arene vi RS 232 6495 internal enclo sure heaters Freezing Rain RS 485 6496 v receive only M482221 00 full duplex MARS X o Not 8191 applicable Present Weather 6490 4 RS 232 6490 Present Weather and Visibility e RS 232 6497 M482230 00 Rain Gauge V RS 232 6030 Runway Surface Sensor RB RS 485 6900 half duplex Temperature Relative Humidity Probe v Bos half duplex 5191 Thunderstorm Lightning RS 232 6505 Wind RS 485 2040 full duplex Wind 2040H RS 485 2040HH full duplex 2041HH 29 Model 2715 Universal Power and Communication Module User s Manual A 1 SENSOR WIRING REFERENCE DIAGRAMS All sensors and other devices typically receive AC power via the AC line input It is possible for more than one sensor or device to be used with one UPCM in which case the one AC line input will power all the devices associated with that UPCM One serial port is typically connected to a computer or other data processing system That leaves the second serial port for the serial interface to the sensor or other de
33. ud Baud rate 2400 4800 9600 19200 38400 57600 115200 data Data bits 7 or 8 parity Parity is N None E Even or Odd stop Stops bits 1 or 2 p1mode Port 1 sensor mode 6495 1 6496 2 6497 3 2040 4 6500 5 6490 6 7150 7 5191 8 p2mode Port 1 sensor mode 6495 1 6496 2 6497 3 2040 4 6500 5 6490 6 7150 7 5191 8 ip One to three character IP address octet ASCII encoded decimal sub One to three character subnet mask octet ASCII encoded decimal gw One to three character gateway address octet ASCII encoded decimal mac Two MAC address octet ASCII encoded hexadecimal lower case n Number 1 2 or 3 output DC 1 AC 2 door Door is open 1 door is closed 0 vdc One to five character DC voltage ASCII encoded decimal idc One to five character DC current ASCII encoded decimal dcenable DC output enabled 1 disabled 0 vac One to five character AC voltage ASCII encoded decimal iac One to five character AC current ASCII encoded decimal acenable AC output enabled 1 disabled 0 t One to three character temperature in C ASCII encoded decimal r One to three character relative humidity ASCII encoded decimal d One to three character dew point in C ASCII encoded decimal batv One to five character battery voltage ASCII enc
34. ve Humidity Probe 255 No sensor MIN_TEMP Thermostat turn on temperature C MAX_TEMP Thermostat turn off temperature C 18 User s Manual Model 2715 Universal Power and Communication Module 5 3 POLL COMMANDS User s Manual e All poll commands must be followed by a carriage return OxOD and a line feed Ox0A e All responses will be terminated with a carriage return and a line feed e Default serial port settings are 9600 8N1 e Verify the serial configuration settings after power cycling the UPCM 5 3 1 Regular Poll Commands Poll Command PWRaaSTAT lt CR gt lt LF gt Response PWRaaSTAT vdc idc dcenable vac iac acenable t r 1 1 1 batv bati batcharge batcenable solarv pwrsrc count rpm door protocol baud data parity stop protocol baud data parity stop protocol baud data parity stop p1mode p2mode cccc lt cr gt lt LF gt PWRaaENV lt CR gt lt LF gt PWRaaENV Tt Rr Dd cccc lt CR gt lt LF gt PWRaaCONFIG GET IP lt CR gt lt LF gt PWRaaCONFIG GET IP ip ip ip ip sub sub sub sub gw gw gw gw mac mac mac mac mac mac CCCC lt CR gt lt LF gt PWRaaCONFIG SET IP ip ip ip ip sub sub sub sub gw gw gw gw lt CR gt lt LF gt PWRaaCONFIG GET IP ip ip ip ip sub sub sub sub gw gw gw gw mac mac mac mac mac mac CCCC lt CR gt lt LF gt PWRaaCONFIG GET PORT port lt CR gt lt LF gt PWRaaCONFIG GET PORT port protocol baud data parity stop cCCC lt CR gt lt LF
35. ve connection to DC OUT gt Negative output to DC OUT e Use the 12 24 V DC SWITCH to select whether the DC output will be 12 V or 24 V DC Note that this selection affects the DC output voltages on the DC OUT output of the terminal block and the DC outputs on the serial outputs e The DC ON OFF SWITCH turns the DC outputs on off Whether done manually or under software control this is a convenient way to reboot any sensor or device connected without having to do the power cycling at the device itself Note that this operation affects the DC output voltages on the DC OUT output of the terminal block and the DC outputs on the serial outputs e The ETHERNET jack allows a Cat5 6 Ethernet cable to connect the UPCM to a 10 100Base T network e The SWITCH terminal block plug may be wired to a switch that opens when the door to the enclosure o 1 ACTIVE LOW containing the UPCM is opened It may also be used 2 GND to monitor any other location where an active low monitoring needs to be done Figure 7 UPCM Switch Pinout e The microSD CARD contains a configuration file for the UPCM serial setup You may remove this card to edit the configuration settings using a text editor such as Notepad Once you replace the microSD card you will have to power cycle the UPCM microprocessor using the DC ON OFF SWITCH for the new settings to take effect e DcouT e Connect the SERIAL OUTPUT 1 and SERIAL OUTPUT 2 terminal block plugs to serial cables
36. vice Another sensor or device would use the serial port on a Serial Port add on module A 1 1 Barometric Pressure Sensors Table A 2 Model 7150 and 7190 Signal and Power Wiring Serial Output 2 Pin Function Color 1 DCOUT BLUE 2 POWER GND WHITE 3 RS 485 ORANGE 4 RS 485 GREEN 5 SIGNAL GND RED AC Line Input Function Color 1 HOT BLACK NEUTRAL WHITE GROUND GREEN SERIAL POF S anaing ve LLNdLNO TVIdaS MS e N ANT pod STEET GER EEFE Ei 3 TE RW KkERRIE D AHE SC a FF 2 ge 30 Model 2715 Universal Power and Communication Module User s Manual A 1 2 Freezing Rain Sensors Table A 3 Model M482221 00 and Model 6496 Signal and Power Wiring Serial Output 2 Pin Function Color 4 RS 232 Tx WHITE 5 SIGNAL GND BLACK 7 RS 232 Rx RED 8 SHIELD SHIELD AC Line Input Function Color 1 HOT BLACK NEUTRAL WHITE GROUND GREEN AC LINE AC LINE SERIAL INPUT OUTPUT Z LAdLNO VINIS AC OUT o oe LLINdino wits MS DER E HOVL KONYN DD DDR DDR DEI HI D EI atrlat Qa WO waa TERA S 526 Onwnd Ei o Tonk ieec H ode ae LLIT gt gt TisHunowa BEER D m EK OFF N Di ei oo ae S a e o V N Bi D Note that the Model 6466 Freezing Rain Sensor may use the UPCM AC line output only if there are no internal enclosure heaters 31 Model 2715 Universal Power and Communication Module Table A 4 Model 6496 and M482221 00 Si
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