Lighthouse Worldwide Solutions ApexR02 Operating Manual Download Page 81 | Manualshive

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Index

248083447-1 Rev 1

I-3

Remote05 Power Supply Specifications 2-5
Remote05 Size Range 2-5
Remote05 Storage Temp/RH 2-5
Remote05 Supporting Software 2-5
Remote05 Weight 2-5
Remote05 Zero Count Level 2-5
Remote3 Calibration 2-6
Remote3 Channel Thresholds 2-6
Remote3 Communication Modes 2-6
Remote3 Counting Efficiency 2-6
Remote3 Data Storage 2-6
Remote3 Dimensions 2-6
Remote3 Enclosure 2-6
Remote3 Flow Rate 2-6
Remote3 Light Source 2-6
Remote3 Operating Temp/RH 2-6
Remote3 Power Input Requirements 2-6
Remote3 Power Supply Specifications 2-6
Remote3 Size Range 2-6
Remote3 Storage Temp/RH 2-6
Remote3 Supporting Software 2-6
Remote3 Weight 2-6
Remote3 Zero Count Level 2-6
Remote5 Calibration 2-7
Remote5 Channel Thresholds 2-7
Remote5 Communication Modes 2-7
Remote5 Counting Efficiency 2-7
Remote5 Data Storage 2-7
Remote5 Dimensions 2-7
Remote5 Enclosure 2-7
Remote5 Flow Rate 2-7
Remote5 Light Source 2-7
Remote5 Operating Temp/RH 2-7
Remote5 Power Input Requirements 2-7
Remote5 Power Supply Specifications 2-7
Remote5 Size Range 2-7
Remote5 Storage Temp/RH 2-7
Remote5 Supporting Software 2-7
Remote5 Weight 2-7
Remote5 Zero Count Level 2-7
report part shortages 3-1
Routine Maintenance 5-1
RS 4-5
RS485 Communications 4-5
Running the Instrument Using MODBUS 6-2

S

Safety 1-1, 5-1

Electrostatic safety information 1-2
Laser safety information 1-1

Sample Time 6-5
Save 6-2
Sensor Settings Registers A-2

Location 6-5
Sample Time 6-5
Using Sensor Setting Registers 6-4

Serial Data / Power Port 4-3
Setting the Alarm Threshold Value 6-8, A-12
Setting the Real Time Clock 6-3
Shipping instructions 7-8
Smart Bracket Settings 7-7
Specifications

ApexRemote5 2-3

Supported MODBUS Commands A-1

T

Text conventions i-i
Threshold Setup Registers 6-7, A-11

Setting the Alarm Threshold Value 6-8, A-

12

To disable alarming 6-7
To enable alarming 6-7
To enable the Alarm 6-6
Troubleshooting, Zero Count 5-2

U

Understanding the LEDs 3-9

W

Warning

Electrostatic Discharge 1-2
Port-Connect 1-2

Warnings

Port-Connect 1-2

Web server failure 4-8

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Summary of Contents for ApexR02

Page 1: ......

Page 2: ...00 ...

Page 3: ...Lighthouse Worldwide Solutions ApexRemote Airborne Particle Counter Operating Manual ...

Page 4: ...disclosed such information except as permitted in writing by Lighthouse Worldwide Solutions The information contained herein is subject to change without notice Lighthouse Worldwide Solutions is not responsible for any damages arising out of your use of the LMS program LMS LMS Express SIU and ApexRemote are trademarks of Lighthouse Worldwide Solutions Microsoft Microsoft Windows and Excel are trad...

Page 5: ...t Control and Laboratory Use Part 1 General Requirements LASER SAFETY Guidance on Laser Products Conforms to FDA 21 CFR Chapter 1 Subchapter 1 EMC EN61326 1 2006 Electrical Equipment for Measurement Control and Laboratory Use EN 61326 1 2006 UL 61010A 1 UL Standard for Safety Electrical Equipment for Laboratory Use Part 1 General Requirements Replaces UL 3101 1 Supplementary information The produc...

Page 6: ......

Page 7: ...2 2 ApexRemote Specifications 2 3 Chapter 3 Get Started Unpacking and Initial Inspection 3 1 Identify the ApexRemote Model 3 1 Compare Contents 3 1 Configuration Kit 3 1 Software and SmartPort cable Setup 3 2 Date Settings 3 6 Factory Standard Settings 3 6 ApexRemote PoE Model 3 6 ApexRemote Serial 3 7 Operation 3 9 Understanding the LEDs 3 9 Chapter 4 Communications ApexRemote Serial DIP Switches...

Page 8: ...tches 6 1 Protocol Settings 6 1 Power On Auto Start 6 1 Running the Instrument Using MODBUS 6 2 AUTOMATIC Counting Mode 6 2 Configuring with the MODBUS Protocol 6 3 Setting the Real Time Clock 6 3 Changing the Default Instrument Parameters 6 4 Using Sensor Setting Registers 6 4 Location Register 40026 6 5 Hold Time Registers 40031 40032 6 5 Sample Time Registers 40033 40034 6 5 Alarm Enable Regist...

Page 9: ...Register Map v1 50 COMM Settings A 1 Supported MODBUS Commands A 1 Sensor Settings Registers A 2 Device Options A 6 Device Status A 6 Alarm Enable Registers A 10 Enable Alarming for a Channel A 11 Threshold Setup Registers A 11 Setting the Alarm Threshold Value A 12 Data Registers A 12 Device Status Word A 16 Data Enable Registers A 17 Appendix B Limited Warranty Limitation Of Warranties B 1 Warra...

Page 10: ...Lighthouse ApexRemote Operating Manual t iv 248083447 1 Rev 1 ...

Page 11: ...WARNING A warning appears in a paragraph like this and indicates a condition which if not met could cause serious personal injury or death and damage to the instrument boldface Introduces or emphasizes a term Courier font Indicates command syntax or text displayed by the diagnostic terminal Bold Courier Indicates commands and information that the user type Helvetica Italics Indicates a comment on ...

Page 12: ...Lighthouse ApexRemote Operating Manual ii 248083447 1 Rev 1 ...

Page 13: ...discharge Network Connect pertaining to communication ports and instrument damage LASER Safety Information This product is considered to be a Class 1 LASER product as defined by FDA 21 CFR 1040 10 when used under normal operation and maintenance Performing service on the internal sensor can however result in exposure to invisible radiation WARNING The use of controls adjustments or procedures othe...

Page 14: ...can expose the instrument adjacent equipment and the user to dangerous shock and fire hazards Failure to meet the specifications as provided by Lighthouse Worldwide Solutions will void the instrument Warranty and CE certification and may cause serious personal injury WARNING The ApexRemote PoE can use a standard Ethernet Cat6 cable and separate 24V AC DC power supply It connects to the round conne...

Page 15: ...optional display configuration Table 2 1 lists features and specifics about the ApexRemote Figure 2 1 ApexRemote Airborne Particle Counter The instrument uses a LASER diode light source and LASER beam shaping optics to illuminate a cross section of the air flow path As particles move along this path they cross the LASER beam and scatter light The light scattered is collected by an optical imaging ...

Page 16: ...r day 7 days per week Note Use of the terms ApexRemote and instrument are interchangeable Using an external vacuum source the instrument provides versatile mounting options and can be installed where space is at a premium The ApexRemote integrates seamlessly with large facility monitoring management systems and transfers particle count data using RS 485 using MODBUS RTU or ASCII protocols or PoE P...

Page 17: ...Remote Inlet to ISO Kinetic Probe 10 ft 3 0 M Supporting Software LMS Pharma Pro v7 3 1 or higher LMS Express 7 5 or higher LWS Instrument Setup Tool 1 3 5 or higher Power Input Requirements 24VDC 5 250mA via LMS 485 Gateway for ApexRemote Serial PoEswitch for ApexRemote PoE IEEE 802 3af compliant or AC DC supply for ApexRemote PoE Power Supply Specifications Optional Listed LPS Power Supply Outpu...

Page 18: ...Inlet to ISO Kinetic Probe 10 ft 3 0 M Supporting Software LMS Pharma Pro v7 3 1 or higher LMS Express 7 5 or higher LWS Instrument Setup Tool 1 3 5 or higher Power Input Requirements 24VDC 5 250mA via LMS 485 Gateway for ApexRemote Serial PoEswitch for ApexRemote PoE IEEE 802 3af compliant or optional AC DC supply for ApexRemote PoE Power Supply Specifications Optional Listed LPS Power Supply Out...

Page 19: ...SO Kinetic Probe 10 ft 3 0 M Supporting Software LMS Pharma Pro v7 3 1 or higher LMS Express 7 5 or higher LWS Instrument Setup Tool 1 3 5 or higher Power Input Requirements 24VDC 5 250mA via LMS 485 Gateway for ApexRemote Serial PoEswitch for ApexRemote PoE IEEE 802 3af compliant or optional AC DC supply for ApexRemote PoE Power Supply Specifications Optional Listed LPS Power Supply Output 20 26V...

Page 20: ...Inlet to ISO Kinetic Probe 10 ft 3 0 M Supporting Software LMS Pharma Pro v7 3 1 or higher LMS Express 7 5 or higher LWS Instrument Setup Tool 1 3 5 or higher Power Input Requirements 24VDC 5 250mA via LMS 485 Gateway for ApexRemote Serial PoEswitch for ApexRemote PoE IEEE 802 3af compliant or optional AC DC supply for ApexRemote PoE Power Supply Specifications Optional Listed LPS Power Supply Out...

Page 21: ...ISO Kinetic Probe 10 ft 3 0 M Supporting Software LMS Pharma Pro v7 3 1 or higher LMS Express 7 5 or higher LWS Instrument Setup Tool 1 3 5 or higher Power Input Requirements 24VDC 5 250mA via LMS 485 Gateway for ApexRemote Serial PoEswitch for ApexRemote PoE IEEE 802 3af compliant or optional AC DC supply for ApexRemote PoE Power Supply Specifications Optional Listed LPS Power Supply Output 20 26...

Page 22: ...Lighthouse ApexRemote Operating Manual 2 8 248083447 1 Rev 1 ...

Page 23: ... to be supplied through its RJ45 connector The ApexRemote PoE requires a customer supplied PoE network switch or an optional 24VDC Power Supply using the power connector shipped with the ApexRemote and a Cat6 cable to a non PoE switch All models can be equipped at the factory with an optional display Compare Contents Compare the contents with the pack slip invoice parts list Report immediately any...

Page 24: ...eturn the computer to the menu 3 Refer to Figure 3 1 and insert the SmartPort cable s USB connector into a USB port on the computer The computer should acknowledge the cable and report that it has found a new device a Serial USB cable and is installing its drivers A COM port will be assigned to the cable Figure 3 1 SmartPort cable Connections NOTE ALL ApexRemote instruments require the SmartPort c...

Page 25: ...s technique can quickly identify the correct port to use at the start of the LWS Instrument Setup program This is handy if several ports are shown during this step 6 Exit the Install menu 7 The SmartPort cable can be used on all ApexRemote sensors and must be used to set the PoE ApexRemote s IP address and all ApexRemote Alarm and Alarm Threshold settings 8 Locate SmartPort on bottom of ApexRemote...

Page 26: ... ApexRemote Serial s RJ45 or power provided via the PoE port at the same time or serious damage to the ApexRemote and support devices may occur 11 Attach the Power Supply to AC power Verify the ApexRemote Power LED comes on solid after a few seconds 12 Make sure power is applied to the ApexRemote before attempting to run the LWS Instrument Setup Tool or the program will not see the instrument and ...

Page 27: ...COM port number from the dropdown as shown in Figure 3 6 Figure 3 6 Instrument Setup Tool Screen WARNING Do NOT attempt to use the SmartPort cable power and power from the ApexRemote Serial s RJ45 or power provided via the PoE port at the same time or serious damage to the ApexRemote and support devices may occur COM Port Assigned to SmartPort cable ...

Page 28: ...updated before the SmartPort cable is disconnected the changes will be lost Factory Standard Settings ApexRemote PoE Model The ApexRemote PoE standard network settings are set to the same values for all ApexRemotes shipped These values are 10 10 x xxx for IP 255 255 0 0 for netmask and 0 0 0 0 as Default Gateway setting To view the ApexRemote web page type its IP address into a web browser on a co...

Page 29: ...2 threshold 1000 and channel alarms are disabled If the Alarm is enabled the Alarm LED will turn on solid green until that Alarm s threshold value is exceeded in which case the LED will turn red ApexRemote Serial The Serial version of ApexRemote standard threshold settings are Get required info from IT group Settings shown are Factory defaults Alarm Settings Ethernet Check ON DHCP Check OFF ...

Page 30: ...his option is installed The ApexRemote Serial must have its address set to a correct value or it won t be recognized by various management programs including LMS Express and LMS Express RT The full switch address list can be found in Table 4 3 on page 4 3 Make sure that changes are saved to the instrument by pressing the Update Instrument button on the screen shown in Figure 3 9 Remove the SmartPo...

Page 31: ...t 1Hz when the sensor background voltage is out of range indicating the sensor optics are dirty or the view volume contains foreign objects The blue SAMPLING LED is ON when sampling and OFF when the ApexRemote is idle The Alarm LED is OFF when no alarms are enabled green when alarms are set but not exceeded and red when a set threshold has been exceeded A 5Hz blue flashing means ApexRemote is in v...

Page 32: ...Lighthouse ApexRemote Operating Manual 3 10 248083447 1 Rev 1 ...

Page 33: ...cate with the ApexRemote instrument ApexRemote Serial DIP Switches The ApexRemote Serial uses DIP switches to set up a portion of the ApexRemote s functions and are shown Figure 4 1 Figure 4 1 ApexRemote Serial Connectors and DIP Switch Refer to Table 4 1 for detailed DIP switch settings their meaning and effects Switch 1 through 5 ...

Page 34: ...ons for MODBUS ASCII and MODBUS RTU Table 4 2 displays those modes The ApexRemote PoE communicates using MODBUS TCP Position Description Setting 1 Binary Bit 0 Addressing OFF 0 ON 1 2 Binary Bit 1 Addressing OFF 0 ON 1 3 Binary Bit 2 Addressing OFF 0 ON 1 4 Binary Bit 3 Addressing OFF 0 ON 1 5 Binary Bit 4 Addressing OFF 0 ON 1 6 COM Mode See Table 4 2 7 Serial Protocol UP use DIP Switch Addressin...

Page 35: ...twork incorporating LMS equipment such as the LMS 485 Gateway and Lighthouse System Control Cabinet The instrument receives data and power through this port simplifying cabling and eliminating the need for an external power supply Table 4 3 DIP Switch Addressing DIP SWITCHES 1 2 3 4 5 ADDRESS DIP SWITCHES 1 2 3 4 5 ADDRESS 0 0 0 0 0 DoNot Use 0 0 0 0 1 16 1 0 0 0 0 1 1 0 0 0 1 17 0 1 0 0 0 2 0 1 0...

Page 36: ...dicular position with its Inlet barb upward Connect one end of a CAT5e cable to the Serial COM port on the instrument shown in Figure 4 2 3 Connect the other end of the cable to an available RS485 port on an LWS 485 Gateway an LWS System Control Cabinet RS485 port or other similar equipment port Table 4 4 RJ45 Pinouts RJ45 Pin Signal Name 1 RS 232 TX Output 2 RS 232 RX Input 3 RESERVED for future ...

Page 37: ...Mode of Operation Differential Total Number of Drivers and Receivers on One Line One driver active at a time for RS 485 networks 32 Drivers 32 Receivers Maximum Cable Length 4000 ft 1 219 2 m Maximum Data Rate 40 ft 4000 ft for RS422 RS 485 100Kbs 10Mbs Maximum Driver Output Voltage 7V to 12V Driver Output Signal Level Loaded Min LOADED 1 5V Driver Output Signal Level Loaded Max UNLOADED 6V Driver...

Page 38: ...lities for PoE devices such as the ApexRemote Setting up the ApexRemote for use on an Ethernet LAN requires knowledge of the network s topology and access to network components to which most users do not have access It is advisable that the local IT administration group be contacted and get involved to ensure greater success The ApexRemote should be set up with a static IP so the software to hardw...

Page 39: ...s to prevent conflicts with devices already on the network All TCP IP values should be static Checking the DHCP checkbox Figure 4 4 can cause the instrument and its data to become lost when its IP is changed during updates from the DHCP server Ensure DHCP is OFF and click Update Instrument when done Figure 4 4 Instrument Setup Tool TCP IP Set Up Screen Use IP address provided by IT group Ethernet ...

Page 40: ... data records location bracket info serial number model sampling parameters location status flow status service status and alarm status All diagnostic results will also be displayed NOTE It has been learned that certain antivirus programs may block interrupt or seriously affect ApexRemote s web server functions Figure 4 5 ApexRemote Data and Status Web Pages Enabled channels SmartBracket ID Instru...

Page 41: ...e Provider Zero Count Test This section will provide the user a procedure to determine if the ApexRemote can successfuly complete several zero counts A purge filter must be attached to the instrument and six 6 five 5 minute samples must be taken There should be no more than 1 count on average per five minute sample 1 Connect the Purge filter to the sample inlet 2 Apply power to the instrument 3 Co...

Page 42: ...y still have particles inside it Allow the unit to sample overnight with the purge filter attached before retesting it If the counts are still high after the overnight purge call Lighthouse Technical Support for assistance 4 If the data shows consistent counts in the smallest channel only the instrument may have electrical problems and may need to be returned to Lighthouse Call a Lighthouse Servic...

Page 43: ...itch settings the instrument power must be power cycled Protocol Settings The MODBUS Protocol is defined through an RS 232 or RS 485 interface with Baud Rate 19200 Data Bits 8 Stop Bits 1 Parity None Flow Control None Power On Auto Start When powering up the instrument it will begin sampling using the default configuration Sample Time 60 seconds Hold Time 0 seconds Alarm Channel Disabled Note The ...

Page 44: ...the buffer After setting all the instrument parameters as described in Changing the Default Instrument Parameters on page 6 4 write these commands to the Command register 40002 11 Start Instrument to start recording 12 Stop Instrument to stop recording Table 6 1 Action Commands Value Action 1 Saves all writable 4xxxx register values to the EEPROM 3 Clears the Data Buffer Record count is set to zer...

Page 45: ... respectively which are the Data Set registers See Table 6 3 Then write the command 13 to the command register 40002 This will write the values in the Data Set registers 40035 and 40036 to the RTC registers 40027 and 40028 The Real Time Clock can also be set in the Configuration Software Tool Table 6 2 Real Time Clock Registers Register Data Type Description 40027 unsigned integer Real Time Clock ...

Page 46: ...register for Sample Time is 40034 The low word register for Hold Time is 40032 Using Sensor Setting Registers Certain configuration settings can be sent to the counter through these registers Table 6 4 Instrument Parameters Register Data Type Description 40026 unsigned integer Location number low Provides Location ID for where data was recorded When SmartBracket is not used state is read write Whe...

Page 47: ...rd 32319 which is 99 hours 59 minutes and 59 seconds To set the Hold Time to a value less than 9 hours 6 minutes 7 seconds enter the number of seconds in the low register 40032 During Hold Time the Device Status bit is 0 Idle Sample Time Registers 40033 40034 The Sample Time specifies the time period of each sample This time is specified in seconds The maximum value of the sample time is 86 399 se...

Page 48: ... only works for Particle Channels Enabling the Alarm for a particle channel requires the channel be enabled as well setting the bit in the low word of that channel The user can enable any or all active particle channels at a time and can set a different alarm threshold for each Particle data registers for the Alarm Enable setting start at 43009 for the high word and 43010 for the low word for chan...

Page 49: ...e alarm threshold value This is described in the next section Threshold Setup Registers Threshold data is stored in the input registers in the 45xxx series which are read write All threshold data items are 4 bytes long and are stored across 2 registers Byte and word ordering is big endian For particle channels the threshold value is a 32 bit unsigned integer If the data value exceeds the threshold...

Page 50: ...le 6 9 Table 6 8 Alarm Threshold Registers Register Data Type Description 45009 unsigned int Threshold for Particle Channel 1 high smallest particle size starts here 45010 unsigned int Threshold for Particle Channel 1 low 45011 unsigned int Threshold for Particle Channel 2 high 45012 unsigned int Threshold for Particle Channel 2 low 45013 unsigned int Threshold for Particle Channel 3 high 45014 un...

Page 51: ...ions are 100 120VAC 47 63Hz 0 5A input 24VDC 750mA output 18W max Replacing with a power supply that does not meet these specifications may void the ApexRemote warranty and risk exposing equipment and users to fire and shock hazard If replacement of the power supply or its AC power cord is required replace only with a power supply or cord having as good as or better ratings than the items provided...

Page 52: ...tional SmartBracket was not ordered the body of the ApexRemote can be used as a template to mark the two mounting holes Make sure the instrument is level then use a pencil to mark the center of the mounting holes The distance between the holes should be 5 75 Proceed to step 4 3 If the SmartBracket was ordered use the SmartBracket as a template Make sure it is level then use a pen or pencil to mark...

Page 53: ...ounting Holes 5 For ApexRemote installation without SmartBracket install the ApexRemote using the installed anchors and appropriate screws Proceed to step 8 6 For SmartBracket installation attach the SmartBracket using the installed anchors Make sure to use flat head screws to maintain clearance from the rear of the ApexRemote Refer to Figure 7 4 Figure 7 4 Attach SmartBracket to Wall ...

Page 54: ...ithout SmartBracket 1 Using a bubble level to ensure ApexRemote is level place the ApexRemote against the vertical surface upon which it will be mounted 2 Mark the center of each mounting tab s larger hole then remove the ApexRemote from the surface and drill pilot holes for the mounting hardware 3 Install the mounting hardware then the ApexRemote snugging the instrument to prevent wobble or movem...

Page 55: ...used with a direct mount 1 0 CFM isokinetic probe or the probe can be attached via 1 4 ID tubing to a 1 4 barbed inlet ISO Probe Figure 7 7 shows the bottom connections for the ApexRemote Serial and Figure 7 8 shows the bottom connections for the ApexRemote PoE Figure 7 7 Serial Instrument Connections Figure 7 8 PoE Instrument Connections Inlet Nozzle Ethernet 24VDC Smart Port with cover ...

Page 56: ...xRemote PoE The ApexRemote PoE uses Power over Ethernet PoE to provide the power and communications needed to operate the ApexRemote This offers a convenient means of connecting the ApexRemote to an Ethernet network by using a CAT6 patch cable If PoE power is not available a standard Ethernet connection can be used with an external 24VDC power supply using the power plug supplied with the instrume...

Page 57: ... the Enable box or remove the checkmark to disable the attached SmartBracket Disabling the SmartBracket will drop its unique ID from the network and from any monitoring software display status When the SmartBracket mode is enabled and the ApexRemote does not find a SmartBracket the Alarm LED will blink white Figure 7 9 shows Attached and Not Attached conditions Figure 7 9 SmartBracket Setup Screen...

Page 58: ...Reference this number on all shipping documentation and purchase orders After receipt of the RMA number follow the shipping instructions below WARNING If the instrument is damaged during a return shipment due to inadequate user packing the warranty may be voided and result in additional repairs being billed to the customer 1 Use the original container nozzle caps and packing materials whenever pos...

Page 59: ...article counter Supported MODBUS Commands Visit www modbus org for documentation on how to use these commands Table A 1 MODBUS Communications Settings Baud Rate 19200 Data Bits 8 Stop Bits 1 Parity None Hardware Protocol RS 232 C or RS 485 standard Software Protocol MODBUS ASCII supports upper lower case and MODBUS RTU Table A 2 MODBUS Registers Hex Command Description 03 Read Holding Registers 04...

Page 60: ...it 1 SAMPLING bit 2 NEW DATA 40004 unsigned integer Firmware version Major version digits are hundreds Minor version digits are tens and ones For example 235d v2 35 40005 unsigned integer Serial Number high 40006 unsigned integer Serial Number low 40007 ASCII string Product Name char 0 char 1 NULL terminated string 40008 ASCII string Product Name char 2 char 3 40009 ASCII string Product Name char ...

Page 61: ... was recorded Must be 1 to 200 maps to location names associated with registers 40200 40999 40027 signed integer Real Time Clock RTC high Displays instrument s real time clock Works in conjunction with 40028 Displays date and time in number of seconds since midnight 1 1 1970 Can be generated by ANSI C C time function 40028 signed integer Real Time Clock low 40029 unsigned integer Initial Delay hig...

Page 62: ...eger Calibration Reference Voltage millivolts 40047 signed integer ApexRemote Calibration Due Date high Indicates when instrument is due for calibration This number can be generated by the ANSI C C time function 40048 signed integer Calibration Due Date low 40050 signed integer Device Options 40054 unsigned integer Location ID high Value is 0 when no location bracket is present 40055 unsigned inte...

Page 63: ...rolled RGB LED red channel Uses values from 0 100 for duty cycle percentage every even second from UNIX time 40069 unsigned integer Software controlled RGB LED green channel Uses values from 0 100 for duty cycle percentage every even second from UNIX time 40070 unsigned integer Software controlled RGB LED blue channel Uses values from 0 100 for duty cycle percentage every even second from UNIX tim...

Page 64: ...40075 signed integer ApexRemote Last Calibration Date low Table A 3 Sensor Settings Registers Register Data Type Description Table A 4 Device Options Bits Description 5 ApexRemote Software controlled RGB LED 1 Enabled 0 Disabled 6 ApexRemote Location Bracket 1 Enabled 0 Disabled Table A 5 Device Status Status 40003 40057 Bit Description 0 RUNNING Set when a start command is executed via Command 11...

Page 65: ... 0 10 ApexRemote LOCATION VALIDATION Set to 1 when unit is in Location Validation mode else set to 0 11 ApexRemote LASER STATUS Set to 1 when unit s LASER is out of spec else set to 0 12 ApexRemote FLOW STATUS Set to 1 when unit s flow is out of spec else set to 0 13 ApexRemote SERVICE STATUS Set to 1 when unit needs to be serviced else set to 0 14 ApexRemote THRESHOLD HIGH STATUS Set to 1 when un...

Page 66: ...ASER supply is out of spec else set to 0 4 ApexRemote NO FLOW STATUS Set to 1 when unit s flow is below no flow threshold causing LASER to turn off else set to 0 5 ApexRemote PHOTOAMP SUPPLY STATUS Set to 1 when unit s photoamp supply is out of spec else set to 0 6 ApexRemote BACKGROUND STATUS Set to 1 when unit s pho toamp background is out of spec else set to 0 7 ApexRemote PHOTODIODE STATUS Set...

Page 67: ...r instruments with pumps this command will start the pump Manifold Controller Uses defined Manifold Sequence Stops counting and changing position when Instrument Stop command is issued 12 Instrument Stop Aborts current sample Stops pump if applicable Stops data collection 13 Set Real Time Clock Writes Data Set values from Registers 40035 40036 to the local Real Time Clock New time value is saved 1...

Page 68: ...esholds can be enabled and configured independently of each other To enable the Alarm for a particle channel set the bit in the low word of that channel Because Bit 0 is reserved and must always be ON only Bit 1 will change for any channel alarm setting and Bit 0 must always be written as a 1 What this means is that these registers will receive a 3 to turn the setting ON and a 1 to turn it OFF Par...

Page 69: ...rs in the 45xxx series which are read write All threshold data items are 4 bytes long and are stored across 2 registers Byte and word ordering is big endian Thus data items are formed by placing the high bytes in front of the low bytes For example High Bytes Low Bytes 4 Byte Data Item For particle channels the threshold value is a 32 bit unsigned integer If the data value exceeds the threshold val...

Page 70: ...rs Setting a value for channel 1 as 100 will not affect channel 2 setting of say 500 Data Registers Data is stored in the input registers 30xxx series which are read only All data items are four bytes long and are stored across two registers Byte and word order is big endian Thus data items are formed by Table A 11 Alarm Threshold Registers Register Data Type Description 45009 unsigned int Thresho...

Page 71: ...ntly saved value is at Index 1 Table A 13 Data Registers Register Data Type Description 30001 signed integer Timestamp high of seconds since midnight 1 1 1970 30002 signed integer Timestamp low 30003 unsigned integer Sample Time high In seconds 30004 unsigned integer Sample Time low 30005 signed integer Location high Place where data was recorded 30006 signed integer Location low 30007 unsigned in...

Page 72: ...l 4 low 30063 IEEE float LASER Supply low 30064 IEEE float LASER Supply high percentage based on LASER Supply Reference Value 30065 IEEE Float Background Voltage low percentage based on Calibration Reference value ApexRemote 30066 IEEE Float Background Voltage high 30069 IEEE Float LASER Voltage low Percentage based on LASER Reference value 30070 IEEE Float LASER Voltage high Table A 13 Data Regis...

Page 73: ...mpler Error 7 ApexRemote 0 LASER power in spec 1 LASER power out of spec 8 ApexRemote LASER current status 0 LASER current in spec 1 LASER power out of spec 9 ApexRemote LASER supply status 0 LASER supply in spec 1 LASER supply out of spec 10 ApexRemote LASER life status 0 LASER life in spec 1 LASER life out of spec 11 ApexRemote No flow status 0 There is flow in the unit 1 no flow in unit 12 Apex...

Page 74: ...ithin the Device Status Word are flagged to indicate particular conditions of the currently indexed data record If multiple states occur the bits are added together For example a Flow Alert and a Particle Overflow would return a value of 6 in register 30008 bits 1 and 2 are set TRUE 14 ApexRemote Photodiode health status 0 Photodiode good 1 Photodiode failure 15 ApexRemote Validation mode status 0...

Page 75: ...urn garbage Data items are disabled for particle and analog channels not supported by the device or when the device software is configured not to record data for those items The Enable Registers 31xxx series run in parallel with the Data Registers 30xxx series For example Data Register 30010 s Enable Register is 31010 Data Register 30016 s Enable Register is 31016 The 31xxx register states are 000...

Page 76: ...Lighthouse ApexRemote Operating Manual A 18 248083447 1 Rev 1 ...

Page 77: ...anties and remedies granted under this Section may at LWS s option be terminated C THE FOREGOING WARRANTY IS EXCLUSIVE AND IN LIEU OF ALL OTHER REPRESENTATIONS WARRANTIES AND COVENANTS EXPRESS OR IMPLIED WITH RESPECT TO THE EQUIPMENT AND ANY DEFECTS THEREIN OF ANY NATURE WHATEVER INCLUDING AND WITHOUT LIMITATION WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE LWS SHALL NOT BE LIA...

Page 78: ...Lighthouse ApexRemote Operating Manual B 2 248083447 1 Rev 1 ...

Page 79: ...ation 5 1 Clear the Data Buffer 6 2 Command Register A 8 Communicating with PoE 4 6 Communicating with the Instrument 4 3 4 6 Communication Modes 4 2 Communication Ports 7 6 Communications 4 1 Communications Settings A 1 Compare contents to pack slip 3 1 Configuration Kit 3 1 Connections 7 5 D Data Download 7 8 Data Enable Registers A 17 Data Registers A 12 Device Status Word A 16 Data Type Regist...

Page 80: ...2 Enclosure 2 3 Remote02 Flow Rate 2 3 Remote02 Light Source 2 3 Remote02 Power Input Requirements 2 3 Remote02 Power Supply Specifications 2 3 Remote02 Size Range 2 3 Remote02 Storage Temp RH 2 3 Remote02 Supporting Software 2 3 Remote02 Weight 2 3 Remote02 Zero Count Level 2 3 Remote03 Calibration 2 4 Remote03 Channel Thresholds 2 4 Remote03 Communication Modes 2 4 Remote03 Counting Efficiency 2...

Page 81: ...7 Remote5 Operating Temp RH 2 7 Remote5 Power Input Requirements 2 7 Remote5 Power Supply Specifications 2 7 Remote5 Size Range 2 7 Remote5 Storage Temp RH 2 7 Remote5 Supporting Software 2 7 Remote5 Weight 2 7 Remote5 Zero Count Level 2 7 report part shortages 3 1 Routine Maintenance 5 1 RS 4 5 RS485 Communications 4 5 Running the Instrument Using MODBUS 6 2 S Safety 1 1 5 1 Electrostatic safety ...

Page 82: ...Lighthouse ApexRemote Operating Manual I 4 248083447 1 Rev 1 Z Zero Count Check Troubleshooting 5 2 Zero Count Test 5 1 ...

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