HandHeld Entertainment SV Series manual ~LS## Set minimum number of scans for valid read

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#= 6, causes the SV unit to transmit bar code data only, without the 88 byte field used to indicate all quality parameters. The data has no framing. The data format is determined by the state of the ~OS# command (data or all symbol characters). ~SA and ~SY will cause a "normal" transmission including the 88 byte field of verification analyses if a bar code is in the laser beam when the command is received. This allows bar codes to be reported to ScanView during setup. With this setting, a No Read transmits the string "No Read" instead of the No Read analysis record.

#= 7, is identical to ~LR3 with the exception that after the data characters a carriage return character is transmitted followed by a line feed character. With this setting, a No Read transmits the string "No Read" instead of the No Read analysis record.

#= 8, is similar to ~LR3 in that it causes the SV Unit to transmit bar code data only in the format set by the ~OS# command. The data is framed by characters set by the ~SSbbbeee command. Commands ~SA and ~SY will allow transmission of the "normal" format including the 88 byte field of verification analyses, but the transmission will also be framed with the characters set by the ~SSbbbeee command. Therefore, it may not be compatible in setup with ScanView. With this setting, a No Read transmits the string "No Read" instead of the No Read analysis record.

~LS##

Set minimum number of scans for valid read

## = 02 – 99 (See ~SBn (page 6-24) command for ##=01; single scan mode)

This command sets the minimum number of times a full decode must be achieved on a symbol in order to be a valid read. The system acts slightly differently, depending on what operation mode is set – ~HO1 or ~HO2.

With ~HO1 enabled, if the minimum number of full decodes is not accomplished, a No Read condition is set, even though the bar code is read, analyzed and reported. The report includes a No read status indication. With ~HO2 enabled, if the minimum number of full decodes is not accomplished, the code is not recognized nor reported. This essentially creates a No Read condition when a sync input is being received.

When used in conjunction with the ~LDxx command, the ~LS## command can create a powerful area check of a symbol.

~LT#

Sync Input Source

0

1

2

Isolated Input (Pins 1(+), 2(-))

TTL Input (Pin 4)

Communication Sync

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Quick Check® SV Series User’s Guide

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Page 63 Page 65
Contents User’s Guide Disclaimer FCC Class B Compliance Statement Statement of Agency ComplianceCanadian Notice SV Series Use with UL-listed Equipment Statement of RoHS ComplianceLaser Beam Laser Safety Enclosure DescriptionPage Table of Contents Scanner Setup ISO Parameter Grade Thresholds Technical Specifications Chapter a SV Series Setup Hints Scanning Distance and Angle Quick Check SV Series IntroductionSV Series Model Specifications ScanView SoftwareLaser Beam SV100Connector Reset ButtonControl Panel + 5 VDC Power Input Sync InputsIsolated Sync Input Diagram Edge Sync Mode Envelope Sync ModeCommunication Sync Commands Output PortsPower/Sync LED Indicator LEDs 1System Displays Calibration LEDSerial Port Connector Serial Port SpecificationsSerial Port Pin-out Serial Port Transmission FormatPos Chars Parameters + or indicating sign of avg. max. bar Symbology Identifier Table UPC-A Quick Check SV Series User’s Guide ScanView Software Installation ScanView Installation and SetupSystem Requirements PC Communication Port Setup Setup Menu Software Operation WarningsTitle Bar Screen Display Menu Bar Screen DisplaySelect Symbologies Static Codes ModeMoving Codes Mode Ladder Mode and Picket Fence ModeSupport Menu Advanced MenuAbout Menu Item Speed Button Bar Screen Display All Data Points, Last 64 Data PointsZoom Erase Current Session DataTransmit SV Commands Session ModeSession Mode Notes Modes Of OperationAnalysis Screens Reflectance Profile ModeBar Code Analysis Screen Bar Code Analysis Screen Bottom PanelGraph Display Area Bar Code Analysis Results for a Previous Bar CodeRight Panel Color Coding Reflectance Profile ScreenReflectance Profile Screen Scanner Setup Scanner Positioning Bar Code Travel Direction SV Scanner/Verifier Setup ProcedureBar Code Travel Speed Considerations Quick Check SV Series User’s Guide Quick Check SV Series User’s Guide Good Reflectance Profile Picket Fence Direction Bad Reflectance ProfilePicket Fence Bar Code Positioning Specifications Setting Ladder Mode Scanning Length Using ScanView SoftwareCalibration Ladder DirectionProcedure Adjusting Scanner Gain and Offset Desired Signal Amplitude and Placement Quick Check SV Series User’s Guide SV Command Language Data Match Commands B~BCa##bc…bbb……mmm……bbb…… etc. up to 32 characters max Check for specific dataExamples ~ Brnbb .. + Define increment or decrement data checkIncrementing Examples Decrementing ExamplesDiagnostic Commands D Relationship Between ~BC and ~Br CommandsGet the Scan Rate Example return using ScanView Hardware Configuration Commands H~HB# Example return using ScanView inputted ~HB5 ~HO# Operational Mode~HQ# Transmission Mode Display the verifier parametersQuick Check SV Series User’s Guide ~Hdx01nnn Sets scanner gain or offset ~LA## Overall passing grade Label Setup Commands L~LD## Passing percent decode ~LFxy Analyze special subsymbology parameters ~LE# ~LI# Include the specified symbology for a label ~LLQuick Check SV Series User’s Guide ~LQ# Enable or Disable Port Activations by Partial Decodes ~LS## Set minimum number of scans for valid read ~LT# Sync Input Source~LX# Sync Type ~LV## Output Interface Mode~LZ## Set Number of Codes per Label i.e., per sync period Output Mode Selection Commands O ~OS# Set Transmission Data Format~PBpiiaaabbb Port barcode decision block parameters Output Port Setup Commands PIDs Analysis Low High Units Parameters Value PCS ~PPpiiaaa Port action parameters IDs Description Low Value High ValuePort State PASS/FAIL Parameters ~PR#### Port/LED reset state Indicator Digit ValueSystem Control Commands S IndicatorHow to Set Up Single Scan Operation Checking SV Status with ~HTExecute the calibration procedure Disable VerificationEnable Verification ~SK# Communication SyncSet the number of scans for Software Commanded Read Mode Operation Description~SN### Raster Check~Sh## Set the high target reflectance value for calibration Reset the System~Sl## Set the low target reflectance value for calibration ~Ssxy Command Example Data Transmission ExampleMode 00 ~LV00 ~Stx Program Command Indicator Header~Stx Command Example ~St5 Output Interface Modes DescriptionsMode 01 I/O operation Mode 01 ~LV01Mode 01 LED Operation SV Commands Important to Mode Mode 02 ~LV02 Mode 02 I/O operationMode 02 LED Operation ~LV02~LQ0 Mode 12 ~LV12 Mode 03 ~LV03Mode 12 I/O operation Mode 12 LED Operation ~LV12~LDxx Mode 16 ~LV16 Mode 16 I/O operation~LV16 Mode 16 LED Operation~PP801xxx ~PB811xxxyyy Mode 17 ~LV17 OperationLED Operation SV Commands Important for Mode~LV17 ~PB815xxx000 Mode 18 ~LV18 LED Operation ~LV18 ~PB806xxx000 Mode 19 ~LV19 ~LV19 ~LDxx Mode 20 ~LV20 ISO Parameter Grade Thresholds Reference Decode Qcolvsv Series Product Specifications Technical SpecificationsParameter Specification Power Scanning Performance-SV Series ModelScanner Options SyncSymbologies Sync Mode Moving Bar CodesOperation Modes OutputsParameters Analyzed Sync Mode Stationary Bar CodesNo Sync Free Scan Operation Quick Check SV Series User’s Guide Quick Check SV Series User’s Guide Maintenance/Customer Support MaintenanceCleaning Technical AssistanceProduct Service and Repair Online Technical Assistance For Further InformationJapan MalaysiaLimited Warranty Online Product Service and Repair AssistanceQuick Check SV Series User’s Guide Setting the Proper Scan Distance Setting the Proper Scan Angle Session Mode Screen Showing the X Dimension MeasurementButton Example of Good Scan Profile Calibration Hints Examples of Scan Profile Parameters Out of RangeQuick Check SV Series User’s Guide Page Hand Held Products, Inc
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