~LDxx, ~PB815xxx000 | HandHeld Entertainment SV Series specification

~LDxx

This command sets the % decode threshold for a passing condition. If analyzing poorly printed symbols, it is recommended that partial decodes be enabled at the decoder level when this command is enabled.

xx= failure threshold. Example ~LD75: if 74 % or less of scans on a code were not fully decoded, this sets a failure for this parameter.

~PP801xxx

This command sets the “active” time for the port pulses. The value “xxx” sets the time in .1 second intervals. Any value greater than 100 (10 seconds) creates a latching output.

~PB816xxx100

This command sets the minimum percent of scans on a code which calculate good quiet zones to determine an acceptable quiet zone analysis. The field xxx is the minimum passing threshold. Example: if xxx = 030, a minimum of 30% of all fully decoded scans on a code must calculate a good quiet zone, or a failure condition is set for this parameter.

~PB806xxx000

This command sets the threshold for the ISO Defects calculation on a code to set a failure condition. The field xxx is the passing threshold for the calculation. For example: if xxx = 025, a Defects analysis of 26% or higher will cause a failure condition for this parameter.

~PB802xxx100

This command sets the threshold for the ISO Decodability calculation on a code to set a failure condition. The field xxx is the passing threshold for the calculation. For example: if xxx = 037, a Decodability analysis of 36% or lower will cause a failure condition for this parameter.

~PB804xxx100

This command sets the threshold for the ISO Symbol Contrast calculation on a code to set a failure condition. The field xxx is the passing threshold for the calculation. For example: if xxx = 020, a Symbol Contrast analysis of 19% or lower will cause a failure condition for this parameter.

~PB815xxx000

This command sets the threshold for the ratio calculation on a code to set a failure condition. The field xxx is the passing threshold for the calculation. For example: if xxx = 025, a ratio analysis of 2.4 or lower will cause a failure condition for this parameter.

~PB811xxxyyy

This command sets the threshold for acceptable X dimension ranges. The value for xxx is the narrowest acceptable X dimension. The value yyy is the widest acceptable X dimension. Units are in .001 inch (mils). For example: ~PB811010020 will cause a failure for an X dimension less than 10 mils or greater than 20 mils.

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Quick Check® SV Series User’s Guide

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HandHeld Entertainment SV Series manual ~LDxx, ~PB815xxx000

Contents

User’s Guide Disclaimer Canadian Notice Statement of Agency ComplianceFCC Class B Compliance Statement Laser Beam Statement of RoHS ComplianceSV Series Use with UL-listed Equipment 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 Introduction SV Series Model Specifications ScanView SoftwareLaser Beam SV100 Control Panel Reset ButtonConnector + 5 VDC Power Input Sync Inputs Isolated Sync Input Diagram Edge Sync Mode Envelope Sync Mode Communication Sync Commands Output Ports Power/Sync LED Indicator LEDs 1System Displays Calibration LED Serial Port Connector Serial Port SpecificationsSerial Port Pin-out Serial Port Transmission Format Pos Chars Parameters + or indicating sign of avg. max. bar Symbology Identifier Table UPC-A Quick Check SV Series User’s Guide System Requirements ScanView Installation and SetupScanView Software Installation PC Communication Port Setup Setup Menu Software Operation WarningsTitle Bar Screen Display Menu Bar Screen Display Select Symbologies Static Codes ModeMoving Codes Mode Ladder Mode and Picket Fence Mode About Menu Item Advanced MenuSupport Menu Speed Button Bar Screen Display All Data Points, Last 64 Data PointsZoom Erase Current Session Data Transmit SV Commands Session ModeSession Mode Notes Modes Of Operation Bar Code Analysis Screen Reflectance Profile ModeAnalysis Screens Bar Code Analysis Screen Bottom Panel Right Panel Bar Code Analysis Results for a Previous Bar CodeGraph Display Area Color Coding Reflectance Profile Screen Reflectance Profile Screen Scanner Setup Scanner Positioning Bar Code Travel Speed Considerations SV Scanner/Verifier Setup ProcedureBar Code Travel Direction Quick Check SV Series User’s Guide Quick Check SV Series User’s Guide Good Reflectance Profile Picket Fence Direction Bad Reflectance Profile Picket Fence Bar Code Positioning Specifications Setting Ladder Mode Scanning Length Using ScanView SoftwareCalibration Ladder Direction Procedure 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 data Examples ~ Brnbb .. + Define increment or decrement data check Incrementing Examples Decrementing Examples Get the Scan Rate Relationship Between ~BC and ~Br CommandsDiagnostic Commands D ~HB# Hardware Configuration Commands HExample return using ScanView Example return using ScanView inputted ~HB5 ~HO# Operational Mode ~HQ# Transmission Mode Display the verifier parameters Quick Check SV Series User’s Guide ~Hdx01nnn Sets scanner gain or offset ~LD## Passing percent decode Label Setup Commands L~LA## Overall passing grade ~LFxy Analyze special subsymbology parameters ~LE# ~LI# Include the specified symbology for a label ~LL Quick 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 ~LZ## Set Number of Codes per Label i.e., per sync period ~LV## Output Interface Mode~LX# Sync Type Output Mode Selection Commands O ~OS# Set Transmission Data Format IDs Analysis Low High Units Parameters Value Output Port Setup Commands P~PBpiiaaabbb Port barcode decision block parameters PCS ~PPpiiaaa Port action parameters IDs Description Low Value High Value Port State PASS/FAIL Parameters ~PR#### Port/LED reset state Indicator Digit Value System Control Commands S Indicator How to Set Up Single Scan Operation Checking SV Status with ~HT Execute the calibration procedure Disable VerificationEnable Verification ~SK# Communication Sync Set the number of scans for Software Commanded Read Mode Operation Description~SN### Raster Check ~Sl## Set the low target reflectance value for calibration Reset the System~Sh## Set the high target reflectance value for calibration ~Ssxy Command Example Data Transmission Example Mode 00 ~LV00 ~Stx Program Command Indicator Header~Stx Command Example ~St5 Output Interface Modes Descriptions Mode 01 LED Operation Mode 01 ~LV01Mode 01 I/O operation SV Commands Important to Mode Mode 02 ~LV02 Mode 02 I/O operation Mode 02 LED Operation ~LV02 ~LQ0 Mode 12 I/O operation Mode 03 ~LV03Mode 12 ~LV12 Mode 12 LED Operation ~LV12 ~LDxx Mode 16 ~LV16 Mode 16 I/O operation ~PP801xxx Mode 16 LED Operation~LV16 ~PB811xxxyyy Mode 17 ~LV17 Operation ~LV17 SV Commands Important for ModeLED Operation ~PB815xxx000 Mode 18 ~LV18 LED Operation ~LV18 ~PB806xxx000 Mode 19 ~LV19 ~LV19 ~LDxx Mode 20 ~LV20 ISO Parameter Grade Thresholds Reference Decode Parameter Specification Technical SpecificationsQcolvsv Series Product Specifications Power Scanning Performance-SV Series ModelScanner Options Sync Symbologies Sync Mode Moving Bar CodesOperation Modes Outputs No Sync Free Scan Operation Sync Mode Stationary Bar CodesParameters Analyzed Quick Check SV Series User’s Guide Quick Check SV Series User’s Guide Maintenance/Customer Support MaintenanceCleaning Technical Assistance Product Service and Repair Online Technical Assistance For Further InformationJapan Malaysia Limited Warranty Online Product Service and Repair Assistance Quick Check SV Series User’s Guide Setting the Proper Scan Distance Setting the Proper Scan Angle Session Mode Screen Showing the X Dimension Measurement Button Example of Good Scan Profile Calibration Hints Examples of Scan Profile Parameters Out of Range Quick Check SV Series User’s Guide Page Hand Held Products, Inc