Datalogic Quick Scan Lite QW2100 USB — руководство по продукту Interleaved 2 of 5: Программирование и функции [171/324]

Содержание

• Datalogic adc inc p.2
• Disclaimer p.2
• Chapter 1 introduction 1 p.3
• Chapter 3 interfaces 11 p.3
• Chapter 2 getting started 5 p.3
• Chapter 4 general features 17 p.3
• Table of contents p.3
• Product reference guide p.3
• Chapter 6 rs 232 usb com interfaces 43 p.4
• Chapter 7 keyboard interface 53 p.4
• Lite qw2100 p.4
• Chapter 5 rs 232 only interface 37 p.4
• Quicksca p.4
• Chapter 9 data editing 67 p.4
• Chapter 8 usb oem interface 65 p.4
• Product reference guide p.5
• Chapter 10 symbologies 83 p.5
• Lite qw2100 p.6
• Quicksca p.6
• Product reference guide p.7
• Lite qw2100 p.8
• Quicksca p.8
• Appendix b standard defaults 275 p.9
• Appendix d sample bar codes 293 p.9
• Appendix c led and beeper indications 289 p.9
• Appendix a technical specifications 271 p.9
• Product reference guide p.9
• Chapter 11 references 243 p.9
• Appendix f scancode tables 301 p.10
• Quicksca p.10
• Lite qw2100 p.10
• Index 311 p.10
• Appendix e keypad 297 p.10
• Chapter 1 p.11
• Manual overview p.11
• Introduction p.11
• About this guide p.11
• Manual conventions p.12
• References p.12
• Technical support p.13
• Reseller technical support p.13
• Datalogic website support p.13
• Telephone technical support p.13
• Unpacking p.15
• Getting started p.15
• Chapter 2 p.15
• About the reader p.15
• Setting up the reader p.16
• Install the interface cable p.16
• Disconnecting at the reader p.16
• Connecting at the reader p.16
• Hands free stand p.17
• Programming p.18
• Hands free stand continued p.18
• Configure interface settings p.19
• Using the programming bar codes p.19
• Configure other features p.19
• Select the interface type p.19
• Software version transmission p.20
• Resetting the product configuration to defaults p.20
• Usb models all are 2 full speed p.21
• Interfaces p.21
• Rs 232 keyboard wedge models p.21
• Interface selection p.21
• Configuring the interface p.21
• Chapter 3 p.21
• Starting on page 65 p.22
• Starting on page 37 p.22
• Quicksca p.22
• P ha45 p.22
• P ha13 p.22
• P ha12 p.22
• P ha05 p.22
• Lite qw2100 p.22
• Table 1 available interfaces p.22
• Starting on page 53 p.23
• Product reference guide 13 p.23
• P ha29 p.23
• P ha28 p.23
• P ha26 p.23
• P ha11 p.23
• P ha10 p.23
• Starting on page 53 p.24
• Quicksca p.24
• P ha35 p.24
• P ha2b p.24
• Lite qw2100 p.24
• Default p.25
• Host commands obey ignore p.25
• Global interface features p.25
• Usb suspend mode p.26
• This setting enables disables the ability of usb interfaces to enter suspend mode p.26
• Enter exit programming mode p.26
• Default p.26
• Cusse0 p.26
• General features p.27
• Double read timeout p.27
• Default p.27
• Chapter 4 p.27
• Lite qw2100 p.28
• Enter exit programming mode p.28
• Double read timeout continued p.28
• Csndr6 p.28
• Csndr5 p.28
• Csndr4 p.28
• Csndr3 p.28
• Quicksca p.28
• Label gone timeout p.29
• Default p.29
• When this feature is enabled the reader will enter power save mode a lower power consumption state after being idle no scanner activity for one second p.30
• Default p.30
• Power save mode p.30
• Enter exit programming mode p.30
• Cslen0 p.30
• Sleep mode timeout p.31
• Enter exit programming mode p.31
• Default p.31
• Cslto7 p.31
• Cslto5 p.31
• Cslto3 p.31
• Cslto1 p.31
• Cslto0 p.31
• Specifies the timeout value for the reader to enter sleep mode a very low power consumption state p.31
• Power on alert p.32
• Led and beeper indicators p.32
• Disables or enables the indication from the beeper that the reader is receiving power p.32
• Default p.32
• This feature specifies when the reader will provide indication beep and or flash its green led upon successfully reading a bar code choices are p.33
• Good read when to indicate p.33
• Good read indicate after transmit p.33
• Good read indicate after decode p.33
• Good read indicate after cts goes inactive then active p.33
• Default p.33
• Specifies whether the good read beep has a mono or bitonal beep sound p.34
• Good read beep type p.34
• Enter exit programming mode p.34
• Default p.34
• Cbpty0 p.34
• Specifies the duration of a good read beep p.35
• Good read beep length p.35
• Good read beep frequency p.35
• Enter exit programming mode p.35
• Default p.35
• Cbple0 p.35
• Cbpfr0 p.35
• Adjusts the good read beep to sound at a selectable low medium or high frequency selectable from the list below controls the beeper s pitch tone p.35
• Quicksca p.36
• Lite qw2100 p.36
• Good read beep length continued p.36
• Enter exit programming mode p.36
• Default p.36
• Cbple1 p.36
• Cbple0 p.36
• Cbpic0 p.37
• Illumination control p.37
• Enter exit programming mode p.37
• Default p.37
• Controls illumination during a good read beep p.37
• Selects the beeper volume loudness upon a good read beep there are three selectable volume levels p.38
• Good read beep volume p.38
• Default p.38
• This feature specifies the amount of time that the good read led remains on following a good read the good read led on time can be set within a range of 0 to 25 seconds in 100ms increments see good read led duration on page 245 for more detailed programming instructions p.39
• Good read led stays on for 2 seconds p.39
• Good read led duration p.39
• Enter exit programming mode p.39
• Default p.39
• Scan mode p.40
• See scan mode on page 246 for more detailed programming instructions p.40
• Scanning features p.40
• Default p.40
• Stand mode triggered timeout p.41
• Default p.41
• Stand mode triggered timeout continued p.42
• Quicksca p.42
• Lite qw2100 p.42
• Enter exit programming mode p.42
• Csnot1 p.42
• Csnot0 p.42
• This setting specifies the amount of time that the reader stays in scan on state once the state is entered the range for this setting is from 1 to 255 seconds in 1 second increments see scan ning active time on page 247 for more detailed programming instructions p.43
• Stand mode flash p.43
• Scanning is active for 5 seconds p.43
• Scanning active time p.43
• Enter exit programming mode p.43
• Enables disables the led flash when the reader is in stand mode p.43
• Default p.43
• Csmfl0 p.43
• This feature specifies the on time for the indicator led while in flash mode the selectable range is 100 to 9 900 milliseconds 0 to 9 seconds in 100 millisecond increments see flash on time on page 248 for more detailed programming instructions p.44
• This feature specifies the off time for the indicator led while in flash mode the selectable range is 100 to 9 900 milliseconds 0 to 9 seconds in 100 millisecond increments see flash off time on page 249 for more detailed programming instructions p.44
• Flash on time p.44
• Flash off time p.44
• Flash is on for 1 second p.44
• Enter exit programming mode p.44
• Default p.44
• Stand mode sensitivity p.45
• Default p.45
• Specifies the duration of the good read pointer beam after a good read p.46
• Green spot duration p.46
• Enter exit programming mode p.46
• Default p.46
• Clssp0 p.46
• Chapter 5 p.47
• Baud rate p.47
• Rs 232 standard factory settings p.47
• Rs 232 only interface p.47
• Introduction p.47
• Enter exit programming mode p.48
• Default p.48
• Cr2ba0 p.48
• Baud rate continued p.48
• This parameter allows the reader to interface with devices requiring a 7 bit or 8 bit ascii pro tocol for sending and receiving data p.49
• The stop bit s at the end of each transmitted character marks the end of transmission of one character and prepares the receiving device for the next character in the serial data stream the number of stop bits selected one or two depends on the number the receiving terminal is pro grammed to accommodate set the number of stop bits to match host device requirements p.49
• Stop bits p.49
• Default p.49
• Data bits p.49
• Parity p.50
• Default p.50
• Handshaking control p.51
• Default p.51
• Standard factory settings p.53
• Rs 232 usb com interfaces p.53
• Introduction p.53
• Chapter 6 p.53
• This parameter specifies the intercharacter delay between the end of one character and the beginning of the next the delay can be set within a range of zero 0 to 990 milliseconds in 10ms increments a setting of zero specifies no delay see intercharacter delay on page 250 for more detailed programming instructions p.54
• No intercharacter delay p.54
• Intercharacter delay p.54
• Enter exit programming mode p.54
• Default p.54
• Cr2ic0 p.54
• This option enables disables the action of the reader to sound a three beep sequence upon receiving a not on file nof host command p.55
• Is issued to gain a user s attention to an illegal entry or other important event p.55
• Default p.55
• Beep on not on file p.55
• Beep on ascii bel p.55
• Ack nak options p.56
• Default p.56
• X15 nak character p.57
• X06 ack character p.57
• This setting specifies an ascii character or hex value to be used as the nak character ascii characters or any hex value from 0 to 0xff can be selected see nak character on page 252 for more detailed programming instructions p.57
• This setting specifies an ascii character or hex value to be used as the ack character ascii characters or any hex value from 0 to 0xff can be selected see ack character on page 251 for more detailed programming instructions p.57
• Nak character p.57
• Default p.57
• Data bit p.57
• Ack character p.57
• Default p.58
• Ack nak timeout value p.58
• Default p.59
• Ack nak retry count p.59
• Default p.60
• Cr2eh0 p.60
• Ack nak error handling p.60
• This feature specifies the method the reader uses to handle receive errors detected while waiting for an ack character from the host p.60
• Process error as valid nak character p.60
• Process error as valid ack character p.60
• Options are p.60
• Ignore errors detected p.60
• Enter exit programming mode p.60
• Data bit p.61
• X44 disable character is d p.61
• This option enables disables the reader s ability to sound an error beep to indicate a transmission failure while in ack nak mode p.61
• Specifies the value of the rs 232 host command used to disable the reader p.61
• Indicate transmission failure p.61
• Disable character p.61
• Default p.61
• Ascii characters or any hex value from 0 to 0xff can be selected see disable character on page 255 for more detailed programming instructions p.61
• Data bit p.62
• Ascii characters or any hex value from 0 to 0xff can be selected see enable character on page 256 for more detailed programming instructions p.62
• X45 enable character is e p.62
• Specifies the value of the rs 232 host command used to enable the reader p.62
• Enable character p.62
• Default p.62
• Keyboard interface p.63
• Standard factory settings p.63
• Scancode tables p.63
• Introduction p.63
• Chapter 7 p.63
• Keyboard wedge p.64
• Enter exit programming mode p.64
• Default p.64
• Country modes are only valid for the following interfaces p.64
• Country mode p.64
• Ckbco0 p.64
• Below are the country modes supported by each product version standard or european p.64
• Usb keyboard without alternate key encoding p.64
• This feature specifies the country language supported by the keyboard p.64
• Supported country codes standard version european version p.64
• Product reference guide 55 p.65
• Enter exit programming mode p.65
• Country mode continued p.65
• Ckbco1 p.65
• Ckbco0 p.65
• Quicksca p.66
• Lite qw2100 p.66
• Enter exit programming mode p.66
• Country mode continued p.66
• Ckbco1 p.66
• Ckbco0 p.66
• Country mode continued p.67
• Caps lock state p.67
• This option specifies the format in which the reader sends character data this applies to key board wedge interfaces p.67
• Default p.67
• This option specifies the setting of the numbers lock numlock key while in keyboard wedge interface this only applies to alternate key encoding interfaces p.68
• This feature specifies if numeric characters will be sent using the standard keys or the numeric keypa p.68
• Numlock p.68
• Keyboard numeric keypad p.68
• It does not apply to usb keyboard p.68
• Default p.68
• Keyboard send control characters p.69
• Default p.69
• Wedge quiet interval p.70
• Default p.70
• Intercharacter delay p.71
• Enter exit programming mode p.71
• Default p.71
• Cr21c0 p.71
• This parameter specifies the intercharacter delay between the end of one character and the beginning of the next the delay can be set within a range of zero 0 to 990 milliseconds in 10ms increments a setting of zero specifies no delay see intercharacter delay on page 258 for more detailed programming instructions p.71
• No intercharacter delay p.71
• Specifies the delay between labels transmitted to the host for this interface the selectable range for this feature is from 0 to 99 seconds see intercode delay on page 259 for more detailed programming instructions p.72
• No wedge intercode delay p.72
• Intercode delay p.72
• Enter exit programming mode p.72
• Default p.72
• Usb keyboard speed p.73
• This option specifies the usb poll rate for a usb keyboard p.73
• Default p.73
• Usb keyboard speed continued p.74
• Quicksca p.74
• Lite qw2100 p.74
• Enter exit programming mode p.74
• Ckbsp0 p.74
• Chapter 8 p.75
• Usb oem interface p.75
• Standard factory settings p.75
• Introduction p.75
• Handheld scanner p.76
• Usb oem interface options p.76
• Usb oem device usage p.76
• This setting provides for an interface specific control mechanism p.76
• The usb oem protocol allows for the reader to be identified as one of two different types of bar code readers depending on what other scanners you may already have connected to a usb oem pos you may need to change this setting to enable all devices to communicate p.76
• Table top scanner p.76
• Options are p.76
• Obey obey reader configuration host commands p.76
• Ignore ignore reader configuration host commands p.76
• Default p.76
• Data editing overview p.77
• Data editing p.77
• Chapter 9 p.77
• Please keep in mind p.78
• Global prefix suffix p.78
• Default p.78
• If global aim id is disabled the aim id for gs1 128 can be enabled disabled independently the aim id for gs1 128 is a c1 c2 or c3 p.79
• Gs1 128 aim id p.79
• Global aim id p.79
• Default p.79
• Aim label identifiers as opposed to custom characters you select yourself as with label identifi ers can be included with scanned bar code data see global aim id on page 261 for more detailed programming instructions p.79
• Aim ids for other symbologies can be enabled disabled independently as well contact cus tomer support for assistance p.79
• Label id pre loaded sets p.80
• Label id p.80
• Default p.80
• Label id set individually per symbology on page 26 p.81
• Label id set individually per symbology p.81
• Label id control p.81
• Default p.81
• This option controls whether a label id is disabled or sent as a prefix or suffix for a given sym bology type p.81
• This feature configures a label id individually for a single symbology p.81
• This option selects the symbology for which a label id is to be configured see label id set individually per symbology on page 264 for full instructions p.82
• Label id symbology selection p.82
• Label id continued p.82
• Enter exit programming mode p.82
• This option selects the symbology for which a label id is to be configured see label id set individually per symbology on page 264 for full instructions p.83
• Label id symbology selection continued p.83
• Label id continued p.83
• Enter exit programming mode p.83
• This option selects the symbology for which a label id is to be configured see label id set individually per symbology on page 264 for full instructions p.84
• Label id symbology selection continued p.84
• Label id continued p.84
• Enter exit programming mode p.84
• Label id symbology selection continued p.85
• Label id continued p.85
• This option selects the symbology for which a label id is to be configured see label id set individually per symbology on page 264 for full instructions p.85
• Set code 39 cip label id character s p.85
• This option selects the symbology for which a label id is to be configured see label id set individually per symbology on page 264 for full instructions p.86
• Label id symbology selection continued p.86
• Label id continued p.86
• Enter exit programming mode p.86
• This option selects the symbology for which a label id is to be configured see label id set individually per symbology on page 264 for full instructions p.87
• Label id symbology selection continued p.87
• Label id continued p.87
• Label id symbology selection continued p.88
• Label id continued p.88
• Label id symbology selection continued p.89
• Label id continued p.89
• Set global mid label id character s p.90
• Default p.90
• Case conversion p.91
• This feature allows conversion of the case of all alphabetic characters to upper or lower case p.91
• Enter exit programming mode p.91
• Default p.91
• Clfca0 p.91
• Default p.92
• Character conversion p.92
• Symbologies p.93
• Standard factory settings for symbologies p.93
• Introduction p.93
• Chapter 10 p.93
• Disable all symbologies p.94
• Default p.94
• Coupon control p.94
• Upc a enable disable p.95
• Upc a check character transmission p.95
• Default p.95
• Expand upc a to ean 13 p.96
• Upc a number system character transmission p.96
• Upc a cont p.96
• Default p.96
• Upc a cont p.97
• This feature specifies the minimum number of consecutive times an in store label must be decoded before it is accepted as good read p.97
• In store minimum reads p.97
• In store labels are defined as upc a labels with a number system character of 2 or 4 as well as ean 8 and ean 13 labels with a flag1 character of 2 or an ean 13 label starting with the three characters 980 p.97
• Default p.97
• Upc e enable disable p.98
• Upc e check character transmission p.98
• Default p.98
• Expands upc e data to the ean 13 data format selecting this feature also changes the sym bology id to match those required for ean 13 p.99
• Expand upc e to upc a p.99
• Expand upc e to ean 13 p.99
• Default p.99
• Upc e cont p.99
• Expands upc e data to the upc a data format p.99
• Upc e number system character transmission p.100
• Upc e minimum reads p.100
• Upc e cont p.100
• Default p.100
• When disabled the reader will not read ean 13 jan 13 bar codes p.101
• The following options apply to the ean 13 jan 13 symbology p.101
• Enable this option to transmit the check character along with ean 13 bar code data p.101
• Ean 13 enable disable p.101
• Ean 13 check character transmission p.101
• Ean 13 p.101
• Default p.101
• Ean 13 flag 1 character p.102
• Ean 13 cont p.102
• Default p.102
• Ean 13 isbn conversion p.102
• Issn enable disable p.103
• Ean 13 minimum reads p.103
• Ean 13 cont p.103
• Default p.103
• Ean 8 enable disable p.104
• Ean 8 check character transmission p.104
• Default p.104
• Expand ean 8 to ean 13 p.105
• Enables disables the ability of the reader to find an ean jan8 guard pattern in caseswhere the ean jan8 margin makes the guard look like a character p.105
• Enable this option to expand ean 8 jan 8 labels to ean 13 jan 13 p.105
• Ean 8 cont p.105
• Ean 8 both guards substitution p.105
• Default p.105
• Ean 8 cont p.106
• Default p.106
• Enables disables the ability to insert a guard into an otherwise full strike ean 8 segment p.106
• Enables disables the ability of the reader to substitute guard pattern for even parity 6 when an ean jan8 label is presented p.106
• Ean 8 guard substitution p.106
• Ean 8 guard insertion p.106
• Specifies the minimum number of characters necessary in an ean jan8 label segment in order for the reader to accept the segment for decoding p.107
• Ean 8 minimum segment length block p.107
• Ean 8 cont p.107
• Default p.107
• Quickscan p.108
• Lite qw2100 p.108
• Enter exit programming mode p.108
• Ean 8 minimum segment length block cont p.108
• Ean 8 cont p.108
• C8bsb0 p.108
• Ean 8 cont p.109
• Default p.109
• This feature specifies the minimum number of consecutive times an ean 8 jan 8 label must be decoded before it is accepted as good read p.109
• Ean 8 minimum reads p.109
• Enables disables the abiliy to stitch exact ean 8 label halves with no overlapping characters p.110
• Enables disables the abiliy to stitch ean 8 label halves together which may have differing char acters in them p.110
• Ean 8 stitch unlike label halves p.110
• Ean 8 stitch exact label halves p.110
• Ean 8 cont p.110
• Default p.110
• When disabled the reader will not read ean two label bar codes p.111
• This feature enables disables transmission of an ean two label pair as one label the label type for ean two label pairs is ean 13 p.111
• Ean two label enable disable p.111
• Ean two label combined transmission p.111
• Ean two label p.111
• Default p.111
• Default p.112
• Cn2mr0 p.112
• This feature specifies the minimum number of consecutive times an ean two label bar code must be decoded before it is accepted as good read p.112
• Enter exit programming mode p.112
• Ean two label minimum reads p.112
• Upc ean global settings p.113
• Upc ean decoding level p.113
• This section provides configuration settings for upc a upc e ean 13 and ean 8 symbolo gies and affects all of these unless otherwise marked for each feature description p.113
• Default p.113
• Decoding levels are used to configure a bar code symbology decoder to be very aggressive to very conservative depending on a particular customer s needs see decoding levels on page 267 for more detailed programming instructions p.113
• When correlation is enabled the bar code reader will combine label data from multiple scans when decoding enabling correlation will help the reader read labels that have some spots and or voids it may also help read labels that have damaged areas enabling correlation will also increase the chances that a label will be read incorrectly p.114
• Upc ean global settings cont p.114
• Upc ean correlation p.114
• Default p.114
• Upc ean price weight check p.115
• Upc ean global settings cont p.115
• Default p.115
• Default p.116
• Upc ean global settings cont p.116
• Upc a minimum reads p.116
• Upc ean stitch exact label halves p.117
• Upc ean guard insertion p.117
• Upc ean global settings cont p.117
• Enables disables the ability to stitch exact upc a ean 13 label halves with no overlapping characters p.117
• Enables disables the ability to insert either a missing leading or trailing guard on an otherwise complete upc a ean 13 segment p.117
• Default p.117
• Upc ean stitch unlike label halves p.118
• Upc ean global settings cont p.118
• Enables disables the ability to stitch two upc a ean 13 label halves together that may have differing characters in them p.118
• Default p.118
• Upc ean minimum segment length p.119
• Upc ean global settings cont p.119
• Specifies the minimum number of characters necessary in an upc ean jan label segment in order for the reader to accept the segment for decoding p.119
• Default p.119
• Upc ean minimum segment length cont p.120
• Upc ean global settings cont p.120
• Quickscan p.120
• Lite qw2100 p.120
• Enter exit programming mode p.120
• Cunsl0 p.120
• The reader can be enabled to optionally read the following add ons supplementals p.121
• The following features apply to optional add ons p.121
• Optional add ons p.121
• Gs1 128 p.121
• Default p.121
• Add ons p.121
• Default p.122
• Cado80 p.122
• Cado50 p.122
• Add ons cont p.122
• Optional add ons cont p.122
• Enter exit programming mode p.122
• This option sets the time the reader will look for an add on when an add on fragment has been seen and optional add ons are enabled p.123
• Optional add on timer p.123
• Enter exit programming mode p.123
• Cadot0 p.123
• Add ons cont p.123
• Optional add on timer cont p.124
• Enter exit programming mode p.124
• Default p.124
• Cadot1 p.124
• Cadot0 p.124
• Add ons cont p.124
• P2 add ons minimum reads p.125
• Default p.125
• Add ons cont p.125
• This feature specifies the minimum number of times a p2 add on must be read before it is marked as valid and then combined with a base labe l p.125
• This feature specifies the minimum number of times a p5 add on must be read before it is marked as valid and then combined with a base labe l p.126
• P5 add ons minimum reads p.126
• Default p.126
• Add ons cont p.126
• This feature specifies the minimum number of times an gs1 128 add on must be read before it is marked as valid and then combined with a base labe l p.127
• Gs1 128 add ons minimum reads p.127
• Default p.127
• Add ons cont p.127
• When disabled the reader will not read gs1 databar omnidirectional bar codes p.128
• The following options apply to the gs1 databar omnidirectional formerly rss 14 symbol ogy p.128
• Omnidirectional p.128
• Gs1 databar omnidirectional gs1 128 emulation p.128
• Gs1 databar omnidirectional enable disable p.128
• Gs1 databar p.128
• Default p.128
• When enabled gs1 databar omnidirectional bar codes will be translated to the gs1 128 label data format p.128
• This feature specifies the minimum number of consecutive times a gs1 databar omnidirec tional label must be decoded before it is accepted as good read p.129
• Gs1 databartm omnidirectional cont p.129
• Gs1 databar omnidirectional minimum reads p.129
• Default p.129
• When enabled gs1 databar expanded bar codes will be translated to the gs1 128 label data format p.130
• When disabled the reader will not read gs1 databar expanded bar codes p.130
• The following options apply to the gs1 databar expanded formerly rss expanded symbol ogy p.130
• Gs1 databar expanded gs1 128 emulation p.130
• Gs1 databar expanded enable disable p.130
• Gs1 databar p.130
• Expanded p.130
• Default p.130
• Gs1 databartm expanded cont p.131
• Gs1 databar expanded minimum reads p.131
• Default p.131
• This feature specifies the minimum number of consecutive times a gs1 databar expanded label must be decoded before it is accepted as good read p.131
• This feature specifies either variable length decoding or fixed length decoding for the gs1 databar expanded symbology p.132
• Gs1 databartm expanded cont p.132
• Gs1 databar expanded length control p.132
• For variable length decoding a minimum length may be set p.132
• For fixed length decoding two different lengths may be set p.132
• Default p.132
• Gs1 databartm expanded cont p.133
• Gs1 databar expanded set length 1 p.133
• Default p.133
• Gs1 databartm expanded cont p.134
• Gs1 databar expanded set length 2 p.134
• Default p.134
• Gs1 databar limited enable disable p.135
• Gs1 databar p.135
• Default p.135
• When enabled gs1 databar limited bar codes will be translated to the gs1 128 label data for mat p.135
• When disabled the reader will not read gs1 databar limited bar codes p.135
• The following options apply to the gs1 databar limited formerly rss limited symbology p.135
• Limited p.135
• Gs1 databar limited gs1 128 emulation p.135
• This feature specifies the minimum number of consecutive times a gs1 databar limited label must be decoded before it is accepted as good read p.136
• Gs1 databartm limited cont p.136
• Gs1 databar limited minimum reads p.136
• Default p.136
• When disabled the reader will not read code 39 bar codes p.137
• The following options apply to the code 39 symbology p.137
• Default p.137
• Code 39 enable disable p.137
• Code 39 p.137
• Code 39 cont p.138
• Code 39 check character calculation p.138
• Default p.138
• Default p.139
• Code 39 start stop character transmission p.139
• Code 39 cont p.139
• Code 39 check character transmission p.139
• In code 39 decoding this enables disables the translation of code 39 characters to code 39 full ascii characters p.140
• Default p.140
• Code 39 full ascii p.140
• Code 39 cont p.140
• This feature specifies the number of quiet zones for code 39 labels quiet zones are blank areas at the ends of a bar code and are typically 10 times the width of the narrowest bar or space in the label p.141
• Default p.141
• Code 39 quiet zones p.141
• Code 39 cont p.141
• Default p.142
• Code 39 minimum reads p.142
• Code 39 cont p.142
• This feature specifies the minimum number of consecutive times a code 39 label must be decoded before it is accepted as good read p.142
• Default p.143
• Decoding levels are used to configure a bar code symbology decoder to be very aggressive to very conservative depending on a particular customer s needs see decoding levels on page 267 for more detailed programming instructions p.143
• Code 39 decoding level p.143
• Code 39 cont p.143
• This feature specifies either variable length decoding or fixed length decoding for the code 39 symbology p.144
• For variable length decoding a minimum and maximum length may be set p.144
• For fixed length decoding two different lengths may be set p.144
• Default p.144
• Code 39 length control p.144
• Code 39 cont p.144
• Default p.145
• Code 39 set length 1 p.145
• Code 39 cont p.145
• Code 39 set length 2 p.146
• Code 39 cont p.146
• Default p.146
• Default p.147
• Code 39 interdigit ratio p.147
• Code 39 cont p.147
• Quickscan p.148
• Lite qw2100 p.148
• Enter exit programming mode p.148
• Code 39 interdigit ratio cont p.148
• Code 39 cont p.148
• Cc3ir0 p.148
• Default p.149
• Code 39 stitching p.149
• Code 39 cont p.149
• Code 39 character correlation p.149
• Code 32 feature setting exceptions p.150
• Code 32 enable disable p.150
• Default p.150
• Code 32 italian pharmaceutical p.150
• This option enables disable transmission of code 32 start and stop characters p.151
• Enable this option to transmit the check character along with code 32 bar code data p.151
• Default p.151
• Code 32 start stop character transmission p.151
• Code 32 italian pharmaceutical cont p.151
• Code 32 check character transmission p.151
• Default p.152
• Code 39 cip french pharmaceutical p.152
• Code 39 cip enable disable p.152
• Code 128 enable disable p.152
• Code 128 p.152
• Default p.153
• Code 128 cont p.153
• Code 128 check character transmission p.153
• This feature enables disables expansion of code 128 labels to code 39 labels when enabled the label identifier for a code 128 label shall be set to code 39 and all code 39 formatting con trol shall be applied to the label p.153
• Expand code 128 to code 39 p.153
• Enable this option to transmit the check character along with code 128 bar code data p.153
• Enables disables transmission of code128 function characters 1 2 3 and 4 p.154
• Enables disables the transmission of sub code exchange characters not transmitted by standard decoding p.154
• Default p.154
• Code 128 sub code change transmission p.154
• Code 128 function character transmission p.154
• Code 128 cont p.154
• Default p.155
• Code 128 quiet zones p.155
• Code 128 cont p.155
• Default p.156
• Code 128 minimum reads p.156
• Code 128 cont p.156
• Code 128 cont p.157
• Default p.157
• Code 128 decoding level p.157
• This feature specifies either variable length decoding or fixed length decoding for the code 128 symbology p.158
• For variable length decoding a minimum and maximum length may be set p.158
• For fixed length decoding two different lengths may be set p.158
• Default p.158
• Code 128 length control p.158
• Code 128 cont p.158
• Default p.159
• Code 128 set length 1 p.159
• Code 128 cont p.159
• Default p.160
• Code 128 set length 2 p.160
• Code 128 cont p.160
• Code 128 cont p.161
• Code 128 character correlation p.161
• Default p.161
• Code 128 stitching p.161
• Gs1 128 enable p.162
• Gs1 128 p.162
• Default p.162
• When disabled the reader will not read i 2 of 5 bar codes p.163
• The following options apply to the i 2 of 5 symbology p.163
• Interleaved 2 of 5 i 2 of 5 p.163
• I 2 of 5 enable disable p.163
• Default p.163
• Interleaved 2 of 5 i 2 of 5 cont p.164
• I 2 of 5 check character calculation p.164
• Default p.164
• I 2 of 5 check character calculation cont p.165
• Enable this option to transmit the check character along with i 2 of 5 bar code data p.165
• Default p.165
• Interleaved 2 of 5 i 2 of 5 cont p.165
• I 2 of 5 check character transmission p.165
• This feature specifies the minimum number of consecutive times an i 2 of 5 label must be decoded before it is accepted as good read p.166
• Interleaved 2 of 5 i 2 of 5 cont p.166
• I 2 of 5 minimum reads p.166
• Default p.166
• Interleaved 2 of 5 i 2 of 5 cont p.167
• I 2 of 5 decoding level p.167
• Default p.167
• Decoding levels are used to configure a bar code symbology decoder to be very aggressive to very conservative depending on a particular customer s needs see decoding levels on page 267 for more detailed programming instructions p.167
• This feature specifies either variable length decoding or fixed length decoding for the i 2 of 5 symbology p.168
• Interleaved 2 of 5 i 2 of 5 cont p.168
• I 2 of 5 length control p.168
• For variable length decoding a minimum and maximum length may be set p.168
• For fixed length decoding two different lengths may be set p.168
• Default p.168
• Interleaved 2 of 5 i 2 of 5 cont p.169
• I 2 of 5 set length 1 p.169
• Default p.169
• Interleaved 2 of 5 i 2 of 5 cont p.170
• I 2 of 5 set length 2 p.170
• Default p.170
• When correlation is enabled the bar code reader will combine label data from multiple scans when decoding enabling correlation will help the reader read labels that have some spots and or voids it may also help read labels that have damaged areas enabling correlation will also increase the chances that a label will be read incorrectly p.171
• Interleaved 2 of 5 i 2 of 5 cont p.171
• I 2 of 5 zero pattern p.171
• I 2 of 5 character correlation p.171
• Enables disables zero digit decoding this character does not represent any cipher it allows encoding of an odd number of ciphers with interleaved 2 of 5 it must be enabled to decode code 2 of 5 cip hr p.171
• Default p.171
• Interleaved 2 of 5 cip hr p.172
• I 2 of 5 stitching p.172
• Enables disables ability of reader to decode interleaved 2 of 5 cip hr labels p.172
• Default p.172
• This option enables disables stitching for i 2 of 5 labels when parts of a i 2 of 5 bar code are presented to the reader with this feature enabled the bar code parts will be assembled by the reader s software and the data will be decoded if all bar code proofing requirements are met p.172
• The following options apply to the interleaved 2 of 5 cip hr symbology p.172
• Interleaved 2 of 5 i 2 of 5 cont p.172
• Interleaved 2 of 5 cip hr enable disable p.172
• When disabled the reader will not read datalogic 2 of 5 bar codes p.173
• The following options apply to the datalogic 2 of 5 symbology p.173
• Default p.173
• Datalogic 2 of 5 enable disable p.173
• Datalogic 2 of 5 p.173
• This option enables disables transmission of an optional datalogic 2 of 5 character p.174
• This option enables disables calculation and verification of an optional datalogic 2 of 5 check character p.174
• Default p.174
• Datalogic 2 of 5 cont p.174
• Datalogic 2 of 5 check character transmission p.174
• Datalogic 2 of 5 check character calculation p.174
• Datalogic 2 of 5 cont p.175
• This feature specifies the minimum number of consecutive times an datalogic 2 of 5 label must be decoded before it is accepted as good read p.175
• I 2 of 5 decoding level on page 15 p.175
• Default p.175
• Datalogic 2 of 5 minimum reads p.175
• Datalogic 2 of 5 decoding level p.175
• This feature specifies either variable length decoding or fixed length decoding for the datalogic 2 of 5 symbology p.176
• For variable length decoding a minimum and maximum length may be set p.176
• For fixed length decoding two different lengths may be set p.176
• Default p.176
• Datalogic 2 of 5 length control p.176
• Datalogic 2 of 5 cont p.176
• Default p.177
• Datalogic 2 of 5 set length 1 p.177
• Datalogic 2 of 5 cont p.177
• Datalogic 2 of 5 set length 2 p.178
• Datalogic 2 of 5 cont p.178
• Default p.178
• This feature specifies the maximum ratio between intercharacter space and module for data logic 2 of 5 p.179
• Default p.179
• Datalogic 2 of 5 interdigit maximum ratio p.179
• Datalogic 2 of 5 interdigit maximum ratio cont p.180
• When correlation is enabled the bar code reader will combine label data from multiple scans when decoding enabling correlation will help the reader read labels that have some spots and or voids it may also help read labels that have damaged areas enabling correlation will also increase the chances that a label will be read incorrectly p.181
• This option enables disables stitching for datalogic 2 of 5 labels when parts of a datalogic 2 of 5 bar code are presented to the reader with this feature enabled the bar code parts will be assem bled by the reader s software and the data will be decoded if all bar code proofing requirements are met p.181
• Default p.181
• Datalogic 2 of 5 stitching p.181
• Datalogic 2 of 5 cont p.181
• Datalogic 2 of 5 character correlation p.181
• Default p.182
• Codabar enable disable p.182
• Codabar check character calculation p.182
• Codabar p.182
• Codabar check character transmission p.183
• Enable this option to transmit the check character along with codabar bar code data p.183
• Enable this option to enable disable transmission of codabar start and stop characters p.183
• Default p.183
• Codabar start stop character transmission p.183
• Codabar cont p.183
• This option specifies the format of transmitted codabar start stop characters p.184
• Default p.184
• Codabar start stop character set p.184
• Codabar cont p.184
• When enabled this option requires that start and stop characters match p.185
• Default p.185
• Codabar start stop character match p.185
• Codabar cont p.185
• Default p.186
• Codabar quiet zones p.186
• Codabar cont p.186
• This feature specifies the number of quiet zones for codabar labels quiet zones are blank areas at the ends of a bar code and are typically 10 times the width of the narrowest bar or space in the label p.186
• This feature specifies the minimum number of consecutive times a codabar label must be decoded before it is accepted as good read p.187
• Default p.187
• Codabar minimum reads p.187
• Codabar cont p.187
• Default p.188
• Decoding levels are used to configure a bar code symbology decoder to be very aggressive to very conservative depending on a particular customer s needs see decoding levels on page 267 for more detailed programming instructions p.188
• Codabar decoding level p.188
• Codabar cont p.188
• This feature specifies either variable length decoding or fixed length decoding for the codabar symbology p.189
• For variable length decoding a minimum and maximum length may be set p.189
• For fixed length decoding two different lengths may be set p.189
• Default p.189
• Codabar length control p.189
• Codabar cont p.189
• Codabar cont p.190
• Default p.190
• Codabar set length 1 p.190
• Default p.191
• Codabar set length 2 p.191
• Codabar cont p.191
• This feature specifies the ratio between an intercharacter space and module for codabar labels p.192
• Default p.192
• Codabar interdigit ratio p.192
• Codabar cont p.192
• Enter exit programming mode p.193
• Codabar interdigit ratio cont p.193
• Codabar cont p.193
• Ccbir0 p.193
• Codabar stitching p.194
• Codabar cont p.194
• Codabar character correlation p.194
• When correlation is enabled the bar code reader will combine label data from multiple scans when decoding enabling correlation will help the reader read labels that have some spots and or voids it may also help read labels that have damaged areas enabling correlation will also increase the chances that a label will be read incorrectly p.194
• This option enables disables stitching for codabar labels when parts of a codabar bar code are presented to the reader with this feature enabled the bar code parts will be assembled by the reader s software and the data will be decoded if all bar code proofing requirements are met p.194
• Default p.194
• The following options apply to the abc codabar symbology p.195
• Specifies the concatenation mode between static and dynamic p.195
• Enables disables ability of reader to decode abc codabar labels p.195
• Default p.195
• Abc codabar enable disable p.195
• Abc codabar concatenation mode p.195
• Abc codabar p.195
• Default p.196
• Abc codabar dynamic concatenation timeout p.196
• Abc codabar cont p.196
• Code 11 p.197
• Abc codabar force concatenation p.197
• Abc codabar cont p.197
• When disabled the reader will not read code 11 bar codes p.197
• The following options apply to the code 11 symbology p.197
• Forces labels starting or ending with d to be concatenated p.197
• Default p.197
• Code 11 enable disable p.197
• This option enables disables calculation and verification of optional code 11 check character p.198
• This feature enables disables transmission of an optional code 11 check character p.198
• Default p.198
• Code 11 cont p.198
• Code 11 check character transmission p.198
• Code 11 check character calculation p.198
• This feature specifies the minimum number of consecutive times a code 11 label must be decoded before it is accepted as good read p.199
• Default p.199
• Code 11 minimum reads p.199
• Code 11 cont p.199
• Code 11 cont p.200
• This feature specifies either variable length decoding or fixed length decoding for the code 11 symbology p.200
• For variable length decoding a minimum and maximum length may be set p.200
• For fixed length decoding two different lengths may be set p.200
• Default p.200
• Code 11 length control p.200
• Default p.201
• Code 11 set length 1 p.201
• Code 11 cont p.201
• Default p.202
• Code 11 set length 2 p.202
• Code 11 cont p.202
• This feature specifies the ratio between an intercharacter space and module for code 11 labels p.203
• Default p.203
• Code 11 interdigit ratio p.203
• Code 11 cont p.203
• Cc1ir0 p.204
• Quickscan p.204
• Lite qw2100 p.204
• Enter exit programming mode p.204
• Code 11 interdigit ratio cont p.204
• Code 11 cont p.204
• Enter exit programming mode p.205
• Default p.205
• Decoding levels are used to configure a bar code symbology decoder to be very aggressive to very conservative depending on a particular customer s needs see decoding levels on page 267 for more detailed programming instructions p.205
• Code 11 decoding level p.205
• Cc1dl0 p.205
• When correlation is enabled the bar code reader will combine label data from multiple scans when decoding enabling correlation will help the reader read labels that have some spots and or voids it may also help read labels that have damaged areas enabling correlation will also increase the chances that a label will be read incorrectly p.206
• This option enables disables stitching for code 11 labels when parts of a code 11 bar code are presented to the reader with this feature enabled the bar code parts will be assembled by the reader s software and the data will be decoded if all bar code proofing requirements are met p.206
• Default p.206
• Code 11 stitching p.206
• Code 11 cont p.206
• Code 11 character correlation p.206
• When disabled the reader will not read standard 2 of 5 bar codes p.207
• This option enables disables calculation and verification of an optional standard 2 of 5 check character p.207
• The following options apply to the standard 2 of 5 symbology p.207
• Standard 2 of 5 enable disable p.207
• Standard 2 of 5 check character calculation p.207
• Standard 2 of 5 p.207
• Default p.207
• This feature specifies the minimum number of consecutive times a standard 2 of 5 label must be decoded before it is accepted as good read p.208
• This feature enables disables transmission of an optional standard 2 of 5 check character p.208
• Standard 2 of 5 minimum reads p.208
• Standard 2 of 5 cont p.208
• Standard 2 of 5 check character transmission p.208
• Default p.208
• For variable length decoding a minimum and maximum length may be set p.209
• For fixed length decoding two different lengths may be set p.209
• Default p.209
• This feature specifies either variable length decoding or fixed length decoding for the standard 2 of 5 symbology p.209
• Standard 2 of 5 length control p.209
• Standard 2 of 5 decoding level p.209
• Standard 2 of 5 cont p.209
• I 2 of 5 decoding level on page 15 p.209
• Standard 2 of 5 set length 1 p.210
• Standard 2 of 5 cont p.210
• Default p.210
• Standard 2 of 5 set length 2 p.211
• Standard 2 of 5 cont p.211
• Default p.211
• This option enables disables stitching for standard 2 of 5 labels when parts of a standard 2 of 5 bar code are presented to the reader with this feature enabled the bar code parts will be assem bled by the reader s software and the data will be decoded if all bar code proofing requirements are met p.212
• Standard 2 of 5 stitching p.212
• Standard 2 of 5 cont p.212
• Standard 2 of 5 character correlation p.212
• Default p.212
• When correlation is enabled the bar code reader will combine label data from multiple scans when decoding enabling correlation will help the reader read labels that have some spots and or voids it may also help read labels that have damaged areas enabling correlation will also increase the chances that a label will be read incorrectly p.212
• The following options apply to the industrial 2 of 5 symbology p.213
• Industrial 2 of 5 enable disable p.213
• Industrial 2 of 5 check character calculation p.213
• Industrial 2 of 5 p.213
• Enables disables calculation and verification of an optional industrial 2 of 5 check character p.213
• Enables disables ability of reader to decode industrial 2 of 5 labels p.213
• Default p.213
• Industrial 2 of 5 length control p.214
• Industrial 2 of 5 cont p.214
• Industrial 2 of 5 check character transmission p.214
• Default p.214
• Industrial 2 of 5 set length 1 p.215
• Industrial 2 of 5 cont p.215
• Default p.215
• Default p.216
• Industrial 2 of 5 set length 2 p.216
• Industrial 2 of 5 cont p.216
• This feature specifies the minimum number of consecutive times an industrial 2 of 5 label must be decoded before it is accepted as good read p.217
• Industrial 2 of 5 minimum reads p.217
• Industrial 2 of 5 cont p.217
• Default p.217
• Industrial 2 of 5 stitching p.218
• Industrial 2 of 5 cont p.218
• Industrial 2 of 5 character correlation p.218
• Enables disables fixed length stitching for industrial 2 of 5 p.218
• Enable disables character correlation for industrial 2 of 5 p.218
• Default p.218
• Iata enable disable p.219
• Iata check character transmission p.219
• Default p.219
• Default p.220
• The following options apply to the isbt 128 symbology p.220
• Specifies the concatenation mode between static and dynamic p.220
• See page 21 p.220
• Isbt 128 concatenation mode p.220
• Isbt 128 concatenation p.220
• Isbt 128 concatenatio p.220
• Isbt 128 p.220
• Enables disables isbt128 concatenation of 2 labels p.220
• Isbt 128 cont p.221
• Enter exit programming mode p.221
• Default p.221
• Ci8dt6 p.221
• Ci8dt4 p.221
• Ci8dt3 p.221
• Ci8dt1 p.221
• Ci8dt0 p.221
• Specifies the timeout used by the isbt 128 dynamic concatenation mode p.221
• Isbt 128 dynamic concatenation timeout p.221
• When enabled this feature forces all isbt 128 labels to be concatenated p.222
• See page 21 p.222
• Isbt 128 force concatenation p.222
• Isbt 128 cont p.222
• Isbt 128 concatenatio p.222
• Isbt 128 advanced concatenation options p.222
• Default p.222
• Msi enable disable p.223
• Msi check character calculation p.223
• Default p.223
• Msi length control p.224
• Msi cont p.224
• Msi check character transmission p.224
• Default p.224
• Msi set length 1 p.225
• Msi cont p.225
• Default p.225
• Msi set length 2 p.226
• Msi cont p.226
• Default p.226
• This feature specifies the minimum number of consecutive times an msi label must be decoded before it is accepted as good read p.227
• Msi minimum reads p.227
• Msi cont p.227
• Default p.227
• Msi decoding level p.228
• Msi cont p.228
• Default p.228
• Code 93 enable disable p.229
• Code 93 check character calculation p.229
• Code 93 p.229
• Default p.229
• Default p.230
• Code 93 length control p.230
• Code 93 cont p.230
• Code 93 check character transmission p.230
• Default p.231
• Code 93 set length 1 p.231
• Code 93 cont p.231
• Default p.232
• Code 93 set length 2 p.232
• Code 93 cont p.232
• This feature specifies the minimum number of consecutive times a code 93 label must be decoded before it is accepted as good read p.233
• Default p.233
• Code 93 minimum reads p.233
• Code 93 cont p.233
• Code 93 cont p.234
• Default p.234
• Decoding levels are used to configure a bar code symbology decoder to be very aggressive to very conservative depending on a particular customer s needs see decoding levels on page 267 for more detailed programming instructions p.234
• Code 93 decoding level p.234
• Enables disables fixed length stitching for code 93 p.235
• Default p.235
• Code 93 quiet zones p.235
• Code 93 cont p.235
• Enables disables character correlation for code 93 p.236
• Disable enable fixed or variable length stitching for code 93 p.236
• Default p.236
• Code 93 stitching p.236
• Code 93 cont p.236
• Code 93 character correlation p.236
• Codablock f enable disable p.237
• Codablock f ean enable disable p.237
• Codablock f p.237
• The following options apply to the codablock f symbology p.237
• Enables disables the codablock f ean subtype code with fnc1 in the first position p.237
• Enables disables the ability of the reader to decode codablock f labels p.237
• Default p.237
• This feature specifies either variable length decoding or fixed length decoding for the codablock f symbology p.238
• Specifies if check digit calculation algorithm is aim compliant or not p.238
• For variable length decoding a minimum and maximum length may be set p.238
• For fixed length decoding two different lengths may be set p.238
• Default p.238
• Codablock f length control p.238
• Codablock f aim check p.238
• Default p.239
• Codablock f set length 1 p.239
• Codablock f cont p.239
• Codablock f set length 2 p.240
• Codablock f cont p.240
• Default p.240
• Default p.241
• Default p.242
• Default p.243
• Code 5 cont p.243
• Default p.244
• Code 4 and code 5 common configuration items p.244
• Default p.245
• Code 4 and code 5 minimum reads p.245
• Code 4 and code 5 common configuration items cont p.245
• Follett 2 of 5 enable disable p.246
• Follett 2 of 5 p.246
• Default p.246
• Bc412 enable disable p.246
• Bc412 cont p.247
• Bc412 check character calculation p.247
• Enable this option to enable disable calculation and verification of an optional bc412 check character when disabled any check character in the label is treated as a data character p.247
• Default p.247
• This feature specifies the minimum number of consecutive times a bc412 label must be decoded before it is accepted as good read p.248
• Default p.248
• Bc412 minimum reads p.248
• Bc412 cont p.248
• Default p.249
• Decoding levels are used to configure a bar code symbology decoder to be very aggressive to very conservative depending on a particular customer s needs see decoding levels on page 267 for more detailed programming instructions p.249
• Bc412 decoding level p.249
• Bc412 cont p.249
• This feature specifies either variable length decoding or fixed length decoding for the bc412 symbology p.250
• For variable length decoding a minimum and maximum length may be set p.250
• For fixed length decoding two different lengths may be set p.250
• Default p.250
• Bc412 length control p.250
• Bc412 cont p.250
• Default p.251
• Bc412 set length 1 p.251
• Bc412 cont p.251
• Default p.252
• Bc412 set length 2 p.252
• Bc412 cont p.252
• This section contains explanations and examples of selected bar code features see the program ming sections for the actual bar code labels used to configure the reader p.253
• References p.253
• Chapter 11 p.253
• Quickscan p.254
• Lite qw2100 p.254
• Label gone timeout p.254
• Follow these instructions to set this feature p.254
• Divide the desired setting by 10 setting is in 10ms increments pad the result with lead ing zeroes to yield three digits for example 0 000 5 005 20 020 etc p.254
• Determine the desired setting in milliseconds p.254
• Appendix e keypad p.254
• This feature sets the time after the last label segment is seen before the reader prepares for a new label the timeout can be set within a range of 10 milliseconds to 2 550 milliseconds 2 5 sec onds in 10ms increments label gone timeout does not apply to scan modes that require a trigger pull for each label that is read p.254
• This completes the procedure see table 2 for some examples of how to set this feature p.254
• Scan the enter exit programming mode bar code to exit programming mode p.254
• Scan the enter exit programming mode bar code to enter programming mode p.254
• Scan the bar code select label gone timeout setting p.254
• Scan the appropriate three alpha numeric characters from the keypad in appendix e keypad representing the duration which was determined in the steps above you will hear a two beep indication after the last character p.254
• Scan the enter exit programming mode bar code to exit programming mode p.255
• Scan the enter exit programming mode bar code to enter programming mode p.255
• Scan the bar code select good read led duration setting p.255
• Scan the appropriate three digits from the keypad in appendix e keypad representing the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.255
• Product reference guide 245 p.255
• Good read led duration p.255
• Follow these instructions to set this feature p.255
• Divide the desired setting by 100 setting is in 100ms increments pad the result with leading zeroes to yield three digits for example 0 000 5 000 20 020 etc p.255
• Determine the desired setting in milliseconds a setting of 0 means that the good read led stays on until the next time the trigger is pulled p.255
• Appendix e keypad p.255
• This feature specifies the amount of time that the good read led remains on following a good read the good read led on time can be set within a range of 0 to 25 seconds in 100ms increments p.255
• This completes the procedure see table 3 for some examples of how to set this feature p.255
• Scan mode p.256
• This setting specifies the amount of time that the reader stays in scan on state once the state is entered the range for this setting is from 1 to 255 seconds in 1 second increments p.257
• This completes the procedure see table 4 for some examples of how to set this feature p.257
• Scanning active time p.257
• Scan the enter exit programming mode bar code to exit programming mode p.257
• Scan the enter exit programming mode bar code to enter programming mode p.257
• Scan the bar code select scanning active time setting p.257
• Scan the appropriate three digits from the keypad in appendix e keypad that repre sent the duration which was determined in the steps above you will hear a two beep indi cation after the last character p.257
• Product reference guide 247 p.257
• Pad the result with leading zeroes to yield three digits for example 0 000 5 005 20 020 etc p.257
• Follow these instructions to set this feature p.257
• Determine the desired setting p.257
• Appendix e keypad p.257
• Appendix e keypad p.258
• This feature specifies the on time for the indicator led while in flash mode the selectable range is 100 to 9 900 milliseconds 0 to 9 seconds in 100 millisecond increments p.258
• This completes the procedure see table 5 for some examples of how to set this feature p.258
• Scan the enter exit programming mode bar code to exit programming mode p.258
• Scan the enter exit programming mode bar code to enter programming mode p.258
• Scan the bar code select flash on time setting p.258
• Scan the appropriate two digits from the keypad in appendix e keypad representing the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.258
• Quickscan p.258
• Lite qw2100 p.258
• Follow these instructions to set this feature p.258
• Flash on time p.258
• Divide the desired setting by 100 setting is in 100ms increments pad the result with leading zeroes to yield two digits for example 0 00 5 05 20 20 etc p.258
• Determine the desired setting in milliseconds p.258
• Flash off time p.259
• Divide the desired setting by 100 setting is in 100ms increments pad the result with leading zeroes to yield two digits for example 0 00 5 05 20 20 etc p.259
• Determine the desired setting in milliseconds p.259
• Appendix e keypad p.259
• This feature specifies the off time for the indicator led while in flash mode the selectable range is 100 to 9 900 milliseconds 0 to 9 seconds in 100 millisecond increments p.259
• This completes the procedure see table 6 for some examples of how to set this feature p.259
• Scan the enter exit programming mode bar code to exit programming mode p.259
• Scan the enter exit programming mode bar code to enter programming mode p.259
• Scan the bar code select flash off time setting p.259
• Scan the appropriate two digits from the keypad in appendix e keypad that represent the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.259
• Product reference guide 249 p.259
• Follow these instructions to set this feature p.259
• Scan the bar code select intercharacter delay setting p.260
• Scan the appropriate two digits from the keypad in appendix e keypad that represent the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.260
• Quickscan p.260
• Lite qw2100 p.260
• Intercharacter delay p.260
• Divide the desired setting by 10 setting is in 10ms increments pad the result with lead ing zeroes to yield two digits for example 0 00 5 05 20 20 etc p.260
• Determine the desired setting in milliseconds p.260
• Appendix e keypad p.260
• To set the delay p.260
• This parameter specifies the intercharacter delay between the end of one character and the beginning of the next the delay can be set within a range of zero 0 to 990 milliseconds in 10ms increments a setting of zero specifies no delay p.260
• This completes the procedure see table 2 for some examples of how to set this feature p.260
• Scan the enter exit programming mode bar code to exit programming mode p.260
• Scan the enter exit programming mode bar code to enter programming mode p.260
• This setting specifies an ascii character or hex value to be used as the ack character ascii characters or any hex value from 0 to 0xff can be selected p.261
• This completes the procedure see table 8 for some examples of how to set this feature p.261
• Scan the enter exit programming mode bar code to exit programming mode p.261
• Scan the enter exit programming mode bar code to enter programming mode p.261
• Scan the bar code select ack character setting p.261
• Scan the appropriate two alpha numeric characters from the keypad in appendix e keypad that represent the desired character value in step 1 above the second character will cause a two beep indication p.261
• Product reference guide 251 p.261
• Determine the desired character or value p.261
• Data bit p.261
• Appendix e keypad p.261
• Ack character p.261
• Use the ascii chart on the inside back cover of this manual to find the hex equivalent for the desired character value p.261
• To set this feature p.261
• Use the ascii chart on the inside back cover of this manual to find the hex equivalent for the desired character value p.262
• To set this feature p.262
• This setting specifies an ascii character or hex value to be used as the nak character ascii characters or any hex value from 0 to 0xff can be selected p.262
• This completes the procedure see table 9 for some examples of how to set this feature p.262
• Scan the enter exit programming mode bar code to exit programming mode p.262
• Scan the enter exit programming mode bar code to enter programming mode p.262
• Scan the bar code select nak character setting p.262
• Scan the appropriate two alpha numeric characters from the keypad in appendix e keypad that represent the desired character value in step 1 above the second character will cause a two beep indication p.262
• Quickscan p.262
• Nak character p.262
• Lite qw2100 p.262
• Determine the desired character or value p.262
• Data bit p.262
• Appendix e keypad p.262
• To set this value p.263
• This option specifies the amount of time the reader waits for an ack character from the host following label transmission the selectable timeout range is 200 milliseconds to 15 000ms 15 seconds in 200ms increments a selection of 0 disables the timeout p.263
• This completes the procedure see table 6 for some examples of how to set this feature p.263
• Scan the enter exit programming mode bar code to exit programming mode p.263
• Scan the enter exit programming mode bar code to enter programming mode p.263
• Scan the bar code select ack nak timeout value setting p.263
• Scan the appropriate two digits from the keypad in appendix e keypad that represent the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.263
• Product reference guide 253 p.263
• Divide the desired setting by 200 setting is in 200ms increments pad the result with leading zeroes to yield two digits for example 0 00 5 05 20 20 etc p.263
• Determine the desired setting in milliseconds p.263
• Appendix e keypad p.263
• Ack nak timeout value p.263
• Lite qw2100 p.264
• Determine the desired setting p.264
• Appendix e keypad p.264
• Ack nak retry count p.264
• To set this feature p.264
• This feature specifies the number of times the reader retries a label transmission due to a retry condition the selectable range is from 1 to 254 retries a selection of 0 disables the count and a selection of 255 specifies unlimited retries p.264
• This completes the procedure see table 11 for some examples of how to set this feature p.264
• Scan the enter exit programming mode bar code to exit programming mode p.264
• Scan the enter exit programming mode bar code to enter programming mode p.264
• Scan the bar code select ack nak retry count setting p.264
• Scan the appropriate three digits from the keypad in appendix e keypad that repre sent the number which was determined in the steps above you will hear a two beep indi cation after the last character p.264
• Quickscan p.264
• Pad the number with leading zeroes to yield three digits for example 0 000 5 005 20 020 etc p.264
• Scan the appropriate two alpha numeric characters from the keypad in appendix e keypad that represent the desired character value in step 1 above the second character will cause a two beep indication p.265
• Product reference guide 255 p.265
• Disable character p.265
• Determine the desired character or value a setting of 0xff indicates the the disable character is not used not available p.265
• Data bit p.265
• Ascii characters or any hex value from 0 to 0xff can be selected p.265
• Appendix e keypad p.265
• Use the ascii chart on the inside back cover of this manual to find the hex equivalent for the desired character value p.265
• To set the value p.265
• This completes the procedure see table 12 for some examples of how to set this feature p.265
• Specifies the value of the rs 232 host command used to disable the reader p.265
• Scan the enter exit programming mode bar code to exit programming mode p.265
• Scan the enter exit programming mode bar code to enter programming mode p.265
• Scan the bar code select disable character setting p.265
• Scan the appropriate two alpha numeric characters from the keypad in appendix e keypad that represent the desired character value in step 2 above the second character will cause a two beep indication p.266
• Quickscan p.266
• Lite qw2100 p.266
• Enable character p.266
• Determine the desired character or value a setting of 0xff indicates the the enable character is not used not available p.266
• Determine the desired character or value p.266
• Data bit p.266
• Ascii characters or any hex value from 0 to 0xff can be selected p.266
• Appendix e keypad p.266
• Use the ascii chart on the inside back cover of this manual to find the hex equivalent for the desired character value p.266
• To set this feature p.266
• This completes the procedure see table 13 for some examples of how to set this feature p.266
• Specifies the value of the rs 232 host command used to enable the reader p.266
• Scan the enter exit programming mode bar code to exit programming mode p.266
• Scan the enter exit programming mode bar code to enter programming mode p.266
• Scan the bar code select enable character setting p.266
• Scan the enter exit programming mode bar code to exit programming mode p.267
• Scan the enter exit programming mode bar code to enter programming mode p.267
• Scan the bar code select wedge quiet interval setting p.267
• Scan the appropriate two digits from the keypad in appendix e keypad that represent the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.267
• Product reference guide 257 p.267
• Follow these instructions to set this feature p.267
• Divide the desired setting by 10 setting is in 10ms increments pad the result with lead ing zeroes to yield two digits for example 0 00 5 05 20 20 etc p.267
• Determine the desired setting in milliseconds p.267
• Appendix e keypad p.267
• Wedge quiet interval p.267
• This option specifies the amount of time to look for keyboard activity before the reader breaks the keyboard connection in order to transmit data to host the selectable range for this feature is from 0 to 990ms in 10ms increments p.267
• This completes the procedure to set the wedge quiet interval see table 2 for some examples of how to set this feature p.267
• To set the delay p.268
• This parameter specifies the intercharacter de lay be tween the end of one character and the beginning of the next the delay can be set within a range of zero 0 to 990 milliseconds in 10ms increments a setting of zero specifies no delay p.268
• This completes the procedure see table 2 for some examples of how to set this feature p.268
• Scan the enter exit programming mode bar code to exit programming mode p.268
• Scan the enter exit programming mode bar code to enter programming mode p.268
• Scan the bar code select intercharacter delay setting p.268
• Scan the appropriate two digits from the keypad in appendix e keypad that represent the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.268
• Quickscan p.268
• Lite qw2100 p.268
• Intercharacter delay p.268
• Divide the desired setting by 10 setting is in 10ms increments pad the result with lead ing zeroes to yield two digits for example 0 00 5 05 20 20 etc p.268
• Determine the desired setting in milliseconds p.268
• Appendix e keypad p.268
• This completes the procedure see table 16 for some examples of how to set this feature p.269
• Specifies the delay between labels transmitted to the host for this interface the selectable range for this feature is from 0 to 99 seconds p.269
• Scan the enter exit programming mode bar code to exit programming mode p.269
• Scan the enter exit programming mode bar code to enter programming mode p.269
• Scan the bar code select intercode delay setting p.269
• Scan the appropriate two digits from the keypad in appendix e keypad that represent the duration which was determined in the steps above you will hear a two beep indica tion after the last character p.269
• Product reference guide 259 p.269
• Pad the number with leading zeroes to yield two digits for example 0 00 5 05 20 20 etc p.269
• Intercode delay p.269
• Follow these instructions to set this feature p.269
• Determine the desired setting p.269
• Appendix e keypad p.269
• Global prefix suffix p.270
• Example setting a prefix p.270
• A code character see the table below followed by p.271
• A close brace character ascii followed by p.271
• Product reference guide 261 p.271
• Global aim id p.271
• Figure 8 aim id p.271
• Aim label identifiers as opposed to custom characters you select yourself as with label identifi ers can be included with scanned bar code data aim label identifiers consist of three characters as follows p.271
• A modifier character the modifier character is symbol dependent p.271
• The following table lists the pre loaded label id sets for the usa and europe p.272
• Quickscan p.272
• Lite qw2100 p.272
• Label id pre loaded sets p.272
• Product reference guide 263 p.273
• Label id set individually per symbology p.274
• Product reference guide 265 p.275
• Label id symbology selection starting on page 7 p.275
• Label id set individually per symbology continued p.275
• Label id control on page 71 p.275
• Keypad starting on page 29 p.275
• Character conversion p.276
• Decoding levels p.277
• Set length 1 p.278
• Set length 2 p.279
• Technical specifications p.281
• Provides standard cable pinouts p.281
• Contains physical and performance characteristics user environment and reg ulatory information p.281
• Appendix a p.281
• Quicksca p.282
• Lite qw2100 p.282
• Pin 1 pin 10 p.283
• Interface cable port p.283
• Cable strain relief p.283
• Cable clip latch to host p.283
• Bottom of imager p.283
• Apply to the connector on the reader and are for ref erence only p.283
• The signal descriptions in p.283
• Standard cable pinouts p.283
• Provide standard pinout information for the reader s cable p.283
• The settings in this table are as applied to a standard rs 232 interface see p.285
• The most common configuration settings are listed in the default column of p.285
• Standard defaults p.285
• Product reference guide 275 p.285
• For a listing of default exceptions to this list as appled to other interface types page references are also provided for feature descriptions and programming bar codes for each parameter a column has also been provided for recording of your preferred default settings for these same configurable features p.285
• Appendix b p.285
• Quicksca p.286
• Lite qw2100 p.286
• Product reference guide 277 p.287
• Quicksca p.288
• Lite qw2100 p.288
• Product reference guide 279 p.289
• Lite qw2100 p.290
• Quicksca p.290
• Product reference guide 281 p.291
• Quicksca p.292
• Lite qw2100 p.292
• Product reference guide 283 p.293
• Quicksca p.294
• Lite qw2100 p.294
• Table 4 default exceptions by interface type p.295
• Provides a listing of default exceptions to that list as applied to the other interface types p.295
• Product reference guide 285 p.295
• Lists standard default settings as applied to a standard rs 232 interface p.295
• Default exceptions p.295
• Quicksca p.296
• Lite qw2100 p.296
• Product reference guide 287 p.297
• Appendix c p.299
• Led and beeper indications p.299
• Quicksca p.300
• Lite qw2100 p.300
• Led and beeper indications p.300
• Upon startup if the reader sounds a long tone this means the reader has not passed its automatic selftest and has entered fr p.301
• Product reference guide 291 p.301
• Isolation mode if the reader is reset the se quence will be repeated the following table describes the led flashes beep codes asso ciated with an error found p.301
• Error codes p.301
• Sample bar codes p.303
• Interleaved 2 of 5 p.303
• Code 128 p.303
• Appendix d p.303
• Sample bar codes continued p.304
• Gs1 databar rss p.305
• Gs1 databar 14 p.305
• Appendix e p.307
• Use the bar codes in this appendix to enter numbers as you would select digits characters from a keypad p.307
• Product reference guide 297 p.307
• Keypad p.307
• Quicksca p.308
• Lite qw2100 p.308
• See page 30 p.311
• Scancode tables p.311
• Control character emulation p.311
• Appendix f p.311
• Product reference guide p.312
• Interface type pc at ps 2 or usb keyboard p.312
• Product reference guide p.313
• Interface type pc at ps 2 or usb keyboard cont p.313
• Product reference guide p.314
• Interface type pc at ps 2 alt mode or usb keyboard alt mode p.314
• Interface type pc at ps 2 alt mode or usb keyboard alt mode cont p.315
• Product reference guide p.315
• Product reference guide p.316
• Digital interface p.316
• Product reference guide p.317
• Digital interface cont p.317
• Product reference guide p.318
• Ibm xt p.318
• Product reference guide p.319
• Ibm xt cont p.319
• Microsoft windows codepage 1252 p.320
• Ascii chart p.323
• Www datalogic com p.324