ZEBRA TC57 (03) PDF Document

Perform a soft reset if applications stop responding:

Step 1. Press and hold the Power button until the menu appears.

Step 2. Touch Reset.

Step 3. The device reboots.

Perform a hard reset if the device stops responding:

Step 1. Simultaneously press the Power, PTT button and Volume Up buttons for at least four seconds.

Step 2. When the screen turns off, release the buttons.

The device reboots.

Step 1. Remove access cover.

Step 2. Slide the SIM card holder to the unlock position.

Step 3. Lift the SIM card holder door.

Step 4. Place the nano SIM card into the card holder with contacts facing down.

Step 5. Close the SIM card holder door.

Step 6. Slide to SIM card holder door to the lock position.

Step 7. Re-install the access door.

Step 1. Lift the access door.

Step 2. Slide the microSD card holder to the unlock position.

Step 3. Lift the microSD card holder.

Step 4. Insert the microSD card into the card holder door ensuring that the card slides into the holding tabs on each side of the door.

Step 5. Close the microSD card holder and slide into the lock position.

Step 6. Re-install the access door.

Step 1. Insert the battery, bottom first, into the battery compartment in the back of the device.

Step 2. Press the battery down into the battery compartment until the battery release latches snap into place.

The main battery should be charged until the green Charging/Notification light emitting diode (LED) remains lit.

Step 1. Connect the charging accessory to the appropriate power source.

Step 2. Insert the device into a cradle or attach to a cable. The device turns on and begins charging. The Charging/Notification LED blinks amber while charging, then turns solid green when fully charged.

The ‘Slow Blinking Amber (1 blink every 4 seconds)’ indication means the Device is charging.

The ‘Solid Green’ indication means Charging complete.

The ‘Fast Blinking Amber (2 blinks/second)’ indication means there is a Charging error, for example:

Temperature is too low or too high.

Charging has gone on too long without completion (typically eight hours).

Step 1. Press the Power button until the menu appears.

Step 2. Touch Battery Swap.

Step 3. Follow the on-screen instructions.

Step 4. Wait for the red LED to completely turn off.

Step 5. If hand strap is attached, remove hand strap.

Step 6. Press the two battery latches in.

Step 7. Lift the battery from the device.

Step 8. Insert the replacement battery, bottom first, into the battery compartment in the back of the device.

Step 9. Press the battery down until the battery release latches snap into place.

Step 10. Replace the hand strap, if required.

Step 11. Press the Power button to turn on the device.

Step 1. Press the Power button until the menu appears.

Step 2. Touch Power off.

Step 3. Touch OK.

Step 4. If hand strap is attached, slide the hand strap clip up toward the top of the device and then lift.

Step 5. Press the two battery latches in.

Step 6. Lift the battery from the device.

Step 7. Lift the access door.

Step 8. Remove microSD card from holder.

Step 9. Insert the replacement microSD card.

Step 10. Replace the access door.

Step 11. Insert the battery, bottom first, into the battery compartment in the back of the device.

Step 12. Press the battery down until the battery release latches snap into place.

Step 13. Replace the hand strap, if required.

Step 14. Press and hold the Power button to turn on the device.

Step 1. Press the Power button until the menu appears.

Step 2. Touch Power off.

Step 3. Touch OK.

Step 4. If hand strap is attached, slide the hand strap clip up toward the top of the device and then lift.

Step 5. Press the two battery latches in.

Step 6. Lift the battery from the device.

Step 7. Lift the access door.

Step 8. Slide the SIM card door to the unlock position.

Step 9. Lift the SIM card holder door.

Step 10. Remove the SIM card.

Step 11. Place the new SIM card into the card holder with contacts facing down.

Step 12. Close the SIM card holder.

Step 13. Slide the SIM card holder door to the lock position.

Step 14. Replace the access door.

Step 15. Insert the battery, bottom first, into the battery compartment in the back of the device.

Step 16. Press the battery down until the battery release latches snap into place.

Step 17. Replace the hand strap, if required.

Step 18. Press and hold the Power button to turn on the device.

Step 1. Swipe down from the Status bar to open the Quick Settings bar and then touch the settings icon.

Step 2. Touch Ethernet.

Step 3. Slide the switch to the ON position.

Step 4. Place the device into the Ethernet cradle slot.

Step 5. Touch and hold eth0 until the menu appears.

Step 6. Touch Modify Proxy.

Step 7. Touch the Proxy drop-down list and select Manual.

Step 8. In the Proxy hostname field, enter the proxy server address.

Step 9. In the Proxy port field, enter the proxy server port number.

Step 10. In the Bypass proxy for text box, enter addresses for web sites that do not require to go through the proxy server. Use the separator “|” between addresses.

Step 11. Touch MODIFY.

Step 12. Touch the settings icon.

Step 1. Swipe down from the Status bar to open the Quick Settings bar and then touch the settings icon.

Step 2. Touch Ethernet.

Step 3. Slide the switch to the ON position.

Step 4. Place the device into the Ethernet cradle slot.

Step 5. Touch eth0.

Step 6. Touch Disconnect.

Step 7. Touch eth0.

Step 8. Touch the IP settings drop-down list and select Static.

Step 9. In the IP address field, enter the proxy server address.

Step 10. If required, in the Gateway field, enter a gateway address for the device.

Step 11. If required, in the Netmask field, enter the network mask address

Step 12. If required, in the DNS address fields, enter a Domain Name System (DNS) addresses.

Step 13. Touch CONNECT.

Step 14. Touch the settings icon.

Step 1. Ensure that an application that is to receive the data is open on the device and a text field is in focus (text cursor in text field).

Step 2. Aim the exit window at a bar code.

Step 3. Press and hold the Scan button. The red laser aiming pattern turns on to assist in aiming. Ensure that the bar code is within the area formed by the aiming pattern. The Data Capture LED lights red to indicate that data capture is in process.

Step 4. The Data Capture LED lights green and a beep sounds, by default, to indicate the bar code was decoded successfully. The captured data appears in the text field.

To create a new profile:

Step 1. Swipe up from the bottom of the screen and touch the menu icon.

Step 2. Touch the menu icon.

Step 3. Touch New profile.

Step 4. In the New profile dialog box, enter a name for the new profile. It is recommended that profile names be unique and made up of only alpha-numeric characters (A-Z, a-z, 0-9).

Step 5. Touch OK.

The new profile name appears in the DataWedge profile screen.

Step 1. Touch Associated apps. A list of applications/activities associated with the profile displays. Initially the list does not contain any applications/activities.

Step 2. Touch the menu icon.

Step 3. Touch New app/activity.

Step 4. In the Select application screen, select the desired application from the list.

Step 5. In the Select activity menu, selecting the activity adds that application/activity combination to the associated application list for that profile. Selecting * as the activity results in all activities within that application being associated to the profile. During operation, DataWedge tries to match the specific application/activity combinations with the foreground application/activity before trying to match the general application/* combinations.

Step 6. Touch the back arrow icon.

The configuration screen lists the following sections:

Profile enabled

Applications

Data Capture Plus (DCP)

Barcode Input

SimulScan Input

Keystroke output

Intent Output

IP Output.

To configure DCP:

Enable – Select to enable Data Capture Plus (default – disabled).

Dock button on – Select position of the button.

Left or right – Allows user to place the button on either the right or left edge of the screen.

Left only – Places the button on left edge of the screen.

Right only – Places the button on the right edge of the screen.

Start in – Select the initial DCP state.

Fullscreen mode – DCP covers the whole screen.

Button mode – DCP displays as a circular button on the screen and can be switched to fullscreen mode.

Button only mode – DCP displays as a circular button on the screen and cannot be switched to fullscreen mode.

Button highest position – Select the top of the range the user is allowed to move the DCP, given as a percent of the screen height (default – 0).

Button lowest position – Select the bottom of the range the user is allowed to move the DCP, given as a percent of the screen height (default – 100).

Drag detect time – Select the time in milliseconds that the scanner waits before activating scanner. This allows the user to drag the button without initiating scanner (default – 100 ms, maximum 1000 ms).

Enabled enables or disables this plug-in. A check in the checkbox indicates that the plug-in is enabled.

Scanner Selection configures which scanning device to use for barcode data capture when the profile is active:

Auto – The software automatically determines the best scanning device.

Camera Scanner – Scanning is performed with the rear-facing camera.

2D Barcode Imager – Scanning is performed using the 2D Imager.

Bluetooth Scanner – Scanning is performed using the optional Bluetooth scanner.

RS6000 Bluetooth Scanner – Scanning is performed using the RS6000 Bluetooth scanner.

DS3678 Bluetooth Scanner – Scanning is performed using the DS3678 Bluetooth scanner.

LI3678 Bluetooth Scanner – Scanning is performed using the DS3678 Bluetooth scanner.

DS2278 Bluetooth Scanner – Scanning is performed using the DS2278 Bluetooth scanner.

This is achieved using the Auto Switch to Default on Event feature. This feature is only available when Scanner Selection is set to Auto. The options are:

Disabled – No scanner switching occurs when an external scanner is connected or disconnected (default).

On connect – Selects the external scanner as the default scanning device immediately upon connection.

On disconnect – Reverts to a built-in scanner based on its position in an internally managed scanner list (which varies by host device). This is usually the scanner most recently used prior to the external connection.

On connect/disconnect – Selects an external scanner as the default scanning device immediately upon connection. Upon disconnection, reverts to the scanner set as the default prior to the external connection.

Configures which barcode decoders are enabled or disabled. For best performance disable all unnecessary decoders.

Touch Decoders. The Barcode input screen appears. A check in the checkbox indicates that the decoder is enabled. By default the most commonly used decoders are enabled (shown below with an asterisk).

The supported decoders are listed in Table 5 Supported Decoders (on pages 76-78 of the PDF).

The parameter options for the Codabar decoder are:

CLSI Editing – Enable this parameter to strip the start and stop characters and insert a space after the first, fifth, and tenth characters of a 14-character Codabar symbol. Enable this feature if the host system requires this data format (default – disabled).

Length1 – Use to set decode lengths (default – 6). See Decode Lengths on page 83 for more information.

Length2 – Use to set decode lengths (default – 55). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – enabled).

The parameter options for the Code128 decoder are:

Code128 Reduced Quiet Zone – Enables decoding of margin-less Code 128 barcodes (default – disabled).

Ignore Code128 FCN4 – When enabled, and a Code 128 barcode has an embedded FNC4 character, it will be removed from the data and the following characters will not be changed. When the feature is disabled, the FNC4 character will not be transmitted but the following character will have 128 added to it (default – disabled).

Check ISBT Table – The ISBT specification includes a table that lists several types of ISBT barcodes that are commonly used in pairs. If ISBT128 Concat Mode is set, enable Check ISBT Table to concatenate only those pairs found in this table. Other types of ISBT codes are not concatenated. A check in the checkbox indicates that redundancy is enabled (default – disabled).

Enable GS1-128 – Set the GS1 128 subtype. A check in the checkbox indicates that the option is enabled (default – enabled).

Enable ISBT128 – Set the ISBT128 subtype. A check in the checkbox indicates that the option is enabled (default – enabled).

Enable Plain Code128 – Set the Plain Code128 subtype. Enables other (non-EAN or ISBT) Code 128 subtypes. A check in the checkbox indicates that the option is enabled (default – enabled).

ISBT128 Concatenation Mode – Select an option for concatenating pairs of ISBT code types:

Concat Mode Never – Do not concatenate pairs of ISBT codes encountered (default).

Concat Mode Always – There must be two ISBT codes in order to decode and perform concatenation. Does not decode single ISBT symbols.

Concat Mode Auto – Decodes and concatenates pairs of ISBT codes immediately. If only a single ISBT symbol is present, the device must decode the symbol the number of times set via DataWedge Configuration 4 – 11 Redundancy – Code128 before transmitting its data to confirm that there is no additional ISBT symbol.

Length1 – Use to set decode lengths (default – 0). See Decode Lengths on page 83 for more information.

Length2 – Use to set decode lengths (default – 55). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – disabled).

Security Level – The scanner offers four levels of decode security for Code 128 barcodes. Select increasing levels of security for decreasing levels of barcode quality. There is an inverse relationship between security and scanner aggressiveness, so choose only that level of security necessary for any given application.

Security Level 0 – This setting allows the scanner to operate in its most aggressive state, while providing sufficient security in decoding most “in-spec” barcodes.

Security Level 1 – This setting eliminates most misdecodes (default).

Security Level 2 – Select this option if Security level 1 fails to eliminate misdecodes.

Security Level 3 – If Security Level 2 is selected and misdecodes still occur, select this security level. Be advised, selecting this option is an extreme measure against mis-decoding severely out of spec barcodes. Selecting this level of security significantly impairs the decoding ability of the scanner. If this level of security is needed, try to improve the quality of the barcodes.

The parameter options for Code39 are:

Code39 Reduced Quiet Zone – Enables decoding of margin-less Code 39 barcodes (default – disabled).

Convert Code39 To Code32 – Code 32 is a variant of Code 39 used by the Italian pharmaceutical industry. Scan the appropriate barcode below to enable or disable converting Code 39 to Code 32 (default – disabled).

Full ASCII- Code 39 Full ASCII is a variant of Code 39 that pairs characters to encode the full ASCII character set. To enable or disable Code 39 Full ASCII (default – disabled).

Length1 – Use to set decode lengths (default – 0). See Decode Lengths on page 83 for more information.

Length2 – Use to set decode lengths 4 (default – 55). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – disabled).

Report Check Digit – Transmit Code 39 data with or without the check digit. A check in the checkbox indicates to send Code 39 data with check digit (default – disabled).

Report Code32 Prefix – Scan the appropriate barcode to enable or disable adding the prefix character “A” to all Code 32 barcodes (default – disabled).

Security Level – Options: Security level 0, Security Level 1, Security Level 2 and Security Level 3 (default – Security level 1).

Security Level 0 – This setting allows the scanner to operate in its most aggressive state, while providing sufficient security in decoding most “in-spec” barcodes.

Security Level 1 – This setting eliminates most misdecodes (default).

Security Level 2 – Select this option if Security level 1 fails to eliminate misdecodes.

Security Level 3 – If Security Level 2 is selected and misdecodes still occur, select this security level. Be advised, selecting this option is an extreme measure against mis-decoding severely out of spec barcodes. Selecting this level of security significantly impairs the decoding ability of the scanner. If this level of security is needed, try to improve the quality of the barcodes.

Verify Check Digit – Enable this feature to check the integrity of all Code 39 symbols to verify that the data complies with a specified check digit algorithm. The digital scanner decodes only those Code 39 symbols that include a modulo 43 check digit. Enable this feature only if the Code 39 symbols contain a modulo 43 check digit (default – disabled).

The parameter options for Code93 are:

Length1 – Use to set decode lengths (default – 0). See Decode Lengths on page 83 for more information.

Length2 – Use to set decode lengths (default – 55). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – disabled).

The parameter options for Composite AB are:

UCC Link Mode:

Link Flag ignored – 1D component is transmitted regardless of whether a 2D component is detected.

Always Linked – 1D and the 2D components are transmitted. If 2D is not present, the 1D component is not transmitted.

Auto Discriminate – the digital scanner determines if there is a 2D portion, then transmits the 1D component, as well as the 2D portion if present. (default).

The parameter options for Discrete 2 of 5 are:

Length1 – Use to set decode lengths (default – 0). See Decode Lengths on page 83 for more information.

Length2 – Use to set decode lengths (default – 14). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – enabled).

The parameter options for GS1 DataBar Limited include the GS1 Limited Security Level:

GS1 Security Level 1 – This setting allows the scanner to operate in its most aggressive state, while providing sufficient security in decoding most “in-spec” barcodes.

GS1 Security Level 2 – This setting eliminates most misdecodes (default).

GS1 Security Level 3 – Select this option if Security level 2 fails to eliminate misdecodes.

GS1 Security Level 4 – If Security Level 3 is selected and misdecodes still occur, select this security level. Be advised, selecting this option is an extreme measure against mis-decoding severely out of spec barcodes. Selecting this level of security significantly impairs the decoding ability of the scanner. If this level of security is needed, try to improve the quality of the barcodes.

The parameter options for HAN XIN include HAN XIN Inverse:

Disable – Disables decoding of HAN XIN inverse barcodes (default).

Enable – Enables decoding of HAN XIN inverse barcodes.

Auto – Decodes both HAN XIN regular and inverse barcodes.

The parameter options for Interleaved 2 of 5 are:

Check Digit:

No Check Digit – A check digit is not used. (default)

USS Check Digit – Select to check the integrity of all Interleaved 2 of 5 symbols to verify the data complies with either the Uniform Symbology Specification (USS) check digit algorithm.

OPCC Check Digit – Select to check the integrity of all Interleaved 2 of 5 symbols to verify the data complies with either the Optical Product Code Council (OPCC) check digit algorithm.

Length1 – Use to set decode lengths (default – 14). See Decode Lengths on page 83 for more information.

Length2 – Use to set decode lengths (default – 10). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – enabled).

Report Check Digit – Transmit Interleaved 2 of 5 data with or without the check digit. A check in the checkbox indicates to send Interleaved 2 of 5 data with check digit (default – disabled).

I2of5 Security Level – Options: I2of5 Security level 0, I2of5 Security Level 1, I2of5 Security Level 2 and I2of5 Security Level 3 (default – I2of5 Security level 1).

Convert ITF-14 To EAN13 – Convert 14-character Interleaved 2 of 5 barcodes to EAN-13, and transmit as EAN-13. The Interleaved 2 of 5 barcode must be enabled and must have a leading zero and a valid EAN-13 check digit. A check in the checkbox indicates that the option is enabled (default – disabled).

I2of5 Reduced Quiet Zone – Enables decoding of margin-less I2of5 barcodes (default – disabled).

The parameter options for Matrix 2 of 5 are:

Length1 – Use to set decode lengths (default – 10). See Decode Lengths on page 83 for more information.

Length2 – Use to set decode lengths (default – 0). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – disabled).

Report Check Digit – Transmit Matrix 2 of 5 data with or without the check digit. A check in the checkbox indicates to send Matrix 2 of 5 data with check digit (default – enabled).

Verify Check Digit – Enable this feature to check the integrity of all Matrix 2 of 5 symbols to verify that the data complies with a specified check digit algorithm (default – enabled).

The parameter options for MSI are:

Check Digit – With MSI symbols, one check digit is mandatory and always verified by the reader. The second check digit is optional.

One Check Digit – Verify one check digit (default).

Two Check Digits – Verify two check digits.

Check Digit Scheme – Two algorithms are possible for the verification of the second MSI check digit. Select the algorithm used to encode the check digit.

Mod-11-10 – First check digit is MOD 11 and second check digit is MOD 10 (default).

Mod-10-10 – Both check digits are MOD 10.

Length 1 – Use to set decode lengths (default – 4). See Decode Lengths on page 83 for more information.

Length 2 – Use to set decode lengths (default – 55). See Decode Lengths on page 83 for more information.

Redundancy – Sets the reader to read the barcode twice before accepting data. A check in the checkbox indicates that redundancy is enabled (default – enabled).

Report Check Digit – Transmit MSI data with or without the check digit. A check in the checkbox indicates to send MSI data with check digit (default – disabled).

The parameter option for UK Postal is:

Report Check Digit – Transmit UK Postal data with or without the check digit. A check in the checkbox indicates to send UK Postal data with check digit (default – disabled).

The parameter options for UPCA are:

Preamble – Preamble characters are part of the UPC symbol consisting of Country Code and System Character. Select the appropriate option to match the host system. There are three options for transmitting a UPCA preamble:

Preamble None – Transmit no preamble.

Preamble Sys Char – Transmit System Character only (default).

Preamble Country and Sys Char – Transmit System Character and Country Code (“0” for USA). Select the appropriate option to match the host system.

Report Check Digit – The check digit is the last character of the symbol used to verify the integrity of the data. Enables or disables this option. A check in the checkbox indicates that the option is enabled (default – enabled).

The parameter options for UPCE0 are:

Convert UPCE0 To UPCA – Enable to convert UPCE0 (zero suppressed) decoded data to UPC-A format before transmission. After conversion, the data follows UPC-A format and is affected by UPC-A programming selections. Disable to transmit UPCE0 decoded data as UPCE0 data, without conversion (default – disabled).

Preamble – Preamble characters are part of the UPC symbol consisting of Country Code and System Character. Select the appropriate option to match the host system. There are three options for transmitting a UPCE0 preamble:

Preamble None – Transmit no preamble (default).

Preamble Sys Char – Transmit System Character only.

Preamble Country and Sys Char – Transmit System Character and Country Code (“0” for USA).

Report Check Digit – The check digit is the last character of the symbol used to verify the integrity of the data. Enables or disables this option. A check in the checkbox indicates that the option is enabled (default – disabled).

The parameter options for UPCE1 are:

Convert UPCE1 To UPCA – Enable this to convert UPCE1 decoded data to UPC-A format before transmission. After conversion, the data follows UPC-A format and is affected by UPC-A programming selections. Disable this to transmit UPCE1 decoded data as UPCE1 data, without conversion (default – disabled).

Preamble – Preamble characters are part of the UPC symbol consisting of Country Code and System Character. Select the appropriate option to match the host system. There are three options for transmitting a UPCE1 preamble:

Preamble None – Transmit no preamble (default).

Preamble Sys Char – Transmit System Character only.

Preamble Country and Sys Char – Transmit System Character and Country Code (“0” for USA).

Report Check Digit – The check digit is the last character of the symbol used to verify the integrity of the data. Enables or disables this option. A check in the checkbox indicates that the option is enabled (default – disabled).

The parameter option for US Planet is:

Report Check Digit – The check digit is the last character of the symbol used to verify the integrity of the data. Enables or disables this option. A check in the checkbox indicates that the option is enabled (default – disabled).

The allowable decode lengths are specified by options Length1 and Length2 as follows:

Variable length: Decode symbols containing any number of characters. Set both Length1 and Length2 to 0.

Range: Decode a symbol with a specific length range (from a to b, including a and b). Set Length1 to a and set Length2 to b.

Two Discrete Lengths: Decode only symbols containing either of two selected lengths. Set both Length1 or Length2 to the specific lengths. Length1 must be greater than Length2.

One Discrete Length: Decode only symbols containing a specific length. Set both Length1 and Length2 to the specific length.

The configurations allowed for UPC EAN Parameters are:

Convert DataBar To UPC EAN – If this is set it converts DataBar barcodes to UPC/EAN format. For this setting to work UPC/EAN symbologies must be enabled. A check in the checkbox indicates that the option is enabled. (default – disabled).

UPC Reduced Quiet Zone – Enables decoding of margin-less UPC barcodes. (default – disabled)

Bookland – Enable Bookland decoding. A check in the checkbox indicates that the option is enabled. (default – disabled).

Bookland Format – If Bookland EAN is enabled, select one of the following formats for Bookland data:

Format ISBN-10 – The decoder reports Bookland data starting with 978 in traditional 10-digit format with the special Bookland check digit for backward-compatibility. Data starting with 979 is not considered Bookland in this mode. (default)

Format ISBN-13 – The decoder reports Bookland data (starting with either 978 or 979) as EAN-13 in 13-digit format to meet the 2007 ISBN-13 protocol.

Coupon – Enables Coupon code decoding. Note that in order to successfully decode Coupon codes, all of the correct decoders must be enabled. A check in the checkbox indicates that the option is enabled. (default – disabled).

Coupon Report Mode – Traditional coupon symbols are composed of two barcode: UPC/EAN and Code 128. A new coupon symbol is composed of a single Data Expanded barcode. The new format offers more options for purchase values (up to $999.999) and supports complex discount offers as a second purchase requirement. An interim coupon symbol also exists that contain both types of barcodes: UPC/EAN and Databar Expanded. This format accommodates both retailers that do not recognize or use the additional information included in the new coupon symbol, as well as those who can process new coupon symbols.

Old Coupon Report Mode – Scanning an old coupon symbol reports both UPC and Code 128, scanning is interim coupon symbol reports UPC, and scanning a new coupon symbol reports nothing (no decode).

New Coupon Report Mode – Scanning an old coupon symbol reports either UPC or Code 128, and scanning an interim coupon symbol or a new coupon symbol reports Databar Expanded.

Both Coupon Report Modes – Scanning an old coupon symbol reports both UPC and Code 128, and scanning an interim coupon symbol or a new coupon symbol reports Databar Expanded. (default)

Ean Zero Extend – Enable this parameter to add five leading zeros to decoded EAN-8 symbols to make them compatible in format to EAN-13 symbols. Disable this to transmit EAN-8 symbols as is. Default – disabled.

Linear Decode – This option applies to code types containing two adjacent blocks (e.g., UPC-A, EAN-8, EAN-13). Enable this parameter to transmit a bar code only when both the left and right blocks are successfully decoded within one laser scan. Enable this option when bar codes are in proximity to each other (default – enabled).

Retry Count – Retry count for auto-discriminating for supplementals. Possible values are 2 to 20 inclusive. Note that this flag is only considered if Supplemental Mode – UPC EAN is set to one of the following values: Supplementals Auto, Supplementals Smart, Supplementals 378-379, Supplementals 978-979, Supplementals 977 or Supplementals 414-419-434-439 (2 to 20, default 10).

Security Level – The scanner offers four levels of decode security for UPC/EAN barcodes. Select higher security levels for lower quality barcodes. There is an inverse relationship between security and decode speed, so be sure to choose only that level of security necessary for the application.

Level 0 – This default setting allows the scanner to operate fastest, while providing sufficient security in decoding “in-spec” UPC/EAN barcodes.

Level 1 – As barcode quality levels diminish, certain characters become prone to misdecodes before others (i.e., 1, 2, 7, 8). If the scanner is misdecoding poorly printed barcodes, and the misdecodes are limited to these characters, select this security level. (default).

Level 2 – If the scanner is misdecoding poorly printed barcodes, and the misdecodes are not limited to characters 1, 2, 7, and 8, select this security level.

Level 3 – If the scanner is still misdecoding, select this security level. Be advised, selecting this option is an extreme measure against misdecoding severely out of spec barcodes. Selecting this level of security can significantly impair the decoding ability of the scanner. If this level of security is necessary, try to improve the quality of the barcodes.

Supplemental2 – Enables or disables this option. A check in the checkbox indicates that the option is enabled.

Supplemental5 – Enables or disables this option. A check in the checkbox indicates that the option is enabled.

Supplemental Mode:

No Supplementals – the scanner is presented with a UPC/EAN plus supplemental symbol, the scanner decodes UPC/EAN and ignores the supplemental characters (default).

Supplemental Always – the scanner only decodes UPC/EAN symbols with supplemental characters, and ignores symbols without supplementals.

Supplements Auto – the scanner decodes UPC/EAN symbols with supplemental characters immediately. If the symbol does not have a supplemental, the scanner must decode the barcode the number of times set via UPC/EAN Supplemental Redundancy before transmitting its data to confirm that there is no supplemental.

Supplemental Smart – Enables smart supplementals. In this mode the decoder returns the decoded value of the main block right away if it does not belong to one of the following supplemental types: 378, 379, 977, 978, 979, 414, 419, 434 or 439. If the barcode starts with one of the prefixes it searches the image more aggressively for a supplemental. Tries to scan the supplemental if it is present. If the supplemental scanning failed, then the main barcode is returned.

Supplemental 378-379 – Enables (auto-discriminate) supplemental for UPC/EAN codes starting with 378 or 379. Disables reading of supplementals for any other UPC/EAN barcode not starting with 378 or 379. Tries to scan the supplemental if it is present. If the supplemental scanning failed, then the main barcode is returned.

Supplemental 978-979 – Enables (auto-discriminate) supplemental for UPC/EAN codes starting with 978 or 979. Disables reading of supplementals for another UPC/EAN barcode not starting with 978 or 979. Tries to scan the supplemental if it is present. If the supplemental scanning failed, then the main barcode is returned.

Supplemental 414-419-434-439 – Enables (auto-discriminate) supplemental for UPC/EAN codes starting with 414, 419, 434 or 439. Disables reading of supplementals for another UPC/EAN barcode 4 – 16 not starting with 414, 419, 434 or 439. Tries to scan the supplemental if it is present. If the supplemental scanning failed, then the main barcode is returned.

Supplemental 977 – Enables (auto-discriminate) supplemental for UPC/EAN codes starting with 977. Disables reading of supplementals for another UPC/EAN barcode not starting with 977. Tries to scan the supplemental if it is present. If the supplemental scanning failed, then the main barcode is returned.

Character Set Configuration is used to support the GB2312 Chinese characters encoding. Character Set Selection allows the user to convert the barcode data if different from default encoding type. Options include:

Auto Character Set Selection (Best Effort) – Automatic character convert option. Tries to decode data from the Preferred selection. The first correct decodable character set is used to convert the data and is sent.

ISO-8859-1 – Part of the ISO/IEC 8859 series of ASCII-based standard character encodings. It is generally intended for Western European languages.

Shift_JIS – Shift Japanese Industrial Standards (JIS) is a character encoding for the Japanese language.

GB18030 – Chinese coded character set that defines the required language and character support necessary for software in China.

UTF-8 – A character encoding capable of encoding all possible characters, or code points, defined by Unicode (default).

Auto Character Set Preferred Order – In Auto Character Set Selection mode, the system will try to decode the data in a preference order of character sets. The algorithm used is a best effort one. That is, there could be cases where the data can be decoded from more than one character set. The first character set from the preferred list which can decode the data successfully will be chosen to decode the data and sent to the user. Any other character set that is in the list but lower in the preferred order, would not be considered, even if the data could be successfully decoded using such character set. The preferred character set and its preference order is configurable to the user through the Auto Character Set Preferred Order menu. Users can change the order by dragging the icon for that menu item. To delete an item, long press on an item and the Delete option will appear. To add a new item, tap the menu icon at top right corner and options to add UTF-8 and GB2312 will appear.

UTF-8 – A character encoding capable of encoding all possible characters, or code points, defined by Unicode (default).

GB2312 – Character set of the People’s Republic of China, used for simplified Chinese characters.

Auto Character Set Failure Option – If the system cannot find a character set from the preferred list that can be used to successfully decode the data, the character set selected in Auto Character Set Failure Option is used to decode the data and send to the user. If NONE is used, Null data is returned as string data.

NONE

UTF-8 – A character encoding capable of encoding all possible characters, or code points, defined by Unicode (default).

ISO-8859-1 – Part of the ISO/IEC 8859 series of ASCII-based standard character encodings. It is generally intended for Western European languages.

Shift_JIS – ended for Western European languages.

Shift_JIS – Shift Japanese Industrial Standards (JIS) is a character encoding for the Japanese language.

GB18030 – Chinese coded character set that defines the required language and character support necessary for software in China.

1D Quiet Zone Level – Sets the level of aggressiveness in decoding barcodes with a reduced quiet zone (the area in front of and at the end of a barcode), and applies to symbologies enabled by a Reduced Quiet Zone parameter.

The options for 1D Quiet Zone Level are:

0 – The scanner performs normally in terms of quiet zone.

1 – The scanner performs more aggressively in terms of quiet zone (default).

2 – The scanner only requires one side EB (end of barcode) for decoding.

3 – The scanner decodes anything in terms of quiet zone or end of barcode.

Adaptive Scanning – When adaptive scanning is enabled, the scan engine toggles between wide and narrow, allowing the scan engine to decode barcodes based on the distance.

Disable

Enable (default).

Beam Width is applicable only with linear scanners. The options are:

Narrow

Normal (default)

Wide

Aim mode turns the scanner cross-hairs on or off. The options are:

On – Cross-hair is on (default).

Off – Cross-hair is off.

Aim Type sets the aiming usage. The options are:

Trigger – A trigger event activates decode processing, which continues until the trigger event ends or a valid decode occurs (default).

Timed Hold – A trigger pull and hold activates the laser for aiming, which continues until the trigger is released, a valid decode, or the decode session time-out is expired.

Timed Release – A trigger pull activates the laser for aiming, which continues until a valid decode or the remaining decode session time has expired.

Press and Release – A trigger pull and release activates the laser for aiming, which continues until a trigger is pressed again, a valid decode, or the decode session time-out is expired.

Continuous Read- When the imager detects an object in its field of view, it triggers and attempt to decode.

Scan Params allows the configuration of Code ID and decode feedback options. The options include:

Code ID Type – A Code ID character identifies the code type of a scanned barcode. This is useful when the reader is decoding more than one code type. Select a code ID character to insert between the prefix and the decoded symbol.

Code ID Type None – No prefix (default)

Code ID Type AIM – Insert AIM Character prefix.

Code ID Type Symbol – Insert Symbol character prefix.

Engine Decode LED – Use to turn on scanner red LED when the scan beam is emitting either by scanner trigger or using soft scan button.

BT Disconnect On Exit – Bluetooth connection is disconnected when data capture application is closed.

Connection Idle Time – Set connection idle time. The Bluetooth connection disconnects after being idle for set time.

Display BT Address Barcode – Enable or disable displaying Bluetooth Address bar code if there is no Bluetooth scanner being paired when application tries to enable the Bluetooth scanner.

Establish Connection Time – The timeout which the device will try to enable or reconnect to the Bluetooth scanner when the Bluetooth scanner is not in the vicinity or not paired.

Audio Feedback Mode – Select good decode audio indication.

Local Audio Feedback – Good decode audio indication on device only.

Remote Audio Feedback – Good decode audio indication.

Both – Good decode audio indication on device and scanner (default).

Disable – No good decode audio indication on either device or scanner.

LED Feedback Mode – Select good decode LED indication.

Local LED Feedback – Good decode LED indication on device only.

Remote LED Feedback – Good decode LED indication on scanner.

Both – Good decode LED indication on device and scanner (default).

Disable – No good decode LED indication on either device or scanner.

Decode Audio Feedback – Select an audio tone to sound upon a good decode (default optimized-beep).

Decoding LED Notification – Enable the device to light the red Data Capture LED when data capture is in progress. (default – disabled).

Decode Feedback LED Timer – Set the amount of time (in milliseconds) that the green Data Capture LED stays lit after a good decode. (default – 75 msec.)

Beep Volume Control – Set the good decode beep to a system or other sound. This allows for independent control of the good beep volume.

UDI Params allows the configuration of parameters specific to healthcare barcodes:

Enable UDI-GSI – Enable UDI using GS1 standards (default – enabled).

Enable UDI-HIBCC – Enable UDI using HIBCC standards (default – enabled).

Enable UDI-ICCBBA – Enable UDI using ICCBBA standards (default – enabled).

Set the number of barcodes that the device can read on a single scan from 2 to 10. Must also enable Reader Params > Scanning Modes > Basic MultiBarcode option.

The settings for the SimulScan Input Plug-in are:

Enabled – Enables or disables this plug-in. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Hardware Trigger – Enables or disables the hardware trigger for scanning. (Default – enabled). If disabled, pressing the hardware trigger does not start SimulScan View Finder.

Device Selection – Configures which scanning device to use for data capture when the profile is active.

Camera – Scanning is performed with the rear-facing camera.

Imager – Scanning is performed using the integrated 2D Imager.

Default – Scanning is performed with the default selected scanning device (default).

Template Selection – Select template to use.

Default – BankCheck.xml – Use this template to read the MICR E-13B font (length between 19 and 40 characters) on bank checks.

Default – Barcode 1.xml – Use this template to read a single supported bar code.

Default – Barcode 10.xml – Use this template to read up to 10 supported bar codes.

Default – Barcode 2.xml – Use this template to read two supported bar codes.

Default – Barcode 4.xml – Use this template to read up to supported four bar codes.

Default – Barcode 5.xml – Use this template to read up to supported five bar codes.

Default – BookNumber.xml – Use this template to read the OCR-B ISBN 10 or 13 digit book numbers.

Default – DocCap + Optional Barcode.xml – Use this template to capture a full page image and decode any supported bar codes that are in the form. The captured area is the largest rectangular region in the field of view defined by the solid border or contrast of background. Any OCR or OMR content will not be decoded in this mode. The captured area is further processed to correct, de-skew and sharpen and returned as a picture(default).

Default – DocCap + Required Barcode.xml – Use this template to capture a full page image and decode of any supported bar codes that are present in the form. The captured area is the largest rectangular region in the field of view defined by the solid border or contrast of background. Any OCR or OMR content will not be decoded in this mode. The captured area is further processed to correct, de-skew and sharpen and returned as a picture.

Default – TravelDoc.xml – Use this template to read passport and Visa travel documents with OCR-B types A and B fonts.

Default – Unstructured Multi-Line.xml – Use this template to read up to seven lines of text.

Default – Unstructured Single Line.xml – Use this template to read a single line of text.

Dynamic Template Params – Use to configure template specific parameters. Permits the configuration of parameters when using Dynamic Templates. This offers the flexiblity of accepting input parameters based on varying usage scenarios without requiring a different template for each. If the selected template contains Dynamic-Template parameters, DataWedge prompts the user to configure the parameters. Currently supports Dynamic Quantity, which sets the number of barcodes (from 1-99; default=5) to be decoded on a form. Dynamic Templates are created using Template Builder.

Region separator – Use to configure a separator character for SimulScan region data. When there are multiple text regions the region separator will be inserted between two data strings. By default no separator will be set. Possible values for region separator are None, Tab, Line feed and Carriage return. Region separator can be used with the Keystrokes plug-in Action key character setting to dispatch SimulScan region data to separate text fields.

Log directory – Select a folder for storing log files to help debug a template. The folders are named based on the timestamp of the session and the debug data saved includes logs, templates, frame data, etc.

Timestamp – Enable to capture the time when the data was captured and processed in case of a successful SimulScan session.

To configure the Keystroke Output Plug-in for the profile:

Enabled — Enables or disables this plug-in. A check in the checkbox indicates that the plug-in is enabled (default – enabled).

Action key character – Enables decoding of a special character embedded within a barcode data for use in native Android applications. This feature is helpful when populating or executing a form.

None – Action key character feature is disabled (default).

Tab – Tab character code in a barcode is processed. When DataWedge detects this character code in a barcode, move the focus to the next field.

Line feed – Line feed character code in a barcode is processed. When DataWedge detects this character code in a barcode, move the focus to the next field.

Carriage return – Carriage return character code in a barcode is processed. When DataWedge detects this character code in a barcode, move the focus to the next field.

Inter character delay – Set the delay between keystrokes (in milliseconds).

Delay Multibyte characters only – If Inter character delay is set, enable Delay Multbyte characters only to delay only the multibyte characters.

Multi byte character display – Set the amount of time (in milliseconds) of the inter character delay for multi byte characters. (default – 0.)

Key event delay – Set the amount of time (in milliseconds) of the wait time for control characters. (default – 0.)

Data formatting and ordering – Allows formatting and ordering of UDI and Multibarcode data.

UDI specific – Allows the output order of acquired UDI data to be adjusted and the optional insertion of a tab, line feed, or carriage return character between tokens.

Send tokens – Set to select the output format for UDI data. (default – disabled)

Token separator – Set to select a separator character. If no separator character is selected when Send tokens is set to Barcodes and tokens, two instances of the same data are sent. (default – none)

Token order – Set to include or exclude Tokens from the output and adjust their output order.

Multibarcode specific – Allows the optional insertion of a tab, line feed, or carriage return between each barcode.

Barcode separator – Set to select a separator character. If no separator character is selected, the data set is sent as a single string.

Advanced data formatting – is a way to customizing data before transmission. Use advanced data formatting (ADF) to edit scan data to suit requirements.

Enable – Enables or disables ADF. A check in the checkbox indicates that ADF is enabled (default – disabled).

Rules – ADF uses rules to customize data. These rules perform detailed actions when the data meets certain criteria. One rule may consist of single or multiple criteria applied to single or multiple actions. See Generating Advanced Data Formatting Rules on page 98 for more information.

Basic data formatting – Allows the configuration of any data formatting for the related Output Plug-in. When the plug-in is disabled any data is passed on without modification.

Enabled – Enables or disables Basic Data Formatting. A check in the checkbox indicates that it is enabled (default – enabled).

Prefix to data – Add characters to the beginning of the data when sent.

Suffix to data – Add characters to the end of the data when sent.

Send data – Set to transfer the captured data to the foreground application. Disabling this option prevents the actual data from being transmitted. However, the prefix and suffix strings, if present, are still transmitted even when this option is disabled (default – enabled).

Send as hex – Set to send the data in hexadecimal format. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Send TAB key – Set to append a tab character to the end of the processed data. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Send ENTER key – Set to append an Enter character to the end of the processed data. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Intent Output allows configuration of the Intent Output Plug-in for the profile. The Intent Output Plug-in allows the captured data to be sent to an application in the form of an implicit Intent.

The settings are:

Enabled – Enables or disables this plug-in. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Intent action – Enter the Intent Action name (required).

Intent category – Enter the Intent Category name (required).

Intent delivery – Select the method by which the intent is delivered:

Send via StartActivity

Send via startService (default)

Broadcast intent

Receiver foreground flag – Set Broadcast intent flag in Intent delivery. (DS3678).

Advanced data formatting – is a way to customizing data before transmission. Use advanced data formatting (ADF) to edit scan data to suit requirements.

Enable – Enables or disables ADF. A check in the checkbox indicates that ADF is enabled (default – disabled).

Rules – ADF uses rules to customize data. These rules perform detailed actions when the data meets certain criteria. One rule may consist of single or multiple criteria applied to single or multiple actions. See Generating Advanced Data Formatting Rules on page 98 for more information.

Basic data formatting – Allows configuration of any data formatting for the related Output Plug-in. When the plug-in is disabled any data is passed on without modification.

Enabled – Enables or disables Basic Data Formatting. A check in the checkbox indicates that it is enabled (default – enabled).

Prefix to data – Add characters to the beginning of the data when sent.

Suffix to data – Add characters to the end of the data when sent.

Send data – Set to transfer the captured data to the foreground application. Disabling this option prevents the actual data from being transmitted. However, the prefix and suffix strings, if present, are still transmitted even when this option is disabled (default – enabled).

Send as hex – Set to send the data in hexadecimal format. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Send TAB key – Set to append a tab character to the end of the processed data. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Send ENTER key – Set to append an Enter character to the end of the processed data. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

IP Output allows DataWedge to send captured data to a host computer via a network connection. Captured data can be sent over an IP network to a specified IP address and port using either TCP or UDP transport protocols. The settings are:

Enabled – Enables or disables this plug-in. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Remote Wedge – Enable or disable the Remote Wedge option (default – enabled). Remote Wedge is used with the IPWedge application.

Protocol – Select the protocol used by the remote application. Options: TCP (default) or UDP.

IP address – Enter the IP address used by the remote application (default – 0.0.0.0).

Port – Enter the port number used by the remote application (default – 58627).

Data formatting and ordering – Allows formatting and ordering of UDI and Multibarcode data.

UDI specific – Allows the output order of acquired UDI data to be adjusted and the optional insertion of a tab, line feed, or carriage return character between tokens.

Send tokens – Set to select the output format for UDI data. (default – disabled)

Token separator – Set to select a separator character. If no separator character is selected when Send tokens is set to Barcodes and tokens, two instances of the same data are sent. (default – none)

Token order – Set to include or exclude Tokens from the output and adjust their output order.

Advanced data formatting – is a way of customizing data before transmission. Use advanced data formatting (ADF) to edit scan data to suit requirements.

Enable – Enables or disables ADF. A check in the checkbox indicates that ADF is enabled (default – disabled).

Rules – ADF uses rules to customize data. These rules perform detailed actions when the data meets certain criteria. One rule may consist of single or multiple criteria applied to single or multiple actions. See Generating Advanced Data Formatting Rules on page 98 for more information.

Basic data formatting – Allows configuration of any data formatting for the related Output Plug-in. When the plug-in is disabled any data is passed on without modification.

Enabled – Enables or disables Basic Data Formatting. A check in the checkbox indicates that it is enabled (default – enabled).

Prefix to data – Add characters to the beginning of the data when sent.

Suffix to data – Add characters to the end of the data when sent.

Send data – Set to transfer the captured data to the foreground application. Disabling this option prevents the actual data from being transmitted. However, the prefix and suffix strings, if present, are still transmitted even when this option is disabled (default – enabled).

Send as hex – Set to send the data in hexadecimal format. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Send TAB key – Set to append a tab character to the end of the processed data. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Send ENTER key – Set to append an Enter character to the end of the processed data. A check in the checkbox indicates that the plug-in is enabled (default – disabled).

Step 1. In IP Output, touch Enabled. A check appears in the checkbox.

Step 2. Ensure Remote Wedge option is enabled.

Step 3. Touch Protocol.

Step 4. In the Choose protocol dialog box, touch the same protocol selected for the IPWedge computer application. (TCP is the default).

Step 5. Touch IP Address.

Step 6. In the Enter IP Address dialog box, enter the IP address of host computer to send data to.

Step 7. Touch Port.

Step 8. In the Enter port number dialog box, enter same port number selected for IPWedge computer application.

Step 9. Configure Advanced data formatting and Basic data formatting Plug-in if any required modification to be done to captured data before sending to remote computer.

Step 1. In IP Output, touch Enabled. A check appears in the checkbox.

Step 2. Ensure Remote Wedge option is disabled.

Step 3. Touch Protocol.

Step 4. In the Choose protocol dialog box, touch the same protocol selected in the client application. (TCP is the default).

Step 5. Touch IP Address.

Step 6. In the Enter IP address dialog box, enter the IP address of host computer to send data to.

Step 7. Touch Port.

Step 8. In the Enter port number dialog box, enter the port number that the host computer application is listening on.

Step 9. Configure Advanced Data Formatting and Basic Data Formatting Plug-in if any required modification to be done to captured data before sending to remote computer.

The ADF plug-in applies rules (actions to be performed based on defined criteria) to the data received via an input plug-in before sending it to the output plug-in.

Rules – The ADF process plug-in consists of one or more rules. DataWedge formats the output data according to the first matching rule. A rule is a combination of criteria and a set of actions to be performed, upon fulfillment of the criteria set in the rule.

Criteria – Criteria can be set according to Input plug-in, symbology, matching string within the data (at the specified position) and/or data length. Received data must match the defined criteria in order for the data to be processed.

Actions – A set of procedures defined to format data. There are four types of actions which are for formatting cursor movement, data modification, data sending and delay specifications. An action can be defined to send the first number of characters to the Output plug-in, pad the output data with spaces or zeros, remove spaces in data, etc.

Step 1. Swipe up from the bottom of the screen and touch the menu icon.

Step 2. Touch a DataWedge profile.

Step 3. In Keystroke Output, touch Advanced data formatting.

Step 4. Touch the Enable checkbox to enable ADF.

Step 1. Touch the add icon.

Step 2. Touch New rule.

Step 3. Touch the Enter rule name text box.

Step 4. In the text box, enter a name for the new rule.

Step 5. Touch OK.

Step 1. Touch the add icon.

Step 2. Touch New action.

Step 3. In the New action menu, select an action to add to the Actions list. See Table 6 on page 100 for a list of supported ADF actions.

Step 4. Some Actions require additional information. Touch the Action to display additional information fields.

Step 5. Repeat steps to create more actions.

Step 6. Touch the back arrow icon.

Step 7. Touch the back arrow icon.

Step 1. Copy the configuration file to the microSD card /Android/data/com.symbol.datawedge/files folder.

Step 2. Swipe up from the bottom of the screen and touch the menu icon.

Step 3. Touch the menu icon.

Step 4. Touch Settings.

Step 5. Touch Import.

Step 6. Touch filename to import.

The configuration file (datawedge.db) is imported and replaces the current configuration.

Step 1. Swipe up from the bottom of the screen and touch the menu icon.

Step 2. Touch the menu icon.

Step 3. Touch Settings.

Step 4. Touch Export.

Step 5. In the Export to dialog box, select the location to save the file.

Step 6. Touch Export. The configuration file (datawedge.db) is saved to the selected location.

Step 1. Copy the profile file to the On Device Storage /Android/data/com.symbol.datawedge/files folder.

Step 2. Swipe up from the bottom of the screen and touch the menu icon.

Step 3. Touch the menu icon.

Step 4. Touch Settings.

Step 5. Touch Import Profile.

Step 6. Touch the profile file to import.

Step 7. Touch Import. The profile file (dwprofile_x.db, where x = the name of the profile) is imported and appears in the profile list.

Step 1. Swipe up from the bottom of the screen and touch the menu icon.

Step 2. Touch the menu icon.

Step 3. Touch Settings.

Step 4. Touch Export Profile.

Step 5. Touch the profile to export.

Step 6. Touch Export.

The profile file (dwprofile_x.db, where x = name of the profile) is saved to the root of the On-device Storage.

Step 1. Swipe up from the bottom of the screen and touch the menu icon.

Step 2. Touch the menu icon.

Step 3. Touch Settings.

Step 4. Touch Restore.

Step 5. Touch Yes.

To enable logging:

Step 1. Swipe the screen up and select the settings icon.

Step 2. Touch Start.

Step 3. Touch the settings icon.

To disable logging:

Step 1. Swipe the screen up and select the settings icon.

Step 2. Touch Stop.

Step 3. Touch the settings icon.

Step 1. Connect the device to a host computer using an USB connection.

Step 2. Using a file explorer, navigate to the RxLogger folder.

Step 3. Copy the file from the device to the host computer.

Step 4. Disconnect the device from the host computer.

To initiate the Main Chat Head:

Step 1. Open RxLogger.

Step 2. Touch the menu icon > Toggle Chat Head. The Main Chat Head icon appears on the screen.

Step 3. Touch and drag the Main Chat head icon to move it around the screen.

Step 1. Touch and drag the icon. A circle with an X appears.

Step 2. Move the icon over the circle and then release.

Step 1. Touch the Backup Now icon.

Step 2. Touch Yes to create the back up.

Step 1. Copy the certificate from the host computer to the root of the microSD card or the device’s internal memory. See USB Communication for information about connecting the device to a host computer and copying files.

Step 2. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 3. Touch Security & location > Advanced > Encryption & credentials.

Step 4. Touch Install from storage.

Step 5. Navigate to the location of the certificate file.

Step 6. Touch the filename of the certificate to install.

Step 7. If prompted, enter the password for credential storage. If a password has not been set for the credential storage, enter a password for it twice and then touch OK.

Step 8. If prompted, enter the certificate’s password and touch OK.

Step 9. Enter a name for the certificate and in the Credential use drop-down, select VPN and apps or Wi-Fi.

Step 10. Touch OK.

The certificate can now be used when connecting to a secure network. For security, the certificate is deleted from the microSD card or internal memory.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Security.

Trusted credentials – Touch to display the trusted system and user credentials.

Install from storage – Touch to install a secure certificate from the microSD card or internal storage.

Clear credentials – Deletes all secure certificates and related credentials.

Step 1. Connect the device to a host computer using the Rugged Charge/USB cable.

Step 2. Pull down the Notification panel and touch USB for Charging.

Step 3. Touch Transfer files.

Step 4. On the host computer, open a Files application.

Step 5. On the host computer, copy the application .apk file from the host computer to the device.

Step 6. Disconnect the device from the host computer.

Step 7. Swipe the screen up and select the menu icon to view files on the microSD card or Internal Storage.

Step 8. Locate the application .apk file.

Step 9. Touch the application file.

Step 10. Touch Continue to install the app or Cancel to stop the installation.

Step 11. To confirm installation and accept what the application affects, touch Install otherwise touch Cancel.

Step 12. Touch Open to open the application or Done to exit the installation process. The application appears in the App list.

Step 1. Connect the device to a host computer using USB. See USB Communication.

Step 2. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 3. Touch System > Developer options.

Step 4. Slide the switch to the ON position.

Step 5. Touch USB Debugging. A check appears in the check box. The Allow USB debugging? dialog box appears.

Step 6. Touch OK.

Step 7. On the host computer, open a command prompt window and use the adb command: adb install where: = the path and filename of the apk file.

Step 8. Disconnect the device from the host computer. See USB Communication.

Step 1. Connect the device to a host computer using USB. See USB Communication on page 118.

Step 2. Copy the application APK file from the host computer to the microSD card.

Step 3. Remove the microSD card from the host computer.

Step 4. Press and hold the Power button until the menu appears.

Step 5. Touch Power off.

Step 6. Press the two battery latches in.

Step 7. Lift the battery from the device.

Step 8. Lift the access door.

Step 9. Insert the microSD card.

Step 10. Replace the access door.

Step 11. Insert the battery, bottom first, into the battery compartment in the back of the device.

Step 12. Press the battery down until the battery release latches snap into place.

Step 13. Press and hold the Power button to turn on the device.

Step 14. Swipe the screen up and select the menu icon to view files on the microSD card.

Step 15. Touch the menu icon > SD card.

Step 16. Locate the application .apk file.

Step 17. Touch the application file.

Step 18. Touch Continue to install the app or Cancel to stop the installation.

Step 19. To confirm installation and accept what the application affects, touch Install otherwise touch Cancel.

Step 20. Touch Open to open the application or Done to exit the installation process. The application appears in the App list.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Apps & notifications.

Step 3. Touch See all apps to view all apps in the list.

Step 4. Scroll through the list to the app.

Step 5. Touch the app. The App info screen appears.

Step 6. Touch Uninstall.

Step 7. Touch OK to confirm.

Step 1. Copy the System Update zip file to the root of the microSD card.

Step 2. Press and hold the Power button until the menu appears.

Step 3. Touch Reboot.

Step 4. Touch OK. The device resets.

Step 5. Press and hold the PTT button until the device vibrates. The System Recovery screen appears.

Step 6. Press the Volume Up and Volume Down buttons to navigate to apply from sdcard.

Step 7. Press the Power button.

Step 8. Use the Volume Up and Volume Down buttons to navigate to the System Update file.

Step 9. Press the Power button. The System Update installs and then the device returns to the Recovery screen.

Step 10. Press the Power button to reboot the device.

Step 1. Connect the device to the Rugged Charge/USB cable or insert the device into the 1-Slot USB/Charge Only Cradle.

Step 2. Connect the cable or cradle to the host computer.

Step 3. On the device, swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 4. Touch System > Developer options.

Step 5. Slide the switch to the ON position.

Step 6. Touch USB Debugging. A check appears in the check box. The Allow USB debugging? dialog box appears.

Step 7. Touch OK.

Step 8. On the host computer, open a command prompt window and use the adb command: adb devices. The following displays: List of devices attached XXXXXXXXXXXXXXX device (where XXXXXXXXXXXXXXX is the device number).

Step 9. Type: adb reboot recovery

Step 10. Press Enter. The System Recovery screen appears.

Step 11. Press the Volume Up and Volume Down buttons to navigate to apply from adb.

Step 12. Press the Power button.

Step 13. On the host computer command prompt window type: adb sideload where: = the path and filename of the zip file.

Step 14. Press Enter. The System Update installs (progress appears as percentage in the Command Prompt window) and then the Recovery screen appears.

Step 15. Press the Power button to reboot the device.

Step 1. Copy the Enterprise Reset zip file to the root of the microSD card.

Step 2. Press and hold the Power button until the menu appears.

Step 3. Touch Reboot.

Step 4. Touch OK. The device resets.

Step 5. Press and hold the PTT button until the device vibrates. The System Recovery screen appears.

Step 6. Press the Up and Down Volume buttons to navigate to the apply update from sdcard.

Step 7. Press the Power button.

Step 8. Press the Up and Down Volume buttons to navigate to the Enterprise Reset file.

Step 9. Press the Power button. The Enterprise Reset occurs and then the device returns to the Recovery screen.

Step 10. Press the Power button.

Step 1. Connect the device to the Rugged Charge/USB cable or insert the device into the 1-Slot USB/Charge Only Cradle.

Step 2. Connect the cable or cradle to the host computer.

Step 3. On the device, swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 4. Touch System > Developer options.

Step 5. Slide the switch to the ON position.

Step 6. Touch USB Debugging. A check appears in the check box. The Allow USB debugging? dialog box appears.

Step 7. Touch OK.

Step 8. On the host computer, open a command prompt window and type: adb devices. The following displays: List of devices attached XXXXXXXXXXXXXXX device (where XXXXXXXXXXXXXXX is the device number).

Step 9. Type: adb reboot recovery

Step 10. Press Enter. The System Recovery screen appears.

Step 11. Press the Volume Up and Volume Down buttons to navigate to apply from adb.

Step 12. Press the Power button.

Step 13. On the host computer command prompt window type: adb sideload where: = the path and filename of the zip file.

Step 14. Press Enter. The Enterprise Reset package installs and then the Recovery screen appears.

Step 15. Press the Power button to reboot the device.

Step 1. Copy the Factory Reset zip file to the root of the microSD card.

Step 2. Press and hold the Power button until the menu appears.

Step 3. Touch Reboot.

Step 4. Touch OK. The device resets.

Step 5. Press and hold the PTT button until the device vibrates. The System Recovery screen appears.

Step 6. Press the Up and Down Volume buttons to navigate to the apply update from sdcard.

Step 7. Press the Power button.

Step 8. Press the Up and Down Volume buttons to navigate to the Factory Reset file.

Step 9. Press the Power button. The Factory Reset occurs and then the device returns to the Recovery screen.

Step 10. Press the Power button.

Step 1. Connect the device to the Rugged Charge/USB cable or insert the device into the 1-Slot USB/Charge Only Cradle.

Step 2. Connect the cable or cradle to the host computer.

Step 3. On the device, swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 4. Touch System > Developer options.

Step 5. Slide the switch to the ON position.

Step 6. Touch USB Debugging. A check appears in the check box. The Allow USB debugging? dialog box appears.

Step 7. Touch OK.

Step 8. On the host computer, open a command prompt window and use the adb command: adb reboot recovery

Step 9. Press Enter. The System Recovery screen appears.

Step 10. Press the Volume Up and Volume Down buttons to navigate to apply from adb.

Step 11. Press the Power button.

Step 12. On the host computer, open a command prompt window and use the adb command: adb devices. The following displays: List of devices attached XXXXXXXXXXXXXXX device (where XXXXXXXXXXXXXXX is the device number).

Step 13. Type: adb reboot recovery

Step 14. Press Enter. The System Recovery screen appears.

Step 15. Press the Volume Up and Volume Down buttons to navigate to apply from adb.

Step 16. Press the Power button.

Step 17. On the host computer command prompt window type: adb sideload where: = the path and filename of the zip file.

Step 18. Press Enter. The Factory Reset package installs and then the Recovery screen appears.

Step 19. Press the Power button to reboot the device. Replace the top cover.

Step 1. Touch SD card.

Step 2. Touch the menu icon > Storage settings.

Step 3. Touch Format.

Step 4. Touch ERASE & FORMAT.

Step 5. Touch DONE.

Step 1. Touch SD card.

Step 2. Touch the menu icon > Storage settings.

Step 3. Touch Format as internal.

Step 4. Touch ERASE & FORMAT.

Step 5. Touch DONE.

Step 1. Connect a USB cable to the device or place the device into a USB cradle.

Step 2. Pull down the Notification panel and touch USB charging this device. By default, Charge this device is selected.

Step 3. Touch Transfer files.

Step 4. On the host computer, open a file explorer application.

Step 5. Locate the device as a portable device.

Step 6. Open the SD card or the Internal storage folder.

Step 7. Copy files to and from the device or delete files as required.

Step 1. Connect USB cable to the device or place the device into a USB cradle. See Accessories for setup information.

Step 2. Pull down the Notification panel and touch USB charging this device.

Step 3. Touch Transfer photos (PTP).

Step 4. On the host computer, open a file explorer application.

Step 5. Open the SD card or the Internal storage folder.

Step 6. Copy or delete photos as required.

Step 1. On the host computer, unmount the device.

Step 2. Remove the USB from the device or remove the device from the cradle.

Step 1. Swipe from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Network & Internet > Wi-Fi.

Step 3. Slide the switch to the ON position.

Step 4. The device searches for WLANs in the area and lists them on the screen.

Step 5. Scroll through the list and select the desired WLAN network.

Step 6. Touch the desired network. If the network security is Open, the device automatically connects to the network. For all other network security a dialog box appears.

Step 7. If the network security is WEP or WPA/WPS2 PSK, enter the required password and then touch Connect.

If the network security is 802.1x EAP:

Touch the EAP method drop-down list and select PEAP, TLS, TTLS, PWD, or LEAP.

Touch the Phase 2 authentication drop-down list and select an authentication method.

If required, touch CA certificate and select a Certification Authority (CA) certificate. Note: Certificates are installed using the Security settings.

If required, touch User certificate and select a user certificate. Note: User certificates are installed using the Location & security settings.

If required, in the Identity text box, enter the username credentials.

If desired, in the Anonymous identity text box, enter an anonymous identity username.

If required, in the Password text box, enter the password for then given identity.

Step 9. Touch Connect.

Step 10. Touch the settings icon.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Network & Internet > Wi-Fi.

Step 3. Slide the Wi-Fi switch to the On position.

Step 4. Scroll to the bottom of the list and select Add network.

Step 5. In the Network name text box, enter the name of the Wi-Fi network.

Step 6. In the Security drop-down list, set the type of security to: None, WEP, WPA/WPA2 PSK, or 802.1x EAP.

Step 7. If the network security is None, touch Save.

Step 8. If the network security is WEP or WPA/WPA2 PSK, enter the required password and then touch Save.

If the network security is 802.1x EAP:

Touch the EAP method drop-down list and select PEAP, TLS, TTLS, PWD or LEAP.

Touch the Phase 2 authentication drop-down list and select an authentication method.

If required, touch CA certificate and select a Certification Authority (CA) certificate. Note: Certificates are installed using the Security settings.

If required, touch User certificate and select a user certificate. Note: User certificates are installed using the Security settings.

If required, in the Identity text box, enter the username credentials.

If desired, in the Anonymous identity text box, enter an anonymous identity username.

If required, in the Password text box, enter the password for the given identity.

Step 10. Touch Save. To connect to the saved network, touch and hold on the saved network and select Connect to network.

Step 11. Touch the settings icon.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Network & Internet > Wi-Fi.

Step 3. Slide the Wi-Fi switch to the On position.

Step 4. In the network dialog box, select and touch a network.

Step 5. Touch Advanced options.

Step 6. Touch Proxy and select Manual.

Step 7. In the Proxy hostname text box, enter the address of the proxy server.

Step 8. In the Proxy port text box, enter the port number for the proxy server.

Step 9. In the Bypass proxy for text box, enter addresses for web sites that are not required to go through the proxy server. Use a comma “,” between addresses. Do not use spaces or carriage returns between addresses.

Step 10. Touch Connect.

Step 11. Touch the settings icon.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Network & Internet > Wi-Fi.

Step 3. Slide the Wi-Fi switch to the On position.

Step 4. In the network dialog box, select and touch a network.

Step 5. Touch Advanced options.

Step 6. Touch IP settings and select Static.

Step 7. In the IP address text box, enter an IP address for the device.

Step 8. If required, in the Gateway text box, enter a gateway address for the device.

Step 9. If required, in the Network prefix length text box, enter the prefix length.

Step 10. If required, in the DNS 1 text box, enter a Domain Name System (DNS) address.

Step 11. If required, in the DNS 2 text box, enter a DNS address.

Step 12. Touch Connect.

Step 13. Touch the settings icon.

Use the Wi-Fi preferences to configure advanced Wi-Fi settings. From the Wi-Fi screen scroll down to the bottom of the screen and touch Wi-Fi preferences.

Open network notification – When enabled, notifies the user when an open network is available.

Advanced – Touch to expand options.

Additional settings – See Additional Settings.

Install Certificates – Touch to install certificates.

Network rating provider – Disabled (AOSP devices). To help determine what constitutes a good Wi-Fi network, Android supports external Network rating providers that provide information about the quality of open Wi-Fi networks. Select one of the providers listed or None. If none are available or selected, the Connect to open networks feature is disabled.

Wi-Fi Direct – Displays a list of devices available for a direct Wi-Fi connection.

WPS Push Button – Touch to connect to a network using Wi-Fi Protected Setup (WPS) push button method.

WPS Pin Entry – Touch to connect to a network using Wi-Fi Protected Setup (WPS) pin entry method.

MAC address – Displays the Media Access Control (MAC) address of the device when connecting to Wi-Fi networks.

IP address – Displays the IP address of the device when connecting to Wi-Fi networks.

To view the additional Wi-Fi settings, scroll to the bottom of the Wi-Fi screen and touch Wi-Fi Preferences > Advanced > Additional settings.

Regulatory:

Country Selection – Displays the acquired country code if 802.11d is enabled, else it displays the currently selected country code.

Region code – Displays the current region code.

Band and Channel Selection:

Wi-Fi frequency band – Set the frequency band to: Auto (default), 5 GHz only or 2.4 GHz only.

Available channels (2.4 GHz) – Touch to display the Available channels menu. Select specific channels and touch OK.

Available channels (5 GHz) – Touch to display the Available channels menu. Select specific channels and touch OK.

Logging:

Advanced Logging – Touch to enable advanced logging or change the log directory.

Wireless logs – Use to capture Wi-Fi log files.

Fusion Logger – Touch to open the Fusion Logger application. This application maintains a history of high level WLAN events which helps to understand the status of connectivity.

Fusion Status – Touch to display live status of WLAN state. Also provides information about the device and connected profile.

About:

Version – Displays the current Fusion information.

Step 1. Swipe down from the status bar and then touch the settings icon.

Step 2. Touch Wi-Fi > Wi-Fi preferences > Advanced > Wi-Fi Direct. The device begins searching for another Wi-Fi Direct device.

Step 3. Under Peer devices, touch the other device name.

Step 4. On the other device, select Accept.

Step 5. Connected appears on the device. On both devices, in their respective Wi-Fi Direct screens, the other device name appears in the list.

Step 1. On the device, swipe down from the status bar and then touch the settings icon.

Step 2. Touch Wi-Fi > Wi-Fi preferences > Advanced > WPS Push Button. A dialog box displays with an Pin number.

Step 3. On the wireless router, locate the WPS button. The device connects to the wireless router.

Step 1. Log in to the router.

Step 2. Go to the Add WPS Client screen. Refer to the wireless router user documentation specific information.

Step 3. On the device, swipe down from the status bar and then touch the settings icon.

Step 4. Touch Wi-Fi > Wi-Fi preferences > Advanced > WPS Pin Entry. A dialog box displays with an Pin number.

Step 5. On the router, enter the Pin number. The device connects to the wireless router.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Security & location.

Step 3. Touch Screen lock.

Step 4. Touch PIN.

Step 5. To require a PIN upon device start up select Yes, or select No not to require a PIN.

Step 6. Touch in the text field.

Step 7. Enter a PIN (4 numbers) then touch Next.

Step 8. Re-enter PIN and then touch Next.

Step 9. Select the type of notifications that appear when the screen is locked and then touch Done.

Step 10. Touch the settings icon. The next time the device goes into suspend mode a PIN is required upon waking.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Security & location.

Step 3. Touch Screen lock.

Step 4. Touch Password.

Step 5. To require a password upon device start up select Yes, or select No not to require a password.

Step 6. Touch in the text field.

Step 7. Enter a password (between 4 and 16 characters) then touch Next.

Step 8. Re-enter the password and then touch Next.

Step 9. Select the type of notifications that appear when the screen is locked and then touch Done.

Step 10. Touch the settings icon. The next time the device goes into suspend mode a password is required upon waking.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch Security & location.

Step 3. Touch Screen lock.

Step 4. Touch Pattern.

Step 5. To require a pattern upon device start up select Yes, or select No not to require a pattern.

Step 6. Draw a pattern connecting at least four dots.

Step 7. Touch Continue.

Step 8. Re-draw the pattern.

Step 9. Touch Confirm.

Step 10. Select the type of notifications that appear when the screen is locked and then touch Done.

Step 11. Touch the settings icon. The next time the device goes into suspend mode a pattern is required upon waking.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch System > Languages & input.

Step 3. Touch Languages. A list of available languages displays.

Step 4. If the desired language is not listed, touch Add a language and select a language from the list.

Step 5. Touch and hold to the right of the desired language, then drag it to the top of the list.

Step 6. The operating system text changes to the selected language.

Step 1. Swipe down from the Status bar to open the Quick Access panel and then touch the settings icon.

Step 2. Touch System > Languages & input > Advanced > Personal dictionary.

Step 3. If prompted, select the language where this word or phase is stored.

Step 4. Touch + to add a new word or phrase to the dictionary.

Step 5. Enter the word or phrase.

Step 6. In the Shortcut text box, enter a shortcut for the word or phrase.

Step 7. Touch the settings icon.

The cleaning frequency is at the customer’s discretion due to the varied environments in which the mobile devices are used and may be cleaned as frequently as required. When dirt is visible, it is recommended to clean the mobile device to avoid build up of particles which make the device more difficult to clean later on.

For consistency and optimum image capture, it is recommended to clean the camera window periodically especially when used in environments prone to dirt or dust.

Thoroughly wipe the housing, including all buttons and triggers, using an approved alcohol wipe.

The display can be wiped down with an approved alcohol wipe, but care should be taken not to allow any pooling of liquid around the edges of the display. Immediately dry the display with a soft, non-abrasive cloth to prevent streaking.

Wipe the camera and exit window periodically with a lens tissue or other material suitable for cleaning optical material such as eyeglasses.

Insert a cotton-tipped applicator dipped in alcohol into the battery guide rails to clean out debris and then dry with a dry cotton-tipped applicator.

Step 1. Remove the main battery from the mobile computer.

Step 2. Dip the cotton portion of the cotton-tipped applicator in isopropyl alcohol.

Step 3. To remove any grease or dirt, rub the cotton portion of the cotton-tipped applicator back-and-forth across the locating magnet and the connectors on the battery and terminal sides. Do not leave any cotton residue on the connectors or magnet.

Step 4. Repeat at least three times.

Step 5. Use a dry cotton-tipped applicator and repeat steps 3 and 4. Do not leave any cotton residue on the connectors or magnet.

Step 6. Inspect the area for any grease or dirt and repeat the cleaning process if necessary.

Step 1. Remove the DC power cable from the cradle.

Step 2. Dip the cotton portion of the cotton-tipped applicator in isopropyl alcohol.

Step 3. Rub the cotton portion of the cotton-tipped applicator along the pins of the connector. Slowly move the applicator back-and-forth from one side of the connector to the other. Do not leave any cotton residue on the connector.

Step 4. All sides of the connector should also be rubbed with the cotton-tipped applicator.

Step 5. Remove any lint left by the cotton-tipped applicator.

Step 6. If grease and other dirt can be found on other areas of the cradle, use a lint-free cloth and alcohol to remove.

Step 7. Allow at least 10 to 30 minutes (depending on ambient temperature and humidity) for the alcohol to air dry before applying power to cradle.

If the cause is ‘Power button was not pressed’, the solution is to ‘Press the Power button.’

If the cause is ‘Battery not charged’, the solution is to ‘Charge or replace the battery in the device.’

If the cause is ‘Battery not installed properly’, the solution is to ‘Install the battery properly.’

If the cause is ‘System crash’, the solution is to ‘Perform a reset.’

If the cause is ‘Battery charge is at a level where data is maintained but battery should be re-charged’, the solution is to ‘Charge or replace the battery in the device.’

If the cause is ‘Battery failed’, the solution is to ‘Replace battery. If the device still does not operate, perform a reset.’

If the cause is ‘Device removed from cradle while battery was charging’, the solution is to ‘Insert device in cradle. See Charging the Battery on page 20.’

If the cause is ‘Extreme battery temperature’, the solution is to ‘Battery does not charge if ambient temperature is below 5°C (41°F) or above 40°C (104°F). Press the Power button.’

If the cause is ‘Device not powered on’, the solution is to ‘Press the Power button.’

If the cause is ‘Wi-Fi radio is not on’, the solution is to ‘Turn on the Wi-Fi radio.’

If the cause is ‘You moved out of range of an access point’, the solution is to ‘Move closer to an access point.’

If the cause is ‘Bluetooth radio is not on’, the solution is to ‘Turn on the Bluetooth radio.’

If the cause is ‘You moved out of range of another Bluetooth device’, the solution is to ‘Move within 10 meters (32.8 feet) of the other device.’

If the cause is ‘The Bluetooth device(s) nearby are not turned on’, the solution is to ‘Turn on the Bluetooth device(s) to find.’

If the cause is ‘The Bluetooth device(s) are not in discoverable mode’, the solution is to ‘Set the Bluetooth device(s) to discoverable mode. If needed, refer to the device’s user documentation for help.’

If the cause is ‘Volume setting is low or turned off’, the solution is to ‘Adjust the volume.’

If the cause is ‘Device is inactive’, the solution is to ‘The display turns off after a period of inactivity. Set this period to 15 seconds, 30 seconds, 1, 2, 5, 10 or 30 minutes.’

If the cause is ‘Battery is depleted’, the solution is to ‘Replace the battery.’

If the cause is ‘The device is not responding’, the solution is to ‘Reboot the device. See Resetting the TC57 on page 27.’

If the cause is ‘Too many files stored on the device’, the solution is to ‘Delete unused memos and records. If necessary, save these records on the host computer (or use an SD card for additional memory). ‘

If the cause is ‘Too many applications installed on the device’, the solution is to ‘Remove user-installed applications on the device to recover memory. Select the menu icon > Apps & notifications. Select the unused application and tap UNINSTALL.’

If the cause is ‘Scanning application is not loaded’, the solution is to ‘Load a scanning application on the device or enable DataWedge. See the system administrator.’

If the cause is ‘Unreadable bar code’, the solution is to ‘Ensure the symbol is not defaced.’

If the cause is ‘Distance between exit window and bar code is incorrect’, the solution is to ‘Place the device within proper scanning range.’

If the cause is ‘Device is not programmed for the bar code’, the solution is to ‘Program the device to accept the type of bar code being scanned. Refer to the EMDK or DataWedge application.’

If the cause is ‘Device is not programmed to generate a beep’, the solution is to ‘If the device does not beep on a good decode, set the application to generate a beep on good decode.’

If the cause is ‘Battery is low’, the solution is to ‘If the scanner stops emitting a laser beam upon a trigger press, check the battery level. When the battery is low, the scanner shuts off before the device low battery condition notification. Note: If the scanner is still not reading symbols, contact the distributor or the Global Customer Support Center.’

If the cause is ‘User enters incorrect password’, the solution is to ‘If the user enters an incorrect password five times, the user is requested to wait for 30 seconds when using a PIN, Pattern, or Password.’

If the possible cause is ‘Cradle is not receiving power’, the action is to ‘Ensure the power cable is connected securely to both the cradle and to AC power.’

If the possible cause is ‘Device is not seated firmly in the cradle’, the action is to ‘Remove and re-insert the device into the cradle, ensuring it is firmly seated.’

If the possible cause is ‘Spare battery is not seated firmly in the cradle’, the action is to ‘Remove and re-insert the spare battery into the charging slot, ensuring it is firmly seated.’

If the cause is ‘Device removed from the cradle too soon’, the solution is to ‘Replace the device in the cradle. The battery charges from fully depleted to 90% in approximately 2.5 hours and from fully depleted to 100% in approximately three hours.’

If the cause is ‘Battery is faulty’, the solution is to ‘Verify that other batteries charge properly. If so, replace the faulty battery.’

If the cause is ‘Device is not inserted correctly in the cradle’, the solution is to ‘Remove the device and reinsert it correctly. Verify charging is active. Touch the settings icon > System > About phone > Status to view battery status.’

If the cause is ‘Ambient temperature of the cradle is too warm’, the solution is to ‘Move the cradle to an area where the ambient temperature is between -10 °C (+14 °F) and +60 °C (+140 °F). ‘

If the cause is ‘Spare battery is not correctly seated’, the solution is to ‘Remove and re-insert the spare battery into the charging slot, ensuring it is correctly seated.’

If the cause is ‘Charger is not receiving power’, the solution is to ‘Ensure the power cable is connected securely to both the charger and to AC power.’

If the cause is ‘Spare battery is not correctly seated’, the solution is to ‘Remove and re-insert the battery into the battery adapter, ensuring it is correctly seated.’

If the cause is ‘Battery adapter is not seated properly’, the solution is to ‘Remove and re-insert the battery adapter into the charger, ensuring it is correctly seated.’

If the cause is ‘Battery was removed from the charger or charger was unplugged from AC power too soon’, the solution is to ‘Ensure charger is receiving power. Ensure the spare battery is seated correctly. The battery charges from fully depleted to 90% in approximately 2.5 hours and from fully depleted to 100% in approximately three hours.’

If the cause is ‘Battery is faulty’, the solution is to ‘Verify that other batteries charge properly. If so, replace the faulty battery.’

If the cause is ‘Device removed from the cradle too soon’, the solution is to ‘Replace the device in the cradle. The battery charges from fully depleted to 90% in approximately 2.5 hours and from fully depleted to 100% in approximately three hours.’

If the cause is ‘Battery is faulty’, the solution is to ‘Verify that other batteries charge properly. If so, replace the faulty battery.’

If the cause is ‘Device is not inserted correctly in the cradle’, the solution is to ‘Remove the device and reinsert it correctly. Verify charging is active. Touch the settings icon > System > About phone > Status to view battery status.’

If the cause is ‘Ambient temperature of the cradle is too warm’, the solution is to ‘Move the cradle to an area where the ambient temperature is between -10 °C (+14 °F) and +60 °C (+140 °F). ‘

If the cause is ‘Device removed from cradle during communication s’, the solution is to ‘Replace device in cradle and retransmit.’

If the cause is ‘Incorrect cable configuration’, the solution is to ‘Ensure that the correct cable configuration.’

If the cause is ‘Device has no active connection’, the solution is to ‘An icon is visible in the status bar if a connection is currently active.’

If the cause is ‘Device removed from the cradle too soon’, the solution is to ‘Replace the device in the cradle. The battery charges from fully depleted to 90% in approximately 2.5 hours and from fully depleted to 100% in approximately three hours.’

If the cause is ‘Battery is faulty’, the solution is to ‘Verify that other batteries charge properly. If so, replace the faulty battery.’

If the cause is ‘Device is not inserted correctly in the cradle’, the solution is to ‘Remove the device and reinsert it correctly. Verify charging is active. Touch the settings icon > System > About phone > Status to view battery status.’

If the cause is ‘Ambient temperature of the cradle is too warm’, the solution is to ‘Move the cradle to an area where the ambient temperature is between -10 °C (+14 °F) and +60 °C (+140 °F). ‘

If the cause is ‘Spare battery is not correctly seated’, the action is to ‘Remove and re-insert the spare battery into the charging slot, ensuring it is correctly seated.’

Perform this procedure to start using the device for the first time:

Step 1. Install a micro secure digital (SD) card (optional).

Step 2. Installing a nano SIM card (optional)

Step 3. Install hand strap (optional).

Step 4. Install the battery.

Step 5. Charge the device.

Step 6. Power on the device.

Use the setDefaultProfile API function to set the specified Profile as the default Profile. The function prototype is:

Intent i = new Intent();

i.setAction(“com.symbol.datawedge.api.ACTION”);

i.putExtra(“com.symbol.datawedge.api.SET_DEFAULT_PROFILE”, ““);

Parameters:

ACTION [String]: “com.symbol.datawedge.api.ACTION”

EXTRA_DATA [String]: “com.symbol.datawedge.api.SET_DEFAULT_PROFILE”

: The Profile name (a case-sensitive string) to set as the default Profile.

Use the resetDefaultProfile API function to reset the default Profile back to Profile0. The function prototype is:

Intent i = new Intent();

i.setAction(“com.symbol.datawedge.api.ACTION”);

i.putExtra(“com.symbol.datawedge.api.RESET_DEFAULT_PROFILE”, “”);

Parameters:

ACTION [String]: “com.symbol.datawedge.api.ACTION”

EXTRA_DATA [String]: “com.symbol.datawedge.api.RESET_DEFAULT_PROFILE”.

Use the SwitchToProfile API action to switch to the specified Profile. The function prototype is:

Intent i = new Intent();

i.setAction(“com.symbol.datawedge.api.ACTION”);

i.putExtra(“com.symbol.datawedge.api.SWITCH_TO_PROFILE”, ““);

Parameters:

ACTION [String]: “com.symbol.datawedge.api.ACTION”

EXTRA_DATA [String]: “com.symbol.datawedge.api.SWITCH_TO_PROFILE”

: The Profile name (a case-sensitive string) to set as the active Profile.

The Dimensions for the ZEBRA TC57 Physical Characteristics are:

Height: 155 mm (6.1 in.)

Width: 75.5 mm (2.9 in.)

Depth: 18.6 mm (0.73 in.)

The weight of the ZEBRA TC57 with battery is 249 g (8.8 oz).

The Operating Temperature for the ZEBRA TC57 User Environment is -20°C to 50°C (-4°F to 122°F).

The Drop Specification for the ZEBRA TC57 is:

Multiple 1.2 m (4 ft.) to tile over concrete over -10°C to 50°C (14°F to 122°F).

Multiple 1.8 m (6 ft.) drops to concrete with Rugged Boot per Mil Std 810 G.

The Wireless LAN Data and Voice Communications details are:

Radio: IEEE 802.11a/b/g/n/ac/d/h/i/k/r/v/w; Wi-Fi certified; IPv4, IPv6; 5 GHz 2X2 MU-MIMO

Data Rates Supported:

5GHz: 802.11a/n/ac – up to 866.7 Mbps

2.4GHz: 802.11b/g/n – up to 300 Mbps

Operating Channels:

Chan 1 – 13 (2412 – 2472 MHz)

Chan 36 – 165 (5180 – 5825 MHz)

Channel Bandwidth: 20, 40, 80 MHz

Actual operating channels/frequencies depend on regulatory rules and certification agency

Security and Encryption: WEP (40 or 104 bit); WPA/WPA2 Personal (TKIP, and AES); WPA/WPA2 Enterprise (TKIP and AES) — EAP-TTLS (PAP, MSCHAP, MSCHAPv2), EAP-TLS, EAP-PEAPv0-MSCHAPv2, EAP-PEAPv1-GTC, EAP-LEAP, and EAP-PWD.

Data in Motion: FIPS 140-2 Level 1

Data at Rest: FIPS 140-2 Level 1

Certifications: WFA (802.11n, WMM-PS, 802.11r; PMF)

Fast Roam: PMKID caching; Cisco CCKM; 802.11r; OKC

The 2D Imager Engine (SE4710) Specifications for the ZEBRA TC57 are:

Field of View: Horizontal – 48.0°, Vertical – 36.7°

Image Resolution: 1280 horizontal X 960 vertical pixels

Roll: 360°

Pitch Angle: +/- 60° from normal

Skew Tolerance: +/- 60° from normal

Ambient Light: Sunlight: 10,000 ft. candles (107,639 lux)

The supported 1D Bar Codes for the SE4710 Decode Distances on the ZEBRA TC57 are: Code 128, EAN-8, EAN-13, GS1 DataBar Expanded, GS1 128, GS1 DataBar Coupon, UPCA, Interleaved 2 of 5, UPC Coupon Code.

The supported 2D Bar Codes for the SE4710 Decode Distances on the ZEBRA TC57 are: PDF-417, QR Code.

The I/O Connector Pin-Outs for the ZEBRA TC57 are:

Pin 1: VBUS, Signal: USB Power Input

Pin 2: D-, Signal: USB Data-

Pin 3: CC, Signal: USB Type C Control

Pin 4: GND, Signal: Ground

Pin 5: D+, Signal: USB Data+

Pin 6: Not Used, Signal: Not Used

Pin 7: ID, Signal: Cradle ID

The 1-Slot Charge Only Cradle Technical Specifications are:

Dimensions:

Height: 9.9 cm (3.9 in.)

Width: 9.8 cm (3.86 in.)

Depth: 13.3 cm (5.24 in.)

Weight: 378 g (13.3 oz.)

Input Voltage: 12 VDC

Power Consumption: up to 15 watts

Operating Temperature: 0°C to 50°C (32°F to 122°F)

Storage Temperature: -40°C to 70°C (-40°F to 158°F)

Charging Temperature: 0°C to 40°C (32°F to 104°F)

Humidity: 5% to 95% non-condensing

Drop: 76.2 cm (30.0 in.) drops to vinyl tiled concrete at room temperature.

Electrostatic Discharge (ESD): +/- 20kV air, +/- 10 kV contact, +/- 10 kV indirect discharge

The 5-Slot Charge Only Cradle with Battery Charger Technical Specifications are:

Dimensions:

Height: 10.6 cm (4.17 in.)

Width: 48.9 cm (19.25 in.)

Depth: 13.3 cm (5.24 in.)

Weight: 2020 g (71.3 oz.)

Input Voltage: 12 VDC

Power Consumption: up to 95 watts

Operating Temperature: 0°C to 50°C (32°F to 122°F)

Storage Temperature: -40°C to 70°C (-40°F to 158°F)

Charging Temperature: 0°C to 40°C (32°F to 104°F)

Humidity: 0% to 95% non-condensing

Drop: 76.2 cm (30.0 in.) drops to vinyl tiled concrete at room temperature.

Electrostatic Discharge (ESD): +/- 20kV air, +/- 10kV contact, +/- 10kV indirect discharge

The 5-Slot Charge Only Cradle Technical Specifications are:

Dimensions:

Height: 10.6 cm (4.17 in.)

Width: 48.9 cm (19.25 in.)

Depth: 13.3 cm (5.24 in.)

Weight: 1937 g (68 oz.)

Input Voltage: 12 VDC

Power Consumption: up to 65 watts

Operating Temperature: 0°C to 50°C (32°F to 122°F)

Storage Temperature: -40°C to 70°C (-40°F to 158°F)

Charging Temperature: 0°C to 40°C (32°F to 104°F)

Humidity: 0% to 95% non-condensing

Drop: 76.2 cm (30.0 in.) drops to vinyl tiled concrete at room temperature.

Electrostatic Discharge (ESD): +/- 20kV air, +/- 10kV contact, +/- 10kV indirect discharge

The 5-Slot Ethernet Cradle Technical Specifications are:

Dimensions:

Height: 10.6 cm (4.17 in.)

Width: 48.9 cm (19.25 in.)

Depth: 13.3 cm (5.24 in.)

Weight: 2010 g (71 oz.)

Input Voltage: 12 VDC

Power Consumption: up to 70 watts

Operating Temperature: 0°C to 50°C (32°F to 122°F)

Storage Temperature: -40°C to 70°C (-40°F to 158°F)

Charging Temperature: 0°C to 40°C (32°F to 104°F)

Humidity: 5% to 95% non-condensing

Drop: 76.2 cm (30.0 in.) drops to vinyl tiled concrete at room temperature.

Electrostatic Discharge (ESD): +/- 20kV air, +/- 10kV contact, +/- 10kV indirect discharge

The 4-Slot Battery Charger Technical Specifications are:

Dimensions:

Height: 9.7 cm (3.82 in.)

Width: 9.8 cm (3.86 in.)

Depth: 13.3 cm (5.24 in.)

Weight: 450 g (15.9 oz.)

Input Voltage: 12 VDC

Power Consumption: up to 48 watts

Operating Temperature: 0°C to 50°C (32°F to 122°F)

Storage Temperature: -40°C to 70°C (-40°F to 158°F)

Charging Temperature: 0°C to 40°C (32°F to 104°F)

Humidity: 5% to 95% non-condensing

Drop: 76.2 cm (30.0 in.) drops to vinyl tiled concrete at room temperature.

Electrostatic Discharge (ESD): +/- 20kV air, +/- 10kV contact, +/- 10kV indirect discharge

The Trigger Handle Technical Specifications are:

Dimensions:

Height: 11.5 cm (4.53 in.)

Width: 13.2 cm (5.19 in.)

Depth: 8.0 cm (3.15 in.)

Weight: 114 g (4.0 oz.)

Operating Temperature: -20°C to 50°C (-4°F to 122°F)

Storage Temperature: -40°C to 70°C (-40°F to 158°F)

Humidity: 10% to 95% non-condensing

Drop: 1.8 m (6 feet) drops to concrete over temperature range.

Electrostatic Discharge (ESD): +/- 20kV air, +/- 10kV contact

The Rugged Charge/USB Cable Technical Specifications are:

Length: 164 +/- 6 cm (64.6 +/- 2.4 in.)

Input Voltage: 5.0 VDC

Operating Temperature: -20°C to 50°C (-4°F to 122°F)

Storage Temperature: -40°C to 70°C (-40°F to 158°F)

Humidity: 10% to 95% non-condensing

Electrostatic Discharge (ESD): +/- 20kV air, +/- 10kV contact