|
DT-X5 Series
Hardware Manual
(Version 1.04)
CASIO Computer Co., Ltd.
Copyright ©2006. All rights reserved.
September 2006
Chapter 5
5.1
5.2
Chapter 6
Cable Specifications
45
45
46
47
47
48
48
49
For Chain Connection and Short Length
For Chain Connection and Long Length
Precautions
Handling Precautions
Safety
6.1
6.2
6.2.1 Battery Pack
6.2.2 General
CASIO is a registered trademark of CASIO Computer Co., Ltd. in Japan.
Other product names or company names in this reference manual are either trademarks or registered trademarks of
their respective owners.
No part of this document may be produced or transmitted in any form or by any means, electronic or mechanical,
for any purpose, without the express written permission of CASIO Computer Co., Ltd. in Tokyo Japan.
Information in this document is subject to change without advance notice. CASIO Computer Co., Ltd. makes no
representations or warranties with respect to the contents or use of this manual and specifically disclaims any
express or implied warranties of merchantability or fitness for any particular purpose.
© 2006 CASIO Computer Co., Ltd. All rights reserved.
3
Editorial Record
Manual
Version
no.
Date edited
Page
Content
0.90
1.00
1.01
1.02
1.03
March 2004
August 2004
September 2004
February 2005
August 2006
Tentative version
Original version
The content in Table 4.11 of Chapter 4 has been updated.
The description about C-MOS imager has been added.
The content in Table 1.2 of Chapter 1.2 is updated.
36
all
7
9
32
7
The content in Fig. 1.2 of Chapter 1.2.1 is corrected.
The content in Table 2.14 of Chapter 2.7 is updated.
The description about the phased outAC adaptors, MPC-577ADPE
and MPC-577ADPG, are added in Table 1.2 of Chapter 1.2.
1.04
September 2006
4
Preface
Anew industrial handheld terminal has been developed. CASIO introduces the DT-X5 series of handheld terminal
with built-in SH-3 (32-bit RISC type) Processor, high speed laser scanner and diverse wireless LAN
communications via Bluetooth as standard and IEEE802.11b WLAN (model dependent). Running under
Microsoft Windows CE .NET4.1 operating system, the rugged DT-X5 is designed specifically for industrial
applications.
This reference manual will explain about the hardware specifications and the details for the Laser integrated
models (DT-X5M10E, DT-X5M10R) and the C-MOS imager integrated models (DT-X5M30E, DT-X5M30R,
DT-X5M30U) and the dedicated options only.
For software and library related references, refer to the respective reference manuals released on the CASIO WEB
5
1. Overview
1.1 Features
Incorporates .NET technology
•
•
•
Uses WindowsCE .NET 4.1 operating system.
Makes effective use of .NET resources developed by other parties.
Employment of Embedded OS makes it possible to build a flexible WindowsCE system.
Enhanced communicating functions
•
Built in Bluetooth Ver 1.1 module.
•
The transfer rate of the Wireless LAN (model dependent) is 5 Mbps, which is the maximum rate of
communication for peer-to-peer connection with PC over IEEE802.11b.
The following protocol stacks are available for Bluetooth interface:
GAP (Generic Access Profile), SDP (Service Discovery Profile), SPS (Serial Port), Dialup Network, File
Transfer.
•
•
Security function (WEP 128 bits)
Superb reading capability
•
With the installed high speed laser scanner (DT-X5M10E, DT-X5M10R) it is possible to read any industrial
1D bar code symbologies.
•
•
Multi-step read function.
With the installed C-MOS imager (DT-X5M30E, DT-X5M30R, DT-X5M30U) it is possible to read the
most widely used 2D symbologies as well as the industrial standard1D symbologies.
Support of outstanding development environment
Ample Microsoft development tools provided for easy application development and an advanced debug
environment.
6
1.2 Available Models and Options
Table 1.1 Models of DT-X5 series
Wireless LAN
IEEE802.11b Bluetooth
Scan Engine
Laser C-MOS
Model
Operating battery
DT-X5M10E
DT-X5M10R
DT-X5M30E
DT-X5M30R
DT-X5M30U
No
ETSI
No
ETSI
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
No
No
No
No
Yes
Yes
Yes
Lithium-ion/Alkaline
Lithium-ion
Lithium-ion/Alkaline
Lithium-ion
Lithium-ion/Alkaline
IEEE802.11b : WLAN module (compliant with IEEE802.11b) is integrated as standard.
Bluetooth
C-MOS
Laser
: Bluetooth Version 1.1 module is integrated as standard
: Capable to scan 1D/2D symbologies and to capture images.
: Capable to scan 1D symbologies.
Lithium-ion
Alkaline
: Lithium-ion battery pack (HA-A20BAT or DT-5025LBAT only)
:AA-size alkaline battery (x 2 pcs)
Table 1.2 Options
Model
HA-A61IO
Product
Bridge Satellite Cradle
Remark
HA-A60IO
HA-A34AT
Bridge Basic Cradle
Battery Charger Car Mount Unit
Cradle-type Battery Charger
Dual Battery Charger
Battery Pack
Large-capacity Battery Pack
ACAdaptor
ACAdaptor
HA-A30CHG
DT-5022CHG
HA-A20BAT
DT-5025LBAT
AD-S42120AE
AD-S45150AU
1,700 mAH, 3.7V
3,400 mAH, 3.7V
Input range; 100 to 240 VAC
Input range; 100 to 230VAC. With US
power cord. For DT-5022CHG.
Input range; 100 to 230VAC, With
European and US power cords. For
DT-5022CHG.
AD-S45150AE
ACAdaptor
ACAdaptor
MPC-577ADPE
MPC-577ADPG
DT-827CAC
DT-891WH
DT-887AXA
DT-882RSC
DT-883RSC
DT-888RSC
DT-380USB
See note.
Car Power Cable
Wall Mount Unit
RS-232C cross cable
RS-232C cross cable
RS-232C cross cable
RS-422 modular cable
USB cable
Cable length; 1.5 m, 9-pin male
25-pin male
25-pin female
Cable length; 1.0 m
Cable length; 2.0 m
Note:
MPC-577ADPE and MPC-577ADPG are phased out as ofAugust 2006. The successor models are
AD-S45150AE andAD-S45150AG..
7
The accessories in the table below are accompanied as accessory in each individual carton box of DT-X5.
Table 1.3 Accessory
Product
AAsizeAlkaline battery
Alkaline battery holder
Wrist strap
Q’ty
2
1
Remark
For DT-X5M10E, M30E and M30U only
For DT-X5M10E, M30E and M30U only
1
Large-capacity battery pack cover
Battery pack cover
User’s guide
1
1
1
For DT-5025LBAT
For DT-X5M10E, M30E and M30U only
in English and Chinese
8
1.2.1 Options And Interfaces
DT-X5
IrDA Printer
( Recommended
Option)
USB
IrDA Ver. 1.1
Bridge Basic Cradle
HA-A60IO
PC
PC
AC Adaptor
AD-S42120AE
USB
RS-232C
Bridge Satellite
Cradle
HA-A61IO
RS-422
RS-422
AC Adaptor
AD-S42120AE
Bridge Satellite
Cradle
HA-A61IO
Power Supply
Terminals
( Built-in Battery
Charge Circuit)
Cradle-type Battery
Charger
HA-A30CHG
AC Adaptor
AC Adaptor
AD-S42120AE
AD-S42120AE
Battery Charger Car
Mount Unit
HA-A34AT
Car Power Cable
DT-827CAC
Access-Point
(Recommended
Option)
WLAN
( IEEE802.11b)
Bluetooth Equipment
(Recommended
Option)
Bluetooth Module
(Ver. 1.1 Class2)
Battery Pack
HA-A20BAT
Battery Pack
HA-A20BAT
Large-capacity
Battery Pack
DT-5025LBAT
Large-capacity
Battery Pack
DT-5025LBAT
Dual Battery
Charger
Dual Battery
Charger
DT-5022CHG
DT-5022CHG
AC Adaptor
AD-S45150AU
AD-S45150AE
Fig. 1.2
9
1.3 General Guide
Views for DT-X5M10E, DT-X5M10R
Fig. 1.3
Note:
The front view in Fig. 1.3 is for all the models of DT-X5 series.
Views for side and back of DT-X5M30E, DT-X5M30U and DT-X5M30R
22
Fig. 1.4
Refer to Table 1.4 “Names of parts” in the following page for each part and its description.
10
Table 1.4 Names of parts
No.
1
2
Name
Indicator 1
Indicator 2
Description
This indicator is green when charging is completed, and red during charging.
This indicator is green when the bar code has been read successfully, and red
when a reading error has occurred.
3
4
5
6
7
LCD panel
Power key
L key
R key
Cursor key
Displays text, operating instructions and so forth.
Switches the power on and off (press for about one second).
This is pressed to move the cursor to the left.
This is pressed to move the cursor to the right.
This functions in mainly the same manner as the cursor keys on a PC. It is
used when selecting items or scrolling the screen up and down and so on.
This can be set to perform arbitrary functions.
8
9
10
11
Multi key
Numeric keys
ENT key
These are pressed to input numbers and letters.
This is pressed after entering a value or when advancing to the next step.
These keys can be assigned functions other than the functions for reading bar
codes. They are initially assigned the following default settings.
F1 : Deletes one characters to the left.
Function keys
F2 : Inputs a hyphen (-).
F3 : Inputs a period (.).
F4 : Toggles to switch between numbers and alphabets (uppercase).
F5 : Inputs a space.
F6 : Functions similar to the Tab key on a PC. Used to move items for
input or selection.
F7 : Functions similar to the Tab key on a PC. Used to move items for
input or selection (but moves the opposite to F6.)
F8 : Not set.
12
13
IR port
This port is used for IR communication with another terminal or the Bridge
Satellite Cradle.
Contact points for supplying power from the Bridge Satellite Cradle and
Cradle-type Battery Charger.
Power contacts
14
15
CLR key
Fn key
This is pressed to clear the contents of all key inputs.
This is used to make various settings or start up preliminary registered
applications by pressing in combination with a function key or numeric key.
Fn and 1 keys
Fn and 2 keys
Fn and 3 keys
: Switches the backlight on and off.
: Darkens the contrast.
: Lightens the contrast.
16
17
18
Battery pack cover
lock switches
R Trigger key
Slide these switches when opening and closing the battery cover.
This key is used to read bar codes. It is also pressed when performing a full
reset.
This key is used to read bar codes. It is also pressed when canceling a full
LTrigger key
reset.
19
20
21
Wrist strap hook
Reset switch
Battery pack cover
This is used when attaching the wrist strap.
This is pressed to reset the terminal.
Covers the compartment that holds the battery pack orAAsize alkaline
batteries.
22
Bar code reader port Laser light is emitted from this port to read bar codes (Laser scanner
integrated models only).
LED lights are emitted from this port to read bar codes and stacked 2D codes
(C-MOS integrated models only).
23
24
Buzzer
Maintenance
connector cover
Produces a buzzer tone.
This is used when performing maintenance and repairs. This cover should
normally not be opened.
11
1.3.1 HA-A34AT Battery Charger Car Mount Unit
View
Power Indicator Lamp
Power Contacts
HA-A30CHG
HA-A34AT
Power Switch
Car power code jack
Remove button
Fig. 1.5
Note:
The view in Fig. 1.5 shows HA-A34AT (Battery Charger Car Mount Unit) with HA-A30CHG (Cradle-type
Battery Charger) integrated to it.
12
1.3.2 HA-A61IO and HA-A60IO Cradles
1
Top
2
3
Right
Back
Front
4
11
5
7
6
12
15
13 14
10
Bottom
8
9
Fig. 1.6
Refer to Table 1.5 “Names of parts” in the following page for each part name and its description.
13
Table 1.5 Names of parts
No.
1
Part Name
IR port
Description
This port transfers data with the terminal IR port non-contact
communication.
2
3
4
Terminal detect switch This switch detects when the terminal is not seated correctly on the Cradle.
Power contacts
Fall protector
Power is supplied to the terminal via these contacts.
This is a removal attachment that prevents the terminal from tipping over
and falling.
5
Power indicator lamp
This lamp indicates the mounting status of the terminal.
Off
: Power off
Green
Red
: Power on, the terminal mounted correctly
: Power on, the terminal not mounted
6
Communication
indicator lamp
This lamp shows when the terminal is performing communication.
Off : No communication being performed
Green flashing : Communication in progress
Red : Problem with a connection between two Bridge Satellite
Cradles
System status indicator This lamp indicates whether the system is operating normally. Regardless of
7
lamp
whether or not the terminal is mounted this lamp indicates the system status
and whether or not a communication operation with the system can be
performed.
Off
Green
: System is not operating.
: System is operating.
8
9
Desktop unit
This is the base when using the Cradle in a desktop configuration. Remove
the desktop unit in the case of a wall mount configuration.
Use these switches to configure the Bridge Satellite Cradle as required.
DIP switches
(HA-A61IO only)
10 Power switch
11 Wall mount unit
fastening plate
Turns the power on and off.
The holes in this plate accept screws that secure the wall mount unit in place.
12 AC adaptor jack
13 RS-422 port
(HA-A61IO only)
14 RS-232C port
(HA-A61IO only)
Connect theAC adaptor here sold separately to supply power.
This port is used when connecting to another Bridge Satellite Cradle.
This port accepts connection of an RS-232C cable for connection to a
computer for transfer of system data and file data. Use of the RS-232C port
requires installation of a special driver on the PC.
15 USB port
This port accepts connection of a USB cable for connection to a computer
for transfer of system data and file data. Use of the USB port requires
installation of a special driver on the PC.
14
1.3.3 DT-5022CHG Dual Battery Charger
Views
Charge status
Top
indicators
Battery pack compartments
Dual charger connection terminals
Right
AC adaptor jack
Left
Bottom
Connection attachments
Fig. 1.7
15
1.3.4 HA-A20BAT and DT-5025LBAT Battery Packs
Views
HA-A20BAT
DT-5025LBAT
Top
Top
Left
Left
Side
Side
Charge/Power supply
terminals
Charge/Power
supply terminals
Bottom
Bottom
Fig. 1.8
16
2. Hardware Specifications
2.1 DT-X5
Table 2.1
Item
Specification
Remark
CPU, Memory
CPU
SH3 (32-bit RISC type)
Operating system
RAM
FROM (OS)
FROM (Storage)
Microsoft®Windows® CE .NET Ver. 4.1
16 MB (user area: approx. 7.5 MB)
32 MB
32 MB (user area: approx. 30 MB)
Laser scanner
Method
Laser emitting window
Wave length
Semi-conductor laser
Redirected downward at 60 degrees
650±10 nm
Output power
Scanning speed
Resolution
Less than 1 mW
100±20 scans per second
0.127 mm
PCS
0.45 or more
Depth
0 (contact) to 400 mm
355 mm at 400 mm
Readable width
Readable symbologies
Ambient light immunity
See Chapter 2.1.1 on page 22.
See Table 2.3 on page 20.
Indoor 3,000 (fluorescent) Lux or less
Outdoor 80,000 Lux or less
C-MOS imager
Method
Emitting window
Resolution
300,000 pixels, monochrome
Redirected downward at 20 degree
1D: 0.15 mm
Stacked: 0.169 mm
PCS
1D: 0.45 or greater
Stacked 2D: 0.45 or greater
1D: 40 to 410 mm
Depth
Stacked 2D: 50 to 250 mm
240 mm at 410 mm
Stacked code symbologies.
Readable width
Readable symbology
See Chapter 2.1.2 on page 24.
See Table 2.4 on page 21.
Display
Display device
No. of dots
Dot pitch
Monochrome FSTN LCD
128 (w) x 160 (h)
0.3 (w) x 0.3 (h) mm
4 grades
Scale
Display fonts
Tahoma, Courier New, CAgothic,
Winding, MS gothic
LED
Backlight
Indicator
Confirmation /Status
Continue.
2 pcs x LED in red and green
17
Input
Keyboard
Cursor up-and-down key, L and R keys, Ten
keys (0 to 9), Fn key, Multi key, Function keys
(F1 to F8)
Control keys
Trigger keys
Power key, Reset switch
2 pcs (on the left and right sides)
IrDA
Standard
IrDAVersion 1.1
Method
Half-duplex
Synchronization
Baud rate
Comm. range
Start/stop, frame synchronization
9600, 115200, 4 Mbps
0 (contact) to 0.3 m
WLAN
Standard
IEEE802.11b
Modulation
Frequency range
Baud rate
Direct sequence spread spectrum
2,400 to 2,483.5 MHz
11 Mbps (maximum)
“DSSS”
For DT-X5M10R, DT-X5M30R
Comm. range
No. of channels
Output power
150 m (outdoor), 50 m (indoor)
11 for FCC, 13 for ETSI
Minimum 12.5 dBm
Note 1
Maximum 16.0 dBm
Other feature
Roaming with multipleAccess-Points
Bluetooth
Standard
Bluetooth Version 1.1
Approx. 5 m
Maximum 3 dBm (PowerClass 2)
Available
Comm. range
Output power
Wake-up function
Note 1
Buzzer
Sound pressure
Vibrator
75 dB or more
Available
Power
Operating battery
Lithium-ion battery pack x 1 pc or
AA-size alkaline battery x 2 pcs
See Table 2.2.
Memory backup battery Lithium battery (rechargeable) on board
Battery life
See Table 2.2.
Battery capacity
HA-A20BAT: 1,700 mAH
DT-5025LBAT: 3,400 mAH
Power withAA-sizeAlkaline battery
RAM:Approx. 120 days
RTC :Approx. 145 days
Power with HA-A20BAT
RAM:Approx. 100 days
RTC :Approx. 125 days
Power with DT-5025LBAT
RAM:Approx. 175 days
RTC :Approx. 200 days
Backup period
(Operating battery and
memory backup
battery)
Conditions;
- Lithium-ion battery pack
(HA-A20BAT or
DT-5025LBAT) is fully
charged.
- AA-sized alkaline batteries
are brand new.
- The memory backup battery
is fully charged.
- The surrounding temperature
is room temperature.
Note 2
Continue.
18
Lithium-ion battery
pack charge time
HA-A20BAT
DT-5025LBAT
:Approx. 5 hours
:Approx. 10 hours
Conditions;
- The power switch is turned
off.
- The lithium-ion battery pack
is a brand new.
- The surrounding temperature
is at room temperature.
Conditions;
- Lithium-ion battery pack is
installed.
Memory backup battery Approx. 4 days
charge time
- The surrounding temperature is
at a room temperature.
Dimensions
Weight
Approx. 54 (W) x 179 (D) x 21.4 (H) mm
Approx. 245 g
Note 4
Note 5
DT-X5M10E, M30E,
M30U
DT-X5M10R, M30R
Approx. 250 g
Notes:
1. Concurrent use of WLAN communication and Bluetooth communication is not recommended.
2. Each memory backup period will depend on the characteristic of the terminal itself, the surroundings
including temperature, humidity. Thus, the periods described in Table 2.1 are recommended for use for
reference only. They are not guaranteed figures.
3. Backup for both data in RAM and the RTC (built-in clock) will commence when the battery pack (either
HA-A20BAT or DT-5025LBAT) runs down.
4. Any protruding part on the terminal is not measured.
5. Each weight includes the lithium-ion battery pack (HA-A20BAT) installed. The strap is excluded.
19
Table 2.2 Operating hours by model
WLAN
IEEE802.11b
Scan
engine
Operating
hour
Model
Battery
Operating mode
Alkaline batteries Approx. 200
Scanning 2 times per 10
seconds.
DT-X5M10E
No
Yes
No
Yes
Laser
HA-A20BAT
DT-5025LBAT
HA-A20BAT
DT-5025LBAT
HA-A20BAT
DT-5025LBAT
HA-A20BAT
DT-5025LBAT
Approx. 90
Approx. 180
Approx. 90
Approx. 180
Approx. 15
Approx. 30
Approx. 20
Approx. 40
Scanning 2 times per 10
seconds
Wait : RF : scan = 6.5:2:1.5
DT-X5M10R
Laser
Wait: RF: scan: calculation =
20:1:1:1
Alkaline batteries Approx. 42
Scanning 2 times per 10
seconds.
DT-X5M30E,
DT-X5M30U
C-MOS HA-A20BAT
DT-5025LBAT
Approx. 40
Approx. 80
Approx. 40
Approx. 80
Approx. 15
Approx. 30
Approx. 20
Approx. 40
HA-A20BAT
DT-5025LBAT
HA-A20BAT
DT-5025LBAT
HA-A20BAT
DT-5025LBAT
Scanning 2 times per 10
seconds.
Wait : RF : scan = 6.5:2:1.5
DT-X5M30R
Notes:
C-MOS
Wait: RF: scan: calculation =
20:1:1:1
•
The durations of time in “Operating hour” for DT-X5M10R have been measured in the WLAN
configuration with CiscoAironet 1100Access-Point. These time durations may become different if other
Access-Point is employed.
•
•
The durations of time in “Operating hour” are measured under the conditions that new battery pack (or new
alkaline batteries) is used, the surrounding temperature is at 25 ºC and the dedicated test program is used.
In the low temperature, the operating hour powered by battery tends to be shorter.
Table 2.3 Readable 1D bar code symbologies
Symbology Output format/Append function
EAN8/JAN8
EAN13/JAN13
UPCA
C-MOS
imager
Yes
Yes
Yes
Laser
scanner
Yes
Yes
Yes
2-digit/5-digit addon
2-digit/5-digit addon
NS output
2-digit/5-digit addon
NS output
UPCE
Yes
Yes
Yes
Yes
UPCA conversion
2-digit/5-digit addon
Start/stop output
ASCII conversion
Start/stop bit output
Code39
Codabar (NW7)
Interleaved 2of5 (ITF)
Code93
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
Yes
Yes
Yes
No
Code128
Code sets A/B
Code set C
MSI (Plessey)
IATA
Code11
RSS-14
Standard/Truncated
Standard
RSS Limited
RSS Expanded
ISBT
Industrial2of5 (IDF)
Yes
20
Table 2.4 Readable 2D stacked code symbologies
Symbology Output format/Append function
C-MOS
imager
Yes
Laser
scanner
No
Code49
PDF417
Yes
No
MicroPDF
Yes
No
Codablock F
Yes
No
EAN8/13 Composite
RSS Composite
UCC/EAN128
Composite
Yes
Yes
Yes
No
No
No
TLC39
RSS-14 (Stacked type)
Yes
Yes
No
No
Stacked/
Stacked Omnidirectional
Stacked
RSS Expanded (Stacked type)
Yes
No
21
2.1.1 Reference for Laser Scanner Performance
Reference of the laser scanner performances below for the DT-X5M10E/DT-X5M10R is provided as a guide to be
utilized by the user. The user can refer to these reference values in the table for his or her specific business
application. All the reference values have been came out from the assessment tests carried out under the basic
performance conditions below. However, it does not necessarily imply that the values are guaranteed and optimum
to any kind of business applications. They are intended for use by the user as a reference only.
Table 2.5
Symbology
0.127 mm
Specification
0 to 50 mm
Remark
Depth
Code39
0.15 mm
0.25 mm
0.33 mm
0.5 mm
1.0 mm
0 to 60 mm
0 to 150 mm
0 to 200 mm
0 to 300 mm
0 to 400 mm
Read angles
Pitch
Skew
Dead-zone
Tilt
Code39
Code39
Code39
Jan 13 digits
0.25 mm
0.25 mm
0.25 mm
0.26 mm
±40 degree
±60 degree
±8 degree
±35 degree
Skew and pitch direction
Curb
JAN 8 digits
JAN 13 digits
0.26 mm
0.26 mm
R≥15 mm
R≥20 mm
PCS
0.45 or more
80,000 Lux or less
44 degree
Ambient light immunity
Sunlight
Laser beam swing angle
Code39
0.25 mm
Scanning width
60 mm
At contact
355 mm
At 400 mm depth
Basic scanning conditions:
Test chart
PCS
: Dedicated test pattern
: 0.9 or greater
Depth
Pitch angle
: 80 mm from the laser emission port
: 0 degree
Skew angle
Tilt angle
: 15 degree
: 0 degree
Surrounding temperature
Surrounding illumination
: 25°C
: 500 to 900 Lux.
Background of the bar code : Black
22
(Unit: mm)
0 to50
0 to 60
0 to 150
0 to 200
0 to 300
0 to 400
0.25
Resolution
0.33
0.5
1.0
Fig. 2.1
23
2.1.2 Reference for C-MOS Imager Performance
Reference of the C-MOS imager performances below for the DT-X5M30E, DT-X5M30R and DT-X5M30U is
provided as a guide to be utilized by the user. The user can refer to these reference values in the table for his or her
specific business application. All the reference values have been came out from the assessment tests carried out
under the basic performance conditions below. However, it does not necessarily imply that the values are
guaranteed and optimum to any kind of business applications. They are intended for use by the user as a reference
only.
Table 2.6
No. of read digits
1D/2D
1D
Symbology
Code39
Resolution
Range (mm)
Remark
A: Maximum
B:
C:
Maximum
21
(close)
12
5
Recommended
6 mil (0.15 mm)
8 mil (0.20 mm)
70 to 195
60 to 135
12
12
22
10 mil (0.254 mm)
13 mil (0.33 mm)
15 mil (0.38 mm)
20 mil (0.5 mm)
40 mil (1.0 mm)
13 mil (0.33 mm)
6.6 mil (0.168 mm)
8 mil (0.20 mm)
10 mil (0.254 mm)
15 mil (0.38 mm)
20 mil (0.5 mm)
50 to 165
60 to 200
40 to 210
70 to 260
90 to 410
60 to 200
60 to 115
60 to 135
50 to 165
70 to 210
80 to 250
5
5
2
2
2
11
97
95
100
52
50
10
10
8
8
5
11
100
100
100
50
50
20
19
17
16
12
UPC
PDF417
11
2D
(Stacked)
1000
1000
1000
1000
1000
ECL4
ECL4
ECL4
ECL4
ECL4
Angle
Pitch
Liner (Code39 10 mil (0.25 mm))
Stacked (PDF417 10 mil (0.25 mm))
Liner (Code39 10 mil (0.25mm))
Stacked (PDF417 10 mil(0.25 mm))
Pitch/Skew
±35°
±35°
±40°
At 110 mm from the LED emission port.
At 110 mm from the LED emission port.
At 110 mm from the LED emission port.
At 110 mm from the LED emission port.
At 110 mm from the LED emission port.
Skew
±40°
Dead
zone
Tilt
±5°(Pitch,
Skew)
360°
Liner (Code39 10 mil (0.25 mm))
Stacked (PDF417 10 mil (0.25 mm))
At 110 mm from the LED emission port.
At 110 mm from the LED emission port.
360°
PCS
Liner (Code39 10 mil (0.25 mm))
0.45 or greater
Stacked (PDF417 10 mil (0.25 mm)) 0.45 or greater
Surrounding illumination
100 to 100,000 Lux.
Visible angle
V_Angle = 26° H_Angle = 35°
Operating temperature (Image sensor)
High temperature 50 ºC
Low temperature -10 ºC
24
Basic scanning conditions:
Test chart
Resolution
PCS
: Dedicated test pattern (1D, 2D Stacked)
: 1D 0.25 mm / 2D 0.5 mm
: 0.9 or greater
Read judgment
Depth
Pitch angle
: 7 times per 10 scans First Decode
: 110 mm from the LED emission port
: α = 0 degree
Skew angle
: β= 10 degree
Tilt angle
: γ= 0 degree
Surrounding temperature
Surrounding humidity
Surrounding illumination
Background of the symbol
Conditional Judgment
: 25 ºC
: 30 to 50%
: 450 to 550 Lux.
: White
: Readable 7 times or more per 10 scanning
Far
20 mm or more
C: Max. readable digits
50 mm or more
B: Recommended readable digits
Readable range
Near
A: Max. readable digits (in close)
L
R
F
1
2
5
8
0
3
6
9
4
7
Fig. 2.2
CLR
F1
F2
F3
F4
F5
F6
F7
F8
25
2.2 HA-A60IO, HA-A61IO
Table. 2.7
Item
Interface
Specification
IrDAVer. 1.1 compatible
Half duplex
Remark
Standard
Comm. method
Synchronization
Comm. speed
Standard
IrDA
Start/stop method
4 Mbps (maximum)
USB Ver. 1.1 compatible
12 Mbps (maximum)
Comm. speed
1. VBus
1
2
2. –Data (D-)
3. +Data (D+)
4. GND
USB
4
Connector
3
USB connector type B
Full duplex
Start/stop method
115.2 Kbps
Comm. method
Synchronization
Comm. speed
Applicable to
HA-61IO only.
SG ER SD RD CD
RS-232C
Connector
CI CS RS
D
D-Sub 9-pin (Male)
Full duplex
Start/stop method
115.2 Kbps
Comm. method
Synchronization
Comm. speed
Applicable to
HA-A61IO only.
IN
RS-422
OUT
6 5 4 3 2 1
6 5 4 3 2 1
Connector
RJ-45 compatible (6 pins)
No. of LEDs
3 (HA-A61IO)
2 (HA-A60IO)
2 (red, green)
System operation status (“LINE”) Refer to Chapter 2.6
Comm. status (“DATA”)
Power status (“POWER”)
8 switches
No. of display colors
Display content
Display
Input
Status LED
“Status Indication
With LEDs”.
See page 30.
DIP switch (HA-A61IO only)
Detection switch for DT-X5
Input voltage
Push switch
DC 12V±5%
DC12VApprox. 3.5A
While supplying
power or transmitting
data.
Input fromAC Consumption current
adaptor
Plug
EIAJ RC-5320AClass 4
AD-S42120AE
DC 5V±10%
1,500 mA(maximum)
Constant voltage
Center pin: plus
AC adaptor
Output voltage
Output current
Power
Charge/supply
power
Charge method
With curb function on
current
Approx. 4.0 hours
Approx. 8.0 hours
For HA-A20BAT
For DT-5025LBAT
Charge time
Continue.
26
The illustration of
the power contact
on the left is viewed
at the front of the
cradle.
Power contact
GND
Power contact
Weight/Dimensions
Table 2.8
Model no.
Weight
Configuration
In desktop state
Specification
Approx. 530 g
In wall mount state Approx. 620 g
Dimensions In desktop state Approx. 110 (W) x 125 (D) x 128 (H) mm
In wall mount state Approx. 110 (W) x 148 (D) x 153 (H) mm
In desktop state Approx. 520 g
In wall mount state Approx. 610 g
Dimensions In desktop state Approx. 110 (W) x 125 (D) x 128 (H) mm
In wall mount state Approx. 110 (W) x 148 (D) x 153 (H) mm
HA-A61IO
Weight
HA-A60IO
27
2.3 HA-A34AT
Table 2.9
Item
Specification
Remark
No. of LEDs
No. of display colors
Display content
1
2
In red and green
Power status (“POWER”)
Display
Input
Status LED
Indicates the status of terminal being mounted on the charger.
OFF : Power is off.
Flashing in green : Power is on and the terminal is mounted on the charger.
Flashing in red
: Power is on but the terminal is not mounted on the charger.
Detection switch for the terminal
Input voltage
Push switch
DC 12V/24V±5%
DC 12V :Approx. 1,400 mA
DC 24V :Approx. 700 mA
EIAJ RC-5320AClass 4
DT-827CAC
While supplying
power.
Center: plus
Input fromAC Consumption current
adaptor
Plug
Power cord
Output voltage
Output current
Charge method
DC 5V±10%
2,500 mA(maximum)
Constant voltage
With curb function
on current
Power
Approx. 4.0 hours
Approx. 8.0 hours
For HA-A20BAT
For DT-5025LBAT
The illustration of
the power supply
terminals on the left
is viewed at the
Charge time
Charge/supply
power
Power supply terminals
Power supply
terminals
GND
front of the charger.
Weight/Dimensions
Table 2.10
Specification
Remark
Weight
Dimensions
Approx. 840 g
Approx. 111 (W) x 243 (D) x 104 (H) mm
When configured with HA-A30CHG.
When configured with HA-A30CHG.
28
2.4 HA-A30CHG
Table 2.11
Item
Specification
Remark
No. of LEDs
No. of display colors
Display content
1
2
Display
Input
Status LED
In red and green
Power status (“POWER”)
Push switch
DC 12V±5%
Detection switch for DT-X5
Input voltage
Consumption current
Approx. 3.5A
While supplying
power or
Input fromAC
adaptor
transmitting data.
Center: plus
Plug
EIAJ RC-5320AClass 4
AD-S42120AE
DC5V±10%
1,500 mA(maximum)
Constant voltage
AC adaptor
Output voltage
Output current
Charge method
With current curb
function
Power
Approx. 4 hours
Approx. 8 hours
For HA-A20BAT
For DT-5025LBAT
The illustration of
the power contact on
the left is viewed at
the front of the
charger.
Charge time
Charge/Power
supply
Power contact
Power contact
GND
Weight/Dimensions
Table 2.12
Configuration
In desktop
Specification
Remark
Approx. 510 g
Approx. 600 g
configuration
In wall-mount
Weight
configuration
In desktop
configuration
Approx. 110 (W) x 125 (D) x 128 (H) mm
Approx. 110 (W) x 148 (D) x 153 (H) mm
Dimensions
In wall-mount
See note.
configuration
Note:
The dimensions include the DT-891WH Wall Mount Unit attached to HA-A30CHG.
29
2.5 DIP Switch Setting for HA-A61IO
The DIP switch is located on the rear side of the Bridge Satellite Cradle. Change the ON/OFF settings according to
your required system configuration. The new settings do not go into effect until the power switch is turned off and
then back on again.
ON（Upper side）
OFF（Lower side）
Not used (Always set to "OFF")
Not used (Always set to "OFF")
Host computer interface
Interface
6
RS-232C
USB *
OFF
ON
Termination setting for daisy chain connection
Termination
At middle
No chain/Termination*
5
OFF
ON
Connection mode
Mode
3
4
With Host PC*
Chain connection
OFF
ON
OFF
OFF
Communication speed between Cradles
Baud rate
115,200bps *
1
ON
2
OFF
* : Default setting.
Fig. 2.3
Note:
Other DIP switch settings are used for testing and inspection purposes. Because of this, you should never use any
DIP settings other than those described above.
30
2.6 Status Indications with LEDs
Various operational statuses on the HA-A61IO can be displayed using the LEDs. The following table describes
LED modes and their meanings.
Table 2.13
Item
Specification
Off
Remark
LED
Power status indicator
Power off.
2-color LED
(POWER)
Power is on and the terminal is mounted correctly. Green
Power is on but the terminal is not mounted
correctly.
Red
Comm. status indicator
(DATA)
(HA-A61IO only)
No communication being performed.
Communication is in progress.
Problem with a connection between two Bridge
Satellite Cradles.
System is not operating.
System is operating.
Off
Green
Red
2-color LED
2-color LED
Line status indicator
(LINE)
Off
Green
31
2.7 DT-5022CHG
Basic Block
Table 2.14
Item
Basic function
Specification
Remark
Rechargeable battery pack
HA-A20BAT
Battery pack (1,700 mAH)
Dedicated batteries only.
DT-5025LBAT
AC adaptor
Large-capacity size battery pack (3,400 mAH)
AD-S45150AU
AD-S45150AE
Input; 100 to 230VAC
Input; 100 to 230VAC
With US power cord
With European power cord
Interface Block
Table 2.15
Item
Input terminals for joint block
1: VIN2
Specification
Remark
Rated DC16V Input voltage 8 to 20V
2: VIN3
Rated DC16V Input voltage 8 to 20V
3: NC
NC
4: GND
GND
Output terminals for joint block
1: VOUT1
DC16V
Output terminal from 1st unit whenAC
adaptor is used.
2: VOUT2
3: NC
DC16V
NC
Output terminal from 2nd unit
4: GND
GND
No. of joint-able units
3 units (x DT-5022CHG)
Power Supply Block
Table 2.16
Item
Input
Specification
Remark
Rated voltage
DC 16V
Input voltage
DC 8.0 to 20V
Rated output
Rated output voltage
Rated output current
Input consumption current
Input consumption current
Charge output terminal CH1
PIN1: +
DC 4.22V
DC 1,600 mA
0.65A
When input voltage is at 16V.
4.22V±30mV
GND
PIN2: -
Charge output terminal CH2
PIN1: +
4.22V±30mV
GND
PIN2: -
Input terminal
DC jack
Rated DC16V, input voltage DC 8.0 to 20.0V
32
Battery Charge Block
Table 2.17
Item
Charge control
Specification
DC4.22V±30mV
Remark
Output voltage
Charge current (standard mode)
Charge current (standby mode)
Full charge detection current
DC1,600mA±10%
DC160±40mA
DC120±30mA
Voltage control
Full charge detection voltage 4.1V
Re-charge detection voltage 4.0V
Re-charge detection voltage
Input voltage
DC4.0±0.1V
DC8.0 to 20V
Timer
Charge timer (standby mode)
Charge timer (standard mode)
Trickle charge timer
Charge hour
90 minutes
720 minutes
120 minutes
HA-A20BAT
Approx. 2.5 hours (for 1 pack)
Approx. 5.0 hours (for 2 packs at same time)
Approx. 5.0 hours (for 1 pack)
Approx. 10.0 hours (for 2 packs at same time)
Not available
At 0 to 40 ºC
At 0 to 40 ºC
DT-5025LBAT
Temperature control
No. of charge outputs
1
Operation mode
Battery pack mount detection
Battery pack not mounted
Battery pack mounted
LED OFF, charge output OFF
LED ON in red, charge output OFF
LED ON in red, charge output OFF
LED ON in red, charge output ON
LED ON in red, charge output ON
LED ON in green, charge output OFF
LED ON in green, charge output ON
LED ON in green, charge output OFF
LED flash in red, charge output OFF
Check on battery pack
Battery charge (standby mode)
Battery charge (standard mode)
Wait mode in trickle charge
Charge in trickle mode
Charge completed
Charge abnormal end
Other
Priority order of battery charging
Order in mounted order
Weight/Dimensions
Table 2.18
Item
Weight
Dimensions
Specification
Approx. 154 g
100 (L) x 110 (W) x 49 (H) mm
Remark
33
2.8 HA-A20BAT, DT-5025LBAT
Table 2.19
Specification
Item
Remark
HA-A20BAT
1,700 mAH
3.7V
DT-5025LBAT
3,400 mAH
3.7V
Rated capacity
Rated voltage
0.2C discharge
0.2C discharge
Discharge end voltage
Standard charge current
2.75V
2.75V
1.6A
0 to 50 °C
4.2±0.05V
5.0 hours
1.0 CA(=1.55A)
0 to 40 °C
4.2±0.05V
2.5 hours
Charge voltage
Charge hour
(standard mode)
Weight
Charge on
DT-5022CHG
Approx. 45 g
Approx. 87g
Dimensions
57 (L) x 37 (W) x 13 (H) mm
57 (L) x 37 (W) x 24 (H) mm
34
3. Product Identification and Reference Numbers
On the back of the terminal and its options (major options only), there is a bar code and numbers printed on label as
shown in Fig. 3.1 below.
This bar code is represented by 15 digits of Code128 and by alphanumeric characters beneath the bar code. The
numbers from 1 to 9 in the figure represent identification and references of the terminal. The numbers from 10 to
14 represent a manufacturing reference which is reserved by the manufacturer. See the figure below for each
meaning.
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15
Manufacturing references
(reserved by the
Serial number of the
terminal in 5 digits
manufacturer)
Check digit
Production month of the year (1 to 9, A,B,C)
Production year (last digit only. Ex. 1 represents the year 2001.)
Model number (two digits in alphanumeric)
81: DT-X5 (Domestic version)
82: DT-X5 (Domestic version)
83: DT-X5M10E
84: DT-X5M10R
86: DT-X5M30E
87: DT-X5M30U
88: DT-X5M30R
72: HA-A61IO
73: HA-A60IO
Fig. 3.1
35
4. Quality References
This chapter describes about references of the DT-X5 and its dedicated options concerned with environmental
performance, compliance, mechanical and electric durability, etc.
4.1 Environmental Performances
4.1.1 DT-X5
Table 4.1
Item
Specification
-20 ºC to 50 ºC
Condition
Temperature
Humidity
Operation
0 to 40 ºC while mounting
on Cradle.
Non-operation
-20 ºC to 70 ºC
Operation
Non-operation
10 % to 80 %RH
5% to 90 %RH
No condensation
No condensation
Storage in carton box
Temperature
-20 ºC to 60 ºC
90 %RH or less
Humidity
Dust and water-splash proof
IP54 level (compliant with IEC60529)
See “IP (Industrial Protection) code”.
All covers on the terminal
are closed while testing.
IP (Industrial Protection) code
Acording system to indicate the degrees of protection provided by an enclosure against access to hazardous parts,
ingress of solid foreign objects, ingress of water and to give additional protection in connection with such
protection. Elements of the IP54 level and their meanings are as follows.
IP5x
Represents dust proof to level 5. This level of IP code means that the terminal is protected against solid foreign
objects including dust to penetrate the enclosure.
IPx4
Represents water-splash proof to level 4. No detrimental effect is observed even with exposure to water splashed
from any direction.
36
4.1.2 HA-A60IO, HA-A61IO, HA-A30CHG
Table 4.2
Item
Specification
Condition
Temperature
Humidity
Operation
Storage
0 ºC to 40 ºC
-10 ºC to 50 ºC
Operation
Storage
30% to 80%RH (No condensation)
30% to 90%RH (No condensation)
Storage in carton box
Temperature
-10 ºC to 50 ºC
30% to 90%RH
Humidity
Dust and water-splash proof
Not applicable.
37
4.1.3 HA-A34AT
Table 4.3
Item
Specification
Condition
Temperature
Operation
0 ºC to 40 ºC
Storage
-40 ºC to 85 ºC
Humidity
Operation
Storage
30% to 80%RH (No condensation)
30% to 95%RH (No condensation)
Storage in carton box
Temperature
-10 ºC to 50 ºC
30% to 90%RH
Humidity
4.1.4 DT-5022CHG
Table 4.4
Item
Temperature
Operation
Specification
Condition
0 to 40 ºC
Non-operation
Storage
-10 to 50 ºC
-10 to 55 ºC
When battery is not charged.
With carton box
Humidity
Operation
Storage
20 % to 90 %RH (no condensation)
20 % to 90 %RH (no condensation)
With carton box
4.1.5 HA-A20BAT, DT-5025LBAT
Table 4.5
Item
Specification
Condition
Temperature
Humidity
Operation
Non-operation
Storage
0 to 40 ºC
-5 to 50 ºC
-10 to 55 ºC
When battery is not charged.
With carton box
Operation
Storage
20 % to 90 %RH (no condensation)
20 % to 90 %RH (no condensation)
With carton box
38
4.2 Electrical Performances
4.2.1 DT-X5
Table 4.6
Item
Specification
Remark
DC1.1A/3.0V to 5V
DC1.3A/3.0V to 5V
DC1.4A/3.7V to 5V
DC1.6A/3.7V to 5V
For DT-X5M10E
For DT-X5M30E/DT-X5M30U
For DT-X5M10R
Power consumption
For DT-X5M30R
Anti-static strength
Malfunction
Compliant with EN6100-4-2
±4 KV (contact), ±8 KV (in air)
Destruction
±12 KV
4.2.2 HA-A60IO, HA-A61IO, HA-A30CHG
Table 4.7
Item
Specification
Remark
Approx. 0.02A/DC12V (HA-A60IO)
Approx. 0.15A/DC12V (HA-A61IO)
Approx. 0.02A/DC12V (HA-A30CHG)
Approx. 0.9A/DC12V (HA-A60IO)
Approx. 1.0A/DC12V (HA-A61IO)
Approx. 0.9A/DC12V (HA-A30CHG)
DC12V±5% (HA-A60IO)
When the terminal is not mounted on.
Current
consumption
While supplying power, or transmitting data.
DC12V±5% (HA-A61IO)
DC12 or 24V±5% (HA-A30CHG)
Input voltage
DC24V for HA-A30CHG is only when HA-A34AT
Battery Charger Car Mount Unit is attached to it.
Anti-static strength
Malfunction
±6 KV
150 pF, 330 ohm
Destruction
±12 KV
Line noise strength 1,000 V
(Malfunction)
Pulse width: 5 KHz
Burst cycle: 300 milliseconds
No. of pulses: 75 pcs
Burst period: 15 milliseconds
Power interruption 10 milliseconds or less
4.2.3 HA-A34AT
Table 4.8
Item
Consumption
current
Specification
DC 12V :Approx. 1,400 mA
DC 24V :Approx. 700 mA
DC 12V/24V±5%
Remark
While supplying power.
Voltage
Anti-static strength
Malfunction
Destruction
±6 KV
±12 KV
150 pF, 330 ohm
39
4.2.4 DT-5022CHG
Table 4.9
Item
Anti-static strength
Malfunction
Specification
Remark
ESD method: 250 pF, 100 ohm
Probe: Finger type
±5 KV
Destruction
±10 KV
Polarity: ±
4.2.5 HA-A20BAT, DT-5025LBAT
Table 4.10
Item
Anti-static strength
Malfunction
Specification
Remark
ESD method: 250 pF, 100 ohm
Probe: Finger type
±5 KV
Destruction
±10 KV
Polarity: ±
40
4.3 Mechanical Performances
4.3.1 DT-X5
Table 4.11
Item
Specification
Condition
Resistance to drop impact (height)
In bare condition
180 cm
Onto concrete, one time on each of the 6 sides and 4
corners.
In individual carton box 70 cm or less
Onto concrete, one time on each of the 6 sides, 1
corner, 3 edges.
10 to 55 Hz
In master carton box
70 cm or less
1.5 G or less
Resistance to vibration
In X,Y, and Z directions
Reciprocally for 30 minutes
4.3.2 HA-A60IO, HA-A61IO, HA-A30CHG
Table 4.12
Item
Specification
1.5 G or less
Condition
Resistance to vibration
10 to 55 Hz
In X,Y, and Z directions
Reciprocally for 30 minutes
10 to 55 Hz
In X,Y, and Z directions
Reciprocally for 30 minutes
Resistance to vibration
(in package)
1.5 G or less
Resistance to impact
In bare condition
70 cm
70 cm or less
50 cm or less
One time for 6 faces onto concrete surface
One time for 6 faces, 1 corner and 3 edges
In individual carton box
In master carton box
4.3.3 DT-5022CHG
Table 4.13
Item
Specification
1 G or less
Condition
10 to 55 Hz
Resistance to vibration
In X,Y, and Z directions
Reciprocally for 30 minutes
10 to 55 Hz
In X,Y, and Z directions
Reciprocally for 15 minutes
Resistance to vibration
(in package)
2 G or less
Resistance to impact
In bare condition
75 cm
75 cm or less
6 faces, 1 corner and 3 edges
6 faces, 1 corner and 3 edges
In individual carton box
41
4.3.4 HA-A20BAT, DT-5025LBAT
Table 4.14
Item
Specification
1.5 G or less
Condition
Resistance to vibration
10 to 55 Hz
In X,Y, and Z directions
Reciprocally for 30 minutes
Resistance to impact
In bare condition
100 cm
6 faces, 4 edges onto P-tile.
In individual carton box 70 cm or less
6 faces, 3 edges, 1 corner onto P-tile.
42
4.4 Reliability
4.4.1 DT-X5
Table 4.15
Item
Service life
Specification
10,000 hours
Remark/Condition
At half-life period
Backlight
Laser scanner
C-MOS imager
Trigger keys
Other keys
10,000 hours
70,000 hours
1,000,000 times
500,000 times
10,000 times
For each trigger key
Mounting/removing of the
terminal to/from the Cradle
MTBF
MTBF (WLAN module)
62,413 hours
27,000 hours
Electronic parts only
Charging and discharging cycle of 300 times or more
battery pack
Applicable to HA-A20BAT and
DT-5025LBAT (see notes)
Note:
The number of the cycles is assumed with the conditions below.
•
•
•
The remained capacity of battery pack at the 300 cycles is approximately 58% of the full capacity.
The surrounding temperature is 20 ºC.
The discharge current is 1.6Aconstant current.
4.4.2 HA-A60IO, HA-A61IO, HA-A30CHG
Table 4.16
Item
Specification
Remark/Condition
MTBF for electronics parts
Mounting/removing the terminal to/from Cradle
50,000 hours
20,000 times
5,000 times
10 times
500 times
500 times
Power switch
DIP switch
USB
Switch
For HA-A61IO only
No. of ON/OFF times of the
connector
RS-232C
RS-422
For HA-A61IO only
For HA-A61IO only
100 times
No. of ON/OFF times of the power jack
1,500 times
4.4.3 DT-5022CHG
Table 4.17
Item
MTBF
Specification
210,000 hours or more
Remark
MIL-HDBK217F
Protection from short
Internal circuit is protected from a short between
the charge terminals
43
4.5 Compliance
4.5.1 DT-X5
EMC, EMI, Safety, WLAN /Bluetooth type approvals
Table 4.18
Compliance Standard
Europe
EN301.489-17
(EMI,EMS)
EN60950
(Safety)
EN60825
(Laser)
EN300.328-2
(Bluetooth,
WLAN)
EN50371
EN50361
EN50360
(SAR)
Yes
Model
DT-X5M10E
DT-X5M10R
DT-X5M30E
DT-X5M30R
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Columns in gray color: not applicable.
Table 4.19
Compliance Standard
USA
Model
FCC
UL60950-1
FCC Part 15
sub part C +
SAR
Part 15B Class
B
DT-X5M30U
Yes
Yes
Yes
4.5.2 HA-A60IO, HA-A61IO, HA-A30CHG
Table 4.20
Compliance Standard
Europe
USA
EMC
EN55022:1998+A1:2000 Class B
EN55024:1998+A1:2001 Class B
EN60950
FCC Part 15B Class B
Safety
UL60950 3 Edition: 2000
4.5.3 AD-S42120AE, AD-S45150AU, AD-S45150AE
Table 4.21
Compliance Standard
Europe
USA
Safety
EN60950 (1991) 2nd edition
UL1950 3 Edition
44
5. Cable Specifications
5.1 For Chain Connection and Short Length
Length; 1 meter or less
M a x m im u m
1 m
View from side
View from top
1
2
3
4
5
6
1
2
3
4
5
6
M o d u la r p lu g
(c o m p p a tib le w ith
6 /6 -6 F R S Y K (S a b y o
In d u s tr ia l)
C a b le ( s e e T a b le 5 .1 )
Fig. 5.1
Table 5.1 Specifications of the cable
Cable
Core wire
Conductor
Insulator
Finish of external shape
Insulator
20/0.1A
Semi-hard material P.V.C.
20/0.1A
Sheath
P.V.C.
Finish of external shape
Conductance resistance
Insulation resistance
φ4.3±0.1mm
0.12ohm /m or less
50Mohm or more
Characteristics
Pin layout diagram of cable for chain connection and short distance (pin-to-pin straight connection)
Wiring
Pin no.
Signal
IRS+
IRS-
ISD+
ISD-
Pin no.
Signal
ORS+
ORS-
OSD+
OSD-
IRD+
IRD-
1
2
3
4
5
6
1
2
3
4
5
6
Cradle at lower
position under the
chain connection
Cradle at higher
position under the
chain connection
ORD+
ORD-
Fig. 5.2
45
5.2 For Chain Connection and Long Length
Length; 1 meter or longer
View from side
Max. 1,000m
View from top
1 2 3 4 5 6
1 2 3 4 5 6
Modular plug compatible
with 6/6-6 FR SYK50 by
Sanyo Industrial Co.
Cable compatible with SK-UTP
100M3P by Sanyo Industrial Co.
Fig. 5.3
Pin layout diagram of cable for chain connection and long distance (pin-to-pin straight/twist-pair connection)
Wiring
Pin no.
Signal
IRS+
IRS-
ISD+
ISD-
Pin no.
Signal
ORS+
ORS-
OSD+
OSD-
IRD+
IRD-
1
2
3
4
5
6
1
2
3
4
5
6
Cradle at lower
position under the
chain connection
Cradle at higher
position under the
chain connection
XXXXXX
XXXXXX
XXXXXX
ORD+
ORD-
Fig. 5.4
46
6. Precautions
6.1 Handling Precautions
Precautions for short-term storage (1 to 2 days)
•
If the DT-X5 is to be stored over holidays (including Saturday and Sunday), replace the battery pack (or
AA-size alkaline batteries) with brand-new one before starting the holiday. This will conserve the built-in
memory backup battery and ensure retention of data on the terminal.
•
If there is a possibility of the above or operator error (e.g., a fully charged battery has not been inserted),
practice system operation that maintains a backup to avoid loss of data due to consumption of the batteries.
Precautions for long-term storage (over one week)
•
Prior to long-term storage (over one week), always back-up data in the terminal to other memory storage
device. In addition, remove the lithium-ion battery pack orAA-size alkaline batteries before storage. This can
minimize overly discharging the installed battery and minimize consumption of the memory backup battery.
Do not store the removed battery pack orAA-size alkaline batteries at high temperature. Otherwise, it will
discharge at an accelerated rate. Note that the capacity after the battery if it is not used for 10 days at 60°C
will be 65%, and that after 20 days at 60°C will be 55%.
•
47
6.2 Safety
6.2.1 Battery Pack
•
•
•
•
Never disassemble or retrofit the battery pack. The battery pack has safety mechanism and protection means
incorporated to avoid hazards. Should they be damaged, the battery pack could become hot, generate smoke,
explode, or ignite.
Never contact the “+” and “-“ terminals with metal objects such as a wire. Also, do not carry or store the
battery with a metal necklace or hair pin. Otherwise, the battery pack may be short-circuited resulting in an
excessive current and causing the battery to become hot, smoke, explode, or catch fire.
Neither dispose of the battery pack into a fire nor heat it. The insulation may be burnt, the gas exhaust valve
or safety mechanism may be damaged, or the internal electrolyte may ignite, causing the battery pack to
become hot, smoke, explode, or ignite.
Neither leave nor use the battery pack in a place with a high temperature (over 80 °C) or close to a fire or hot
stove. Should the resin separator be damaged due to excessive heat, the battery pack may be short-circuited
causing it to become heated, smoke, explode, or ignite.
•
•
Do not soak the battery pack in fresh water or sea water. If the protection means incorporated in the battery
pack is damaged, the battery pack may become hot, smoke, explode, or ignite.
Do not attempt to charge the battery close to a fire, in direct sunlight, or in a car parked in the sun. Aheated
battery pack will trigger the internal hazard protection means to stop the charging function. Or, the protection
means may be damaged and the battery may be charged with an excessive current or voltage, or have
abnormal chemical reactions induced to cause it to become hot, smoke, explode, or ignite.
Do not stick a pin or nail in the battery pack. Neither hit it with a hammer nor stamp it. If this is done, the
battery pack may be broken or deformed resulting in a short circuit and causing it to become hot, smoke,
explode, or ignite.
•
•
Do not hit or throw the battery pack. If the protection means incorporated in the battery pack is damaged, the
battery pack may be charged with an excessive current or voltage, or have abnormal chemical reactions
induced to cause it to become hot, smoke, explode, or ignite.
•
•
Never use a battery pack that is significantly damaged or deformed. It may become hot, smoke, explosion, or
ignite.
Do not attempt to solder anything directly on the battery pack surface. The insulation may be damaged or the
gas exhaust valve or safety mechanism may be damaged, causing the battery pack to become hot, smoke,
explode, or ignite.
•
•
Do not use the battery pack in other device than the DT-X5. The performance or service life of the battery
pack may be reduced or abnormal current may flow to cause it to become hot, smoke, explode, or ignite.
When charging the battery pack use only dedicated cradles or dedicated battery charger and itsAC adaptor
available from CASIO, at a temperature between 0°C and 40°C. If the battery pack is charged with battery
chargers other than those specified by CASIO, it may be over-charged, or charged with an excessive current,
or have abnormal chemical reactions induced, causing it to become hot, smoke, explode, or ignite.
The battery pack has a specific polarity. Do not force it into the DT-X5. Check the polarity. If the battery pack
is connected backwards, it can be incorrectly charged and have an abnormal chemical reaction induced,
causing it to become hot, smoke, explode, or ignite.
•
•
If the internal electrolyte of the battery pack leaks and enters the eye, do not rub the eye. Rinse the eye with a
sufficient amount of clean water, such as tap water, then immediately consult with a doctor. The electrolyte
can cause eye damage.
48
6.2.2 General
•
Be aware of abnormal conditions.
If the DT-X5 is continuously used in an abnormal condition, a fire or electric shock may occur. If there is an
abnormality, immediately turn off the Power switch, and be sure to remove the batteries and then contact a
CASIO distributor for repair.
•
•
•
•
•
•
Supply Current/Voltage
Do not use theAC adaptor with anAC voltage not rated on theAC adaptor. Also, avoid drawing power from
an outlet used for multiple devices. This may cause fire or an electric shock.
Handling the power cable
Do not damage, break, retrofit, bend, twist, or stretch the power cable. Also, do not place a heavy object on it
or heat it. If this is done, the power cable may be broken and cause a fire or electric shock.
AC adaptor
Always use the dedicatedAC adaptor. If anAC adaptor that is not specified is used, the battery pack may
explode, causing a fire or personal injury.
Do not touch theAC adaptor with wet hands.
This may result in an electric shock. Also, place theAC adaptor in a place where it is not subject to dust and
water. Dust and dirt may cause fire and smoke, and water may cause an electric shock.
About the electrolyte
If the internal electrolyte of the battery leaks and enters the eye, rinse it with a sufficient amount of water, then
consult with a doctor
About the battery pack
1. Do not place the battery pack in a microwave oven or high-pressure container. If this is done, the
battery pack will be quickly heated or the contact seal may be broken causing it to become hot, smoke,
explode, or ignite.
2. If you are aware of an abnormal condition such as a smell, excessive heat, discoloration, deformation,
etc., during use, charging and storage of the battery pack, immediately remove it from the DT-X5 and
do not use it anymore. If it continuously used without proper treatment, the battery pack may become
hot, smoke, explode, or ignite.
3. If charging cannot be completed even after the specified charging period, stop the charging operation.
Otherwise, the battery pack may become hot, smoke, explode, or ignite.
4. If the battery pack leaks or generates an abnormal smell, immediately remove it away from the fire.
Otherwise, the electrolyte that has leaked may ignite causing smoke, an explosion, or fire.
5. Do not disassemble the battery pack. Neither disassemble nor retrofit this terminal. Personal burns or
injury may occur.
•
About the power cable andAC adaptor
1. Do not bring the power cable close to heating equipment such as stove. The cable coating may burn or
melt, resulting in fire or electric shock.
2. Do not bring the power cable close to a container filled with liquid. If the cable becomes wet or should
the container be tipped over, a fire or electric shock may result.
3. Do not unplug theAC adaptor by pulling the power cable by hand. The cable may be damaged causing
a fire or electric shock. Always hold the plug of the cable.
4. When cradle or battery charger is not used for an extended period of time, e.g. during absences, unplug
theAC adaptor from the wall outlet.
49
•
About the battery
1. Do not attempt to disassemble or solder the battery. Also, do not heat or throw the battery into a fire.
2. When the button-type battery (memory backup battery) used in this terminal is removed, exercise care
so as not to accidentally swallow it. Remain aware of the danger to infants. Store the button-type battery
in an infant-safe location. Should the battery be swallowed, immediately consult a doctor.
3. If the battery is improperly used, the electrolyte may leak and soil other objects, resulting in fire and
personal injury. Be sure to observe the following precautions:
4. Make sure of the polarity (+, or -) of the battery when installing it.
5. Do not leave this terminal unused for an extended period of time with the battery installed.
About the battery pack
Do not use the battery pack in a place where it will be exposed to static electricity. The battery pack may
become hot, explode, or ignite.
•
•
•
Avoid exposing it to water and foreign matter
Should foreign matter (metal chips, water, liquid chemicals) enter inside the product, immediately turn off the
DT-X5, remove the battery pack, and then contact a CASIO distributor.
Memory protection
1. Contents of the DT-X5 should always be backed up in personal computer to make a separate record
from that on the terminal. The contents of the memory may accidentally be lost due to battery power
consumption, etc. This also occurs when this terminal malfunctions or is repaired.
2. When replacing the battery pack orAAalkaline batteries, always refer to the user’s guide. Improper
battery replacement may lead to unexpected loss or alteration of data.
Place of installation
•
1. Do not place the DT-X5 in an environment with a significant amount of moisture or dust. Otherwise, a
fire or electric shock may occur.
2. Do not use the DT-X5 in the vicinity of a cooking table, humidifier, etc., where it will be subjected to
oily smoke or vapor. Otherwise, a fire or electric shock may occur.
3. Do not place the DT-X5 in an unstable situation, such as on a wobbling platform or shelf. It may fall
and cause personal injury.
4. Do not throw the DT-X5 into a fire. This may cause a fire or personal injury due to explosion of the
terminal.
50
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