Metrologic Instruments Scanner MS6130 MX003 User Manual

METROLOGIC INSTRUMENTS, INC.  
MS6130 Hand Held Laser Scanner  
and MX003 Scanner Interfaces  
Installation and User’s Guide  
 
TABLE OF CONTENTS (CONTINUED)  
Maintenance .......................................................................................... 27  
Troubleshooting ..................................................................................... 28  
Appendix A  
Specifications ........................................................................... 29  
Appendix B  
Default Settings of the MS6130 and “MX” Interface ................... 32  
Appendix C  
MX003 Series Scanner Interface Pin Assignments..................... 36  
Appendix D  
Warranty and Disclaimer........................................................... 37  
Appendix E  
Notices..................................................................................... 38  
Appendix F  
Patents..................................................................................... 39  
Index ..................................................................................................... 40  
iv  
 
Printer Note:  
Leave page blank.  
 
THE MS6130 HAND HELD BAR CODE SCANNER  
MS6130 Hand Held Bar Code Scanners are wireless scanners with a  
mobility range of up to 30 feet from the receiver. When not in use, the  
scanner rests in a universal-charging stand. The scanner will be fully  
charged in 2 hours when not scanning in the stand. A fully charged MS6130  
can provide up to 8 hours of wireless, hand-held scanning. After dormant  
periods, the scanner is programmed to enter a timeout mode that will extend  
the battery life. There is a reactivation switch conveniently located on the  
side of the scanner to turn the unit back on. The scanner has a replaceable  
battery pack for added reliability and convenience for your scanning  
application.  
Metrologic’s scanner uses wireless data communication to transfer  
information to the host. The MS6130 may be used with Metrologic’s MX003  
Series Scanner Interfaces to provide the short range, one-way  
communication link between the scanner and an RS-232, Keyboard Wedge  
or Light Pen host device.  
The MS6130 uses Metrologic’s patented Infrared Object Sensor for  
triggerless operation. The scanner, after a specified time, will enter a  
standby mode where the VLD and motor will shut off. Simply present an  
object in front of the scanner window, the Infrared Sensor will reactivate the  
scanner and the unit will be ready to scan.  
To indicate the status of the scanner, the MS6130 uses a green and red  
LED located on the top of the scanner. By understanding the flashes of the  
LED, you can determine a successful read, laser status, low battery power,  
sleep mode, and program mode. There are audible indicators on the  
scanner as well. The scanner will beep; one, two or three times to indicate  
successful power up or scan, low battery, or program mode, respectively, or  
give a razzberry tone; which indicates the scanner has failed diagnostics  
upon power up.  
In this manual, the MS6130 may be referred to as the scanner or transmitter.  
1
 
MX003 SERIES SCANNER INTERFACES  
Metrologic’s MX003 Series Scanner Interfaces provide a short range, one-  
way wireless data communication link between a remote portable scanner  
and an RS-232 or light pen host device. Specifically, Metrologic’s MS6130  
Hand-Held Laser Scanners include a Liberty® RF transmitter board.  
Metrologic’s MS700i/MS720i series scanners, TECH series scanners may  
be connected to a MX Series scanner interface. The “MX” scanner interface  
includes a RF receiver and a digital interface board.  
The MS6130 scanner provides two functions:  
·
·
Scans and decodes bar codes  
Transmits scanned data to the RF receiver or “MX”  
When the “MX” interface is connected to a ScanPal® or host device such as  
a portable data terminal (PDT), it provides two functions  
(For example, refer to Figure 1):  
·
·
Performs the RF receiver function; for example, beeps to show it has  
received data from the transmitter  
Communicates with the host device  
In this manual, MX003 series scanner interfaces may be referred to as the  
“MX”, “MX” interface or receiver. Suffix of the MX003 model designation will  
vary due to country of usage.  
MS6130 with Liberty® RF  
Any RS-232C or  
Scanner Interface (Transmitter)  
Light Pen Device with  
MX003 RF Receiver  
Up to 30 Ft.  
(conditions permitting)  
Figure 1  
2
 
UNPACKING LIST  
Your shipment will contain a set of items from the two groups listed below:  
Transmitter Group:  
· MS6130 Hand-Held Scanner  
· Stand #45880 (optional)  
· Stand #45558, 45559 and 45560 (optional)  
· MS4120 Programming Guide  
Receiver Group:  
· “MX” Scanner Interface  
· MCA951 adapter or adapter cable (if required)  
· Regulated 5V power supply, MLPN: 6090/6091  
(115/220 VAC)(optional)  
OR  
· “MX” Scanner Interface  
· MS700i with Liberty® RF Receiver option cable  
· Power supply (optional)  
· Communication cable with connection for power  
supply (optional) or communication cable only  
· Stand #45483 (optional)  
· MS700i and MS720i Installation and User’s Guide  
· ScanSelect™ Scanner Programming Guide (#2186)  
OR  
· ScanPal® Data Collector  
· “MX” Scanner Interface  
· Upload cable, MLPN: 51061 and 51236  
· MCA951 adapter  
· Regulated 5V power supply, MLPN: 6090/6091 (115/220 VAC  
)
· ScanPal Data Collector Installation and User’s Guide  
3
 
CONNECTIONS OF THE “MX” INTERFACE TO THE HOST DEVICE  
Except version 17  
1. Turn off the host system.  
2. Connect the MCA to the host device. Connect the “MX” interface to  
the MCA.  
3. Check the AC input requirements of the transformer to make sure the  
voltage matches the AC outlet. The socket outlet should be near the  
equipment and easily accessible.  
4. Plug the transformer into the side of the MCA and the AC outlet.  
5. Power up the host system.  
MS6130 with Liberty® RF  
Transformer  
Scanner Interface  
(Transmitter)  
“MX” Scanner Interface  
MCA  
Host System  
Figure 2: Connecting the “MX” (through the MCA) to a host device  
To maintain compliance with applicable standards, all circuits connected  
to the unit must meet the requirements for SELV (Safety Extra Low  
Voltage) according to EN 60950.  
4
 
CONNECTIONS OF THE KEYBOARD WEDGE  
“MX” INTERFACE TO THE PC  
Version 17 only  
MX003 Scanner Interfaces with a suffix of “17" are Keyboard Wedge  
versions used to interface with a PC and keyboard.  
1. Turn off the PC.  
2. Plug the “MX” receiver adapter cable to the PC keyboard port.  
3. Plug the keyboard into the “MX” receiver adapter cable.  
4. Power up the PC.  
MS6130 with Liberty® RF  
Scanner Interface  
(Transmitter)  
Optional Adapter  
“MX” Receiver adapter Cable  
Host System  
Figure 3: Connecting the “MX” to a PC and keyboard  
To maintain compliance with applicable standards, all circuits connected  
to the unit must meet the requirements for SELV (Safety Extra Low  
Voltage) according to EN 60950.  
The following statement is applicable if the scanner will receive power  
from a host device such as a computer system.  
Caution: To maintain compliance with standards CSA C22.2 No. 950/UL  
1950 and norm EN60950, the power source must meet  
applicable performance requirements for a limited power  
source.  
5
 
CONNECTIONS OF THE MS700I/MS720I  
WITH “MX” TO THE HOST DEVICE  
To avoid potential problems, do not power up the scanner until the  
communication cable is secured to the host.  
1. Turn off the host system.  
2. Connect the 25-pin D-type connector on the MS700i/MS720i scanner’s  
head cable to the communication cable. Connect the other end of the  
communication cable to the host device. If the scanner will not receive  
power from a transformer, skip to Step 5.  
3. If the scanner will receive power from an external power source, check  
the AC input requirements of the transformer to make sure the voltage  
matches the AC outlet. The socket-outlet should be near the equipment  
and easily accessible.  
4. Plug the transformer into the side of the female D-type connector  
located on the communication cable. Plug the transformer into the AC  
outlet to supply power to the scanner.  
5. Power up the host system.  
6. Attach the “MX” to the MS700i/MS720i scanner via the LSO cable that  
terminates to a 10-pin modular connector.  
Note: When the MS700i/MS720i scanner first receives power, the  
LEDs will flash and then the scanner will beep once. After the  
scanner performs this startup sequence, the green LED will remain  
on for a specified time showing that the laser is on.  
Refer to the MS700i and MS720i Laser Bar Code Projection  
Scanner Installation and User’s Guide for information on how to  
operate the scanner.  
To maintain compliance with applicable standards, all circuits connected  
to the unit must meet the requirements for SELV (Safety Extra Low  
Voltage) according to EN 60950.  
The following statement is applicable if the scanner will receive power  
from a host device such as a computer system.  
Caution: To maintain compliance with standards CSA C22.2 No. 950/UL  
1950 and norm EN60950, the power source must meet  
applicable performance requirements for a limited power  
source.  
6
 
CONFIGURATION OF THE MS700I/MS720I WITH “MX”  
To perform matching procedure refer to page 18.  
Once the transmitter is assigned an ID number, configure the S700i/MS720i  
to accept RF communication. Although the changes made in this section  
effect the receiver, the MS6130 performs all scanning.  
1. Scan the following bar code to enter the receiver’s program mode.  
(The MS700i/MS720i will beep three times):  
Enter/Exit Program Mode for the Receiver  
1 2 3 4 5 6 6 6 6 6  
0
7
2. Enable the RF interface by scanning the following bar codes in order:  
R
L
0
P
H
1
1
1
H
3. Exit program mode by scanning the bar code in Step 1 again.  
4. Proceed to the procedure on the next page.  
7
 
CONFIGURATION OF THE MS700I/MS720I WITH “MX”  
TO THE HOST SYSTEM  
To perform matching procedure refer to page 18.  
Before the MS700i/MS720i scanner ships from the factory, the factory  
programs the scanner to a group of default settings noted in the  
ScanSelect™ Scanner Programming Guide. An asterisk marks each default  
setting. The asterisk appears before the brief definition located near the bar  
code. Once RF communication establishes, change the default settings of  
your scanner to meet your individual scanning needs or your host system’s  
communication requirements. Modify the scanner's settings by entering the  
program mode and scanning the appropriate bar codes that appear in the  
ScanSelect Scanner Programming Guide.  
Note: When the Load Defaults bar code in the ScanSelect Scanner  
Programming Guide is chosen, it will automatically disable the RF  
low speed option. For the MS6130 to communicate to the  
MS700i/MS720i scanner, re-enable the RF Low Speed Option (refer  
to the procedure above).  
8
 
®
CONFIGURATION OF THE “MX” TO THE SCANPAL  
DATA COLLECTOR  
To perform matching procedure refer to page 18.  
The RS-232 parameters marked with an asterisk ( * ) in the charts are the  
default settings of the “MX”. The charts are in the Default Settings of the  
MS6130 and “MX” Receiver section of this guide. To communicate with  
each other properly, the “MX” and ScanPal must have matching RS-232  
parameters. However, the Enter/Exit Program Mode bar code in the  
MS4120 Programming Guide will not cause your “MX” to enter or exit  
program mode. Scan the Enter/Exit Program Mode for the Receiver bar  
code in the following procedure.  
Before completing RF communication, program the ScanPal to the same  
settings as the IBM® PC XT, AT or PS/2 compatible computer. Once  
completed and the receiver and MS6130 have the same assigned ID  
number, configure the “MX” to the same settings as ScanPal.  
1. Program the ScanPal to the same settings as the PC.  
(Refer to the Programming the ScanPal section in the ScanPal® Data  
Collector Installation and User’s Guide)  
2. Scan the following bar code to enter program mode.  
(The “MX” receiver will beep three times):  
Enter/Exit Program Mode for the Receiver  
1 2 3 4 5 6 6 6 6 6  
0
7
3. Scan the appropriate communication options in the MS4120  
Programming Guide.  
4. Exit program mode by scanning the bar code in Step 1 again.  
Note: Scan the Enter/Exit Program Mode for the Receiver bar  
code and exit program mode if the PC uses the same  
parameters as the default settings of ScanPal.  
Default to ScanPal Communication Parameters  
I
B
5
9
 
CONFIGURATION OF THE “MX” TO THE RS-232, LIGHT PEN OR  
KEYBOARD WEDGE HOST SYSTEM  
To perform matching procedure refer to page 18.  
The light pen, RS-232 and Keyboard Wedge parameters marked with an  
asterisk ( * ) in the charts are the default settings of the “MX”. The charts are  
in the Default Settings of the Transmitter and “MX” Receiver section of this  
guide. To communicate with a host system properly, program the “MX” to  
match the host system’s requirements. However, the Enter/Exit Program  
Mode bar code in the MS4120 Programming Guide will not cause your “MX”  
to enter or exit program mode. Scan the Enter/Exit Program Mode for the  
Receiver bar code in the following procedure. Once the MS6130 is assigned  
an ID number, configure the “MX” to the correct communication protocol.  
1. Scan the following bar code to enter program mode.  
(The “MX” receiver will beep three times):  
Enter/Exit Program Mode for the Receiver  
1 2 3 4 5 6 6 6 6 6  
0
7
2. Scan the following bar code to confirm the receiver is using the  
original factory settings.  
Recall Defaults  
D
F
1
3. Scan the appropriate communication options in the MS4120 and  
MS951 Programming Guides.  
4. Exit program mode by scanning the following bar code.  
(The “MX” receiver will beep three times):  
Enter/Exit Program Mode for the Receiver  
1 2 3 4 5 6 6 6 6 6  
0
7
10  
 
KEYBOARD WEDGE (KB) INTERFACE  
Scan the ENABLE KB WEDGE INTERFACE bar code if your communication  
requirement is keyboard emulation. The scanner will provide keyboard  
emulation by converting the scanned bar code data to the PC keyboard scan  
code equivalent.  
Enable Keyboard Wedge Interface  
R
2
4
KB Parameter - Keyboard Type  
The following bar codes are used to define the type of keyboard in use. If  
necessary, scan the appropriate bar code.  
** AT Keyboard (includes IBM® PS/2: Models 50, 55, 60, 80)  
L
P
3
XT Keyboard  
L
P
4
Enable IBM PS/2 Keyboard (Models 30, 70, 8556)  
S
H
4
** Disable IBM PS/2 Keyboard (Models 30, 70, 8556)  
S
H
3
Enable Single-Ended Keyboard Emulation  
R
5
7
11  
 
KEYBOARD WEDGE (KB) INTERFACE (CONTINUED)  
KB Parameter – Keyboard Type  
The following bar codes are used to define the keyboard country type. If  
necessary, scan the appropriate bar code.  
** USA Keyboard  
B
R
8
UK Keyboard  
B
R
2
France Keyboard  
B
R
3
Germany Keyboard  
B
R
4
Italy Keyboard  
B
R
5
Spain Keyboard  
B
R
6
Belgium Keyboard  
B
R
1
IBM KB4700 Financial Keyboard  
B
R
7
Swiss Keyboard  
B
B
R
9
Reserved  
R
A
12  
 
KEYBOARD WEDGE (KB) INTERFACE (CONTINUED)  
Reserved  
B
B
B
B
B
R
B
C
D
E
F
Reserved  
R
Reserved  
R
Reserved  
R
Reserved  
R
KB Parameter - Caps Lock Mode  
When Caps Lock is used on the  
keyboard, choose ENABLE CAPS  
LOCK. Once enabled, the scanner  
will simulate Caps  
Enable Caps Lock  
R
4
6
Lock keyboard input. This mode will  
not work with all keyboard types.  
**Disable Caps Lock  
R
4
7
To detect automatically if Caps Lock  
is used, enable AUTO-DETECTION  
CAPS LOCK MODE. This will only  
work with an AT computer.  
Enable Auto Detection  
Caps Lock Mode  
R
6
8
**Disable Auto Detection  
Caps Lock Mode  
R
6
9
13  
 
KEYBOARD WEDGE (KB) INTERFACE (CONTINUED)  
KB Parameter - Alt Mode  
When this option is enabled, the scanner will  
duplicate this keyboard sequence: Hold down  
the Alt key; type the decimal number that  
corresponds to the appropriate keyboard  
character. Caution should be observed when  
using Alt mode because a scanner to host  
application conflict may occur if the host  
software application uses the Alt key as a  
“Hot” key.  
Enable Alt Mode  
H
H
3
**Disable Alt Mode  
H
H
4
KB Parameter - Inter Scan Code Delay (AT and PS/2 Modes)  
The time specified with an interscan code  
delay bar code represents the amount of time  
between individual 9 bit scan codes. Each  
character of a bar code takes between two  
and twelve of these scan codes to be passed  
through to the PC via the keyboard interface.  
This parameter may need to be adjusted for  
operation with certain PC keyboard BIOS’s.  
Network operating systems often use  
microprocessor time slices to service network  
information requests instead of the keyboard  
interface. While not an issue with manually  
entered keystrokes, this timing can be critical  
with automatic scanner data entry. Interscan  
code delays can be a useful system tuning  
tool in these environments.  
** 800 Microsecond Delay  
O
C
8
7.5 Millisecond Delay  
O
C
9
15 Millisecond Delay  
O
C
7
KB Parameter - XT - Clean-Up Bit  
Some keyboard BIOS's require a "cleanup  
bit" to be transmitted before an actual scan  
code being clocked over to the motherboard.  
Enabling this feature will cause the scanner to  
send this extra bit to the host computer. More  
commonly found on older XT style BIOS's,  
and some AT BIOS's. (required by some NEC  
80286 machines).  
Enable Cleanup Bit  
H
H
1
** Disable Cleanup Bit  
H
H
2
14  
 
CONFIGURATION OF THE MS6130 HAND-HELD  
To perform matching procedure refer to page 18.  
Before the MS6130 scanner ships from the factory, the factory programs the  
scanners to a set of default settings. These default settings can be found in  
the MS4120 Programming Guide. The default settings have an asterisk that  
appears before the brief definition located near the bar code. Once RF  
communication establishes, change the default settings of your scanner to  
meet your individual scanning needs. Configure the scanner by scanning  
the Transmitter Enter/Exit Program Mode bar code and the appropriate bar  
codes in the MS4120 Programming Guide.  
For example, to program the MS6130 not to read ITF  
(Interleaved 2 of 5) bar code types:  
·
With the MS6130, scan the Enter/Exit Program Mode bar code in the  
MS4120 Programming Guide, the Disable ITF bar code, then the  
Enter/Exit Program Mode bar code again.  
Note: When the MS6130 is in program mode, never scan any of the  
RS-232 or light pen options marked with an “R”. The list of  
options is in the Default Settings of the Transmitter and “MX”  
Receiver section of this guide when using the MS4120  
Programming Guide. The MS6130 is in program mode when  
scanning the Enter/Exit Program Mode bar code in the  
MS4120 Programming Guide.  
15  
 
ENABLING THE MS700I/MS720I SCANNERS RF LOW SPEED  
OPTION  
Before beginning this procedure, perform all steps in the sections, Matching  
the Transmitter to the Receiver and Configuration of the MS700i/MS720i  
with “MX”.  
Use the MS700i/MS720i scanner to scan the following bar codes.  
1. Temporarily cover the bar code below Step 3. Scan the following bar  
code to enter program mode.  
(The MS700i scanner will beep three times):  
Enter/Exit Program Mode for the Receiver  
1 2 3 4 5 6 6 6 6 6  
0
7
2. Temporarily cover the bar code in Step 1. Scan the Enable RF Low  
Speed Option bar code below Step 3.  
3. Exit program mode by scanning the bar code in Step 1 again.  
Enable RF Low Speed Option  
1 2 3 4 5 1 2 9 1 5  
0
5
16  
 
CHANGING THE ID  
In order for the MS6130 to send data to the correct receiver, they must have  
a matching ID number. The ID number is the serial number of the receiver.  
When the matching procedure is completed, the receiver will accept data  
only from a MS6130 that has the matching ID number. Each receiver is  
programmed with its serial number before it leaves the factory.  
1. To program a new ID for the receiver, HANDSET  
(Version 1.14 or greater) must be used. Type the following at the  
DOS prompt:  
HANDSET /X  
2. Power up the receiver, but DO NOT scan any bar codes.  
3. Select “Enter Program Mode”. Select the appropriate SERIAL PORT  
(COM 1 or COM 2) on the PC. Make sure the Receiver is connected  
to the SERIAL PORT selected.  
4. Select “Get Scanners Settings”. A screen will appear showing all of  
the options available.  
5. Using the arrow keys, move down to the section labeled “Metro ID#”.  
Locate the serial number on the case of the receiver. Enter this 10-  
digit number into the “Metro ID#” section.  
6. Press the “F5" key to program the receiver.  
7. The receiver will beep when programming is completed. The receiver  
is now programmed with its proper ID. Exit HANDSET by pressing  
“F9" and then press “7".  
8. Power Down the receiver.  
17  
 
MATCHING PROCEDURE  
With the MS6130, scan the following bar codes starting from the top down:  
Transmitter Enter/Exit Program Mode  
*
*
Recall Defaults  
D
F
1
Enable RF Communications  
R
3
5
Transmitter Enter/Exit Program Mode  
*
*
Locate the model label on the case of the receiver. Scan the serial number  
bar code.  
The receiver and MS6130 are now matched.  
For information on how to configure the receiver, refer to the appropriate  
section in this guide.  
Note: If using more than one MS6130 with one receiver, perform the  
above procedure for each MS6130. Since each MS6130 has the  
same ID number, the receiver will accept data from all of the  
scanners  
18  
 
PARTS OF THE MS6130 HAND-HELD BAR CODE SCANNER  
Becoming familiar with the features of the MS6130 hand-held scanner will  
help when operating one of these scanners. The illustration and list explain  
the pertinent parts.  
Green and Red LED  
Replaceable  
Battery Pack  
Output  
Window  
Battery Charge  
Contacts  
Reactivation  
Switch  
Infra-red (IR)  
Sensor  
Figure 4: Scanner Parts  
Battery Charge Contacts Receptacle for the battery charger.  
Reactivation Switch  
Green and Red LEDs  
Turns the unit on after a timeout. Press the  
button from the bottom.  
When the red LED is on, the laser is on. If the  
green LED flashes on, the scanner has read a  
bar code successfully. Communication to the  
host is complete when the receiver beeps.  
Infrared Object Sensor  
Output Window  
When a specified time has elapsed without any  
scanning, the unit will enter a “standby” mode.  
To reactivate the unit, remove the current  
object and present an object in front of the  
output window again.  
This aperture emits laser light.  
19  
 
COMPONENTS OF THE MS6130 SERIES STAND  
The following are the components used to build the MS6130 series stand  
(MLPN: 45880).  
1
1. Cradle  
2
10  
2. Stand Charger Pack  
8
3. Pole Cover  
CABLE  
CONNECTS  
THROUGH  
OPENING  
3
4. Flex pole  
5. Stand Base Cover  
6. Stand Base  
4
7
7. Charger Transformer  
8. Charger Pack Screws  
9. Mounting Screws  
10. Lock Washer  
5
9
6
Figure 5: Scanner Parts  
20  
 
INSTALLATION OF THE MS6130 SERIES STAND  
Refer to for numbered components on the previous page  
1. Use the stand base (6) as a template to drill and mount the base to the  
counter using the mounting screws (9) provided.  
2. Feed the wire from the transformer (7) through the slot in the base cover  
(5) approximately 9" of the wire.  
3. Press the base cover (5) over the base (6).  
4. Attach the flex pole (4) to the base (6).  
5. Slide the flex cover (3) over the pole (4) and wire.  
6. Attach the cradle (1) to the flex pole (4) using the lock washer (10) to  
connect the transformer.  
7. Insert the transformer plug into the connector inside the stand charger  
pack (2).  
8. Clip the charger pack to the bottom of the cradle (1) lock in place using  
two screws (8).  
Stand LED Indicators (with the scanner in the stand)  
No LED indicates trickle charge and the green LED indicates fast charge. To  
change from trickle charge to fast charge, simply lift the scanner from the  
stand and replace.  
Note: When both scanner LEDs blink, it is an indication of a  
low battery.  
21  
 
INSTALLATION OF THE 6000 SERIES UNIVERSAL CHARGING STAND  
MLPN: 45558 - 115V, 45559 - 230V and 45560 - 240V (UK)  
Transformer  
Green LED  
(Charge Status)  
Red LED  
(Power)  
Figure 6: Universal Charging Stand  
PERMANENT COUNTER TOP INSTALLATION  
1. Separate weighted base from rotating base by removing the (4) four  
screws.  
2. Use the rotating base as a drill template.  
3. Use the (4) four wood screws provided to mount the base to the counter  
top securely.  
4. Snap the cup assembly to the base.  
Note: For non-permanent installation, snap the cup assembly onto the  
weighted base  
CHARGE STATE  
Battery Absent  
CHARGE LED STATUS  
LED off  
LED on for 0.125sec,  
off for 1.375sec  
Charge Pending  
Fast-Charge  
LED on  
LED on for 0.125 sec,  
off for 0.125sec  
Charge Complete and Top-Off  
22  
 
NICD BATTERY CHARGER WITH RECONDITIONING FEATURE  
MLPN: 45561 - 115V and 45562 - 230V  
How to Recondition  
Discharge  
Transformer  
Cycle Switch  
1. Place the scanner into the  
charge stand.  
2. Push the stand tilt cup in  
the extreme down position  
to expose the hole for the  
discharge cycle switch.  
3. Use a pin to push the  
discharge cycle switch  
located beneath the hole.  
Red LED  
(Power)  
Green LED  
(Charge Status)  
4. When the discharge mode  
is initiated the green LED  
flashes.  
Figure 6: Reconditioning  
RECOMMENDED USE  
To maintain charge capacity, the NiCd batteries must be discharged fully  
before charging. We call this process reconditioning.  
Recondition if:  
·
The batteries were not used within 20 days  
The batteries were not discharged (approximately two hours of  
continuous operation) at least once a week  
Low battery indicators:  
·
·
·
·
Both LED’s on the scanner blink  
The scanner quietly beeps twice while scanning  
Recondition once a week if:  
·
The batteries do not get discharged for more than 20%  
(approximately ½ hour) of their capacity before recharging.  
Recondition once every two weeks if:  
·
The batteries do not get discharged for more than 50%  
(approximately 1 hour) of their capacity before recharging.  
Note: The day to day usage of the NiCd batteries will determine the  
frequency of the discharges (reconditioning).  
Charge State  
CHG LED Status  
Battery Absent  
LED off  
LED on for 0.125sec, off for  
1.375sec  
Charge Pending  
Discharge-Before-  
Charge  
LED on for 1.375sec, off for  
0.125sec  
Fast-Charge  
LED on  
Charge Complete Top-  
Off  
LED on for 0.125 sec, off for  
0.125sec  
23  
 
VISUAL INDICATORS  
The scanner has red and green LEDs. When the scanner is on, the LEDs  
indicate the status of the scan and scanner.  
No Red or Green  
The scanner will turn off if the scanner has  
been dormant for a specified time. To  
reactivate the unit, direct the output window  
up then down toward the bar coded product.  
If the unit has been dormant for longer than  
10 minutes, reactivating the unit by pressing  
the button on the side of the MS6130 will be  
necessary.  
Red Flash; Green Flash;  
When the scanner first receives power, the  
steady red LED will flash, followed by the  
green LED.  
Steady Red  
When the laser is on, the red LED will also be  
on. This occurs when an object is in the scan  
field. If the scanner does not detect a bar  
code within approximately 2.5 seconds, the  
red LED will shut off indicating that the laser is  
no longer on. If the red LED remains on for  
longer than 7.5 seconds, then the scanner is  
in program mode.  
Steady Red; Green Flash  
Repetitive Red Flashes  
When the scanner successfully reads a bar  
code, the green LED will flash. If the green  
LED does not flash, then the bar code read  
was not successful.  
When the red LED flashes several times while  
it lays upon a stationary surface, then an  
object is within the scan field and is activating  
the IR sensor. This can occur even while the  
scanner is lying upon the counter or cradle.  
To eliminate this disturbance, direct the scan  
window toward a different location.  
24  
 
AUDIBLE INDICATORS  
When the scanner and “MX” receiver are in operation, they provide audible  
indications. These sounds indicate the status of the scan and scanner.  
One Beep  
When the “MX” Receiver first receives power, the unit will  
beep once.  
If the scanner successfully reads a bar code, the green  
light will flash. If the “MX” receiver successfully receives  
the data from the MS6130, the “MX” will beep once.  
Razzberry Tone If, upon power up, the scanner emits a razzberry tone,  
then the scanner has failed diagnostics.  
The “MX” receiver will emit a razzberry tone if an invalid  
bar code is scanned while the receiver is in program  
mode.  
The “MX” receiver can be programmed to emit a  
razzberry tone when the timeout occurs during  
communication between the host and receiver.  
Refer to the MS4120 Programming Guide section,  
Audible Indicators for Communication Timeouts to  
program this feature.  
Two Beeps  
The MS6130 scanner will quietly beep twice when  
scanning a bar code if the batteries become low.  
Three Beeps  
When scanning the MS6130 Enter/Exit Program Mode  
bar code in the MS4120 Programming Guide, the green  
LED will flash three times while the scanner  
simultaneously beeps three times. When exiting the  
program mode, the same visual and audible indications  
will occur. After this sequence is completed, the red LED  
will turn off. When scanning the Enter/Exit Program Mode  
for the Receiver bar code, the “MX” receiver will beep  
three times to indicate it is in or exiting out of the program  
mode.  
(continued next page)  
25  
 
AUDIBLE INDICATORS (CONTINUED)  
The “MX” receiver can be programmed to emit three  
beeps when the timeout occurs during communication  
between the host and receiver. Refer to the MS4120  
Programming Guide section, Audible Indicators for  
Communication Timeouts to program this feature.  
There are four settings available for the tone of the beep for the receiver.  
Refer to the MS4120 Programming Guide section, Beeper Tones to program  
the feature to change the tone or turn the beeper off.  
26  
 
LABELS  
The MS6130 scanner is either a CDRH Class II laser system or an IEC  
Class 1 Laser System. Your unit will have a CDRH Class II caution label or  
LASERKLASSE 1 label affixed below the model number label. The model  
number/avoid exposure label is located on the bottom of the scanner’s head.  
The following are examples of these labels:  
MAINTENANCE  
Smudges and dirt can interfere with the proper scanning of a bar code.  
Therefore, the output window will need occasional cleaning.  
1. Spray glass cleaner onto lint free, non-abrasive cleaning cloth.  
2. Gently wipe the output window.  
27  
 
TROUBLESHOOTING  
1. The receiver can receive data from a MS6130 with its own ID or 10  
zeroes. It’s own ID can be received all the time. When using 10  
zeroes, the first scan the receiver gets must have 10 zeroes as its ID  
and from that point on the receiver will accept both ID’s.  
Power down the receiver. Using the MS6130, scan the bar codes from  
section 9 in the Matching MS6130 to the Receiver section and use the  
following bar code as the ID number.  
Scanner ID Number  
0
0
0
0
0
0
0
0
0
0
Note: Use this bar code for troubleshooting purposes only.  
2. Power up the receiver.  
3. If the user is trying to match a new ID to the receiver and the receiver is  
powered up, the receiver will beep 3 times if the ID number it receives  
matches its current ID.  
4. When the MS6130 is in program mode, never scan any of the RS-232  
or light pen options marked with an “R”. The list of options is in the  
Default Settings of the MS6130 and “MX” Receiver section of this guide  
when using the MS4120 Programming Guide. The MS6130 is in  
program mode when scanning the Enter/Exit Program Mode bar code  
in the MS4120 Programming Guide. If a receiver option is chosen while  
the MS6130 is in program mode, RF communication between the  
MS6130 and receiver may terminate. If this occurs, the only way to  
reestablish RF communication is by performing all the RF configuration  
procedures again.  
28  
 
APPENDIX A  
Specifications  
RF Link Characteristics  
Frequencies:  
One of the following depending on the  
country of operation:  
418MHz  
434MHz  
912MHz  
Bandwidth:  
Modulation:  
Certification:  
RF Protocol:  
220kHz  
FM  
No FCC licensing required  
One way data transmission  
Transmission time at a maximum of 100 ms  
50K baud data rate  
Dedicated transmitter(s) to receiver link  
Up to 30 feet (conditions permitting)  
Operating Range:  
Specifications subject to change without notice  
MS6130 Bar Code Scanner Specifications  
UL Listed:  
FCC ID:  
US and Canada  
LW5613 (912MHz only)  
20 uW max. (912MHz only)  
Supplied by rechargeable/replaceable  
batteries  
RF Output Power:  
Current:  
Antenna:  
Integral  
Dimensions:  
205mmL x 63mmW x 24mmH  
10.5 Oz  
Weight:  
Maximum Radiant Power:  
VLD Wavelength:  
0.9mW Peak  
675nm ± 5nm  
29  
 
APPENDIX A (CONTINUED)  
MX003 Series Scanner Interface Specifications  
FCC ID:  
LW5003  
Operating Voltage:  
Antenna:  
5Vdc  
Integral  
Dimensions:  
Weight:  
3.54" x 1.97" x 0.94"  
0.175 lb.  
UL Listed:  
US and Canada  
Data Interface  
RS-232  
Light Pen  
Data Interface  
Keyboard  
Wedge  
Operating  
Frequency  
Model Number  
3
3
3
MX003  
MX003-17  
MX0033  
912 MHZ  
912 MHZ  
418 MHZ  
418 MHZ  
434 MHZ  
434 MHZ  
3
3
3
MX0033-17  
MX0034  
MX0034-17  
Model designation may include the suffix “J” used to indicate the addition of  
an audio signal output jack.  
30  
 
APPENDIX A (CONTINUED)  
Specifications of Battery Pack  
Battery Type:  
“AA” NiCd Rechargeable  
3 Batteries/Pack  
3.6 VDC  
Configuration:  
Nominal Voltage:  
Maximum Voltage:  
Capacity:  
4.8 VDC  
600 mA  
Charge Cycles:  
Charge Time:  
Over 500 Full Charge/Discharge  
4 Hours  
Short Circuit Protection:  
Auto/Reset Fuse 1.7A Hold Current  
Temperature Characteristics (Degrees Celsius) of each Cell:  
Charge:  
0 to +45  
Discharge:  
-20 to +60  
Storage (Long): -30 to +35  
UK Compliance  
To charge the batteries in the MS6130 - 418MHz, remove the ESD cover  
from the bottom of the unit. Refer to the battery charge rate for additional  
information. After a full charge, replace the cover over the battery contacts.  
The cover should remain in place during operation  
31  
 
APPENDIX B  
Default Settings of the MS6130 and “MX” Receiver  
Before the MS6130 hand-held scanner and “MX” Receiver ships from the  
factory, the factory programs the scanners to a group of default settings. An  
asterisk ( * ) in the charts on the following pages marks the default settings  
of the units. If an asterisk is not in the default column then the default setting  
is Off or Disabled.  
The MS6130 and “MX” receiver do not support every parameter. For those  
parameters that are a transmitter function, a letter “T” will appear in the  
second column of the charts, for the “MX”, the  
letter “R”.  
RS-232, light pen and keyboard wedge emulation does not support every  
parameter. If your host device’s communication supports a parameter listed  
in the charts on the following pages, a check mark will appear.  
In order for the “MX” receiver to communicate with your RS-232, light pen or  
keyboard wedge host device properly, program it to meet your individual  
scanning needs. Since each host system is unique, change the default  
settings to match your host system requirements. To modify default settings,  
refer to the MS4120 and MS951 Programming Guides.  
Note: If your “MX” Interface is connected to a MS700i/MS720i scanner,  
use the bar codes in the ScanSelect Programming Guide to match  
your scanner’s settings to the host system requirements.  
T - Transmitter (MS6130 Hand-held)  
R - Receiver (“MX”)  
T - Transmitter  
R - Receiver  
Light  
Pen  
Parameter  
Default  
RS-232  
Enter/Exit Program Mode  
T
R
T
Recall Defaults  
Enter Program Mode After Any  
Scan  
*
*
3
3
3
3
3
3
3
3
3
3
Enter Program Mode Only on  
First Scan  
Short Range Activation Out of the  
Stand  
Long Range Activation Out of the  
Stand  
Short Range Activation in the  
Stand  
T
T
T
T
32  
 
APPENDIX B (CONTINUED)  
T - Transmitter  
R - Receiver  
Light  
Pen  
Parameter  
Default  
RS-232  
Long Range Activation in the  
Stand  
T
T
T
T
T
*
*
3
3
3
3
3
3
3
3
3
3
Normal Scan  
Pulsing Scan  
Custom Scan  
Green LED Rescan Indicator  
3
3
3
3
Short Same Symbol Rescan  
Long Same Symbol Rescan  
T
T
*
*
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Alternate Beeper Tone 1  
Alternate Beeper Tone 2  
Alternate Beeper Tone 3  
No Beeper Tone  
R
R
R
R
R
R
R
Two Second Time-out  
No Two Second Timeout  
Razzberry Tone on Timeout  
*
*
*
No Tone on Timeout  
Three Beeps on Timeout  
Beep Before Transmit  
Beep After Transmit  
Baud Rate  
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
3
3
3
3
3
3
3
3
3
3
3
3
3
3
9600  
Parity  
Space  
8 Data Bits  
7 Data Bits  
*
*
RTS/CTS  
Character RTS/CTS  
Message RTS/CTS  
ACK/NAK  
XON/XOFF  
No Intercharacter Delay  
1 Millisecond Intercharacter  
Delay  
5 Millisecond Intercharacter  
Delay  
*
25 Millisecond Intercharacter  
Delay  
R
33  
 
APPENDIX B (CONTINUED)  
T - Transmitter  
R - Receiver  
Light  
Pen  
Parameter  
Default  
RS-232  
3
3
3
3
3
3
3
DTR Input  
R
R
R
R
R
R
R
Carriage Return  
Line Feed  
*
*
ETX Suffix  
Tab Prefix  
Tab Suffix  
Prefix ID for UPC/EAN  
3
Suffix ID for UPC/EAN  
Bars High  
R
R
R
R
R
3
3
3
*
*
Spaces High  
Transmit as Scanned  
Transmit as Code 39  
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Poll Light Pen 5 Volts  
No Poll Light Pen  
UPC  
R
R
T
T
T
T
T
T
T
T
T
T
T
R
*
*
*
*
*
*
*
*
3
3
3
3
3
3
3
3
3
3
3
3
EAN  
Code 39  
Codabar  
Code 128  
Code 93  
Interleaved 2 of 5 (ITF)  
MSI Plessey Decode  
Enable Code 11 Decode  
Enable Airline 2 of 5  
Full ASCII Code 39  
Italian Pharmaceutical  
Minimum 1 Character Code  
Length  
3
3
3
3
3
3
T
T
T
Minimum 3 Character Code  
Length  
*
Minimum 6 Character Code  
Length  
34  
 
APPENDIX B (CONTINUED)  
T - TRANSMITTER  
R - RECEIVER  
KEYBOARD  
WEDGE  
PARAMETER  
DEFAULT  
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Keyboard Type  
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
AT  
*
XT  
PS2  
Keyboard Country Type  
USA  
*
UK  
France  
Germany  
Italy  
Spain  
Belgium  
KB4700  
Swiss  
Caps Lock  
Autodetection  
User Defined  
Transmit Cleanup Bit  
Transmit Alt Mode  
Transmit 0F0H Break  
Character  
*
*
Inter Scan Code Delay  
0
800 msec  
7.5 msec  
15 msec  
Intercharacter Delay  
0
1 msec  
10 msec  
*
*
100 msec  
Stand Alone Scanner Mode  
35  
 
APPENDIX C  
MX003 Series Scanner Interface Pin Assignments  
The interfaces are equipped with a shielded, 10-pin modular jack  
manufactured by Steward Stamping. The mating connector is a Steward  
Stamping shielded plug #937-SP-361010. Caution should be used when  
working with cables for this port because there is typically power present for  
scanner interface operation.  
Models MX003, MX0033 and MX0034:  
Pin  
Function  
1
2
3
4
5
6
7
8
9
10  
Power (d/c)/Shield Ground  
RS-232 Transmit Output  
RS-232 Receiver Input  
RTS Output  
CTS Input  
DTR Input  
LP/DATA  
NC  
+5Vdc Power to Scanner Interface  
NC  
Models MX003-17, MX0033-17 and MX0034-17:  
Pin  
Function  
1
2
3
4
5
6
7
8
9
10  
Power (d/c)/Shield Ground  
RS-232 Transmit Output  
RS-232 Receiver Input  
Keyboard Data  
Keyboard Clock  
PC Clock  
PC Data  
NC  
PC +5V/ External +5V  
NC  
36  
 
APPENDIX E  
Notices  
Notice - applicable to 912 MHZ devices only  
This device complies with part 15 of the FCC Rules. Operation is subject to  
the following two conditions: (1) This device may not cause harmful  
interference, and (2) this device must accept any interference received,  
including interference that may cause undesired operation. Any  
unauthorized changes or modifications to this equipment could void the  
users authority to operate this device.  
Notice - applicable to 912 MHZ devices when used in Canada  
Operation is subject to the following two conditions: (1) this device may not  
cause interference, and (2) this device must accept any interference,  
including interference that may cause undesired operation of the device.  
Caution  
Use of controls or adjustments or performance of procedures other than  
those specified herein may result in hazardous laser light. Under no  
circumstances should the customer attempt to service the laser scanner.  
Never attempt to look at the laser beam, even if the scanner appears to be  
nonfunctional. Never open the scanner in an attempt to look into the device.  
Doing so could result in hazardous laser light exposure. The use of optical  
instruments with the laser equipment will increase eye hazard.  
38  
 
APPENDIX F  
Patents  
“Patent Information  
This METROLOGIC product may be covered by one or more of the following  
U.S. Patents:  
U.S. Patent No. 4,930,848; 4,958,984; 5,081,342; 5,260,553; 5,340,971;  
5,340,973; 5,424,525; 5,468,951; 5,484,992; 5,525,789; 5,528,024;  
5,591,953; 5,616,908; 5,627,359; 5,661,292; 5,777,315; 5,789,730;  
5,789,731; 5,808,285; 5,811,786; 5,825,012; 5,886,337; 5,925,870;  
5,925,871; 5,929,419; 5,939,701; D315,901  
4,360,798; 4,369,361; 4,387,297; 4,460,120; 4,496,831; 4,593,186;  
4,607,156; 4,673,805; 4,736,095; 4,758,717; 4,816,660; 4,845,350;  
4,896,026; 4,923,281; 4,933,538; 4,992,717; 5,015,833; 5,017,765;  
5,059,779; 5,117,098; 5,124,539; 5,130,520; 5,132,525; 5,140,144;  
5,149,950; 5,180,904; 5,200,599; 5,229,591; 5,247,162; 5,250,790;  
5,250,791; 5,250,792; 5,262,628; 5,280,162; 5,280,164; 5,304,788;  
5,321,246; 5,324,924; 5,340,971; 5,340,973; 5,396,053; 5,396,055;  
5,408,081; 5,410,139; 5,436,440; 5,449,891 5,468,949; 5,479,000;  
5,532,469; 5,545,889; 5,874,721  
No license right or sublicense is granted, either expressly or by implication,  
estoppel, or otherwise, under any METROLOGIC or third party intellectual  
property rights (whether or not such third party rights are licensed to  
METROLOGIC), including any third party patent listed above, except for an  
implied license only for the normal intended use of the specific equipment,  
circuits, and devices represented by or contained in the METROLOGIC  
products that are physically transferred to the user, and only to the extent of  
METROLOGIC’s license rights and subject to any conditions, covenants and  
restrictions therein.”  
Other worldwide patents pending.  
39  
 
INDEX  
A
AC  
Adapter  
Asia  
I
ID  
4, 6  
3
7, 9, 10, 17, 18, 28  
21, 23-25  
Indicators  
Installation  
Stand  
Internet  
ii  
Audible indicators 25, 26  
21, 22  
ii  
B
K
Battery pack  
31  
Beep(s)  
1, 2, 6, 7, 9, 10, 16  
Keyboard wedge  
10-14, 29  
17, 19, 23, 25, 26, 28  
L
C
Labels  
27  
Cable  
Changing ID  
Clean  
3, 6  
17  
27  
LASERKLASSE 1  
27  
LEDs  
1, 6, 19, 21-25  
Liberty® interface  
1-3, 7, 9, 10  
Clean-up bit  
Compliance  
Configuration(s) 7-10, 15, 16, 28  
14  
4, 6, 31  
,
16, 29  
List  
Locations  
3
ii  
Connections  
Copyright  
4, 6  
ii  
Low speed options  
8, 16  
Current  
Customer Service  
29  
ii  
M
Maintenance  
Matching procedure  
MCA95  
27  
18  
13  
27  
D
Model number  
Default settings  
Dimensions  
Disclaimer  
32-35  
29  
MS6130  
1-3, 7-10, 15, 17-21  
24, 25, 27-29, 31, 32  
37  
MS700i/MS720i  
1, 6-8, 32  
“MX” 2-10, 15, 16, 25, 26, 28, 32  
E
Email  
ESD  
Europe  
ii  
31  
ii  
N
NiCd battery charger  
Notices  
23, 31  
38  
External power source  
6
F
Fax  
O
ii  
Output window  
19, 24, 27  
Function(s)  
2
P
Parts  
Patents  
Programming guide  
G
19  
40  
3, 8-10  
Germany (GmbH)  
Green LED  
ii  
6, 19, 21, 23-25  
15,25, 26, 28, 32  
H
Headquarters  
Host  
ii  
4, 6, 8, 10, 14, 32  
40  
 
INDEX (CONTINUED)  
R
Receiver board  
2
Red LED  
Rights property  
RS-232  
1, 19, 24, 25  
40  
9, 10, 28  
S
ScanPal®  
ScanSelect  
Shipping carton  
South America  
Specifications  
Stand  
2, 3, 9  
3, 8, 32  
3
ii  
29-31  
3, 20-23  
T
Temperature  
Tones  
31  
26  
Transformer  
Transmitter  
4, 6, 20, 21  
1-3, 7, 10, 15,  
16, 18, 29, 32-35  
28  
Troubleshooting  
U
Unpacking list  
3
USA corporate headquarters  
ii  
V
Visual indicators  
24  
Voltage  
4-6, 29, 31  
W
Weight  
Window  
29  
1, 19, 24, 27  
41  
 

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