Opticon MEK-1001 Bedienungsanleitung

Instruction Manual

Evaluation Kit for MDL and MDI Series Scan Engines

Product Name MEK-1001

Document No. TS07004

Edition Initial Release

Date of Publication July 15, 2011

Original Doc. No. TS07002

Opticon, Inc.

2220 Lind Ave. SW

Suite 100

Renton, WA 98057

www.opticonusa.com

TEL: 1.425.651.2120

FAX: 1.425.454.0865

MEK-1001 TS07004

Revision History

Document Number: TS07004

Model Name: MEK-1001

Revision Date Page Description of Changes

Initial 2011/7/15

--- (Initial Release)

MEK-1001 TS07004

Note:

This instruction manual provides safety and operating instructions for the MEK-1001.

Please read these instructions carefully before operating this device.

The information in this document has been carefully reviewed and is believed to be correct.

However, no warranty or representation, either expressed or implied, is made with respect

to the quality, accuracy or fitness for use of any particular part of this document. In no event

shall the manufacturer be liable for direct, indirect, special, incidental or consequential

damages arising from any defect or error in this document.

This manual is subject to change at any time without notice.

form or by any means without prior written permission from Opticon, Inc.

MEK-1001 TS07004

Safety Cautions

This instruction manual includes the following symbols and markings to help you use this device

properly and safely. Symbols and their significance are as follows:

Safety Descriptions

This instruction manual includes the symbols and markings like the ones below to help you use this

device properly and safely. Symbols and their significance are as follows:

An exclamation point inside an equilateral triangle indicates important operating and

maintenance instructions.

A circle with a line through it indicates something you should not do. Do not tamper with

devices marked with this symbol, or you may void the warranty or cause injury.

Safety Instructions

Review the following safety precautions for safe operation of the MEK-1001:

Danger

Do not use this device near flammable substances (such as gas and explosives).

Warning

Do not throw this device into a fire. Doing so may cause the battery case to burst,

resulting in injury or possibly acting as an accelerant for the fire.

Do not insert foreign substances into the device. Doing so may short-circuit or overheat

the battery, resulting in fire or electric shock.

Do not dismantle or modify this device.

Do not use this device in the following areas. Doing so may cause fire, electric shock,

malfunction, or radio interference:

•

In areas exposed to direct sunlight for long periods of time

•

Near water or in extremely high humidity

•

Near heat sources, such as radiators, heat registers, stoves, or other types of

apparatus that produce heat

•

Near microwaves, medical devices, or low-power radio stations

Do not use this device while it is connected to medical equipment or safety devices

designed to protect the human body. This device may produce radio interference that

would interfere with the normal operation of such equipment, resulting in injury or

equipment damage.

Caution

Do not drop the unit or set it on an unstable surface from which it could fall.

MEK-1001 TS07004

Table of Contents

ABSTRACT...............................................................................................................1

OVERVIEW ...............................................................................................................1

HARDWARE STRUCTURE ......................................................................................1

INTERFACE SPECIFICATIONS ............................................................................1-5

BASIC INSTRUCTIONS ...........................................................................................6

TROUBLESHOOTING..............................................................................................6

DETAILED VIEW.......................................................................................................7

APPENDIX A: DETAILS OF THE TEST POINTS ....................................................8

APPENDIX B: MECHANICAL DIMENSIONS OF THE MEK-1001 BOARD............8

MEK-1001 TS07004

1. Abstract

This instruction manual provides safety and operating instructions for the MEK-1001 interface

circuit board.

2. Overview

The MEK-1001 is an interface circuit board which can be used for all Opticon series scan

engines. Its main functions are to start up the scan engine and to confirm the communication

signals. The MEK-1001 communicates via RS-232C or USB. The MEK-1001 complies with

RoHS.

3. Hardware Structure

The MEK-1001 consists of a power switch, trigger key, 10-pin modular jack, four individual scan

engine connectors, a buzzer, three LEDs, a fuse, a 3.3-V power supply section and a RS-232C

driver.

4. Interface Specifications

4-1. Interface Signal

Table 1: CN_3 RJ45 10-pin Modular Jack Signals

Signal

No. Name Function I/O Note

1 RTS Comm. control signal to the host. Out

Data output request to the host.

2 CTS Comm. control signal from the host.

Data output request from the host.

3 TxD Data transmission signal. Out

Asynchronous

data transmission to the

host.

4 RxD Data reception signal. In

Asynchronous

data transmission from

the host.

5 V

Power supply input of 5V. In

6 GND System ground -

7 USB - - In/Out

8 USB +

- In/Out

USB 1.1

9 GND System ground

10 - - -

MEK-1001 TS07004

Table 2: CN_1 30-pin Connector Signals for MDI-1000 series

(Opposite pin assignments from the ones of scan engines.)

Signal

No. Name Function I/O Control Notes

1 Reserved Out Not connected

2 Reserved Out Not connected

3 EX_ILLUMn EX LED signal In L: External light ON

H: External light OFF Controls the external light

source.

4 USB_V

5 USB power output Out USB bus power monitor

5 Reserved Out

6 GND System ground

7 USB- In/Out

8 USB+ In/Out USB 1.1

9 GND System ground

10 Reserved In Not connected

11 Reserved Out Not connected

12 Reserved In Not connected

13 V

3.3V-power supply output Out Not connected

14 Reserved Out Not connected

15 GND System ground

16 Reserved Out Not connected

17 GND System ground

18 Reserved In Not connected

19 TRIGn Start operation signal Out L: Start operation

H: No action Command to start capturing

images or to start decoding

(When in power down mode)

Recovery signal from the power

down state Out L: Recovery from the

power down state

H: No action

20 AIM/WUPn (When not in power down mode)

Aiming control signal Out L: Aiming LED ON

H: Aiming LED OFF

21 GR_LEDn Notifies successful scanning In L: LED ON

H: LED OFF

22 BUZZER Buzzer sounding signal In L: Buzzer OFF

PWM: Buzzer ON PWM signal controls the tone

and the loudness of buzzer

23 POWER

DOWN Notifies power down state of the

scan engine In L: Normal state

H: Power down state

24 RTS Comm. Control signal to the host In Data output request from the

scan engine

25 CTS Comm. Control signal from the

host Out Data output request to the scan

engine

26 TD Data reception signal In Asynchronous data

transmission to the host.

27 RD Data transmission signal Out Asynchronous data

transmission from the host.

28 GND System ground

29 V

3.3V-power supply output Out

30 DWNLDn Maintenance mode control

signal Out L: Maintenance mode

H: Non-operating status

Check the signal upon the

power supply and enable to

re-write on the software.

Note: Signal names are the same with the signal names of MDI scan engines.

MEK-1001 TS07004

Table 3: CN_6 17-pin Connector Signals for MDI-23XX series

(Opposite pin assignments from the ones of scan engines.)

Signal

No. Name Function I/O Control Notes

1 EX_ILLUMn EX LED signal In L: External light ON

H: External light OFF Controls the external light

source.

2 GR LEDn Notifies successful scanning In L: LED ON

H: LED OFF

3 BUZZER Buzzer sounding signal In L: Buzzer OFF

PWM: Buzzer ON PWM signal controls the tone

and the loudness of buzzer

4 GND System ground

5 Vcc 3.3V-power supply output Out

6 TRIGn Start operation signal Out L: Start operation

H: No action Command to start capturing

images or to start decoding

(When in power down mode)

Recover signal from the power

down state Out L: Recovery from the

power down state

H: No action

7 AIM/WUPn (When not in power down mode)

Aiming control signal Out L: Aiming LED ON

H: Aiming LED OFF

8 USB- In/Out

9 USB+ In/Out USB 1.1

10 POWERDWN Notifies power down state of the

scan engine In L: Normal state

H: Power down state

11 RTS Comm. Control Signal to the

host In Data output request from the

scan engine

12 CTS Comm. Control signal to the

host In Data output request from the

scan engine

13 TxD Data reception signal In Asynchronous data

transmission to the host

14 RxD Data transmission signal Out Asynchronous data

transmission to the host.

15 GND System ground

16 Vcc 3.3V-power supply output Out

17 DWNLDn Download control signal Out L: Maintenance mode

H: Non-operating status

Check the signal upon the

power supply and enable the

re-write on the software.

Note: Signal names are the same with the signal names of MDI scan engines.

MEK-1001 TS07004

Table 4: CN_5 14-pin Connector Signals for MDI-2000 series

(Opposite pin assignments from the ones of scan engines.)

Signal

No. Name Function I/O Control Notes

1 GND System ground

2 Vcc 3.3V-power supply output Out Not connected

3 TRIGn Start operation signal Out L: Start operation

H: No action Command to start capturing

images or to start decoding

(When in power down mode)

Recovery signal from the power

down state Out L: Recovery from the

power down state

H: No action

4 AIM/WUPn (When not in power down mode)

Aiming control signal Out L: Aiming LED ON

H: Aiming LED OFF

5 USB- In/Out

6 USB+ In/Out USB 1.1

7 POWERDWN Notifies power down state of the

scan engine In L: Normal state

H: Power down state

8 RTS Comm. Control signal to the

host In Data output request from the

scan engine

9 CTS Comm. Control signal from the

host Out Data output request to the scan

engine

10 TxD Data reception signal In Asynchronous data

transmission to the host

11 RxD Data transmission signal Out Asynchronous data

transmission from the host.

12 GND System ground

13 V

3.3V-power supply output Out

14 DWNLDn Maintenance mode control

signal Out L: Maintenance mode

H: Non-operating status

Check the signal upon the

power supply and enable to

re-write on the software.

Note: Signal names are the same with the signal names of MDI scan engines.

MEK-1001 TS07004

Table 5: CN_2 12-pin Connector Signals for MDL-1000 and MDL-2000 series

(Opposite pin assignments from the ones of scan engines.)

Signal

No. Name Function I/O Control Notes

1 Trigger Start operation signal Out L: Start operation

H: No action

(When in power down mode)

Recovery signal from the power

down state Out L: Recovery from the

power down state

H: No action

2 AIM/WUPn (When not in power down mode)

Aiming control signal Out L: Aiming LED ON

H: Aiming LED OFF There are products which do

not support LED.

3 Decode LED In L: LED ON

H: LED OFF Controlled by the command

4 BUZZER Buzzer sounding signal In L: Buzzer OFF

PWM: Buzzer ON PWM signal controls the tone

and the loudness of buzzer

5 POWER

DOWN Notifies power down state of the

scan engine In L: Normal state

H: Power down state

6 RTS Comm. Control signal to the host In Data output request from the

scan engine

7 CTS Comm. Control signal from the

host Out Data output request to the

scan engine

8 TxD Data reception signal In Asynchronous data

transmission to the host.

9 RxD Data transmission signal Out Asynchronous data

transmission from the host.

10 GND System ground

11 V

3.3V-power supply output Out

12 TEST Maintenance mode control signal Out L: Maintenance mode

H or Open: Normal

Enters into a maintenance

mode when the signal is

turned to L-level.

Note: Signal names are the same with the signal names of MDL scan engines.

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