Contec IPC-PT/L600S(PCW)P, IPC-PT/L600S(PCW)C IPC-PT/H600X(PCW)P IPC-PT/H600X(PCW)C User Manual

Celeron CPU loading PANECON-PC

IPC-PT/x600x(PCW)-HMU

User’s Manual

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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Copyright

Copyright 2001 CONTEC CO., LTD. ALL RIGHTS RESERVED
No part of this document may be copied or reproduced in any form

by any means without prior written consent of CONTEC CO., LTD.

CONTEC CO., LTD. makes no commitment to update or keep
current the information contained in this document.
The information in this document is subject to change without
notice.

All relevant issues have been considered in the preparation of this
document. Should you notice an omission or any questionable
item in this document, please feel free to notify
CONTEC CO., LTD.

Regardless of the foregoing statement, CONTEC assumes no
responsibility for any errors that may appear in this document nor
for results obtained by the user as a result of using this product.

Trademarks

MS, Microsoft, MS-DOS and Windows are trademarks of Microsoft
Corporation. Other brand and product names are trademarks of
their respective holder.

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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Table of Contents

Copyright............................................................................i

Trademarks ........................................................................i

1. Introduction .............................................................1

Features.........................................................................1

Compatible Operating Systems ...................................2

Limited One-Year Warranty.........................................2

How to Obtain Service..................................................2

Liability.........................................................................2

Handling Precautions...................................................3

About the Manual.........................................................6

2. Overview..................................................................7

Specifications.....................................................................7

Display Optical Specifications..........................................9

System Configuration.....................................................10

External Dimensions......................................................11

3. Hardware Setup ..................................................... 15

Before Using the PANECON-PC for the First Time.....15

Hardware Setup..............................................................16

Removing the Top Cover and HDD Bracket..............16

Locations and Settings of Internal Connectors and

Jumpers.......................................................................18

Installing the Hard Disk ............................................20

Installing the Main Memory (DIMM)........................21

Fastening the Power Cable ........................................23

Installation Procedure................................................24

Installation Requirements .........................................25

4. BIOS Setup ............................................................ 27

BIOS Setup......................................................................27

Starting the Setup Screen..........................................27

Keystrokes...................................................................28

Main Menu..................................................................29

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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IDE Adapter Window..................................................30

Embedded Window .....................................................31

Advanced Window.......................................................33

PCI Configuration Window ........................................35

Cache Memory Window..............................................36

I/O Device Configuration Window .............................37

Security Window.........................................................40

Power Window.............................................................41

Boot Window ...............................................................42

Exit Window................................................................43

5. Each Component Function....................................... 45

Component Locations.................................................45

Keyboard Interface .....................................................48

Mouse Interface ..........................................................48

Floppy Disk Interface.................................................49

Serial Port Interface...................................................51

CRT Interface ..............................................................59

PCMCIA Slots (C Model)............................................60

Printer Port Interface.................................................61

RAS Functions............................................................63

Watchdog Timer..........................................................64

General-purpose I/O and Remote Reset....................71

S1.................................................................................75

Reset Switch................................................................75

USB Ports....................................................................76

Ethernet ......................................................................77

IDE Interface ..............................................................79

Expansion Slots (P Model)..........................................81

6. Touch Panel............................................................ 85

Touch panel serial interface.......................................85

7. Appendix................................................................ 87

Memory Map ...................................................................87

I/O Port Addresses ..........................................................88

Interrupt Level List........................................................89

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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8. List of Options........................................................ 91

List of Figures

Figure 2.1. Definition of viewable range .................................... 9

Figure 2.2. System Configuration ............................................. 10

Figure 2.3. External Dimensions of theIPC-PT/L600S(PCW)C.11
Figure 2.4. External Dimensions of theIPC-PT/L600S(PCW)P 12
Figure 2.5. External Dimensions of theIPC-PT/H600X(PCW)C13
Figure 2.6. External Dimensions of theIPC-PT/H600X(PCW)P14

Figure 3.1. Removing the Top Cover........................................ 16

Figure 3.2. Removing the HDD Bracket................................... 17

Figure 3.3. Locations and Settings of Jumpers, Connectors, and

Switches inside the Top Cover
(IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P,

IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P) 18

Figure 3.4. Installing the Hard Disk.......................................... 21

Figure 3.5. Installing the DIMM............................................... 22

Figure 3.6. Uninstalling the DIMM.......................................... 22

Figure 3.7. Removing the Screw............................................... 23

Figure 3.8. Installing the Metal Brace and the Clamp............... 23

Figure 3.9. AC Cord in Clamped State...................................... 23

Figure 3.10. Panel Opening Dimensions..................................... 24

Figure 3.11. Assembling Method ............................................... 24

Figure 3.12. Distances between the PANECON-PC and

Its Vicinity.............................................................. 25

Figure 4.1. Initial Screen.......................................................... 27

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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Figure 4.2. Main Window (Factory Settings)............................ 29

Figure 4.3. IDE Adapter Window (Factory Settings)................ 30

Figure 4.4. Embedded Window (Factory Settings) ................... 31

Figure 4.5. Advanced Window (Factory Settings) .................... 33

Figure 4.6. PCI Configuration Window.................................... 35

Figure 4.7. Cache Memory Window (Factory Settings)............ 36

Figure 4.8. I/O Device Configuration Window

(Factory Settings)................................................... 37

Figure 4.9. Security Window (Factory Settings)....................... 40

Figure 4.10. Power Window (Factory Settings).......................... 41

Figure 4.11. Boot Window (Factory Settings) ............................ 42

Figure 4.12. Exit Window .......................................................... 43

Figure 4.13. S1 Factory Setting................................................. 44

Figure 5.1. Component Locations............................................. 46

Figure 5.2. Terminal Resistor Settings....................................... 53

Figure 5.3. Slot Numbers and Locations................................... 60

Figure 5.4. Attaching the Metal Brace to Keep the Card

in Place................................................................... 60

Figure 5.5. How to Use the Watchdog Timer............................ 65

Figure 5.6. Index Register Port................................................. 66

Figure 5.7. Register A: Counter Clock Frequency Setting ........ 67

Figure 5.8. Register B: Counter Clock Output Control............. 67

Figure 5.9. Alarm Out Output Control Port (4001h)................. 68

Figure 5.10. WDT Control Port (4002h)..................................... 68

Figure 5.11. WDT Counter Port (4003h) .................................... 69

Figure 5.12. Event Output Control Port (4004h)......................... 69

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Figure 5.13. RAS Status Port (4005h) ........................................ 70

Figure 5.14. How to Use General-purpose I/O and Remote Reset71

Figure 5.15. General-purpose Input Port (4000h) ....................... 72

Figure 5.16. Event Input Control Port (4001h) ........................... 72

Figure 5.17. Index Address Setting Port (4006h)........................ 73

Figure 5.18. RS-485 Transmission and Reception Control Port

(4007h)................................................................... 73

Figure 5.19. Half-Duplex Connection Method............................ 74

Figure 5.20. Full-Duplex Connection Method............................ 74

Figure 5.21. Input Circuit........................................................... 74

Figure 5.22. Output Circuit......................................................... 75

Figure 5.23. Factory Settings...................................................... 75

Figure 5.24. Expansion Board Dimensions................................. 81

Figure 5.25. Removing the Top Cover........................................ 82

Figure 5.26. Removing the PCB Brace 2.................................... 82

Figure 5.27. Installation of an Expansion Board......................... 83

Figure 5.28. Attaching the PCB Brace........................................ 83

Figure 5.29. Adjusting to Use the ISA Card .............................. 83

Figure 5.30. Replacing the Top Cover ........................................ 84

Figure 7.1. Memory Map.......................................................... 87

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List of Tables

Table 2.1. Functional Specifications < 1 / 2 >.......................... 7

Table 2.1. Functional Specifications < 2 / 2 >.......................... 8

Table 2.2. Installation Environment Requirements...................... 8

Table 2.3. IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P ........ 9

Table 2.4. IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P ...... 9

Table 3.1. Jumper List ............................................................... 19

Table 3.2. Internal Connector List ............................................. 19

Table 4.1. Key Function List ..................................................... 28

Table 5.1. Component Functions ............................................... 47

Table 5.2. Keyboard Connector................................................. 48

Table 5.3. Mouse Connector ...................................................... 48

Table 5.4. FD Connector ........................................................... 49

Table 5.5. SERIAL 1 and 2 I/O Addresses and Interrupts.......... 51

Table 5.6. Serial Port Connector................................................ 51

Table 5.7. Serial Port D I/O Addresses and Interrupts................ 52

Table 5.8. Output Connector When the RS-422/RS-485 Is in Use

(RAS Connector).................................................... 52

Table 5.9. I/O Addresses............................................................ 54

Table 5.10. Function of Each Register < 1 / 4 >..................... 55

Table 5.10. Function of Each Register < 2 / 4 >..................... 56

Table 5.10. Function of Each Register < 3 / 4 >..................... 57

Table 5.10. Function of Each Register < 4 / 4 >..................... 58

Table 5.11. Baud Rate Settings.................................................. 58

Table 5.12. CRT Connector....................................................... 59

Table 5.13. Drivers for Each OS................................................ 59

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Table 5.14. Power Supply to the Card........................................ 61

Table 5.15. Printer Ports and I/O Addresses............................... 61

Table 5.16. Printer Port Connector ............................................ 62

Table 5.17. RAS Connector....................................................... 63

Table 5.18. Index Register Settings ........................................... 66

Table 5.19. Counter Clock Frequency Settings.......................... 67

Table 5.20. WD_S1 and WD_S0: Alarm-out Output Status

Settings................................................................... 68

Table 5.21. WM2-WM0: Interrupt Output Modes ..................... 69

Table 5.22. RESET: Reset Output Modes.................................. 69

Table 5.23. PIM2-PIM0............................................................. 72

Table 5.24. RESET: Reset Input Modes..................................... 72

Table 5.25. USB Connector....................................................... 76

Table 5.26. Ethernet Connector................................................. 77

Table 5.27. Primary IDE Connector (CN15).............................. 79

Table 5.28. Secondary IDE Connector (CN2)............................ 80

Table 5.29. Expansion Slots....................................................... 81

Table 6.1. Touch panel specifications ........................................ 85

Table 6.2. SERIAL C I/O Addresses and IRQ........................... 86

Table 7.1. I/O Port Addresses.................................................... 88

Table 7.2. Hardware Interrupt Levels (Factory Settings)............ 89

Introduction

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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1. Introduction

CONTEC has been actively engaged in the development of
software that is indispensable to the optimization of systems and for
factory automation. Recent years have seen an increasing number
of users who embrace FA and LA utilizing personal computers. In
response to this trend, CONTEC has developed and marketed FA
computers (the IPC series) and a variety of interface boards.

The PANECON-PC is a compact FA computer loaded with every
function needed. The following three models are available:

Model with PCMCIA Card and Panel Link Interface

- IPC-PT/L600S(PCW)C

- IPC-PT/H600X(PCW)C

Model with Expansion Slot

- IPC-PT/L600S(PCW)P

- IPC-PT/H600X(PCW)P

Features

- Equipped with the latest Low Power Mobile Celeron 400MHz
CPU

- Fan-less operation achieved by natural air-cooling

- Ten-year long-life power supply at an ambient temperature of
40°C

- Long, reliable supply (The CPU and chip set are embedded
versions.)

- Adoption of BIOS (Phoenix Technologies, Ltd.) customized by
CONTEC to support the BIOS level

- Equipped with 100BASE-TX LAN standard

- Equipped with a secondary-IDE connector to allow an optional
external CD-ROM to be connected

- Equipped with a Panel Link interface in addition to CRT interface
(C model)

- The backlight can be replaced by the user

- IP65/NEMA4 compliant front panel.

Introduction

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Compatible Operating Systems

- Windows 2000 Professional

- Windows NT 4.0 Workstation

- Windows 98 Second Edition

Limited One-Year Warranty

CONTEC Interface boards are warranted by CONTEC CO., LTD.
to be free from defects in material and workmanship for up to one
year from the date of purchase by the original purchaser.

Repair will be free of charge only when this device is returned
freight prepaid with a copy of the original invoice and a Return
Merchandise Authorization to the distributor or the CONTEC group
office, from which it was purchased.

This warranty is not applicable for scratches or normal wear, but
only for the electronic circuitry and original boards. The warranty
is not applicable if the device has been tampered with or damaged
through abuse, mistreatment, neglect, or unreasonable use, or if the
original invoice is not included, in which case repairs will be
considered beyond the warranty policy.

How to Obtain Service

For replacement or repair, return the device freight prepaid, with a
copy of the original invoice. Please obtain a Return Merchandise
Authorization Number (RMA) from the CONTEC group office
where you purchased before returning any product.

* No product will be accepted by CONTEC group without the

RMA number.

Liability

The obligation of the warrantor is solely to repair or replace the product.
In no event will the warrantor be liable for any incidental or
consequential damages due to such defect or consequences that arise
from inexperienced usage, misuse, or malfunction of this device.

Introduction

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Handling Precautions

Take the following precautions when handling this product.

- Do not use or store the product in a location exposed to extremely
high or low temperature or susceptible to rapid temperature
changes.
Example: - Exposure to direct sun

- In the vicinity of a heat source

- Do not use the product in extremely humid or dusty locations.
It is extremely dangerous to use the product with its interior
penetrated by water or any other fluid or conductive dust. If the
product must be used in such an environment, install it on a dust­proof control panel, for example.

- Avoid using or storing the device in locations subject to shock or
vibration.

- Do not use the product in the vicinity of devices that generate
strong magnetic force or noise. Such devices will cause this
device to malfunction.

- Do not use or store the product in the presence of chemicals.

- The lower center of the left face (seen from the connector's front
surface) may become hot. To avoid being burned, do not touch
that section while the product is in operation or immediately after
turning off the power. Avoid installation in a location where
people may come into contact with that section.

- To clean the PANECON-PC, wipe it gently with a soft cloth
dampened with either water or mild detergent. Do not use
chemicals or a volatile solvent, such as benzene or thinner, to
prevent pealing or discoloration of the paint.

- When you need to continually operate the device using the hard
disk, be sure to run the HDD in standby mode. Running in other
than standby mode significantly shortens the product's life. (For
more information, see form titled "Precautions" that comes with
the optional product [2.5inch HDD.])

- Before installing or uninstalling an expansion board (the P model)
or connecting or disconnecting a connector, be sure to unplug the
power cable from the wall outlet.

- CONTEC reserves the right to refuse to service a product
modified by the user.

Introduction

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- In the event of failure or abnormality (foul smells or excessive
heat generation), unplug the power cord immediately and contact
the sales representative you purchased the product from or the
CONTEC Information Center.

- Use an AC cable that is compatible with both the rated supply
voltage and the receptacle. (The cable provided with the
product is for 125VAC.)

- Do not use any sharp-pointed object such as a mechanical pencil
to touch the touch panel. Doing so may scratch the touch panel,
resulting in malfunctions.

- Do not subject the touch panel to shock as doing so may break it.

- When the surface or frame of the touch panel has become dirty,
wipe it with neutral detergent. Do not wipe the touch panel with
thinner, alcohol, ammonia, or a strong chlorinated solvent. Use
a protective sheet (available as an option) if the touch panel is
used where it can easily collect dust and dirt.

- Burn-in on TFT Display
"Burn-in" may occur if the same display is retained for a long
time. Avoid this by periodically switching the display so that
the same display is not maintained for a long time.

* Burn-In: Phenomenon characterized by a TFT display as a

result of long-time display of the same screen where a
shadow-like trace persists because electric charge
remains in the LCD element even after the patterns are
changed.

- It is a characteristic of analog touch panels that their resistance
may vary with changes to the ambient environment (temperature
and humidity) and with their own aging, resulting in the deviation
of the detection point. If this is the case, calibrate the touch
panel again to re-set calibration data.

- Life expectancy of components
(1) Power supply:

Assuming continuous use at 40°C, the expected life of the
power supply is about 10 years (when installed vertically).
Note that it is shortened depending on the operating
temperature (high temperature).

(2) Battery:

A lithium-ion primary battery is used to back up the internal
clock/calendar and CMOS RAM. The deenergized backup
time at 25°C is 10 years or more.

Introduction

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(3) LCD backlight:

Display brightness decreases over time with use.
The operating lifetime of the backlight is as follows (the
time until the brightness is lowered to 50% of the initial
value):

- IPC-PT/L600S(PCW) : 50,000 hours

- IPC-PT/H600X(PCW) : 25,000 hours

(4) Touch panel:

The operating lifetime of the touch panel is at least 1 million
touches (as tested by mechanical touching under 300 g of
force at a rate of two presses per second).

* CONTEC accepts your request for replacing each consumable in

the PANECON-PC as a request for repair (at an additional cost).

FCC PART 15 Class A Notice

This equipment has been tested and found to comply with the limits for a Class A digital device,
pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference when the equipment is operated in commercial environment.
This equipment generates, uses, and can radiate radio frequency energy and, if not installed and
used in accordance with the instruction manual, may cause harmful interference to radio
communications. Operation of this equipment in a residential area is likely to cause harmful
interference at his own expense.

N OTE

Change or modifications not expressly approved the manufacturer can void the user's authority to
operate this equipment.

WA RNING TO USER

Note!

To connect with peripherals, use a grounded, shielded cable.

Introduction

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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About the Manual

This manual consists of the following chapters :
Chapter 1 Introduction
Chapter 2 Overview
Chapter 3 Hardware Setup
Chapter 4 BIOS Setup
Chapter 5 Each Component Function
Chapter 6 Touch Panel
Chapter 7 Appendix
Chapter 8 List of Options

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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2. Overview

Specifications

Table 2.1. Functional Specifications < 1 / 2 >

Display LCD type

Number of
colors

Touch panel Resolution

Detection method
Backlight ON/OFF
CPU
Chip Set
Memory L2 Cache

Main memory 256 MB maximum in 3.3-V, 144-pin SO DIMM socket x 2

(Use 1 socket for 64 or 128 MB; 2 sockets for 256 MB.)

BIOS ROM
Video Controller

Video RAM

Video BIOS

CRT I/F
FDD I/F
IDE HDD I/F Primary

Secondary
Serial I/F *1

Parallel I/F *1
LAN I/F

Controller

PC Card Slot *1 None

PCMCIA type I/II x 2 or
III x 1 *2

None

PCMCIA type I/II x 2 or

III x 1 *2
USB I/F
Keyboard I/F
Mouse I/F

General-purpose I/O

for remote reset.)

RAS function

Expansion board slots *1

PCI/ISA shared slot x
2,
Acceptable board
length: 240 mm max.

None

PCI/ISA shared slot x
2,
Acceptable board
length: 240 mm max.

None

RTC/CMOS
*1 No all of these functions can be used at the same time because the number of interrupt resources is limited.

*2 Cannot be started from ATA card.

WDT: 244.14 µsec to 255 sec (RESET or external output enabled upon time-out)
Remote reset: External input signal

Lithium ion battery backup. Battery life: 10 years min.

PC/AT keyboard compatible (6-pin MIN DIN connector)
PS/2 mouse compatible (6-pin MIN DIN connector)
Photocoupler insulated inputs and outputs: 3 channels each

(One output channel also serves for WDT external output; one input channel also serves

Bidirectional Centronics compliant DB-25 connector
Ethernet 100BASE-TX/100BASE-T RJ-45 connector
82559 (Intel)

2ch

Dedicated 40-pin half-pitch connector (for optional CD-ROM drive)
RS-232C (general-purpose): 2 channels (serial ports 1 and 2), DB-9 connector
RS-232C (touch panel): 1 channel (serial port 3)
RS-422/485 (general-purpose): 1 channel (serial port 4) (inside RAS connector)

128KB E0000H to FFFFFH (Phoenix)

2MB (Built-in the controller)

B69000(C&T)

48KB (C0000H to CBFFFH)
HDB-15 connector
Dedicated 26-pin half-pitch connector (2-mode x option FDD: PC-FDD25BH)
Internal 2.5-inch IDE HDD or silicon disk drive

128KB

4096 x 4096
(emulated in 1024 x 768 mode)

4096 x 4096
(emulated in 800 x 600 mode)

Low Power Mobile Celeron 400MHz, FSB100MHz (Intel)

Analog resistive
Enabled (software control)

440BX (Intel)

IPC-PT/H600X(PCW)C

12.1-inch TFT color LCD,
SVGA (800 x 600 dots)

260,000

Model IPC-PT/L600S(PCW)P IPC-PT/L600S(PCW)C IPC-PT/H600X(PCW)P

15-inch TFT color LCD,
XGA (1024 x 768 dots)

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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Table 2.1. Functional Specifications < 2 / 2 >

Power Input supply voltage
supply Current consumption 95VA(Max.) 50VA(Max.) 95VA(Max.) 50VA(Max.)

Expansion board
supplies power

+5V:2A(1A × 2 slots),

-5V:Not supplied,
+12V:0.3A,

-12V: 80mA

None

+5V:2A(1A × 2 slots),

-5V:Not supplied,
+12V:0.3A,

-12V:80mA

None

Panel cut dimensions (mm)

370(W)×307(H)×139(D)
(Board depth)

370(W)×307(H)×79(H)
(Board depth)

428(W)×336(H)×139(D)
(Board depth)

428(W)×336(H)×79(D)

(Board depth)
Weight About7.5kg About6.6kg About8.5kg About7.6kg
Waterproofing, dustproofing IP65, fornt
Dustproof & Waterproof Front in compliance with IP65

Outside dimensions (mm)

100 to 120 VAC or 200 to 240 VAC (50/60 Hz): Input automatically selected

344±0.5(W)×281±0.5(H)
(12 stud holes are required around.)

398±0.5(W)×306±0.5(H)
(12 stud holes are required around.)

Model IPC-PT/L600S(PCW)P IPC-PT/L600S(PCW)C IPC-PT/H600X(PCW)P IPC-PT/H600X(PCW)C

Table 2.2. Installation Environment Requirements

Power supply specifications

Allowable instantaneous
power outage

One minute each for 3.0 kVAC (input-output), 2.0 kVAC (input-FG),
and 0.5 kVAC (output-FG)

Insulation resistance 50MΩ (DC500V)

Ambient specifications

0 to 50ºC(SDD in use)

Operating temperature 0 to 45ºC(HDD in use)

5 to 45ºC(FDD in use)
Storage temperature -10 to 60ºC
Humidity *1 10 to 90%RH(No condensation)
Floating dust particles Not to be excessive
Corrosive gases None

Line noise AC line/2kV, Signal line/1kV (IEC1000-4-4Level 3, EN61000-4-4Level 3)

Contact discharge/4kV (IEC1000-4-2Level 2, EN61000-4-2Level 2)

Atmospheric discharge/8kV (IEC1000-4-2Level 3, EN61000-4-2Level 3)

10 to 50Hz/semi-amplitude 0.15mm 50 to 500Hz/2.0G

23 min. each in x, y, and z directions

(JIS C0040-compliant, IEC68-2-6-compliant)

30 min. each in x, y, and z directions

(JIS C0040-compliant, IEC68-2-6-compliant)
Impact resistance *2 10G, half-sine shock for 11 ms in x, y, and z directions

(JIS C0041-compliant, IEC68-2-27-compliant)
Grounding Class D grounding (previous class 3 grounding)

*1 When a floppy disk is not in use.
*2 When the HDD and FDD are not in use.

Requirement description

Static electricity
resistance

Line-noise
resistance

Parameter

Less than 20ms

Vibration
resistance *2

Sweep resistance

Fixed-vibration
resistant

Dielectric strength

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

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Display Optical Specifications

Table 2.3. IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P

Parameter Min. Typical

φ = 180° 20deg 35deg
φ = 0° 50deg 65deg

φ = +90° 40deg 60deg

φ = -90° 40deg 60deg
Contrast 100 --­Brightness (at center) 200cd/m2250cd/m

2

Condition

View angle (Vertical)

CR≥10

Display. Monochrome

Display. White

View angle (Horizontal)

Display.
Monochrome

Table 2.4. IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

Parameter Min. Typical

φ = 180° 20deg 35deg

φ = 0° 50deg 65deg

φ = +90° 40deg 60deg

φ = -90° 40deg 60deg
Contrast 100 --­Brightness (at center) 200cd/m2250cd/m

2

Display. Monochrome

Display. White

View angle (Horizontal)

Display.
Monochrome

Condition

View angle (Vertical)

CR≥10

Contrast ratio (CR) =

Brightness at screen center with white displayed
Brightness at screen center with black displayed

Left
(φ = -90°)

Z

Y

X

Up
(φ = 180°)

Right
(φ = 90°)

Down
(φ = 0°)

(θ = 0°)

Measurement direction

θ

Module

φ

Figure 2.1. Definition of viewable range

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

10

System Configuration

LAN

RS-232C

USB

IPC-PSD-20

Built-in

2.5inch
hard (silicon)
disk drive

Main memory
144pin SO-DIMM

Mouse

Keyboard

Option CD-ROM

PCMCIA card slot
(C model)
PCMCIA types I, II x 2,
or III x 1

Printer

CRT display

Dedicated FD Drive

PC-FDD25BH

RS-485

General-purpose I/O (3)

RAS

Terminal
block

PC-HELPER

series

FA-PAC(PC)

series

* Not all devices shown in the figure

can be used simultaneously due to
a limit on the number of interrupt
resources.

Expansion slot
(P model)

When three or more slots are needed or
when a full-size board is used

Expansion

bus adapter

PCI and ISA
half-size boards

Figure 2.2. System Configuration

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

11

External Dimensions

IPC-PT/L600S(PCW)C

119 119119
342

989898

279

24 2.4

13

370

307

12-M4 STUD

40

37.3

89.75 99.75

[mm]

80

8.5

8.5

79

251

4-R4

Figure 2.3. External Dimensions of the

IPC-PT/L600S(PCW)C

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

12

IPC-PT/L600S(PCW)P

119 119119
342

989898

279

139

2.4
13

370

307

12-M4 STUD

89.75 99.75

40

37.3
[mm]

80

8.5
251

8.5

24

4-R4

Figure 2.4. External Dimensions of the

IPC-PT/L600S(PCW)P

Note!

The panel link interface and PC card connector are not installed on
the IPC-PT/L600S(PCW)P.

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

13

IPC-PT/H600X(PCW)C

137137137

396

106107106

304

428

336

79

2.4
13

12-M4 STUD

67

37.3

109.55 123.55

[mm]

21

21

134

309.1

24

4-R4

Figure 2.5. External Dimensions of the

IPC-PT/H600X(PCW)C

Overview

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

14

IPC-PT/H600X(PCW)P

137137137

396

106107106

304

428

336

12-M4 STUD

139

2.4
13

67

37.3

109.55 123.55

[mm]

2121

134

309.1

24

4-R4

Figure 2.6. External Dimensions of the

IPC-PT/H600X(PCW)P

Note!

The panel link interface and PC card connector are not installed on
the IPC-PT/H600X(PCW)P.

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

15

3. Hardware Setup

Before Using the PANECON-PC for the First

Time

Follow the next steps to set up the PANECON-PC:
STEP1 Install the hard disk and expansion main memory

(DIMM) and set jumper switches.
By referring to the information in this chapter, set the
PANECON-PC.

STEP2 Connect cables.

Connect necessary external devices, such as a printer
and a CRT, to the PANECON-PC using appropriate
cables.

STEP3 Turn on the power.

After verifying that you have correctly followed steps
1 and 2, turn on the power. If you feel something is
wrong after turning on the power, turn off the power
immediately and check to see if the PANECON-PC
has been set up correctly.

STEP4 Set up BIOS.

By referring to Chapter 4, set up BIOS. This setup
requires a keyboard and a display.

* Before using the PANECON-PC, be sure to execute " LOAD

SETUP DEFAULTS" to initialize the BIOS settings to their
default values.
(See Chapter 4, "Main Menu.")

Note!

If Windows is pre-installed, always connect the keyboard and mouse
before turning on the power for the first time.

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

16

Hardware Setup

Removing the Top Cover and HDD Bracket

- Before you start, be sure that the power is turned off.

- Remove only those screws that are explained. Do not move any
other screw.

(1) Remove the top cover.

Figure 3.1. Removing the Top Cover

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

17

(2) Remove the hard disk bracket.

Figure 3.2. Removing the HDD Bracket

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

18

Locations and Settings of Internal Connectors and

Jumpers

When you remove the top cover and hard disk bracket, the
connectors, jumpers, and switches are laid out as shown in the
figure below:

IPC-PT/L600S(PCW)C, IPC-PT/H600X(PCW)C,
IPC-PT/L600S(PCW)P IPC-PT/H600X(PCW)P

JP4

12

3

CN15

JP2

1 2

3

JP1

1 2

3

M2

654321

ON

OFF

S1

87

654321

ON

OFF

S1

87

654321

ON

OFF

S1

87

JP4

1 2

3

JP2

12

3

(B)

(A)

(B)

(A)

(B)

(A)

(B)

JP4

12

3

CN15

JP2

1 2 3

JP1

1 2 3

M2

654321

ON

OFF

S1

87

JP4

1 2

3

(B)

(A)

(B)

JP2

12

3

(B)

(A)

(B)

654321

ON

OFF

S1

87

654321

ON

OFF

S1

87

(A)

* The position of the jumpers mounted changes with kinds (A, B) of substrate.
JP1 is not mounted by A type.

Figure 3.3. Locations and Settings of Jumpers, Connectors,

and Switches inside the Top Cover
(IPC-PT/L600S(PCW)C,
IPC-PT/L600S(PCW)P,
IPC-PT/H600X(PCW)C,
IPC-PT/H600X(PCW)P)

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

19

Table 3.1. Jumper List

JP1

Selects BUS clock
scale.

1-2 shorted 1-2 shorted ---

Settings other than
1-2 are not allowed.

JP2 Clear CMOS. 1-2 shorted 1-2 shorted ---

Short 2-3 to clear
CMOS.

JP4

Sets RS-485
termination.

2-3 shorted 2-3 shorted 53

Sets destination
where BIOS setup
details will be saved.

1, 8
2, 3, 4, 5, 6, 7

OFF
ON

1, 4, 5, 8
2, 3, 6, 7

OFF
ON

Leave the bits other
than bit 2 factor-set.

S1

No. RemarksFunction

IPC-PT/L600S(PCW)C
IPC-PT/L600S(PCW)P

IPC-PT/H600X(PCW)C
IPC-PT/H600X(PCW)P

Factory setting

44

Reference

page

Table 3.2. Internal Connector List

Connector Reference page

CN15 Primary IDE connector (44pin, pin header) 79

M2 Expansion memory set (3.3V, 144pin SO-DIMM) 22

Function

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

20

Installing the Hard Disk

(1) Connect the provided HDD cable to the hard disk (silicon

disk).

Note!

Connect the HDD cable in alignment with pins from the left
end of the connector on the HDD side.
Four master/slave setting pins are left unconnected on the
right side. Be aware that connecting the power with the
connector misaligned will damage the cable.

(2) By threading the cable through the hole on the base of the hard

disk bracket, fasten the disk to its bracket using four screws.

- Use the upper screw holes of the hard disk bracket.

- Fasten the disk using the outer or inner hole depending on the
model you are using. (The figure below shows an example
that uses the inner screw hole.)

(3) Connect the HDD cable to CN15 on the unit and fasten the

hard disk bracket to the unit using four screws.

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

21

(4) Close the top cover and secure it with screws.

Figure 3.4. Installing the Hard Disk

Installing the Main Memory (DIMM)

Compatible DIMM Types

Obtain the following special option products.

- Package type : 144-pin, small outline DIMM

- Specifications : 3.3V, PC100/CL2

- Capacity : 64MB / 128MB

- Type : SDRAM

- Optional memories * : 64MB : PC-MSD64-144H
128MB : PC-MSD128-144H

* Operation is not guaranteed if memory parts other than CONTEC

option products are used.

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

22

Main Memory (DIMM) Installation Procedure

Follow the next steps to fit the memory into the DIMM socket:

(1) Insert the DIMM into its socket with the notch positioned on the right side.

(See the note.)

(2) Press in the direction indicated by the arrow. You hear a click as the memory fits

into the socket.

Notch

DIMM
socket

Note: As shown in the Figure, insert
the DIMM in angle.

Inserting as indicated with "x"
may damage socket pins.

30°~45

°

DIMM socket

1

Figure 3.5. Installing the DIMM
DIMM Disconnection Procedure

DIMM

Open the levers on both sides slightly to the left and right.
You should be able to remove the DIMM.

Figure 3.6. Uninstalling the DIMM

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

23

Fastening the Power Cable

Removing the Screw on the Metal Brace to Keep the AC Cord
in Place

In order to install the metal brace, temporarily remove the machine
screw on the front left end.

Remove this screw.

Figure 3.7. Removing the Screw
Installing the AC Cord Metal Brace and the Clamp

Insert the AC cord all the way into the inlet. Fasten the AC cord
metal brace using the screw you removed earlier. Attach the
clamp to an appropriate location on the metal brace to clamp the
cord.

The “AC cord metal brace” is attached to the main case.

Stick

Figure 3.8. Installing the Metal Figure 3.9. AC Cord

Brace and the Clamp in Clamped State

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

24

Installation Procedure

(1) Cut a panel in the following dimensions for installing the main

unit.

IPC-PT/L600S(PCW) IPC-PT/H600X(PCW)

[mm]

119 119 119

344

9898

98

281

12-φ5

137

398

107 106

306

12-φ5

137 137

106

Figure 3.10. Panel Opening Dimensions

(2) Insert the supplied gasket between the panel and display and

fasten them together with M4 nuts as shown below.

Gasket

Panel M4 washter

M4 Spring washer

M4 nut

Figure 3.11. Assembling Method

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

25

Installation Requirements

To restrict overheating, always mount the unit vertically.
Similarly, to maintain the ambient temperature within the range
specified in the specifications, ensure a clearance between the unit
and surrounding equipment of at least 100mm for the top and rear
and 50mm for the bottom and sides.

50mm or more (side)

Connectors

Bottom view

Panel

100mm or more (above)

50mm or more (bottom)

Side view

100mm or more (back)

Panel

Figure 3.12. Distances between the PANECON-PC and Its

Vicinity

Hardware Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

26

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

27

4. BIOS Setup

BIOS Setup

BIOS setup sets various settings during startup. When using the
system for the first time, be sure to run BIOS setup. Once set up,
the specified details will be backed up.

Starting the Setup Screen

When you turn on the system, it displays "Press <F2> to enter
SETUP" if the system is normal. Press the <F2> key on the
keyboard.

Phoenix BIOS 4.0 Release 6.0
Copyright 1985-2000 Phoenix Technologies Ltd.
All Rights Reserved

Copyright 2000, CONTEC Co., Ltd.
BX/M600(PCW), Px/x600(PCW) sereies BIOS ver.1.00.
CPU = Intel(R) Mobile Celeron(TM) processer 400MHz
640K System RAM Passed
63M Extended RAM Passed
128K Cache SRAM Passed
System BIOS shadowed
Video BIOS shadowed
UMB Upper limit segment address: E7BB

Press <F2> to enter SETUP

Figure 4.1. Initial Screen

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

28

Keystrokes

The following is a list of major key functions you can use during
BIOS setup:

Table 4.1. Key Function List

Function

→, ← Moves the main menu.
↑ , ↓ Moves between items to be set.

Moves within items to be set.
Moves in the direction opposite to <Tab>.
Changes details to be set.
Functions the same as <Spacebar>.
Changes in the direction opposite to the + key.
Opens submenus.
Moves to the Exit window.
Resets all to defaults.
Saves set values and exits setup.

<F9>
<F10>

Key to press

+

­<Enter>
<Esc>

<Tab>
<Shift>+<Tab>
<Spacebar>

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

29

Main Menu

System Time: [09:21:27]
System Date: [01/01/1993]

Legacy Diskette A: [1.44/1.25 MB 31/2"]
Legacy Diskette B: [Disabled]
Floppy Drive Swap: [Disabled]
3 MODE floppy: [Disabled]

Primary Master [4312MB]
Primary Slave [None]
Secondary Master [None]
Secondary Slave [None]

System Memory: 640 KB
Extended Memory: 64512 KB

F1 Help

↓

Select Item -/+ Change Values F9 Setup Defaults

Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

↓

Figure 4.2. Main Window (Factory Settings)

System Time : Sets the time on the equipment calendar

clock.

System date : Sets the date on the equipment calendar

clock.

Diskette A : Specify the type of FDD to be used as

drive A. If you are not using the FDD,
set to "Disabled." Do not set to
"2.88MB" since it is not supported.

Diskette B : Connection not allowed. Set to

"Disabled."

Floppy Drive Swap : Set to "Disabled."
3 Mode floppy : Set to "Disabled."

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

30

Primary Master : Set the type of HDD to be used as the

first drive.
If you are not using the HDD, set to
"None."
Select "Auto" setup to make setting
easier.

Primary Slave : Connection not allowed. Set to

"None."

Secondary Master : Normally, connection is not allowed.

Set only when you set the PCMCIA
connector's ATA disk to secondary or
when you connect an external CD­ROM.

Secondary Slave : Connection not allowed. Set to

"None."

IDE Adapter Window

Primary Master [4312MB]

Type: [Auto]
Cylinders: [ 8912]
Heads: [ 15]
Sectors: [63]
Maximum Capacity: 4312MB

Multi-Sector Transfers: [16 Sectors]
LBA Mode Control: [Enabled]
32 Bit I/O: [Disabled]
Transfer Mode: [Fast PIO 4]
Ultra DMA Mode: [Mode 2]

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main

Item Specific Help

User = you enter
parameters of hard-disk
drive installed at this
connection.
Auto = autotypes
hard-disk drive
installed here.
1-39 = you select
pre-determined type of
hard-disk drive
installed here.
CD-ROM = a CD-ROM drive
is installed here.
ATAPI Removable =
removable disk drive is
installed here.

↓

Figure 4.3. IDE Adapter Window (Factory Settings)

Type : Set to "Auto" to use the primary master.

Otherwise set to "None."

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

31

Embedded Window

Keyboard Error Disp.: [Disabled]
RTC check: [Enabled]
Memory Safemode: [Enabled]
System Clock(CPU/PCI MHz): [100.3/33.43]
Spread Spectrum Modulation: [Enabled]
CRT/FPD: [AUTO Select]
DOC Address: [Disabled]
Watch-dog Timer: [Disabled]
PCIC Irq Mode: [Continous]
Push switch function: [Reset]

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

Restrain error display
of no keyboard.

↓

Figure 4.4. Embedded Window (Factory Settings)

Keyboard Error Disp. : Specify whether or not to display errors

when no keyboard is used.

RTC check : Specify whether or not to display time

errors when the RTC backup battery is
depleted.

Memory Safemode : Set to Enable.
System Clock(CPU/PCI MHz) :

Set the system clock. Normally, set to
"100.3/33.43." However if you are
concerned with heat dissipation, for
example, set to "66.8/33.40."

Spread Spectrum Modulation : Set to Enable.
CRT/FPD : Use the default option "AUTO Select".
DOC Address : Set to "Disabled".

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

32

Watch-dog Timer : Specify the output status of the RAS

connector (PO2/WDT) signal during
BIOS startup.

Disable:

Sets the RAS connector's
PO2/WDT(12) signal to PO2 (general­purpose output).

Enable:

Sets the RAS connector's
PO2/WDT(12) signal to Alarm Out.
Alarm out status at BIOS startup should
be set with the submenu.

PCIC Irq Mode : Set to "Continous".
Push switch function : Set to "Reset".

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

33

Advanced Window

Installed O/S: [Other]
Enabled ACPI: [No]
Reset Configuration Data: [No]
PCI Configuration
Cache Memory
Legacy USB Support: [Disabled]
I/O Device Configuration
Large Disk Access Mode: [DOS]
Local Bus IDE adapter: [Both]
PCMCIA ATA DISK [Disabled]

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit ←→ Select Menu Enter Select

Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

Select the operating
system installed
on your system which
you will use most
commonly.

Note: An incorrect
setting can cause
some operating
systems to display
unexpected behavior.

↓

Figure 4.5. Advanced Window (Factory Settings)

Installed OS : Normally, set to "Other."
Enabled ACPI : Set to "No".
Reset Configuration Data: Resets the resources assigned to the PCI

and PnP devices.
Before installing the OS, set “Yes” to
reset the configuration. The setting
automatically returns to “No” after
rebooting.

PCI Configuration : Allows resources to be reserved for

legacy devices.

Cache Memory : Specify whether to enable or disable

cache memory.

Legacy USB Support : Set to "Disabled."
I/O Device Configuration: Set COM/LPT.
Large Disk Access Mode: Normally, set to "DOS."

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

34

Local Bus IDE adapter * : Sets the on-board IDE controller.
PCMCIA ATA DISK * : Specify when the ATA card needs to be

booted. Ensure that the setting does
not collide with a local IDE controller.
ATA card boot cannot be used in
Windows, for example.

* As to the local bus IDE adapter and the PCMCIA ATA DISK, a

combined total of two units can be used at maximum.

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

35

PCI Configuration Window

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

PCI Configuration

PCI/PNP ISA UMB Region Exclusion
PCI/PNP ISA IRQ Resource Exclusion
PCI/PNP ISA DMA Resource Exclusion

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

Item Specific Help

Reserve specific upper
memory blocks for use
by legacy ISA devices

↓

Figure 4.6. PCI Configuration Window

PCI/PNP ISA UMB Region Exclusion

: When using a board installed with a

ROM for ISA, set the address that
board will be using to Reserved.
(Unless a problem occurs, this setting
does not need to be modified.)

PCI/PNP ISA IRQ Resource Exclusion

: Set the IRQ which ISA will be using to

Reserved. Set the IRQ which you have
specified manually by selecting Enable
in the I/O Device Configuration
window to Available. In addition, set
one IRQ which a PCI device will be
using to Available. (See the Note
below)

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

36

PCI/PNP ISA DMA Resource Exclusion

: When using a DMA board for ISA, set

the DMA channel that board will be
using to Reserved.

Note!

As IRQ11 is reserved for PCI devices, this setting should always be
fixed to “Available”.
Do not use this interrupt for ISA devices or internal peripherals
(such as the COM ports).

Cache Memory Window

Cache Memory

Memory Cache: [Enabled]
Cache System BIOS area: [Write Protect]
Cache Video BIOS area: [Write Protect]
Cache Base 0-512k: [Write Back]
Cache Base 512k-640k: [Write Back]
Cache Extended Memory Area: [Write Back]
Cache A000 - AFFF: [Disabled]
Cache B000 - BFFF: [Disabled]
Cache C800 - CBFF: [Disabled]
Cache CC00 - CFFF: [Disabled]
Cache D000 - D3FF: [Disabled]
Cache D400 - D7FF: [Disabled]
Cache D800 - DBFF: [Disabled]
Cache DC00 - DFFF: [Disabled]
Cache E000 - E3FF: [Disabled]

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

Sets the state of the
memory cache.

↓

Figure 4.7. Cache Memory Window (Factory Settings)

Keep the factory settings.

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

37

I/O Device Configuration Window

I/O Device Configulation

Serial port A: [Enabled]

Base I/O address: [3F8]
Interrupt: [IRQ 4]

Serial port B: [Enabled]

Base I/O address: [2F8]
Interrupt [IRQ 3]

Serial port C: [Enabled]

Base I/O address: [3E8]

Interrupt: [IRQ 7]
Serial port D: [Disabled]
Parallel port: [Disabled]

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

Configure serial port A
using options:

[Disabled]

No configuration

[Enabled]

User configuration

[Auto]

BIOS or OS chooses
configuration

(OS Controlled)

Displayed when
controlled by OS

↓

Figure 4.8. I/O Device Configuration Window (Factory

Settings)

Serial port A : This setting is for SERIAL1 on the

equipment connector plane.

Serial port B : This setting is for SERIAL2 on the

equipment connector plane.

Serial port C : This setting is for serial communication

of the touch-panel port.

Serial port D : This setting is for RS-422/485 of the

RAS connector on the equipment
connector plane.
When the port is set to "Enable," it
defaults to the following:
Base I/O address [2E8]
Interrupt [IRQ5]

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

38

Parallel port : This setting is for PRINTER on the

equipment connector plane.
When the port is set to "Enable," it
defaults to the following:
Mode [ECP]
Base I/O address [378]
Interrupt [IRQ7]
DMA channel [DMA3]

Items to be set Enable:

Manually set the base I/O address and
IRQ. The IRQ you set here must be set
to Available in the PCI Configuration
window. (See the Note below).

Auto:

Automatically set by the BIOS. Enabled
once the BIOS is started.

OS Controlled:

Automatically set by the OS. Remains
disabled until the PnP OS is started.

Mode*:

Set to parallel port's operating mode.

DMA channel*:

This is the DMA channel setting used
when ECP is selected during parallel­port mode setting.

* A menu exclusive to the parallel port.

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

39

Note!

If the following message appears on booting when serial port D or
the parallel port are set to “Enable”, this indicates a resource
(IRQ) conflict or similar BIOS problem.

Error
0615: Com D configuration changed

In this case, enter the setup menu again and change the IRQ from
“Reserved” to “Available” or modify the settings if an interrupt
conflict occurs.

* Serial port D: [Enable]

←

An asterisk (*) is displayed

Base I/O address: [2E8]
Interrupt: [IRQ5]

→

Set to “Available” in the PCI

Configuration window.

PCI/PnP ISA Reserve Exclusion

* IRQ5: [Reserved]

→

Change to [Available].

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

40

Security Window

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Set User Password [Enter]
Set Supervisor Password [Enter]

Supervisor Password Is: Clear
User Password Is: Clear
Password on boot: [Disabled]
Clear All Passwords [Enter]

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

Item Specific Help

Supervisor Password
controls access to the
setup utility.

↓

Figure 4.9. Security Window (Factory Settings)

Set Supervisor Password : Specify whether or not to require a

password during setup. If a password
is set, "Supervisor Password is" is
enabled. Supervisor mode allows all
settings to be set.

Set User Password : Specify whether or not to require a

password during setup. If a password
is set, "User Password is" is enabled.
User mode allows only the date and
time to be set.

Password on boot : Specify whether or not to require a

password when booting.

Clear All Password : Both passwords can be erased by

Supervisor.

Note!

Once a password is registered, even the password function itself
cannot be cancelled without the password. Passwords should be
handled with great care.

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

41

Power Window

Power Savings: [Disabled]

Standby Timeout: [Off]
Auto Suspend Timeout: [Off]

IDE Drive 0 Monitoring: [Disabled]
IDE Drive 1 Monitoring: [Disabled]
IDE Drive 2 Monitoring: [Disabled]
IDE Drive 3 Monitoring: [Disabled]

PCI Bus Monitoring: [Disabled]

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

Maximum Power Savings
conserves the greatest
amount of system power.
Maximum Performance
conserves power but
allows greatest system
performance. To alter
these settings, choose
Custumized. To turn off
power management.
choose Disabled.

↓

Figure 4.10. Power Window (Factory Settings)

Power Savings : Specify whether or no to use power-

saving mode. Choose from "Off",
"Customize," "Maximum
Performance," and "Maximum Power
Savings."

Standby Timeout : Specify the length of time from the idle

state through entry into standby mode.
Standby mode turns off the power to
peripherals including the screen.

Auto Suspend Timeout : Specify the time of transition from

standby mode to suspend mode.
IDE DRIVE 0 Monitoring :
IDE DRIVE 1 Monitoring :

Specify whether or not to use

IDE DRIVE 2 Monitoring : a device as an idle timer reset
IDE DRIVE 3 Monitoring :

event.

PCI Bus Monitoring :

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

42

Boot Window

*Removable Devices
*Hard Drive

Bootable Add-in Cards

WDC AC14300R-(PM)
ATAPI CD-ROM Drive
Network Boot

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

Keys used to view or
configure devices
<Enter> expands or
collapses devices with
a - or
<Ctrl-Enter> expand
all
<Shift - 1> enables or
disables a device
<-> and < > moves the
device up or down.
<n> May move removable
device between Hard
Disk or Removable Disk
<d> Remove a device
That os not installed.

↓

Figure 4.11. Boot Window (Factory Settings)

Specify the order in which the system to be booted is checked.
Using the <+> or <-> key, rearrange the selected items.

The following devices can be specified as boot devices:
Removable Devices : Removable devices such as the floppy

disk and ATA card.

Hard Drive : Devices that are not removable, such as

the hard disk drive and silicon disk
drive.

ATAPI CD-ROM Drive : Optional CD-ROM drive (IDE

connection)
Network Boot : This item is not available.
The items are displayed on the menu in priority order.

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

43

Exit Window

Exit Saving Changes
Exit Discarding Charges
Load Setup Defaults
Discard Changes
Saves Changes

F1 Help ↓Select Item -/+ Change Values F9 Setup Defaults
Esc Exit

←→

Select Menu Enter Select Sub-Menu F10 Save and Exit

PhoenixBIOS Setup Utility

Main Embedded Advanced Security Power Boot Exit

Item Specific Help

Exit System Setup and
save your changes to
CMOS.

↓

Figure 4.12. Exit Window

Exit Saving Changes : Saves values that have been modified

on the setup screen in CMOS

(EEPROM *1) and restarts the system.
Exit Discarding Changes : Restarts the system using the previous

values without saving modified values

in CMOS (EEPROM *1).
Load Setup Defaults : Sets default values that are in the

possession of BIOS.
Discard Changes : Loads values that are currently in the

possession of CMOS(EEPROM *1).

BIOS Setup

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

44

Save Changes : Saves values that have been modified

on the setup screen in CMOS

(EEPROM *1).

*1 S1's bit 2 allows you to specify the

location where setup details will be

saved and loaded.

Normally, set to ON (use CMOS).

ON: Uses the CMOS as the location to

save and load setup details.
(factory settings)

OFF: Uses the EEPROM as the

location to save and load setup
details.

S

1

ON

1 2 3 4 5 6 7 8

Figure 4.13. S1 Factory Setting

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

45

5. Each Component Function

Component Locations

IPC-PT/L600S(PCW)C, IPC-PT/H600X(PCW)C

Power LED

Mouse

Printer

PCMCIA slots 1 and 2

Not available to LCD

VGA

SERIAL2
SERIAL1
USB

FD

RAS

Power SW

AC inlet

Keyboard

UTP(Ethernet)

LED, Touch panel

Secondary IDE connector

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

46

IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)P

Mouse

Printer

Not available to LCD and
PCMCIA slots 1 and 2

VGA

SERIAL2
SERIAL1
USB

FD

RAS

Power SW

AC inlet

Keyboard

UTP(Ethernet)

Power LEDLED, Touch panel

Secondary IDE connector

Expansion slot
(PCI/ISA) x 2

Figure 5.1. Component Locations

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

47

Table 5.1. Component Functions

KB Keyboard connector (MINI-DIN, 6pin)
MOUSE PS/2 mouse connector (MINI-DIN, 6pin)
FD Floppy disk drive connector (26pin, half-pitch connector)
SERIAL1 Serial port 1 connector (9pin, male D-SUB)
SERIAL2 Serial port 2 connector (9pin, male D-SUB)
VGA CRT connector (15pin, female HD-SUB)
PCMCIA PCMCIA card slot <P model>
PRINTER Parallel port connector (25pin, female D-SUB)
RAS RAS function and RS-485 connector (15pin, female D-SUB)
RESET Hard reset push button
USB USB port connector
UTP Ethernet connector
LCD (Not available)
Expansion slots PCI/ISA expansion board slot x 2 <P model>
POWER LED Power ON indicator
HDD LED Internal hard disk access lamp
POWER SW Power switch
AC INLET AC power supply input connector
SECONDARY IDE Secondary IDE connector (dedicated 40pin half-pitch connector)

FunctionComponent

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

48

Keyboard Interface

The PANECON-PC is equipped with a keyboard connector named
KB (MINI-DIN 6P).

Table 5.2. Keyboard Connector

Connector type Equivalent to the MD-DS12300-14S-14 (JST)

Pin No.

1
2
3
4

Pin No.

5
6

SHIELD

---

Signal

+KBD DATA

N.C.

GND

+5.0V DC

Signal

+KBD CLK

N.C.

GND

6

4

2

1

3

5

Mouse Interface

The PANECON-PC is equipped with a mouse connector named
MOUSE (MINI-DIN 6P).

Table 5.3. Mouse Connector

Connector type Equivalent to the MD-DS12300-14S-14 (JST)

Pin No.

1
2
3
4

Pin No.

5
6

SHIELD

---

Signal

+MOUSE DATA

N.C.

GND

+5.0V DC

Signal

+MOUSE CLK

N.C.

GND

6

4

2

1

3

5

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

49

Floppy Disk Interface

The PANECON-PC is equipped with a FD controller to allow one
FD drive to be connected to the FD connector named FD on the
front end.
Use the FD drive that is available as a dedicated option.

Table 5.4. FD Connector

Connector in use

Pin No.

1
3
5
7

9
11
13
15
17
19
21
23
25

Signal
HDSEL
RDATA

GND
GND
GND

WDATA

DENSEL
DENSEL

N.C.

DRV_SEL

+5V
+5V

INDEX

Direction

Output

Input

-----

-----

----­Output
Output
Output

----­Output

-----

-----

Input

Pin No.

2
4
6

8
10
12
14
16
18
20
22
24
26

Signal

WRTPRT

TRK0

GND

WGATE

GND
GND

STEP

DIR

MTR_ON

N.C.

DSKCHG

N.C.

+5V

Direction

Input
Input

-----

Output

-----

----­Output
Output
Output

-----

Input

-----

-----

26-socket, half-pitch connector, Equivalent to the DX10G1M-26SE

226

25 1

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

50

Compatible Connector on the Cable Side

Plug connector : AMP, P/N

1756774-4 (AWG#28 for pressure welding)

Shield case kit : AMP, P/N 1756774-4

or

Plug connector : 3M, P/N

10126-6000EL (AWG#28 for pressure welding)

Shell : 3M, P/N10326-3210-000

or

Plug connector : 3M, P/N 10126-3000VE

(AWG#24-#30 provided with solder)

Shell system : 3M, P/N 10326-52F0-008 (Non-shield shell kit)

Cable Length

Use within a maximum cable length of 60cm.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

51

Serial Port Interface

RS-232C Ports (Serial ports A and B)

The PANECON-PC is equipped with two RS-232C-compliant serial
port connectors (SERIAL1: Serial port A and SERIAL2: Serial port
B). Each port can be set independently to COM1-COM4 or "not
in use" by BIOS setup (see Chapter 4) (the identical COM number
cannot be specified).

Table 5.5. SERIAL 1 and 2 I/O Addresses and Interrupts

COM I/O Address Interrupt

1 3F8h-3FFh

2 2F8h-2FFh

3 3E8h-3EFh

4 2E8h-2EFh

IRQ 3
IRQ 4
IRQ 5
IRQ 7

IRQ 9
IRQ 10
IRQ 11
IRQ 15

The BIOS defaults to the following factory settings:

Serial port A : COM1(3F8h-3FFh),IRQ4
Serial port B : COM2(2F8h-2FFh),IRQ3

Table 5.6. Serial Port Connector

Pin No.

1
2
3
4
5
6
7
8
9

Connector used on the unit 9-socket D-SUB (MALE)

Signal

CD
RD
TD

DTR

GND

DSR
RTS
CTS

RI

Direction

Input

Input
Output
Output

-----

Input
Output

Input

Input

1 5

9

6

No.4-40UNC

Inch thread

Meaning
Carrier detect
Received data
Transmitted data
Data terminal ready
Signal ground
Data set ready
Request to send
Clear to send
Ring indicator

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

52

RS-422/485 Port (Serial port D)

The PANECON-PC is equipped with a serial port for one channel
inside the RAS connector. BIOS setup (see Chapter 4) allows I/O
addresses, interrupts and "not in use" to be set. (The port cannot
be set to the same I/O address or interrupt as of another device.)

Table 5.7. Serial Port D I/O Addresses and Interrupts

COM I/O Address Interrupt

1 3F8h-3FFh

2 2F8h-2FFh

3 3E8h-3EFh

4 2E8h-2EFh

IRQ 3
IRQ 4
IRQ 5
IRQ 7

IRQ 9
IRQ 10
IRQ 11
IRQ 15

The BIOS defaults to the following factory settings:

Serial port D : Disable

RS-422/RS-485 Specifications

- Transmission method : RS-422/RS-485-compliant,
asynchronous, serial transmission, half
duplex/full duplex

- Baud rate : 19,200-50bps (programmable)

- Signal extension distance: 1.2km Max.

Output Connector When RS-422/RS-485 Is in Use
Table 5.8. Output Connector When the RS-422/RS-485 Is in

Use (RAS Connector)

Pin No. Signal

2 TX + Transmitted data +

10 TX - Transmitted data -

3 RX + Received data +

11 RX - Received data -

Meaning

For more information on the RAS connector see Table 5.17., "RAS
connector."

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

53

Terminal Resistor when RS-485 is in Use

Set with JP4 inside the top cover. The factory setting is " terminal
resistor not available."

1 and 2 shorted

Receiver terminal

resistor available

2 and 3 shorted

Receiver terminal

resistor not available

JP4

123

JP4

123

Figure 5.2. Terminal Resistor Settings
Control of Transmitted Data in Half-Duplex Mode

In half-duplex mode, the transmission buffer needs to be controlled
in order to prevent collision of transmitted data. The PANECON­PC uses RTS and controls the buffer with modem control register's
bit 1. Transmission and reception gate control by the register
setting of port address 4006h and 4007h is allowed only for the RS­422/485 (Serial port D). For more information see section,
"General-purpose I/O and Remote Reset" in Chapter 5.

Modem control register
(Set I/O address +4H) bit 1: 0 …RTS is High.

(Disable transmission)
1 … RTS is Low.
(Enable transmission)

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

54

I/O Addresses and Instructions

The I/O addresses and instructions of COM1 are shown next.

Table 5.9. I/O Addresses

I/O address DLAB Read/Write

0 W Transmitter holding register THR

03F8H R Receive buffer register RBR

1 W Divisor latch register DLL
1 W Divisor latch register DLM

0 W Interrupt enable register IER
03FAH X R Interrupt ID register IIR
03FBH X W Line control register LCR
03FCH X W Modem control register MCR
03FDH X R Line status register LSR
03FEH X R Modem status register MSR
03FFH X R/W Scratch register SCR

DLAB (Divisor Latch Access Bit) : The value in bit 7 of the line control register

Register

03F9H

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

55

Table 5.10. Function of Each Register < 1 / 4 >

THR: Transmitter Holding Register [DLAB=0]

D7 D6 D5 D4 D3 D2 D1 D0

bit7

MSB

bit0

LSB

Register dedicated to write transmitted data to

03F8H

I/O address Description

RBR: Reciever Buffer Register [DLAB=O]

D7 D6 D5 D4 D3 D2 D1 D0

bit7

MSB

bit0

LSB

Register dedicated to read received data from

03F8H

DLL: Divisor Latch (LSB) [DLAB=1]

D7 D6 D5 D4 D3 D2 D1 D0

bit7

MSB

bit0

LSB

Baud rate setting register (LSB)

03F8H

D7 D6 D5 D4 D3 D2 D1 D0

bit7

MSB

bit0

LSB

Baud rate setting register (MSB)

03F9H

IER: Interrupt Enable Register [DLAB=0]

D7 D6 D5 D4 D3 D2 D1 D0

0

03F9H

DLH: Divisor Latch (MSB) [DLAB=1]

0 0 0 EMS ELSI

ETHREI

ERDAI

Received data
Interrupt enable

Received data register empty
Interrupt enable

Receiver line status

Interrupt enable
Modem status interrupt enable
[Always used at 0.]

1: Enable interrupt
0: Disable interrupt

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

56

Table 5.10. Function of Each Register < 2 / 4 >

IIR : Interrupt Identification Register

D7 D6 D5 D4 D3 D2 D1 D0

Interrupt details

03FAH

I/O address Description

LCR : Line Contror Regester

03FBH

1: Do not generate interrupts
0: Generate interrupts

0 0 0 0 0

bit20bit10bit01Priority Description

Interrupts are not generated.

Generated by overrun, parity, framing error or break
interrupt.
Cleared when the line status register is read.

Generated when the receive buffer register is ready.
Cleared when the receiving buffer is read.

Generated when the transmitter holding register is
empty. Cleared when the IIR is read or when
transmitted data is written to THR.

Modem status interrupt is generated.
(CTS, DSR, RI, CD)
Cleared when the modem status register is read.

1 1 0

1 0 0

0 1 0

0 0 0

1 (high)

2

3

4 (low)

D7 D6 D5 D4 D3 D2 D1 D0

0 : 1 STOP bit
1 : 1.5 STOP bits at 5-bit length

2 STOP bits at 6-, 7-, or 8-bit length

0 : Disable parity
1 : Enable parity

0 : Odd parity
1 : Even parity

0 : Disable stick parity
1 : Enable stick parity

0 : Break signal off
1 : Send break signal

DLAB (Divisor Latch Access Bit)
In order to access the divisor latch register, you need to set the bit
to 1. To access another register, set the bit to 0.

D1

0
0
1
1

D0

0
1
0
1

Bit table

5
6
7
8

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

57

Table 5.10. Function of Each Register < 3 / 4 >

MCR: Modem Control Register

D7 D6 D5 D4 D3 D2 D1 D0

03FCH

I/O address Description

0 : Inactive
[HIGH]
1 : Active
[LOW]

0 0 0 Loop IRQ X RTS DTR

DTR

RTS

0 : Inactive
[HIGH]
1 : Active
[LOW]

Interrupt control bit

0 : Disable
1 : Enable

Diagnostic local loop-back test

0 : Disable
1 : Enable

LSR: Line Status Regester

03FDH

D7 D6 D5 D4 D3 D2 D1 D0

0 TEMT

THRE

BI FE PE OE DR

Data ready
(1 for existence of received data)

Overrun error
(1 for occurrence of an error)

Parity error (1 for occurrence of an error)

Framing error (1 for occurrence of an error)

Break interrupt (1 for detection of break state)

Transmitter holding register empty
(1 for transmission buffer being empty)

Transmitter empty
(Set to 1 when both transmitter holding register and
transmitter shift register are empty.)

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

58

Table 5.10. Function of Each Register < 4 / 4 >

MSR : Modem Status Register

D7 D6 D5 D4 D3 D2 D1 D0

03FEH

I/O address Description

SCR : Scratchpad Register

03FFH

DCD RI DSR CTS DDCD

TERI

DDSR

DCTS

Delta CTS

Delta DSR

Trailing edge RI

Delta data carrier detect

CTS

DSR

RI

DCD

This is an 8-bit, readable/writable register which is available to the user to
allow data to be saved temporarily.

Since these
statuses are
not used with
RS-485, data
is not valid.

Setting Baud Rates

A baud rate is set by software by dividing the clock input
(1.8432MHz). To set a baud rate, write a value found in the
following list to the divisor latch registers (LSB and MSB).

Table 5.11. Baud Rate Settings

Setting error (%)

50 2304 --­75 1536 ---

110 1047 0.026

857 0.058
150 768 --­300 384 --­600 192 ---

1200 96 --­1800 64 --­2000 58 0.69
2400 48 --­3600 32 --­4800 24 --­7200 16 --­9600 12 ---

19200 6 ---

Example: To set 9,600 bps, write "00" to the (MSB) divisor latch

register and "12 (decimal)" to the (LSB) divisor latch register.

Baud rate to be set

Value to be set

in the divisor register

134.5

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

59

CRT Interface

The PANECON-PC is equipped with a CRT connection connector
named VGA (HD-SUB 15P).

Table 5.12. CRT Connector

Connector type

Pin No.

1
2
3
4
5
6
7
8

Pin No.

9

10
11
12
13
14
15

Signal

RED

GREEN

BLUE

N.C.
GND
GND
GND
GND

Signal

N.C.

GND

N.C.

N.C.
HSYNC
VSYNC

N.C.

15pin HD-SUB (FEMALE)

5

1

11

15

10

6

Display Driver

The display driver compatible with each OS is downloadable from
the CONTEC website or can be purchased separately as an option.

Set of optional driver software and utility software
: IPC-SLIB-01 (provided on a CD-ROM)
(Windows 98 Second Edition, Windows NT 4.0, Windows 2000
Professional)

Table 5.13. Drivers for Each OS

Display driver Use IPC-SLIB-01 Use IPC-SLIB-01

Use standard Windows
2000 driver

LAN driver

Use standard Windows 98
Second Edition driver

Use IPC-SLIB-01
However, the driver cannot
be installed from the CD­ROM. Copy the driver to an
FD and install from the FD.

Use standard Windows
2000 driver

Refer to the readme files in IPC-SLIB-01 for details of the driver installation procedure.

OS Windows 2000 ProfessionalWindows NT 4.0Windows 98 Second Edition

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

60

PCMCIA Slots (C Model)

The PANECON-PC is equipped with PCMCIA-compliant card slots
[TYPE II x 2 (TYPE III x 1) size].

Slot 1

Slot 2

Figure 5.3. Slot Numbers and Locations

Note!

A type III card should be inserted into slot 2.

Attaching the Metal Brace to Keep the Card in Place

Hook the Tips.

Figure 5.4. Attaching the Metal Brace to Keep the Card in

Place

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

61

Power Supply to the Card

The voltage that can be used and the current capacity of each slot
are as shown below:

Table 5.14. Power Supply to the Card

Voltage Current capacity (Max.)

+5V 1A/Slot

+3.3V 1A/Slot

+12V Not supplied.

Printer Port Interface

The PANECON-PC is equipped with one printer port interface.
BIOS setup (see Chapter 4) allows LPT1-3 and "not in use" to be
set. The connector is named PRINTER.

Table 5.15. Printer Ports and I/O Addresses

LPT I/O address Interrupt

1 3BCh-3BFh
2 378h-37Fh
3 278h-27Fh

IRQ 5
IRQ 7

The BIOS defaults to the following factory settings:

Parallel port : Disable

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

62

Table 5.16. Printer Port Connector

Pin No.

1
2
3
4
5
6
7
8

9
10
11
12
13

Connector used on the unit

Signal

-STRB
D 0
D 1
D 2
D 3
D 4
D 5
D 6
D 7

-ACK

BUSY

PE

SELECT

Meaning

Enable data

Data bit 0
Data bit 1
Data bit 2
Data bit 3
Data bit 4
Data bit 5
Data bit 6
Data bit 7

Ready to accept data

Busy

Out of paper

Select state

Direction

Output
Output
Output
Output
Output
Output
Output
Output
Output

Input
Input
Input
Input

25pin D-SUB (FEMALE)

Fastening screw: No. 4-40 UNC inch thread

Pin No.

14
15
16
17
18
19
20
21
22
23
24
25

Signal

-AFEED

-ERROR

-INIT

-SELECT*IN
GND
GND
GND
GND
GND
GND
GND
GND

Meaning

Automatic feed

Not available

Initialize

Input allowed

Ground
Ground
Ground
Ground
Ground
Ground
Ground
Ground

Direction

Output

Input
Output
Output

-----

-----

-----

-----

-----

-----

-----

-----

13

1

1425

-----

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

63

RAS Functions

As RAS functions, the PANECON-PC is equipped with watchdog
timer, remote reset, and general-purpose I/O functions. Each I/O
can be achieved with the RAS connector.

Table 5.17. RAS Connector

Signal

SPK

GND

TX +
TX ­RX +

RX -

NCOM

PO2/WDT

PO0
PO1

NCOM

PI1

PI2/IRQ

PCOM

PI0

Connector type

Pin No.

1
9
2

10

3

11

4

12

5

13

6
7

14

8

15

Function
External speaker signal
External speaker ground
RS-485 transmitting line

RS-485 receiving line

Minus common dedicated to PO2
General-purpose output or watchdog timer alarm output
General-purpose output

General-purpose output minus common
General-purpose input
General-purpose input or interrupt input
General-purpose input plus common
General-purpose input

15pin D-SUB(FEMALE) (DALC-J15SAF-20L9) JAE

*Fastening screw: No. 4-40UNC inch thread

8 1

915

RAS port address: 4000h~4001h

Note!

Pin 4 NCOM (minus common dedicated to PO2) and pin 6 NCOM
(minus common shared by PO0 and PO1) are electrically separated
from each other.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

64

Watchdog Timer

The watchdog timer is started by output of A5 to I/O port address
4002h. A second output of A5 to the same port within the
specified expiration time once again triggers the watchdog timer.
If a time-out occurs, a reset or an interrupt is generated according to
the 4004h port setting or an alarm is output according to the 4004h
port setting.

The expiration time can be set in a range of 244.14 µsec through
255sec using the counter clock setting in combination with the
timer setting of port (4003h) for the WDT counter.

The watchdog timer stops by reading port 4002h. The alarm-out
output is cancelled at the same time.

The alarm out is output from the RAS connector's PO2/WDT (pin

12) and cancelled when reset.
The alarm-out output can be set to BIOS startup by BIOS setup (see

Chapter 4), watchdog timer startup, or watchdog timer time-up.

Specifications

- Time to be set: 244.14µsec-255sec (Port setting)

- Interrupt or reset: Resets or generates an interrupt at time­up (Port setting).

- External alarm output: Photocoupler insulated open-collector
output (the output status is set by
software). For more information, see
the general-purpose I/O specifications.

- I/O addresses: 4000h through 4007h (RAS port)
0070h, 0071h (RTC)

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

65

How to Use the Watchdog Timer

YES

*WDT: Watch Dog Timer

Read port 4002h, stop the WDT, and turn off alarm
output.

Output set data to port 4003h.

Output of A5h to port 4002h starts the WDT and output
of A5h to the same port clears the timer.

To modify the timer value during operation, the WDT
needs to be stopped temporarily.

...

...

...

...

Output data to ports 0070h and 0071h to set the
counter clock.

...

NO

Set counter

clock

BIOS setting

Power ON

Instruct

WDT to stop

Set timer value

Start & clear WDT

Modify timer

value?

Set event

output control

Application

Output data to ports 4001h and 4004h to set event
output mode and external alarm.

...

Figure 5.5. How to Use the Watchdog Timer

Example usage: To assign IRQ5 to the event whose counter clock

is 250msec and time-up value is 15sec:

Out 0070h 0Ah : Set the counter clock index register to

register A.

In 0071h : Read register A to view rsv bit status.
Out 0071h 2Dh : Set counter clock frequency to 250

msec.

: (Do not change the rsv bit.)

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

66

Out 0070h 0Bh : Set the counter clock index register to

register B.

In 0071h : Read register B to view rsv bit status.
Out 0071h 0Ah : Set counter clock output to Enable.

: (Do not change the rsv bit.)
Out 4004h 02h : Set the event at the time of WDT

expiration to IRQ5.

In 4002h : Stop the WDT timer and cancel the

alarm.

Out 4003h 3Ch : Set the WDT expiration time to 15sec.
Out 4002h A5h : Start and clear the WDT.
In 4002h : Stop the WDT and cancel the alarm.

I/O Addresses and Instructions

* 0070h: Counter clock setting 1 (index register)
Select the register to be set at 0071h.

AD7 AD5 R/WAD6 AD4 AD2 AD1 AD0AD3

D6 D5 D4 D3 D2 D1 D0D7

Figure 5.6. Index Register Port

By referring to Table 5.18, output data to 0070h according to the
register you want to set at 0071h.

Table 5.18. Index Register Settings

Register to be set at 0071h AD7 AD6 AD5 AD4 AD3 AD2 AD1 AD0 Data (HEX)

Register A 0 0 0 0 1 0 1 0 0A
Register B 0 0 0 0 1 0 1 1 0B

* Do not set values other than shown above.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

67

* 0071h: Counter clock setting 2 (clock control register)
Set clock frequency in register A and control output with register B.

R/W (default: 00100110b)

D6D5D4D3D2D1D0D

7

RS3 RS2 RS1 RS0rsv rsv rsv rsv

Figure 5.7. Register A: Counter Clock Frequency Setting
Table 5.19. Counter Clock Frequency Settings

RS3 RS2 RS1 RS0 Counter clock Unit

0 0 0 0 ---
0 0 0 1 7.8125 msec
0 0 1 0 15.625 msec
0 0 1 1 244.14µsec
0 1 0 0 488.282µsec
0 1 0 1 976.562µsec
0 1 1 0 1.958125 msec
0 1 1 1 3.9063 msec
1 0 0 0 7.8125 msec
1 0 0 1 15.625 msec
1 0 1 0 31.25 msec
1 0 1 1 62.5 msec
1 1 0 0 125 msec
1 1 0 1 250 msec
1 1 1 0 500 msec
1 1 1 1 1 sec

rsv

R/W (default: 00000010b)

D6 D5 D4 D3 D2 D1 D0D7
rsv rsv rsv CLKE rsv rsv rsv

Figure 5.8. Register B: Counter Clock Output Control

CLKE: Enable setting for the clock to be input to the counter
1 : Enabled
0 : Disabled

* Do not change the rsv bits since they are used by the system.

After reading the same port, manipulate bits to write data one
more time.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

68

* 4001h (bit4-6): Alarm out output control

--- WD_S0 R/W (Default: X0XX0000b)WD_S1 PO2_M PIM2 PIM1 PIM0RESET

D6 D5 D4 D3 D2 D1 D0D7

Figure 5.9. Alarm Out Output Control Port (4001h)

PO2_M : PO2/WDT pin output setting

0 : Set the RAS connector's PO2/WDT(12) signal to PO2

(general-purpose output).

1 : Set the RAS connector's PO2/WDT(12) signal to

alarm out.

Table 5.20. WD_S1 and WD_S0: Alarm-out Output Status

Settings

When power is

turned off

When BIOS

starts *1

When

WDT starts

When time

expires on WDT
0 0 OFF OFF OFF ON
1 0 OFF OFF ON OFF
1 1 OFF ON ON OFF
0 1 OFF ON OFF ON

*1: For information on the external alarm output setting at BIOS startup, see Chapter 4,
BIOS Setup.

External alarm output status

WD_S0WD_S1

* 4002h: WDT control

R/W

D6 D5 D4 D3 D2 D1 D0D7

Figure 5.10. WDT Control Port (4002h)

R : Cancels WDT stop/alarm.

Read data is undefined.

W : Start and clear the WDT

Write A5h to start and clear the WDT.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

69

* 4003h: WDT counter

W

D6 D5 D4 D3 D2 D1 D0D7

T6 T5 T4 T3 T2 T1 T0T7

Figure 5.11. WDT Counter Port (4003h)

W : Writes watchdog timer count data.

Write watchdog timer counter expiration time
data. The following is an example time-up
setting when the clock is set to 250msec:

0.5sec → 02h
1sec → 04h
4sec → 10h
8sec → 20h
15sec → 3Ch
30sec → 78h

* 4004h: Event output control

--- --- R/W (Default: XXXX0000b)--- --- WM2 WM1 WM0RESET

D6 D5 D4 D3 D2 D1 D0D7

Figure 5.12. Event Output Control Port (4004h)
Table 5.21. WM2-WM0: Interrupt Output Modes

WM2 WM1 WM0

0 0 0 Inhibit interrupt output when time expires on the WDT.
0 0 1 Output to NMI when time expires on the WDT.
0 1 0 Output to IRQ5 when time expires on the WDT.
0 1 1 Output to IRQ7 when time expires on the WDT.
1 0 0 Output to IRQ9 when time expires on the WDT.
1 0 1 Output to IRQ10 when time expires on the WDT.
1 1 0 Output to IRQ11 when time expires on the WDT.

Interrupt output at occurrence of WDT errors

Table 5.22. RESET: Reset Output Modes

Inhibits RESET output when time expires on the WDT.
Allows RESET output when time expires on the WDT.

Note! When time expires on WDT, the alarm-out is output irrelevant

to the settings of the port for controlling event output.

1

RESET output at occurrence of WDT errorsRESET

0

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

70

* 4005h: RAS status port

D6 D5 D4 D3 D2 D1 D0D7

WDT

R (Default: XXXXXXX0b)

Figure 5.13. RAS Status Port (4005h)

R : RAS status port

WDT: WDT status

This is the WDT status bit. This bit is
cleared when the WDT stops (read port
4002h).

0 : The WDT is either stopped or

counting.

1 : The time set on the WDT expired.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

71

General-purpose I/O and Remote Reset

The PANECON-PC is equipped with three general-purpose
insulated signals each for input and output. The input signals can
also be used for interrupt input or remote reset input.

Specifications

[Input]

- Input specifications : Current-driven input by photocoupler
insulation.

- Input resistance : 4.7kΩ

- Input signal count : 3 [One of them can be used for remote
reset and interrupt input. (bit2<fixed>)]

- Input protection circuit : Equipped with a reverse-connection
protection diode

- Input response time : Less than 100µsec

- External circuit power supply: 12-24VDC (±10%)

[Output]

- Output specifications : Open-collector output by photocoupler
insulation

- Output rating : Max. 30VDC, 100mA

- Output signal count : 3 [One of them can be used for WDT
alarm output. (bit2<fixed>)]

- Output response time : Less than 300µsec

[Common]

- I/O addresses 4000h and 4001h

How to Use General-purpose I/O and Remote Reset

Output data to port 4001h to set PI0, PI2 or PO2 mode.

...

Event output

control

Implement input and output with port 4000h.

...

I/O

Figure 5.14. How to Use General-purpose I/O and Remote

Reset

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

72

I/O Addresses and Instructions

* 4000h: General-purpose I/O

D6 D5 D4 D3 D2 D1 D0D7

PIO2 PIO1 PIO0

R/W

Figure 5.15. General-purpose Input Port (4000h)

R : Read data from PI0, PI1 and PI2.
W : Set data to be output to PO0, PO1 and PO2.

* 4001h (bit0-3): PI2/IRQ(14) event input control

WD_S0WD_S1 PO2_M PIM2 PIM1 PIM0RESET

D6 D5 D4 D3 D2 D1 D0D7

Figure 5.16. Event Input Control Port (4001h)
Table 5.23. PIM2-PIM0

PIM2 PIM1 PIM0

0 0 0 Inhibit the RAS connector's PI2/IRQ (14) signal interrupt to be set.
0 0 1 Input the RAS connector's PI2/IRQ (14) signal to NMI.
0 1 0 Input the RAS connector's PI2/IRQ (14) signal to IRQ5.
0 1 1 Input the RAS connector's PI2/IRQ (14) signal to IRQ7.
1 0 0 Input the RAS connector's PI2/IRQ (14) signal to IRQ9.
1 0 1 Input the RAS connector's PI2/IRQ (14) signal to IRQ10.
1 1 0 Input the RAS connector's PI2/IRQ (14) signal to IRQ11.

PI2/IRQ (14) interrupt input

Table 5.24. RESET: Reset Input Modes

RESET

0 Inhibit the remote reset input function of the RAS connector's PI2/IRQ (14) signal.
1 Use as the remote reset input function of the RAS connector's PI2/IRQ (14) signal.

PI2/IRQ (14)'s RESET input

Note!

A bit indicated with "rsv" is used by the system.
Do not modify the bit.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

73

* 4006h: Index address setting

D6 D5 D4 D3 D2 D1 D0D7

AD0

W

AD1

Figure 5.17. Index Address Setting Port (4006h)

W : Index address setting

When specifying the RS-485 setting with port
4007h, output 00h to this port before you
specify the setting. (* Index addresses other
than 00h are used by the system. Do not set
addresses except for 00h.)

* 4007h: Control of RS-485 transmission and reception

D6 D5 D4 D3 D2 D1 D0D7

rsv*

R/W (Default: XXXX0000b)

RE_GATE TE_GATE TE_SEL

Figure 5.18. RS-485 Transmission and Reception Control

Port (4007h)

TE_SEL : Select the RS-485 transmission enable signal.

0 : Sets the RTS signal to the RS-485 transmission

enable signal. (factory setting)

1 : Sets the TE_GATE value to the RS-485

transmission enable signal.

TE_GATE : RS-485 transmission enable signal. Valid

only when the TE_SEL value is "1."
0 : RS-485 transmission Enable (factory setting)
1 : RS-485 transmission Disable

RE_GATE : RS-485 reception enable signal.

0 : RS-485 reception Enable (factory setting)
1 : RS-485 reception Disable

Note!

A bit indicated with "rsv" is used by the system.
Do not modify the bit.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

74

RX-(11)
RX+ (3)
TX-(10)
TX+ (2)

0 : Controlled by RTS

TE_SEL

1 : Controlled by TE_GATE

VCC

TXD

47k

Ω

6.2k

Ω

0 : Transmission prohibited

RTS

1 : Transmission permitted

0 : Transmission permitted

TE_GATE

1 : Transmission prohibited

0 : Receiving permitted

RE_GATE

1 : Receiving prohibited

RXD

6.2kΩ
47k

Ω

1

23

JP4

0
1

R

D

120Ω

Figure 5.19. Half-Duplex Connection Method

RX-(11)
RX+ (3)
TX-(10)
TX+ (2)

0 : Controlled by RTS

TE_SEL

1 : Controlled by TE_GATE

VCC

TXD

47k

Ω

6.2k

Ω

0 : Transmission prohibited

RTS

1 : Transmission permitted

0 : Transmission permitted

TE_GATE

1 : Transmission prohibited

0 : Receiving permitted

RE_GATE

1 : Receiving prohibited

RXD

6.2kΩ
47k

Ω

123

JP4

0
1

R

D

120Ω

Figure 5.20. Full-Duplex Connection Method
External I/O Circuit

4.7k

Ω

1/4W

External power
(12V-24VDC)

Input

contact

(PCOM)

(PI 0~2)

RAS connector

(External circuit)

PC817

Internal

reset

(IN)

4.7kΩ

Figure 5.21. Input Circuit

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

75

(PO 0~2)

(NCOM)

External power
(Max. 30VDC)

(External circuit)

RAS connector

PC817

Lard

510

Ω

4.7k

Ω

2N3904

Figure 5.22. Output Circuit

S1

S1's bit 2 selects whether to use CMOS or EEPROM for BIOS
setup details. For more information, see Chapter 4, "BIOS Setup."

Do not modify the settings of S1 bits 1 and 3-8 since they are used
by the system.

IPC-PT/L600S(PCW) IPC-PT/H600X(PCW)

S1

ON

1 2 3 4 5 6 7 8

S1

ON

1 2 3 4 5 6 7 8

Figure 5.23. Factory Settings

Reset Switch

The PANECON-PC is equipped with a hardware reset switch. To
prevent it from being pressed by mistake, the switch is designed to
be difficult to press. Use a pointed object to push the switch with.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

76

USB Ports

The PANECON-PC is equipped with two USB interface channels.

Table 5.25. USB Connector

Pin No.

A1
A2
A3
A4

Signal
USB0 Vcc
USB0 -Data
USB0 +Data
USB0 GND

Pin No.

B1
B2
B3
B4

Signal
USB1 Vcc
USB1 -Data
USB1 +Data
USB1 GND

B1 B4

A1 A4

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

77

Ethernet

The PANECON-PC is equipped with Fast-Ethernet.

- Network type : 100BASE-TX/10BASE-T

- Transmission speed* : 100M/10M bps

- Max. network path length: 100m/segment

- Controller : 82559(Intel)
* Operation at 100Mbps requires a category 5 cable.

Table 5.26. Ethernet Connector

Connector type

RJ-45

Pin No.

1
2
3
4
5
6
7
8

Signal

TD+
TD­RD+
N.C.
N.C.
RD­N.C.
N.C.

Meamimg
Transmitted data (+)
Transmitted data (-)
Received data (+)
Not connected
Not connected
Received data (+)
Not connected
Not connected

18

LEDs for display of network statuses:

LINK : Normal connection indicator
FDX : Full-duplex mode indicator
100M : 100M-operation indicator

Reference

For more information on the LAN drivers, see Table 5.13. “Drivers
for Each OS”.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

78

Installing the LAN driver for Windows NT 4.0

Prepare a formatted FD and copy all the files in the
[\x600PCW\Drivers\LAN\NT40] directory in IPC-SLIB-01 to the
FD. Run Setup from the FD.
(You cannot run Setup directly from the CD-ROM.)

The standard LAN driver provided with Windows NT 4.0 cannot be
used.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

79

IDE Interface

Connector for the Internal Drive (Primary IDE Connector)

The PANECON-PC is equipped with an E-IDE controller to allow a

2.5inch IDE hard disk to be connected to connector CN1 on the
board.

Table 5.27. Primary IDE Connector (CN15)

Connector in use

Pin No.

1
3
5
7

9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43

Pin No.

2
4
6

8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44

Signal

RESET-

DD7
DD6
DD5
DD4
DD3
DD2
DD1
DD0

GND
DDRQ
DIOW­DIOR-

IOCHRDY

DDACK-

INTRQ

DA1

DA0

CSI­DACT-

+5V

GND

Direction

Output

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

-------

Input
Output
Output

Input
Output

Input
Output
Output
Output
Output

-------

-------

Signal

GND

DD8

DD9
DD10
DD11
DD12
DD13
DD14
DD15

N.C.

GND
GND
GND

DALE

GND

N.C.

N.C.

DA2

CS3­GND

+5V

N.C.

Direction

------­I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

-------

-------

-------

-------

Output

-------

-------

Output
Output

-------

-------

-------

44-socket header type (2mm pitch)

43

44

1

2

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

80

Secondary IDE Connector-CN2

Use the dedicated option cable to connect the option CD-ROM
drive.
The cable is not intended to connect devices (such as hard disks)
other than CONTEC option products.

Table 5.28. Secondary IDE Connector (CN2)

B1 B20

A1 A20

Pin No.

B1
B2
B3
B4
B5
B6
B7
B8
B9

B10

B11
B12
B13
B14
B15
B16
B17
B18
B19
B20

Connector in use

Pin No.

A1
A2
A3
A4
A5
A6
A7
A8

A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20

Signal

RESET-

DD7
DD6
DD5
DD4
DD3
DD2
DD1
DD0

GND
DDRQ
DIOW­DIOR-

IOCHRDY

DDACK-

INTRQ

DA1

DA0

CSI­DACT-

Direction

Output

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

-------

Input
Output
Output

Input
Output

Input
Output
Output
Output
Output

Signal

GND

DD8

DD9
DD10
DD11
DD12
DD13
DD14
DD15

N.C.

GND
GND
GND

DALE

GND

N.C.

N.C.

DA2

CS3­GND

Direction

------­I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

-------

-------

-------

-------

Output

-------

-------

-------

Output
Output

-------

40pin, half-pitch type (1.27mm pitch)

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

81

Expansion Slots (P Model)

The PANECON-PC is equipped with two PCI/ISA slots to allow
either a PCI or ISA bus-type board to be mounted.

Board Dimensions Allowed

240mm(Max.)

122mm(Max.)

Figure 5.24. Expansion Board Dimensions

Note!

A board that uses the back of the board edge connector (the shaded
area in the figure) may not be mounted.

Power Supply to Expansion Slots

The following table lists the voltage that can be supplied to a board
in an expansion slot and the total current capacity of two slots:

Table 5.29. Expansion Slots

Voltage Current capacity (Max.)

+5V 2A

+12V 0.3A

-12V 80mA

-5V Not supplied

Note!

Make sure that the total current consumption by the boards
installed in the expansion slots does not exceed the above current
capacity.

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

82

Board Installation Procedure

(1) Be sure the power is turned off.
(2) Remove the top cover.

Figure 5.25. Removing the Top Cover

(3) Remove the brace that holds the printed circuit board (PCB)

down.
Remove the screws on the brace. The brace will separate
toward you.

Figure 5.26. Removing the PCB Brace 2

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

83

(4) Insert the board into the slot and fasten it with screws.

Figure 5.27. Installation of an Expansion Board

Note!

Each slot allows either the PCI or ISA board to be installed.
Insert the board into the PCI connector when installing a PCI
board or into the ISA connector when installing an ISA board.

(5) Install the PCB brace. It can hold down a board if its height

is at least 68mm. This brace is assembled to fit the PCI card.
To use it with the ISA card, rotate the claws and reinstall them.

To use it with
the ISA card,
rotate the claws and
reinstall them.

Figure 5.28. Attaching the Figure 5.29. Adjusting to

PCB Brace Use the ISA

Card

Each Component Function

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

84

(6) Replace the expansion slot cover.

Figure 5.30. Replacing the Top Cover

Touch Panel

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

85

6. Touch Panel

The PANECON-PC is equipped with an analog touch panel which
enables keyboard-less, mouse-less operations.

Table 6.1. Touch panel specifications

Detection method Analog resistive
Active area 246×184.5mm 304.1×228.1mm
Surface treatment Nonglare

Resolution

4096 x 4096
(emulated in 800 x 600 mode)

4096 x 4096
(emulated in 1024 x 768 mode)

Operating force 50g±30g

Operating lifetime

IPC-PT/H600X(PCW)IPC-PT/L600S(PCW)Model

1 million touches minimum
(as tested by mechanical touching under 300g of force at a rate
of two presses per second)

Touch panel serial interface

The PANECON-PC uses a serial port (SERIAL C) for
communication with the touch panel. You can use BIOS Setup
(described in Chapter 4) to assign I/O addresses and an IRQ or to
disable it. (The I/O addresses or IRQ cannot be shared with any
other device.)

When installing touch panel driver software (downloaded from the
home page or purchased separately), specify the values registered
during Setup.

Option driver software and utility software set:
IPC-SLIB-01 (supplied on CD-ROM)
(For Windows 98 Second Edition, Windows NT 4.0, Windows 2000
Professional)

Touch Panel

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

86

Table 6.2. SERIAL C I/O Addresses and IRQ

COM I/O addresses IRQ

1 3F8h-3FFh

2 2F8h-2FFh

3 3E8h-3EFh

4 2E8h-2EFh

IRQ 3
IRQ 4
IRQ 5
IRQ 7

IRQ 9
IRQ 10
IRQ 11
IRQ 15

BIOS Default Factory Settings

serial port C: COM 3 (3E8h-3EFh), IRQ 7.

Points to note when installing the touch panel driver

1. Which Windows COM port number is allocated to the serial port
used as the communication interface to the touch panel (Serial
Port C)? (The standard setting is COM3.)

2. Has the display driver been installed and the LCD screen set to
the maximum size? (Is the screen size set to 1024x768 for the
IPC-PT/H600X(PCW) or 800x600 for the
IPC-PT/L600S(PCW)?)

Check the above two points, then copy the DISK1 and DISK2
subdirectories of the \x600PCW\Touch_Panel\Tpbks directory on
the option CD-ROM to separate floppy disks. Run the installation
from the DISK1 floppy disk.

Appendix

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

87

7. Appendix

Memory Map

FFFFFFF

0100000
00FFFFF

00E0000
00DFFFF

00CC000
00CBFFF

00C0000
00BFFFF

00A0000
009FFFF

0000000

Expansion memory area

Main BIOS

(128KB)

Expansion ROM area

(Free to the user)

VGA BIOS

(48KB)

Video RAM area

(128KB)

RAM

(640KB)

Reserved for BIOS

00D0000
00CFFFF

Figure 7.1. Memory Map

Appendix

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

88

I/O Port Addresses

Table 7.1. I/O Port Addresses

000-00F DMA controller 1 (slave) ch0-3 (8-bit transfer)
010-01F Reserved for system
020-03F Interrupt controller 1 (master)
040-05F Timer
060-06F Keyboard controller
070-07F RTC, NMI mask
080-09F DMA page register
0A0-0BF Interrupt controller 2 (slave)
0C0-0DF DMA controller 2 (master) ch5-7 (16-bit transfer)
0E0-0FF Reserved for system
100-12F Available to user Available to expansion bus (P model)
140-16F Available to user Available to expansion bus (P model)
170-17F IDE hard disk controller Secondary
180-18F Reserved for system
190-1DF Available to user Available to expansion bus (P model)
1E8-1EF Reserved for system
1F0-1FF IDE hard disk controller Primary
200-277 Available to user Available to expansion bus (P model)
278-27F Reserved for parallel port LPT2
280-2E7 Available to user Available to expansion bus (P model)
2E8-2EF Reserved for serial port COM4
2F0-2F7 Available to user Available to expansion bus (P model)
2F8-2EF Serial port COM2
300-35F Available to user Available to expansion bus (P model)
370-375 Reserved for system
376-377 IDE hard disk controller Secondary
378-3AF Reserved for parallel port LPT1
3B0-3BB Reserved for system
3BC-3BF Reserved for parallel port LPT3
3C0-3DF Reserved for system
3E0-3E7 PCMCIA C model
3E8-3EF Serial port COM3 (Touch panel, Default factory setting)
3F0-3F7 FD controller
3F8-3FF Serial port COM1
4D0-4DF Reserved for system
CF0-CFF Reserved for system
4000-4007 RAS functions
4008-400F Reserved for system
46E8 Reserved for system
83D0-B3D3 Reserved for system

ADDRESS(HEX) Description Remark

Appendix

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

89

Interrupt Level List

Table 7.2. Hardware Interrupt Levels (Factory Settings)

Type 8259 Priority Vector Remarks

NMI High I/O CH CK or WDT 02H
IRQ0 MASTER ↑ Timer 0 08H
IRQ1 " | Keyboard 09H
IRQ2 " | Interrupt controller 2 (slave) 0AH
IRQ8 SLAVE | Real-time clock 70H
IRQ9 " | Not in use 71H Available to user

IRQ10 " | Not in use 72H Available to user
IRQ11 " | Reserved for PCI device 73H
IRQ12 " | Reserved for PS/2 mouse 74H
IRQ13 " | Reserved for coprocessor 75H
IRQ14 " | Reserved for hard disk 76H Primary
IRQ15 " | Reserved for optional CD-ROM 77H Secondary

IRQ3 MASTER | Serial port B (COM2) 0BH
IRQ4 " | Serial port A (COM1) 0CH
IRQ5 " | Not in use 0DH Available to user
IRQ6 " ↓ Reserved for floppy disk 0EH
IRQ7 " Low Serial port C (touch panel) 0FH Touch panel (Default factory setting)

* Do not use for ISA devices.

Description

Appendix

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

90

List of Options

IPC-PT/L600S(PCW)C, IPC-PT/L600S(PCW)P, IPC-PT/H600X(PCW)C, IPC-PT/H600X(PCW)P

91

8. List of Options

Memories (144pin SO-DIMM)

- PC-MSD64-144H 64MB SD memory module

- PC-MSD128-144H 128MB SD memory module

Hard disk (IDE 2.5inch)

- PC-HDD5000 5.0GB Hard disk

Silicon disk (IDE 2.5inch)

- PC-SDD500H 512MB Flash silicon disk

- PC-SDD1000H 1GB Flash silicon disk

Floppy disk unit

- PC-FDD25BH 3.5inch floppy disk drive (comes with a cable)
(Note: Required to install the LAN driver.)

Terminal block for connecting the RAS connector

- IPC-PSD-20

Touch panel, display driver, etc.

- IPC-SLIB-01 (provided on a CD-ROM)

CD-ROM drive and connecting cable

- DVDP-i8 DVD/CD-ROM drive

(Manufactured by I-O DATA DEVICE, INC.)

- IPC-CDC-01 (Cable for connecting the above CD-ROM drive:
400mm).

Double-sided screen protective sheets

- IPC-CV12 (Double-sided screen protective sheets for
IPC-PT/L600S(PCW)C and IPC-PT/L600S(PCW)P: 10 sheets)

- IPC-CV15 (Double-sided screen protective sheets for
IPC-PT/H600X(PCW)C and IPC-PT/H600X(PCW)P: 10 sheets)