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SPECIAL APPLICATION

400-0384-001

3

ABOUT YOUR PE1005

2

PE1005

PIONEER CONTROL CARD

The 

PE1005

Pioneer card allows users to control 

events on Pioneer Plasma displays using many 
different control protocols

and programmed 

functions. Key features are:

> USB control

> RS-232

> RS-485

> Relay contacts

> Digital Inputs

> Real time clock

> Proximity detector

> Calendar

Real Time Clock/Alarms

Program repetitive tasks or one-time events up to a 
year in advance. Execute macros to turn plasma 
ON or OFF at pre-determined times or intervals.

Contact Relays

Four relays are available to control external events. 
Each relay handles up to 100VDC at 1Amp. Turn 
lights on or off, close or open drapes, lower or raise
projectors.  Fully integrated with a  one-year 
calendar and alarms. 

RS-232/RS-485

All functions on the plasma can be controlled using 
RS-232 or RS-485 protocol. Decide which protocol 
to use and the card handles the rest.

IP Control

All functions of the card can be accessed through 
Telnet or Mini-web server. Choose the access 
protocol and the 

PE1005

handles the details.

Digital Inputs

Optically isolated digital inputs allow the user to 
control  a  Pioneer Plasma from simple push
buttons. Wire them in and use them for remote 
on/off, brightness up/down, input select and more.

Proximity Detector (optional)

An ultrasonic

proximity detector allows

the 

execution  of  any macro, based on the proximity 
and direction of a target. Increase brightness as 
customers get closer to the display. Reduce the 
brightness as they move away, thus preventing
burnout on the screen and increasing the life of the 
plasma display.

The HelpInside™ feature allows programmers to 
have access to command structures and control of 
the 

PE1005

from any terminal. This technology 

provides easier than ever control of the 

PE1005

with simple keyboard commands.

TECHNICAL SPECIFICATIONS 

3

FEATURES/
DESCRIPTION

PE1005

GENERAL
Input Connectors

USB

Type A-female (1)

Ethernet/LAN

RJ-45 female (1)

Control

25-pin HD female (1)

Compatibility

Pioneer Plasma TVs

PDP504 Series
PDP434 Series

Table 1.

PE1005

General

MECHANICAL

PE1005

Weight

0.5 lb (0.23 kg)

T° Operating

10°C to 35°C

T° Maximum

0°C to 50°C

Humidity

90% non-condensing

MTBF (calc.)

40,000 hrs

Table 2. 

PE1005

Mechanical

ELECTRICAL

PE1005

Inputs

USB

Standard

Ethernet/LAN

TCP/IP 10/100

25 PIN HD CONNECTOR

Relays

Maximum

100VDC, 1A

Input Ports

Open or Ground

Motion Detector (MD)

MD+: MD Analog Out
MD TRIG: MD Ext Trigger

RS-232/RS-485 Control

9600 Baud

Stop Bits

Data Bits

No Parity

Power

Pioneer Internal

+5.0V

90mA

+3.3V

120mA

Table 3. 

PE1005

Electrical

Summary of Contents for PE1005

Page 1: ...SPECIAL APPLICATION MANUAL PART NUMBER 400 0384 001 PE1005 CONTROL CARD FOR PIONEER PLASMA DISPLAY USER S GUIDE...

Page 2: ...NTERNAL VIEW 5 DIAGRAM 3 CARD DETAILS 6 DIAGRAM 4 25 PIN HD DETAILS 7 DIAGRAM 5 MOTION DETECTOR DETAILS 7 INSTALLING YOUR PE1005 8 USB SETUP 8 TCP IP SETUP 8 OPERATION 10 RS 232 CONTROL 10 DESCRIPTION...

Page 3: ...opping or jarring can damage the card The PE1005 contains components that are sensitive to electro static discharge ESD Always use ESD safety precautions when touching the card 1 5 FCC CE NOTICE This...

Page 4: ...Wire them in and use them for remote on off brightness up down input select and more Proximity Detector optional An ultrasonic proximity detector allows the execution of any macro based on the proximi...

Page 5: ...SPECIAL APPLICATION 400 0384 001 4 DESCRIPTION OF PE1005 4 APPLICATION DIAGRAMS 5 DIAGRAM 1 TYPICAL SETUP CONNECTOR RJ 45 NETWORK JACK CONNECTOR TCP IP DIGITAL I O USB 25 PIN D SUB...

Page 6: ...TX TX TX PDP RX PDP RX VIDEO CARD TX VIDEO CARD EDGE CONNECTOR PE 1005 MAIN MP TX OC OC OC OC INPUT CONTROL 11 12 14 13 ADC DETECTOR MONITOR INPUT REAL TIME RELAY CONTROL 3 4 2 1 CONTACT RELAYS D SUB...

Page 7: ...0384 001 6 DIAGRAM 3 CARD DETAILS LED1 BATTERY 3V Lithium CR1225 P3 Test Connector Used for circuit card evaluation SW1 RS 232 RS 485 selection The RS 232 position is shown P5 Test Connector Used for...

Page 8: ...ption PIN Description 1 Input 1 5 Relay 1 Throw 13 GND 21 Motion Det 2 Input 2 6 Relay 1 Pole 14 RS 232 TX 22 Motion Det Trg 3 Input 3 7 Relay 2 Throw 15 GND 23 GND 4 Input 4 8 Relay 2 Pole 16 RS 232...

Page 9: ...ot connect the PE1005 to the USB port on the computer until after the drivers are installed 3 Check for a readme file that may contain special installation instructions If there is a readme file print...

Page 10: ...sion This procedure uses the Telnet option Click the Telnet button and do not change the default port number of 9999 9 When the command window appears press ENTER when prompted to enter Setup Mode and...

Page 11: ...r Commands sent without the unit identifier will be executed by all PE1005 s Example VER Executed by all units VERC1 For Unit ID 1 Only VERC2 For Unit ID 2 Only etc Individual control is accomplished...

Page 12: ...ed 5 WAIT This command will cause the card to suspend operation for specified period up to ten seconds If several commands are present in a single subroutine use this command to make a pause in betwee...

Page 13: ...rom 1 to 99 Example Set relay 1 on relay 4 off and leave relays 2 and 3 unchanged In order to do this send the command WRRL1XX0 9 WRRLk x This command is used to set one or all internal relays on or o...

Page 14: ...s WRRL1 1 WAIT10 WRRL1 0 WAIT10 SET1ALARM30800 and ALRMON1 This is accomplished by sending the following commands WRS10 WRRL1 1 WAIT10 WRRL1 0 1 WRS10 SET1ALARM30800 ALRMON1 0 Now send the command RDS...

Page 15: ...Unit ID i from 1 to 99 Example Subroutine 50 turns off all the relays and has the label RLYS_OFF Send the command RDS50 and the display will be as follows SUB50 RLYS_OFF WRRL 0 Clear the label for sub...

Page 16: ...ows DATE 06 01 05 23 RDTIME This command reads back the time from internal clock Command Format RDTIMECi Ci Unit ID i from 1 to 99 Feedback Format hh mm ss Example The current time is 08 40PM Read bac...

Page 17: ...ine 10 and set Alarm 1 by sending the following commands ALRM1 SUB10 SET1ALRM1 ALRMON1 Alarm 1 is now enabled and running Every second the functions stored in subroutine 10 will be executed 27 SET1ALR...

Page 18: ...the following commands ALRM1 SUB10 SET1ALRM514300015 ALRMON1 Alarm 1 is now enabled and running Every month on the 15th at 2 30PM the functions stored in subroutine 10 will be executed 31 SET1ALRM6 MO...

Page 19: ...now enabled and running Every minute when the second count matches 00 the functions stored in subroutine 10 will be executed If the time is 09 59AM the alarm will trigger at the following times 10 00...

Page 20: ...ing the following commands ALRM2 SUB10 SET2ALRM510003 ALRMON2 Alarm 2 is now enabled and running Every Tuesday at 10 00AM the functions stored in subroutine 10 will be executed ALARM CONTROLS 37 ALRMO...

Page 21: ...end the hex 0C or form feed character The three characters making up the hex number cannot be separated and must be in the same string Below are some common hex numbers 5B 5D 7B 7D 3C 3E Example Progr...

Page 22: ...memory location labels Command Format CLRLMkCi k Memory Location m 1 to 99 for all Ci Unit ID i from 1 to 99 Example Clear the contents of all RS 232 memory location labels by sending the command CLR...

Page 23: ...internal RS 232 port bus to the Video card Command Format OUTVCMmCi m Memory Location m from 1 to 99 Ci Unit ID i from 1 to 99 Example Send the contents of RS memory location 1 to the internal bus to...

Page 24: ...fined using the SETMD MD0 and MD1 commands Command Format MDONCi Ci Unit ID i from 1 to 99 Example Send the command MDON to activate enable the motion detector 58 MDOFF This command is used to deactiv...

Page 25: ...ANDS RSI SIDn SIDnCi RSN 63 SIDn This command sets the ID number of all cards connected to the RS 232 bus to the same value The default unit ID is zero Command Format SIDn n New ID n from 1 to 99 Exam...

Page 26: ...Set Alarm 1 Mode 4 30 SET1ALRM5 Set Alarm 1 Mode 5 31 SET1ALRM6 Set Alarm 1 Mode 6 32 SET2ALRM1 Set Alarm 2 Mode 1 33 SET2ALRM2 Set Alarm 2 Mode 2 34 SET2ALRM3 Set Alarm 2 Mode 3 35 SET2ALRM4 Set Ala...

Page 27: ...ent mode The plasma may be placed into adjustment mode by sending the command AJY The following examples demonstrate communication with the plasma through the internal bus using both stored commands a...

Page 28: ...re pins 14 and 16 of the 25 pin HD connector If there is still no response please call Altinex at 714 990 2300 8 2 RELAYS DO NOT WORK Cause 1 Cabling is incorrect Solution See DIAGRAM 4 25 PIN HD DETA...

Page 29: ...TY RETURN POLICY Please see the Altinex website at www altinex com for details on warranty and return policy 9 2 CONTACT INFORMATION ALTINEX INC 592 Apollo Street Brea CA 92821 USA TEL 714 990 2300 TO...

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