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EK-RT80X-UG-001

March 1978

77 pages

Original

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Document:	Remote Terminals RT801 RT803 RT805 Users Guide
Order Number:	EK-RT80X-UG
Revision:	001
Pages:	77
Original Filename:	EK-RT80X-UG-001_Remote_Terminals_RT801_RT803_RT805_Users_Guide_Mar78.pdf

OCR Text

INDUSTRIAL
RTS01,RTS03, RTS06
PRODUCTS
remote terminals

~D~DD~D

user's guide

remote terminals

RTS01,RTS03, RTS06
user's guide

EK-RTBOX-UG-001

digital.equipment corporation • maynard, massachusetts

, st Edition, March 11HS

The material in this manual is for informational
purposes and is subject to change without notice.
Digital Equipment Corporation assumes no responsibility for any errors which may appear in this
manual.
Printed in U.S.A.

This document was set on DIGITAL'S DECset-8000
computerized typesetting system.

lhe following are trademarks of Digital Equipment
Corporation, Maynard, Massachusetts:
DATAWAY
DEC
DECCOMM
DECsystem-10
DECSYSTEM-20

DECtape
DECUS
DIGITAL
MASSBUS
PDP

RSTS
TYPESET-S
TYPESET-"
UNIBUS

VAX

CONTENTS

Page

CHAPTER 1

GENERAL INFORMATION

1.1
1.2
1.3
1.3.1
1.3.2
1.3.3
1.4
1.4.1
1.4.2
1.4.3
1.4.4
1.4.S
1.4.6
1.4.7
1.4.B
1.S
1.S.1
1.S.1.1
1.S.1.2
1.S.1.3
1.S.1.4
1.S.2
1.S.2.1
1.S.2.2
1.S.2.3
1.S.2.4
1.S.2.S
1.S.2.6
1.S.2.7
1.S.2.B
1.S.3
1.6
1.6.1
1.6.2

PURPOSE AND USE ........................................................................................................ 1-1
SUPPORT DOCUMENTS ................................................................................................ 1-~
GENERAL DESCRIPTION ............................................................................................... 1,-1
Communications Interface ..................................................................................... 1-3
Hardware ................................................................................................................... 1-3
Software .................................................................................................................... 1-3
PHYSICAL D ESCRI PTION .............................................................................................. 1-3
Enclosure ................................................................................................................... 1-3
Mounting ................................................................................................................... 1-3
Alarm .......................................................................................................................... 1-5
Keyswitch .................................................................................................................. 1- 5
Cooling ................................................................................................................,....... 1-5
Operator's Panel ....................................................................................................... 1-6
Connector Panel ....................................................................................................... 1-6
Electrical Data Plates ............................................................................................... 1-6
FUNCTIONAL DESCRIPTION ........................................................................................ 1-$
RTB01 Functional Description ............................................................................ 1-1 d>
Time Display .................................................................................................. 1-10
Type S Badge Reader ................................................................................... 1-10
Guidance Indicators ..................................................................................... 1-11
RTBO 1 Connector Panel .............................................................................. 1-11
RTB03 Functional Description ............................................................................ 1-11
Display ..............................................................................................;............. 1-1 J
Transaction Switch ....................................................................................... 1-1 J
Guidance Indicator Lights ................................................................. ~ ......... 1-1 J
Card/Badge Re.ader ...................................................................................... 1-1 J
Keypad ............................................................................................................ 1-13
Fu nction Keys ................................................................................................ 1-1 3
Lamp Test Switch ......................................................................................... 1-14
RTB03 Connector Panel .............................................................................. 1-14
RTBOS Functional Description ............................................................................ 1-14
RTBOS AREA WORK STATION OPTIONS ................................................................ 1-16
M7123 Serial Line Interface Option Module .................................................... 1-16
M7124 Digital I/O Module Option ..................................................................... 1-16

iii

CONTENTS (Cont)

Page
CHAPTER 2

INSTALI.ATION

2.1
2.2
2.3
2.4
2.4.1
2.4.2
2.5
2.5.1
2.5.2
2.5.3
2.6
2.6.1
2.6.2

GENERAL .................................................................................................. "........................ 2-1
UN PACKING ......... ,................................................................................... "........................ 2-1
RTSOX-AA/AB DEC FIELD ACCEPTANCE PROCEDURE ................ " ....................... 2-1
INSTALL.ATION PROCEDURE .............................................................. ,........................ 2-2
Bench-Top Installation ................................................................... ,........................ 2-2
Wall-Mount Installation ................................................ "................ ,........................ 2-2
CABLE C:ONNECT!ONS ......................................................... "................ " ....................... 2-2
Extornal Control Circuit Cable Connections ....................................................,..... 2-2
DECdataway Cable Connection ....................................,................................... "..... 2-2
EIA RS-232-C Cable Connection ....................................................................." .... 2-2
RTS05 OPTIONS INSTALLATION ........................................................................... ,...... 2-2
RTEl05-XC (20 mA Current Loop) Option Installation .............................." ........ 2-2
RTEl05-XD (Digital I/O) Option Installation ............................................... " ........ 2-3
RTS03/B05 TRANSACTION SWITCHES INSTRUCTION INSERlr
FAB RICl~.TI ON ...................................................................... ".................................. ,......... 2-3

2.7

CHAPTER 3

OPERATOR'S GUIDE

3.1
3.2
3.2.1
3.2.2
3.2.3
3.2.4

CONTRC)LS AND !NDICATORS ........................................ " ........................................... 3-1
OPERA1'ING PROCEDURES .............................................. " ........................................... 3-5
Turn-On/Turn-Off Procedure ..................................................................................3-5
Typical RTS01 Operating Procedure ....................................................................3-5
Typical RTS03 Operating Procedure ....................................................................3-5
Typical RTS05 Operating Procedure ....................................................................3-5

CHAPTER 4

MAINTI:NANCE

4.1
4.2
4.3
4.3.1
4.3.2
4.3.3
4.3.4
4.3.5

G EN ERJ\L ................................................................................................."......................... 4-1
PREVENITIVE MAl NTENANCE ............................................................................".......... ~4-1
SWITC!--I SETTING CHECKS ................................................................. " ........................ 4-1
Normal/Single-Step Switch ......................................................... ,......................... 4-1
Baud Rate Switch ......................................................... ,,, ............... ,......................... 4-1
Terminal Identification Switch Pack ..........................." ............... ,........................ .4-1
11 !5/230 V Switch ........................................................ "................ ,......................... 4-1
Terminal Over Temperature Switch ........................... ,,, ...................................,, ..... 4-1
ON-U N 1:/1 NTERNAL TERM I NAL DIAGNOSTICS ........................................... ,... "...... 4-3
On-Line Diagnostics .....................................................................................,... "...... 4-3
MAINDEC-11-DZKCH ........................................................................ ,... "...... 4-3
MAINDEC-11-DZKCI .....................................................................................4-4
Intl3rnal Terminal Diagnostics ............................................ "........................ ,,, .. ,...... 4-4
RTS01 Internal Diagnostics ............................................................... " ......... 4-5
RTS03/RTS05 Internal Diagnostics ................................................. ,.......... 4-5

4.4
4.4.1
4.4.1.1
4.4.1.2
4.4.2
4.4.2.1
4.4.2.2

CONTENTS (CONT)

APPENDIX A

FDC SERVICE ADDENDUM

APPENDIX B

TYPE 3, 22-COLUMN PLASTIC BADGE

APPENDIX C

TYPE 6 BADGE

APPENDIX 0

22-COLUMN TICKET

APPENDIX E

SO-COLUMN CARD

FIGURES

Figure No.

1-1
1-2
1-3
1-4
1-5
1-6
1-7
1-S
1-9
1-10
1-11
1-12
1-13
1-14
1-15
1-16
1-17
1-1S
1-19
1-20
1-21
1-22
1-23
1-24
1-25

Title

Page

Factory Data Management Remote Terminals RTS01, RTS03, RTS05 .................. 1 ~ 1
Communications Interface .............................................................................................. 1;..4
Terminal Features ............................................................................................................. 1 ~4
Keyswitch ........................................................................................................................... 1~4
RTS01 Air Flow ........................ ". ........................................................................................ 1 ~5
RTS03/RTS05 Air Flow ................................................................................................... 1~5
RTS01 Operator's Panel .................................................................................................. 1~6
RTS03 Operator's Panel .................................................................................................. 1i 7
RTS05 Operator's Panel .................................................................................................. 1i 7
RTS03 Transaction Switch Instruction Insert .............................................................. 1:-S
RTS05 Transaction Switches Instruction Insert .......................................................... 1~S
Power Plug Configurations .............................................................................................. 1;"S
Electrical Data Plates ........................................................................................................ 1:-S
RTS01-AA/AB with DECdataway Interface - Block Diagram ............................... 1-10
RTS01-BA/BB with EIA RS-232-C Interface - Block Diagram ............................. 1-1 0
RTS01 Connector Panel Configurations ..................................................................... 1-11
RTS03-AAIAB (DECdataway) _ Block Diagram ....................................................... 1-12
RTS03-BA/BB (EIA RS-232-C) - Block Diagram .................................................... 1-12
RTS03 Connector Panel Configurations ..................................................................... 1-12
RTS05-AAIAB (DECdataway) - Block Diagram ....................................................... 1-14
RTS05-BA/BB (EIA RS-232-C) - Block Diagram .................................................... 1-14
RTS05 Basic Model Connector Panel Configurations .............................................. 1-15
RTS05-AA/AB (DECdataway) with XC (20 mA) Option - Block Diagram ........... 1-16
RTS05-AAIAB (DECdataway) with XD (1/0) Option - Block Diagram ................. 1-16
RTS05-AA/AB(DECdataway) with XC (20 mA), XD (1/0) Options Block Diagram ................................................................................................................. 1-17

FIGURES (Cont)

Figure No.
1-26
1-27
1-2S
1-29
2-1
2-2
2-3
2-4
2-5
2-6
2-7
2-S
2-9
2-10
2-11
2-12
2-13

2-14
2-15
2-16
2-17
2-1S
2-19
2-20
2-21
2-22
3-1
3-2
3-3
3-4
3-5
3-6
3-7
4-1

4-2
4-3

4-4
8-1
C-l
0-1
E-1

Title

Page

RT805-BA/BB (EIA RS-232-C) with XC (20 mA) Option - Block
Diagram ............................................................................................................................ 1-17
RT805-BA/BB (EIA RS-232-C) with XD (1/0) Option - Block Dia"ram .............. 1-17
RTS05-BA/BB (EIA RS-232-C) with XC (20 mA), XC, (1/0) Options Block Diagram ......................................................................."......................................... 1-17
RT805 Option Model Connector Panel Configurations ........................................... 1-1S
Wall-Mounting Hardware Details ......................................................... "........................ 2-3
Wall-Mount Hole Location Data ............................................................ "........................ 2-3
External Control Circuit - Schematic Diagram .............................................................2-4
External Control Circuit Connector Details ...................................................................2-4
DECdataway Connector Addressing Details ................................................................2-5
EIA RS-232-C Connector Pin Designations ..................................................................2-6
Typical EIA RS-232-C Cable Connection ......................................................................2-6
RS05-XC: (20 mA Current Loop) Option Kit ..................... "...........................................2-7
RT805-XC (20 mA Current Loop) Option Location ...................... " ............................. 2-7
RTS05 Option Modules Backplane Slot Assignments ................................................2-S
RTS05-XC (20 I1JA Current Loop) Cable Installation ....... ........
2-S
RTS05 Disassembly for Option Modules Installation .............. " ........................ " ....... 2-9
Baud Rate Switch Details ..............................................................,........................." .. ".... 2-9
20 mA C"nnector Pin Designations ............................................................................2-10
20 mA CI~ble Assembly Details ....................................................................................2-1 0
RTS05-XD (Digital 1/0) Option Kit ..............................................................................2-11
RTS05-XD (Digital 110) Option Location .....................................................................2-11
RTS05-XD (Digital 1/0) Cable Installation ..................................................................2-12
1/0 Connector Pin Designations..........................................." ....................................... 2-12
User-Fabricated liD Cable Assembly Details .............................................................2-13
RTS03 PeJnellnsert: ........................................................................" ............................... 2-13
RTS05 Pllnellnsert ..................................................................................................,.... ,.2-13
RTS01 Cc)ntrols and Indicators .......................................................................................3-4
RTSO 1IRT803/RT805 Keyswitch .................................................................................3-4
RTS03 Cc)ntrols and Indicators .......................................................................................3-4
RTS05 Cc)ntrols and Indicators ............................................." ......................................... 3-4
Typical RTSOl Operating Procedure .................................. "..........................................3-5
Typical RTS03 Operating Procedure .................................. "............ " ............................ 3-6
Typical RTS05 Operating Procedure ..................................." .......................................... 3-7
M7122 Normal/Single-Step Switch ...............................................................................4-2
M7125 Tt~rminalldentification Switch Pack................................................................4-2
115/230 V Switch .............................................................................................................4-3
Terminal Over Temperature Switch ................................................................................4-3
Type 3 22,-Column Plastic 8adge .................................................................................. 8-2
Type 5 8adge ......................................................................................................................C-l
22-Column Ticket ................................................................... ".................................. ,...... 0-2
SO-Column Card ......................................................................................... " ..................... E-1
w

....................... .........

TABLES

Table No.
1-1
1-2
2-1
2-2
2-3
2-4
2-5
3-1
3-2
4-1
4-2
4-3
4-4
4-5

Title
Terminal Specifications .................................................................................................... 1-2
32-Character Display Set .............................................................................................. 1-13
DECdataway Connector Addressing Data ..................................................................2-14
EIA RS-232-C Connector Signal Pin Assignments .................................................. 2-15
M7123 Module (20 mA Current Loop) Baud Rate Selection ................................. 2-1 $
20 mA Connector Pin Signal Assignments ................................................................2-15
I/O Connector Pin Signal Assignments ......................................................................2-16
RT801 Controls and Indicators .......................................................................................3-1
RT803 Controls and Indicators .......................................................................................3-~
M7125 Terminal Identification Switch Setting Data ..................................................4-2
DPM System RSX11-M Test Packs ........ ,.....................................................................4-.
Test Cards/Badges Pac'kage ............................................................................................4-4FDC Terminal Internal Diagnostic Tests ........................................................................4-6
Switch Values Displayed by Test 34 ..............................................................................4-9

vii

CHAPTER '1
GENERAL INFORMATION
1.1 PURPOSE AND USE
This user's guide provides user information on
Factory Data Management Remote Terminals
RTBO 1, RTB03, and RTBOS. The manual consists of general information, and installation,
operating, and maintenance instructions.

1.2 SUPPORT DOCUMENTS
The following support documents are required:
DPM Terminals Application Programmer's Reference Manual, Document No. AA-CB7BA-Tt;
DECdataway User's Guide, Document No. EKIS811-UG; and FDC Terminals Maintenance
Print Set. Document No. M P004B1 .
1.3 GENERAL DESCRIPTION
The RTB01, RTB03, and RTBOS terminals (Figure 1-1) are peripheral devices that interface
operator-generated data with a Distributed
Plant Management (DPM) system. A brief introduction to each terminal model is provided
below and Table 1-1 lists terminal specifications.

RT801
TIME AND
ATIENDANCE
STATION

RT805
AREA WORK STATION

RT803
BASIC WORK STATION

Figure 1-1

Factory Data Management Remote Terminals RTB01 , RTB03, RT805

1-1

Table 1-1

Terminal Speclflcatlonl

Specification

RT801

RT803

RT8l()6

Communications
Host Compute1rto-Terminal Lin·k

DECdataway or EIA
RS-232-C

OECdatawa\l or EIA
RS-2.32-C

Data Format

Serial

116 Vac % 10%
230 Vac % 10%

116 Vec % 10%
230 Vac % 10%

116 Vac % '10%
230 Vac % 10%

Frequency

60/60.:1: 1 Hz

60/60 % 1 Hz

Current (Max)

2 A at 116 V
1 A at 230 V

2Al1t116V
1 A lit 230 V

Power (Max)

BOW

100 W

120 'W

+6° to 60° C
(+41° to +122° F)

+6° to 60° C
(+41° to +'122° F)

-40° to +66° C
(-40° to + 161 ° F)

-40° to +66° C
(_40° to +161° F)

-40° to +66° C
(-40'G to + 151 ° F)

Humidity

10% to 96% non-condensing with maximum. wet bulb
+32° C (+90° F).
and minimum dew
+2° C (+36° F)

,. 0% lto 9 6% non~con
densing with maximum. wet bulb
+32 0 C (+90° F).
and minimum dew
+2° C (+36° F)

Cooling

Heat ElCchanger

Heat Exchanger

36.66 em (14 in)
39.37 em (16.6 in)
27.26 cm (10.73 in)
13.63 kg (30 Ib)
Wall

44.93 cm (17.69 in)
64.61 cm (21,60 in)
32.66 cm (12.B2 in)
22.72 kg (60 Ib)
Wall or Bench Top

44.9~. em (17.69 in

64.6~ em (21.60 in
32.6ES em (12.B2 in
22.n kg (50 Ib)
Wall or Bench Top

4-character Red. 7segment LED 0.6 in
high Numeric only

32-character alphanumeric 0.2 in
high neon-orange
6 X 7 -dot matrix

32-character aiphanllmeric 0.2 in
high neon-oronge
6 X 7 -dot matrix

Type 6 Badge Reader

Combination BO or
22-column punched
card/22-column type
3 badge reader

Type 6 Badge Reade I'
plus Combination Bo
or 22-column
punched card/22-coI..
umn type 3 badge
reader

Keypad

None

12 Keys

12 Koys

Transaction Keys

None

One Key

Eight Keys

Function Switches

None

Five

Power Requirementll
Voltage

Environmental
Ambient Opertlting +6° to 60° C
temperature"
(+41 0 to +122° F)
Ambient
Non-Operating
temperature

Physical
Height
Width
Depth" •
Weight
Mounting
Controls!1 ndicstors
Display

Readers

Internal Alarm

2900 Hz 71 dB. 0.1 s duration under firmware control

Keyswitch

3-position NORMAL. MAl NT. SUPVR
(SUPVR function is for user-defined application)

ElCternal Contact
Closure

Programmable Mercury-Wetted-Contact Relay. form C
Normally open. normally closed. a nd common contacts are available
50 V max dc or peak ac. 0.6 A max

• Derate by 1.So C/10(lO M (10 F/1000 ftl above sea-level .
• • Wall mounting hardware adds one Inch to depth of RTS01. 1/2-in to RTS03 and RTSOS.

1-2

is relocated from one port to another, it will tespond only to communications directed to iits
new address.

RT801 TIME AND ATTENDANCE STATION
The RT801 Time and Attendance Station, designed to be mounted on a wall in place of the
traditional time clock, is intended for applications such as payroll, labor management, and
access control. Its two unique components are
a time-of-day display and a type 5 badge
reader.

1.3.2 Hardware
The RT80X terminals contain a microcontroller
module which runs a com mon, ROM-resid~nt
program. They also contain a module that driv~s
a display and interfaces with a card/badbe
reader and a keyswitch. Another module int~r
faces with a keypad on the RT803 and RT8Q5
terminals.

RT803 BASIC WORK STATION
The RT803 Basic Work Station is designed for
such applications as material tracking, inventory
control, and shop floor data entry. The terminal
consists of a combination type 3 badge/SO-column card/22-column ticket reader, a 32-character alphanumeric display, a 12-positlon
keypad, nine operator guidance indicator lights,
a transaction switch, and five function keys.

When a terminal is connected to a DECdataw~y
it will contain a DECdataway module. If it has
been configured to communicate with the hdst
computer via an EIA RS-232-C interface it Will
contain a serial line interface module. All terll!linal models have self-contained power suppli~s
and only require connection to an ac power
source and a DECdataway (or a modem for EIA
RS-232-C mode operation) for normal operation. The RTS05 Area Work Station can be
configured with option modules for special user
needs.

RT805 AREA WORK STATION
The RTS05 Area Work Station is designed for
general-purpose use in any application which is
transaction-oriented. This terminal includes all
of the features of the RT803 Basic Work Station, plus several enhancements and options.
The enhanced features include seven additional
transaction keys, two additional operator guidance indicator lights, plus a type 5 card/badge
reader. The RTS05 was designed to be used primarily for work station functions and to double
as a time and attendance station when needed.
RTS05 options allow a digital I/O device and a
keyboard/printer to be used with the terminal.

1 .3.3 Software
User-written tasks for the RTSOX terminals nan
under RSX11-M in the DPM host and are programmed in either FORTRAN, COBOL, or
MACRO.
1.4 PHYSICAL DESCRIPTION
Figure 1-3 illustrates terminal features. Physically, the RT801, RTS03, and RT805 terminal
external features are sim ilar except for size arnd
weight (Table 1-1), and the configuration of tine
operator's panel and the heat exchanger.

1.3.1
Communications Interface
The RTSOX terminals communicate with the
host computer via a DECdataway (Figure 1-2).
The DECdataway is a 56K bits/second multidrop serial data line to which all distributed
plant management remote terminals are connected via 16-pin D ECdataway port plugs. Each
plug has three pins assigned for communications and twelve for terminal addressing. All
of the DECdataway plugs (63 maximum per
DECdataway) are wired to different address
configurations. A terminal connected to the
DECdataway will respond only to data communications that contain the address of the DECdataway plug connected to it. Also, if a terminal

1.4.1
Enclosure
The terminals are housed in rugged, matte-fiflished, industrialized enclosures for protectiqn
from factory environments. All corners are
rounded for safety. The operator's panel is recessed and has an easily cleaned, semi-gloss
finish.
1.4.2 Mounting
The RTS01 was designed to be wall-mounted.
The RT803 and RT805 can be bench or walJmounted.

1-3

HOST
COMPUTER

RT80X
FACTORY
MANAGEMENT
TERMINAL

RT80X
FACTORY
MANAGEMENT
TERMINAL.

MA-1O:I4

Figure 1-2 Communications Interface

WALL
MOUNTING
BRACKETS

RUBBER FEET

Figure 1-4 Keyswitch

~D§[lJ ~
POWER
CABLE

00000
000 0
ODD 0
00000

r-----~

ALUMINUM
ENCLOSURE

OPERATOR'S PANEL
(RT805 SHOWN)

Figure 1-3 Terminal Features

1-4

1.4.3 Alarm
An alarm is located .at the bottom of the terminals. It emits a 71 dB signal at 2900 Hz, When
the application program triggers the alarm it
will sound for 0.1 second and then cease to
sound until retriggered.

When the key is turned to SU PVR, applicationdefined functions of the user are enabled. The
key is removable only from the NORMAL posItion.

1.4.5 Cooling
The internal environment of the terminal is
forced-convection cooled. One wall of the heat
exchanger is common to a contaminant-free
electronics area where a fan circulates air. He~t
dissipated in the electronics area passes along
the common wall and is conduction cooled by
room ambient air passing along the other side
of the wall. The room ambient air is drawn
through the heat exchanger by another fan. Figures 1-5 and 1-6 illustrate air flow for the
RT801 and for the RT803 and RT805. Should

1 .4.4 Keyswitch
The keyswitch located on the lower right side of
the terminal is a three-position rotary switch
(Figure 1-4). The positions are: MAINT (maintenance), NORMAL, and SUPVR (supervisor).
During normal terminal operation the switch is
set to the NORMAL position. When it is set to
MAl NT the terminal goes off-line to the host
and runs a ROM-resident diagnostics program.

AIR
OUT

AIR
IN

MA·1035

Figure 1·5 RT801 Air Flow

'r+-------\,-/

AIR
OUT

Figure 1·6 RT803/RT805 Air Flow

1-5

either fan fail, the terminal will continue to operate. If the internal temperature reaches 65 0 C
(149 0 F) a manually-resettable sensor (located
on the terminal power supply) will cut off power
to the terminal.

1.4.8 Electrical Delta Plates
Figure 1-13 shows the location of the eloctrical
data plates. One plate lists all pertinent electrical information, model number, and serial
number. The two other plates are an Underwriters Laboratory listed EDP de-cal and a Canadian Standards Association label.

1.4.6 Operator's Panel
Figures 1-7 through 1-9 ililustrate the configuration of the RTB01, RTB03, and RTB05 operator's panel. The function of the RTB03
transaction switch and the BTB05 transaction
switches is defined by the usor. Switch function
is user-printed on an instruction insert which is
installed behind a removable window, as illustrated in Figures 1-10 and 1-11.

1.5 FUNCTIONAL DESCRlf'TION
The RTBO 1, RTB03, cmd RTB05 terminals contain com mon printed circuit modules. ThEtSe are,
an M7122 microcontroller module: an M7125
FOe card/badge read43r control module: cmd either an M7127 serial bus port module or an
M7123 FOe serial line interface module (depending on terminal model). A printed circuit
backplane (FOe bus) provides the signal interconnection between printed circuit modules.

1.4.7 Connector Panel
All cables are connected to the terminal via the
connector panel. The lower-mar, recessed location protects electrical connElctions and allows
access Tor both bench and wall-mounted installations. A 3 m ±3 cm (9 ft, 10.12 ±0.25 in)
power cable provides termin,al connection to a
115/230 V, single-phase, 3-wire power source.
Figure 1-12 illustrates configuration of the 115
V and 230 V plugs.

The M 7122 microcontroller module is the major printed circuit module in the terminals. It
controls all data operBltions on the FOe bus and
contains the terminal memory Bind also ROMresident diagnostics.

DISPLAY
4-DIGIT NUMERIC
1.52cm (O.SIN.)
HIGH CHARACTERS
IS BLANKED UNLESS UPDATED
FROM THE DPM HOST AT LEAST
EVERY 30 SECONDS

INDICATOR LIGHTS
READY
WAIT
ERROR

BADGE READER
ACCEPTS:
10-ROW BY 10-COLUMN
TYPE 5, PLASTIC
PUNCHED BADGE
(WITH OR WIO STRAP)

MA-l012

Figure 1-7 RT801 Operator's Panel

1-6

ALPHANUMERIC DISPLAY
3icHARACTERS
0.51 em
(0.2 I~.) HIGH

9 GUIDANCEIINDICATOR LIGHTS
BACK·LlGHTED

TRANSACTION
SWITCH
ILLUMINATED
PUSHBUTTON
(CUSTOMER·
DEFINED
APPLICATION)

TRANSACTION
SWITCH

INSTRUCTION
PANEL COVER

COMBINATION CAROl
BADGE READER

12·POSITION

ACCEPTS:
1. BO OR 22·COLUMN
PUNCHED CARDS
·2.
22·COLUMN TYPE
3 BADGES

LAMP TEST
SWITCH

MA-1014

Figure 1-8 RT803 Operator's Panel

BADGE READER

ALPHANUMERIC
DISPLAY
32 CHARACTERS
0.51 em
(0.2 IN.) HIGH

TRANSACTION
SWITCHES

INSTRUCTION
PANEL COVER

11 GUIDANCE/,
INDICATOR LIGHTS
BACK· LIGHTED

ACCEPTS:
10-ROW BY 10·COLUMN
TYPE 5, PLASTIC
PUNCHED BADGE
(WITH OR W/O STRAP)

8 TRANSACTION
SWITCHES
ILLUMINATED
PUSHBUTTONS
(CUSTOMER
DEFINED
APPLICATION)

KEYPAD

5 FUNCTION KEYS

12·POSITION

PUSHBUTTONS

LAMP TEST

COMBINATION
CARDIBADGE
READER
ACCEPTS:
1. BOOR 22·COLUMN
PUNCHED CARDS
2.
22·COLUMN TYPE
3 BADGES

SWITCH

Figure 1-9 RT805 Operator's Panel

1-7

M"HII'II

BC05H

BC05J

MALE PLUG (NEMA 5-15P)

MALE PLU3 (NEMA 6-15PI

NEUTRAL

(,~-GROUND

-©:GROUND

OR RETURN

X
PHASE

b. no VOLT

a.115VOLT

Figure 1-12

PClwer Plug Configurations

Figure 1-10 RT803 Transaction Switch Instruction Insert

LDDDO[]
LJULJLJLJ

~ll70U L~J~DU
~~ ~BmDD~m~
EQUIP.

I ()lJlPMl N'

~IFPATYPEn

~D~DD~_"D ~_~_S~I__
___V_"O__

Figure 1-11

RT805 Transaction Switches Instruction Insert

"'I<P('I<AT",,,

;~;: 1,,- ':

PH I___

Figure 1-13

1-8

Elelctrical Data Plates

The M7125 FDC card/badge reader control
module provides the interface with the terminal
operator. It receives inputs from a type 5 badge
reader or from a combination type 3 badge/80column card reader. It also receives inputs from
the keyswitch located on the right side of the
terminal. This module applies operator-guidance outputs to the alarm, and the READY,
WAIT, and ERROR guidance indicators and display (in the form of 24-hour time or guidance
messages). All M7125 module operations are
controlled by the M 7122 module via the FDC
bus.

The RT803 and RT805 contain an M7126 FOS
switch encoder/guidance control module that
provides an interface between the FDC bus a~d
the transaction, function, and keypad switch~s.
rt also drives the guidance indicators (except
READY, WAIT, and ERROR).
'
The RT801 terminal contains a 7013440-~0
power supply assembly that generates all r~
quired operating voltages. The 7013440-Q1
power supply assembly used in the RT803 af1ld
RT805 is similar to the RT801 model except
that it has an additional high-voltage circuit to
drive the displays in these terminals.

If an RT80X terminal is configured to communicate with the host computer via the DECdataway, it will contain an M7127 serial bus port
module for the interface. When the communications link between the host computer and
the terminal is composed of modems, an
M7123 FDC serial line interface module is used
instead of the M 7127 module.

The terminals contain four, common, operatd:rrelated, functional elements. These are a kevswitch, guidance indicator lights, an alarm, and
a relay.

The M7127 serial bus port module converts
parallel digital outputs on the FDC bus to a serial format for transmission to the host computer. Serial digital data received from the host
computer is converted to parallel data by this
module, in accordance with control signals from
the M7122 module, and is then applied to the
FDC bus.

The keyswitch is a 3-position (SUPVR-NO$MAL-MAINT) switch. It functions as a special
transaction switch when a key is inserted in !it
and turned clockwise to the SU PVR (supervisor)
position. The NORMAL middle position, is sel~
explanatory. When the key is turned counterclockwise to the MAINT (maintenance) pO$ition, diagnostics, which are ROM-resident ~n
the M7122 microcontroller module, are ru(l.
When the switch is set to the MAINT positiqn
the terminal is off-line to the host computer.:

The M7123 module can perform two functions.
In the RT801, RT803, and RT805 terminals it
can function as an EIA RS-232-C interface
when a modem communications link is used
between the terminal and the host computer. It
can also function as an optional (RT805 only)
interface for 20 mA (simplex or full-duplex)
communications with a keyboard printer or CRT
terminal (LK40-E, LA 180, LA36, VT55, etc.). A
baud rate selector switch on this module, permits selection of communication rates from 50
to 9600 bits/second. The baud rate is factoryset at 300 bits/second. If an LA 180 is to be
connected to the RT805, the baud rate must be
reset to 2400 bits/second. If an LK40-E is to be
used, the rate must be reset to 110 bits/second.

The RT80X terminals contain READY, WAIT,
and ERROR guidance indicator lights. T~e
READY indicator light indicates whenever ode
of the readers in the terminal is in a "ready-tquse" state (selected by a host task). It indicatqs
to the user that the terminal is ready for card ~r
badge insertion. The WAIT indicator light Is
used primarily as an indicator that the termin~1
is in an intermediate state of execution and not
ready for operator use. The ERROR light ir)dicates that a local reader error has occurred,
such as a card or badge being inserted upside
down, or that punches on a card are improperly
justified. All of these indicator lights are controlled by the terminal and are not accessible by
the user software.

1-9

~------------------------------~
RTe01 TIME AND ATTENDANCE STATlor..i

The alarm is mounted on thel bottom of the terminals and emits a 71 dB Bignal at 2900 Hz.
When the application prof~ram triggers the
alarm it will sound for 0.1 second and then
cease to sound until retrigllered by the software. The alarm is also used for certain terminal
functions (i.e., the ROM-resident diagnostics).

M7125
FDCCARDI
BADGE
READER
CONTROL
MODULE

GIJIDANCE
INDICATORS

-G

[illQD

----

REL.WOUTPUT

The RT80X terminals contain a program-controlled, form-C relay. The contacts are mercurywetted and rated for a maxirnum of 50 V (dc or
peak ac) at 0.5 A. The normally-open and normally-closed, plus a common contact, are available at a 4-pin connector located on the
terminal connector panel. The relay performs a
dry-contact function (no power is supplied by
the terminal). Therefore, the c3xternal control circuit must contain a power source.

1.5.1
RT801 Functional IDescription
The unique functional elem(3nts of the RT801
are a time display, a type 5 badge reader, and
three guidance indicator lights. These are interfaced with the FOC bus via an M7125
card/badge reader control module. Figures 114 and 1-15, respectively, illustrate the RT801
circuit configurations for connection to the host
computer via either an M 71 27 serial bus port
module or an M 7123 FOC serial line interface
module.

[READY I
[:::§D

•

TO
E>CTERNAL
CONTROL
DEVICIO

"tO/FROM
HOST
COMPUTER
VIA
DECDATAWAY

70134'~O'OO
POWE~
SUPPL Y
ASSY

~----------------------------~~

Figure 1-14 RTB01-AA/AB with DECdataway InterfaCE!Block Diagram

RT801 TIME AND ATTENDANCE STATIO,.

M7126
FDC CAROl
BADGE
READER
CONTROL
MODULE
TO

--'-'---"-'_a 1~~~~~~L

1.5.1.1 Time Display - The time display
(Figures 1-7, 1-14, and 1-15) is driven by the
M7125 module and consists of a 4-digit LED
readout that indicates 24-hour time. The time
function is periodically updated from a task in
the OPM host. If the time is not updated for a
period of 30-60 seconds, the display will blank,
indicating a malfunction.
1.5.1.2 Type 5 Badge Reader - The type 5
badge reader is a manually operated device.
The reader logic can read a maximum of 10 numeric characters per badge. Data is read only
during removal of a completely inserted badge.
An internal alarm will emit an operator-alert
beep when a badge is fully inserted. Once a
badge has been removed, the terminal will perform a check to see if the badge was correctly

OEVICE

:r'l
,.wQJI
'--------------------

M ... ·1032

Figure 1-15 RTB01-BA/BB with EIA RS-2~:2-C Interfaee-Block Diagram

1-10

COVER
PLATE

inserted and removed. If it was not, an ERROR
light will indicate. If a badge was inserted incorrectly, or there was any other error concerning badge mechanical usage, the same
error process will occur. Only when a badge is
inserted and removed properly will data be
transmitted to the host computer.

..
W
~

RELAY

ErA
RS-232·C

DATAWAY

115V _

3AMP
N.B.

.~:,

PLUG~

1.5.1.3 Guidance Indicators - The RT801
contains READY, WAIT, and ERROR guidance
indicator lights. These are described in Paragraph 1.5.

RT801·AA (DECdataway)

COVER
PLATE

1.5.1.4 RT801 Connector Panel - Figure 116 illustrates four possible RT801 connector
panel configurations. Panel configuration is determined by the type of interface to be made
with the host computer. If a DECdataway interface is used, the RT801 will contain an M7127
serial bus port module and the connector panel
configuration will be that illustrated in Figure 116 a and b. Note that the "-AA" model terminal
requires a 115 V power input and that the"AB" model requires a 230 V input. If the RT801
is to be interfaced to the computer via an EIA
RS-232-C modem communications link the terminal connector panel configuration will be that
of Figure 1-16 c and d. The "-BA" terminal
model requires 115 V input power and the"BB" model requires 230 V. Cover plates are installed over unused connector panel holes.

~G!

RELAY

DATAWAY

ErA
RS-232-C

3 AMP
N.B.

~:,.

230V -.

PLUG~
b.

RT801·AB (DECdataway)

COVER
PLATE

01(!1

0(:::::::::::: )0

RELAY

ErA
RS-232-C

115V

3AMP
N.B.

~>'

PLUG~

c. RT801·BA (EIA R5-232·C)

1.5.2 RT803 Functional Description
The unique functional elements (Figures 1-17
through 1-19) of the RT803 are a display (that
indicates either time-of-day, or operator-cuing
or operator-entered data), a transaction switch,
guidance indicator lights, a card/badge reader,
a keypad, and function switches. The transaction, function, and keypad switches interface
with the FDC bus via the M7126 FDC switch
encoder/guidance control module. The display,
card/badge reader, and READY, WAIT, and ERROR guidance indicator lights interface with the
FDC bus via the M7125 FDC card/badge reader
control module.

COVER
PLATE

01(!1

o( ':::::::::::: )0

RELAY

EIA
RS-232-C

MA-1022

d. RT801·BB (EIA R5-232·C)

Figure 1·16 RT801 Connector Panel Configurations

1·.11

-------------------------

COVER

RTB03 BASIC WORK STATION

~ ~ ~~L.AT~j

GUIDANCE
INDICATORS
~

____________~I READY 1
~
ALA:l

::J

RELAV

DATAWAV

f."\3AMP

\.:..J N.B.

I/O

~__~~_________________ 20MA

I--__________
RE_L_AY_O_U_T_PU!.- g~~~~~L

115V~0/

DEVICE

~.J

PLUG
a.

RT803·AA (DECdataway)

TO/FROM
HOST
COMPUTER
VIA
DECDATAWAY

COVER
PLATES;

~ ,c!!i£,l-~(-:J'
0

~
O~···o

RELAY

~o C - - l o

0
DATAWAY

1..,-_......,._ _ _ _ _ _ _ _ 20 MA

0
I/O

230V~0/'
PLUG ~.J

RT80~t·AB (DECdataway)

COVER

PLATE

PLATES

f=igure 1·17 RT803·AA/AB (DECda1away) - Block Diagram

0 -.c-~-~~~;~.:7(::-,,-0~83N~:P
6-0
0
~Jo

GUIDANCE
INOICATORS

1-----------0011 READY 1
~

ALAI:l

:J
1-___________

DATAWAV

cd
o

I/O

....;R.:.::E:.=LA~Y:..;O::.;U;,;.T;..;PU::.;l~ ~~~~~~~L

115V ~d/
PLUG ~J

DEVICE

TO/FROM
HOST
COMPUTER
VIA
EIA RS-232-C
INTERFACE

RT80~I·BA (EIA RS·:~32·C)

COVER

PLATE

PLATES

~----------R-;-~-:2---c-~~=1~----0---~~3AMP

1®! D: ~~ ~Jo V
RELAY

DATAWAV

:20MA

I/O

L,-~-----------

230V
PLUG
MA-1024

---------------

Figure 1·18 RT803·BA/BB (EIA RS·232·C) - Block Diagram

RT803·BB (ErA RS-232-C)

Figure 1·19 RT803 Connector Panel Configurations

1-12

1.5.2.1
Display - The RT803 32-character
alphanumeric display indicates either 24-hour
time or printable ASCII characters. Characters
are blanked unless updated every 30 seconds
by the program. The character set which may
be displayed is listed in Table 1-2. It is the
primary graphic subset of ASCII, except for the
tilde and the left and right braces.

numbers 0 through 9, plus decimal (.), and
minus (-) signs. The operator can verify data
entered through the keypad via the display.
1.5.2.6 Function Keys - The RT803 contains five function keys. One key is green
(SEND) and the other four are red (RESET ERROR, ERASE CHAR, ERASE ENTRY, CANCEL).
These keys provide a data entry/data editing
function to the operator when the operator enters data into the terminal via its keypad. The
SEND key is used to send data entered into the
terminal via the keypad to the host computer.

1.5.2.2 Transaction Switch - The RT803
contains a white transaction switch which,
when pressed, enables the keypad to be used
for a transaction code entry. Typically, if the display indicates time, the operator will press the
transaction switch and then enter a code via the
keypad.

Table 1-2

1.5.2.3 Guidance Indicator Lights - The
RT803 contains nine guidance indicator lights
(Figure 1-8) that prompt the operator in the use
of the terminal.
The ENTRY ACCEPT guidance indicator light
typically indicates when an operator has made a
valid data entry. Illumination of the KEYBOARD
indicator is a cue for the operator to use the
keypad. The READY, WAIT, and ERROR indicators are described in Paragraph 1.5. The arrow indicator (--t) light illuminates to point to the
card/badge reader into which the operator must
insert a badge, ticket, or card (depending upon
whether the BADGE, TICKET, or CARD guidance indicator is illuminated by the application
program).
1.5.2.4
Card/Badge Reader - The
card/badge reader is a motor driven, opticalmechanical device that reads 80-column cards,
22-colu mn tickets, and type 3 badges. The typical time for an 80-column card to be completely
inserted and then ejected is 2.8 seconds. For a
22-column ticket or type 3 badge the typical
insertion-ejection cycle time is 0.9 seconds. The
cards/badges must contain only valid Hollerithcoded data (no binary data).
1.5.2.5 Keypad - Transaction codes are typically entered into the RT803 via the blue, 12position keypad. The keypad includes cardinal

1-13

32-Character Display Set

ASCII
Code Character

040
041
042
043
044
045
046
047
050
051
052
053
054
055
056
057
060
061
062
063
064
065
066
067
070
071
072
073
074
075
076
077

100
101
102
103
104
105
106
107
110
111
112
113
114
115
116
117
120
121
122
123
124
125
126
127
130
131
132
133
134
135
136
137

(Space)

!
" (Quotes)
# (Pound)
$ (Dollar)
%
& (Ampersand)
' (Apostrophe)

[
]
*

+
, (Comma)

. (Decimal)
/

0
1
2
3
4
5
6
7
8
9

<
=

>
?

@(At)
A
B
C

0
E

F
G

H
I
J
K
L
M
N

0
P
Q
R
S

T
U

V
W

X
Y

Z
[
'" (Tilde)
]
{ (Left Brace)
} (Right Brace)

The RESET ERROR key is illuminated by the
software program to cue! the operator that the
data entry (from whatevEJr source) is erroneous
and needs to be retried. The RESET ERROR key
must be pressed by the operator before he can
proceed. The operator can edit or erase the data
entry via the ERASE CHAR and ERASE ENTRY
keys, respectively. The CANCEL key permits the
operator to cancel the Emtire transaction that
has been initiated.

RTB06 AREA WORK STATION

_____

--1

UIDANCE
INDICATORf
READY

~
ALARM]

ffi@TI
RELAY OUTPU!._

~~~~~~~L
DEVICE

1.5.2.7 Lamp Test Svvitch - The black, nonilluminating, lamp test switch permits the operator to test all operator panel lights. If the lamp
test switch is pressed when the keyswitch is set
to MAINT the card reader motor will operate in
reverse.
1.5.2.S RTS03 Connefctor Panel - Figure 119 illustrates four possible RTS03 connector
panel configurations. Panel configuration is determined by the type of interface to be made
with the host computer. If a DECdataway interface is used, the RTS03 will contain an M7127
serial bus port module and the connector panel
configuration will be that illustrated in Figures
1-19 a and b. Note that the" -AA" model terminal requires a 115 V power input and the "-AB"
model requires 230 V pmNer. If the RTS03 is to
be interfaced to the computer via an EIA RS232-C modem communications link, the terminal connector panel confi!~uration will be that of
Figure 1-19 c and d. The "-BA" terminal model
requires a 115 V input power and the" -BB"
model requires 230 V. Cover plates are installed
over unused connector p,anel holes.

~----------------------------

Figure 1-20 RTS05-AA/AB (DECdataway) - Block Diagram

,...-------------------RTB05 AREA WORK STATION

TO/FROM
HOST
COMPUTER
lilA
lOlA RS·232·C
INTERFACE

1.5.3 RT805 Functional Description
The RT805 is functionally similar to the RTS03
except that it contains additional transaction
switches and guidance indicator lights, plus a
type 5 badge reader (Figures 1-20 and 1-21).
There are eight transacltion switches on the
RT805 compared with only one on the RTS03.
This allows use of the terminal to service a
wider variety of appliccltion functions. Each
transaction switch on the- RTS05 functions the
same as the switch on the RTS03. The host

1...-.._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ --1

Figure 1-21

1-14

RTS05-BA/8:B (EIA RS-232-C) - Block Diagram

task commands the terminal to accept a transaction. When one of the transaction switches is
pressed, the terminal will return the identity of
the transaction switch to the calling task. Thus,
up to eight unique transactions may be simply
selected by the use of one switch. Each of the
switches is back-lit to allow the operator to observe which transaction is in progress.

same terminal, these readers give the RT805 an
expanded range of capability for reading encoded data. One major advantage of this design
is to allow the terminal to be used for work station functions the bulk of the time, and to
double as a time and attendance station when
needed, as during the morning and evening
time-keeping periods.

The RT805 contains two readers. One is the
type 5 badge reader used on the RT801. The
other is the combination card/type 3 badge
reader used on the RT803. Combined in the

Figure 1-22 illustrates the four possible RT805
connector panel configurations. Configuration
criteria is the same as that described for the
RT801 and RT803.

COVER
PLATES

ZI ;Co
~ ~}

RELAY

DATAW/W

R5-232·C
EIA

'/'\

20MA

COVER
PLATE

COVER
PLATES

°0.0-.3- - .:~.P
~

~f.~f-.~~::;;

t;'\3AMP
N .B •

0 - o..( 6-0

I/O

RELAY

DATAWAY

20MA

115V,""",,-~'"

RTS05-AA (0 ECdataway)

RTS05-BA (EIA RS-232-C)

COVER
PLATES

COVER
PLATE

RELAY

DATAWAY

0
0 20MA 0

:a b.

3AMP
N.B.

I/O

RELAY

DATAWAY

EIA
R5-232·C

3AMP
N.B.

o 20MA 0

I/O

230V~/

230V~/'

PLUG

I/O

115V '""""-~
..
',,'
PLUG

PLUG

RTS05-AB (OECdataway)

RTS05-BB (EIA RS-232-C)

Figure 1-22 RTS05 Basic Model Connector Panel Configurations

1-1 5

1.6 RT806 AREA WC)RK STATION
OPTIONS
The RTS05 Area Work Station terminal may be
optionally configured to include one M7124
digital liD module, or ono M 7123 serial line interface (configured for 20 rnA) module, or one
M7123 plus one M7124, Figures 1-23 through
1-2S show various optional model terminals
and Figure 1-29 illustrates connector panel
configurations when options are installed in the
RTS05.

alphanumeric inplUt capability from a keyboard,
and also enables a hardcopy printer to be remotely connected to the RrS05. The lecho for
the keyboard is host (softwa,'e) controllable and
may be directed to either thl:t 32-cha racter display of the RTSOEi or to the printer, if the external device is a LA36 or LA3i5.

1.6.2 M7124 [tigital I/O Module Option
The M 7124 digital I/O module option is designed to accept ()TL, TTL, or switched ground
inputs. Its output circuits are designed to switch
o to + 55 Vdc ab:solute maximum of field-sup··
plied potential. This option will accomodate
digital devices such as a Toledo S130 scale,
which generates six bytes of binary-coded deci-·
mal parallel, DTL-Ievel data.

1.6.1 M7123 Serial Line Interface Option
Module
The M 7123 serial line inlterface option module
allows connection of a terminal such as an
LA35 printer, LA36 DECwriter, or LK40-E keyboard to the RTS05. This option allows a full

RTBOI) AREA WORK STATION

RTe05 AREA WORK STATION

r----...,
I

r----.,

L _ _ _ _ -I

I
I

r,L __ --..!L ___ J" III

L_-'

I
I

f-----------__/

r---., I

~----.J

L ____ J

r----...,
1
I

r----j I
L____ J--,

L ____ ~

< f.

L ____ -I

I
I

.- ____ ..,

r----: r---l

r----.,

L
__ --"'1
I

I
I
L_-'

r----, I

DEVICE

",.,

"
I- -.J

L ____ J

i'M7iil--1
TO/FROM
, ,1.. -- J'l SERIAL 1''1.. - .1', HOST COMPUTER
" r,.r-- .'1 BUSPORT I'.r-V VIA

1,1.._1', I I

,t -..r'J

1
('·..r-V I I
L ____ -I
I I

L ____ J

:
L ____ J

r-- --,

~-.I
I

r----'~ _.jI
:
,

r----i.J
I

r- L
1

L _ _ _ _ -J

k;::

,
I
I
I

I
I
,

TO/FROM
KEYBOARD/
PRINTER
VIA 20 MA
LOOP INTERFACE

r----'
:

~,'L_ .t'>I :

--;---~--l

I :
I 1
II 1
.-I
'v'

Ir----'~_+II

I ,'L_• .t, I

r'
I

L_,_-'I

r--L--,

.-----,
I

r----'

~-,
I

L _ _ _ _ -J

: :

TO/FROM
HOST

L~O.9~L:.J

~~~DATAWAY

TO/FROM
DIGITAL
DEVICE

POWER,
SUPPLY 1

1L. _ _ _ _ ...JI

L ____ J

I
I
I

L _____

I !

.'L.t-1

L _ _ _ _ J.

~~::-=-~:
I.J

I,'\. __ ~,

1''''''-1.',

I
I
I
-'

SERIAL

Fv - v 1 I
IL ____ JI
II

, I

L ____ J

r-----,

DECDATAWAY

'Mn 27 --,

, f,.r -.) BUS PORT I,.r _ -~' COMPUTER

1•

I I

I 1,1.. _ J.I

FV - v 1 ,

r-- --,

L ~OE~:' J

DEVICE

, I

r -----,

~------_---------------.-- 'I;~~~~~~L

·v

~- - - - ...:
::
:
I
L ____ .I L ___ J

L____ .J--,
I
I

I
1

r-----',

I- -.J
I
I
I,
l,t-..r'J
- J
IL ____ -I('..r I,

I
L ____ I 1
~.-----.-----.__/

~~TERNAL

1-------;----------------- CONTROL

r--- - - , :
:
I
L - - -

r---" ;----;

l
I

II
.-I L,
'v'

.-. ____ ,

...!.15VAC .:
1

POWER
SUPPLY

L ____ J

--------.---Figure 1·24 RT805-AA/AB (DECdatavvay) with XD ilia)
Option - Block Diagram

Figure 1-23 RT805-AA/AB (DECdataway) with XC (20 mA)
Option - Block Diagram

1-16

RT806 AREA WORK STATION

r----...,

r----.,L

L _ _ _ _ ...J

L_-'
I
1

,- ____ ..,

1----...,
I

r-----'

I
I

I
L - - -

- .J

L ___ J

- ---..,

~--------------------I
..... ~

I
I
I- -.I

i---,

r-----------l
:
1
r---l I
!
~
I
L ____ J L ___ J

L____ J--,
I

r---~

I" I
I
1

TO
EXTERNAL
CONTROL
DEVICE

,t-J',J.

IL ____ ..J(',," - "V 1
1
TO/FROM
HOST
COMPUTER
VIA
EIA RS ·232·C
INTERFACE

I
I

r-----,

1,1.._1',1

fV-"\.)1
1L ____ JI
11

r-- --1

r-- --,
:
~ -.,

1
1

L _ _ _ _ -J

r----'

L _ _ _ _ -J

I~-~

~-~

-----:.JI

r- IL

L _ _ _ _ -'

---r-

-.JI

1
11

_ _ _ _ --'

TO/FROM
DIGITAL
DEVICE

r'.f-V1

r- _L_-,

TO/FROM
KEYBOARD/
PRINTER
VIA 20MA
LOOP
INTERFACE

I
I

r - ---1

~POWERI
I

SUPPLY

L ____ J

Figure 1-25 RTB05-AA/AB (DECdataway) with XC (20 rnA), XD
(I/O) Options - Block Diagram

Figure 1-27 RTB05-BA/BB (EIA RS-232-C) with XD (I/O)
Option - Block Diagram

RT806 AREA WORK STATION

TO
EXTERNAL
CONTROL
DEVICE

TO/FROM
HOST
COMPUTER
VIA
EIA RS·232·C
INTERFACE

TO/FROM
HOST
COMPUTER
VIA
EIA RS·232·C'
.INTERFACE

TO/FROM
KEYBOARD/
PRINTER
VIA 20MA
LOOP

TO/FROM
KEYBOARD/
PRINTER
VIA 20MA
LOOP
INTERFACE

INTERFAC~

,TO/FROM
DIGITAL
'OEVICE

r- ---1
POWER
I
SUPPLY I
L ____ J

Figure 1-26 RTB05-BA/BB (EIA RS-232-C) with XC (20 rnA)
Option - Block Diagram

Figure 1-2B RT805-BA/BB (EIA RS-232-C) with XC (20 rnA),
XD (I/O) Options - Block Diagram

1 -1 7

Z-oo
COVER

COVEH

PLATES

DATAWAV

RELAY

RSo232·C
EIA

ce==?p

I•••••••• 1
o

20MA

PLATE:

t;\3AMP

\::..J N.B.

I••• .!.•••• 1

I/O

RELAV

2DMA

115V

PLUG

a. RTS05-AA (OECdataway) wi1h XC (20 rnA) Option

(:'\

~3:':P

0
I/O

~-~----------

'115V_~/
PLUG

~~X;: r--------~·--O--J 0

~.
~Y'"

d. RTS05-BA (EIA RS·232-C) with XC (20 rnA) Option

COVER
PLATES

D~~€~
~

t;\3AMP

\::..J N.B.

RELAY

DATAWAY

20MA

1/0

RELAV

:IA

(

::..J N.B.

::::=J

DATAWAY

" ; \ 3AMP

RS·232·C

1/0

20MA

-'~c=J~----------------------------~~~

115"

.. ~-1./

PLUG~y

e. RT805-BA (EIA RS-232-C) with >:0 (I/O) Option

b. RTS05-AA (OECdataway) with XO 0/0) Option

COVER

PLATE

EIA
RSo232·C

t;\3AMP

\::..J N.B.

or==!P

I•••••••• 1
o
0

PLATE
\-----R-E·~--~-.C---------~----(~. 3AMP
O

I/O

20MA

RELAV

PLUG

oDo E.!.!!!.!.J

OATAWAV

~!O MA

~-~--------------

115V-&~'"

::J N.B.

€~~::::::p

1/0

115V .......... ~d/

PLUG

MA·1025

c. RTS05-AA (OECdataway) with XC (20 rnA), XO (I/O) Options

f. RT805-BA (EIA RS-232-C) with XC (20 rnA), XO (I/O) Options

Figure 1-29 RT805 Option Model Connector Panel Configurations

1-18

COVER
PLATE
COVER ~----------------------~

COVER
PLATES

00.0

r---0~-00-b-:;:'-C~
O~···O

~
DATAWAY

RELAY

1•••• • ••• 1

20MA

f;\3AMP
N .B•

PLATE

0
I/O

~DO ct~.~f.~:~;;p 00.0 03:.~.j
0
0
DATAWAY

RELAY

g. RT805-AB (DECdataway) with XC (20 rnA) Option

I/O

20MA

RT805-BB (t;:IA RS-232-C) with XC (20 rnA) Option

COVER
PLATES

COVER
PLATES
f;\3AMP
N •B.

o
R:~~2'C
....---k~-

"-O~.--'
•• 0
~

DATAWAY
RELAY

I• • • • • • • • 1

0
0
DATAWAY

RELAY

20MA

o('::::::::::::p
I
I
o

20MA

230V __ ~/
PLUG

k. RT805-BB (EIA RS-232-C) with XD (/0) Option

RT805-AB (DECdataway) with XD 0/0) Option

COVER
PLATES

DATAWAY'
RELAY

COVER
PLATE
\--------------------R-:-~~-2-.C----------------------~-.---3-A-M~'
f;\3AMP
N.B.

LJ,OO
O

I· ••••••• 1
o

20MA

RELAY

DATAWAY

o('::::::::::::p

I···.· ... 1
o

20MA

230V
PLUG

N.B.:

I/O

~",!J.
~.

MA·102B

i. RT805-AB (DECdataway) with XC (20 rnA), XD (/0) Options

I. RT805-BB (EIA RS-232-C) with XC (20 rnA), XD (/0) Options

Figure 1-29 RT805 Option Model Connector Panel Configurations (Cont)

1-19

CHAPTER 2
INSTALLATION

2.1
GENERAL
Prior to user-installation of the terminals, DEC
Field Service organization personnel will perform an acceptance procedure to ensure that all
warranted equipment is operational after delivery. Upon completion of this procedure, the terminals are installed by the user and connected
to the DECdataway or modem. The user also
performs any optional connections, such as for
the external control circuit, or RTS05-XC/-XD
options.

Insert a key in the keyswitch and turn it to
MAINT. Observe that the terminal restarts
the diagnostic and runs without error.

NOTE
For RT801 terminals, non-intervention tests
will exit to badge reader test 40; read 16
type 6 test badges to complete the test. For
RT803 or RT806 terminals, non-intervention
tests will exit to a mode of operator-selected
tests (00 displayed); select and run all selectable tests in any order. For badge and card
reader tests, which will cycle indefinitely until cancelled, read at least ten test documents of each type.

2.2 UNPACKING
During unpacking the contents of the shipping
container should be compared to the enclosed
shipping list and any discrepancies reported.
The terminals should be unpacked only be a
DEC Field Service representative. Any damage
should be reported to the local DEC office and
to the delivering carrier immediately.

After all tests have been run at least once,
perform the following to lock the terminal
into the non-intervention tests for an extended run:

2.3 RTSOX-AA/AB DEC FIELD
ACCEPTANCE PROCEDURE

Turn the keyswitch to NORMAL

After the terminal has been unpacked and
checked for physical damage, verify items
shipped per shipping list.

Turn the keyswitch to MAINT (to start
the· diagnostics)

c.
2.

Connect the power cord to an AC power
source and observe whether the terminal
runs a power-up diagnostic sequence.

Turn the keyswitch immediately to
SU PVR to lock- the terminal into the
non-intervention diagnostics.

NOTE
Refer to Chapter 4 for use of terminal internal diagnostics.

2-1

Allow the terminal to cycle for at least 0.5
hour to allow internal temperature stabilization while performing acceptance procedures on other terminals.

Repeat step 3.

Turn the keyswitch to NORMAL and connect the terminal to the DPM host system
using the DECdata\vay controller test
cable (DEC Part No. 7014152).

Locate wall mounting plate mounting
holes on wall per Figure :2-2.

CABLE CONNECTIONS

2.6.1
External C()ntrol Circuit Cabl19
Connections
Figure 2-3 is a schematic diag,"am of the external control circuit. Figure 2-4 illustratl9s userfabricated cable details.
2.6.2 DECdatawlilY 'Cable (:onnection
Connection to the DECdataway consist!» of connecting the DECdataway port plug to the
DATAWAY connector (Figure 2-5) on the connector panel. Figure 2-5 iIIu:strates how the
DECdataway plug cnn be addre'ssed per instructions listed in Table 2-1. Refer to 0 ECdataway
User's Guide (EK·,ISB11-UG) for complete
DECdataway installation procedures.

INSTALLATION PF1tOCEDURE

2.4.1
Bench-Top Installation
Bench-top installation requires the supporting
structure be adequate for the weight (Table 11) of the terminal. The terminal should not be
installed near ~igh-temperature equipment.
Also, the terminal air intake and exhaust areas
should be kept clear to provide for adequate
cooling. The bench should not abut shock-producing equipment or machinery.
2.4.2

2.6

The terminal is now ready for user-installation. Should the US(3r desire additional
checkout (i.e., with th!9 terminal in its final
location) 0 EC Field St9rvice personnel will
perform such work at the currently prevailing per-call rates.

2.4

Remove wa II mounting plate frorn terminal.

NOTE
Recommended distance frorrl the uppelrmost
holes in the wall nlounting plate to the floor
is 137 cm (64 in).

Boot the RSX11-M te:st disk pack (Chapter
4), or use the diagnostic tasks with the
user's software, and run MAl N DEC-11DZKCH and MAINDEC-11-DZKCI, error
free for a minimum of 15 minutes each.

NOTE
The user's DECdataway cable may be used
in place of the test cable, if convenient. If any
problems occur, revert to using the test cable
for terminal acceptance.
9.

2.6.3 EIA RS-23:2~C Cable Connection
Connection to a modem consh»ts of connecting
a 25-pin connector to the EIA. RS-23~~-C connector. Figure 2-6 ililustrates connector pin designations, Figure 2-7 illustrates cable
connection, and Table 2-2 lists connector signal
assignments.

Wall-Mount Installation
2.6

Place protective padding on work surface.

Carefully tip terminal over on front panel.

Remove two 10-32 by 0.31 inch long
socket head screws (IFigure 2-1) and no.
10 internal tooth lockwashers securing
wall mounting plate to terminal (via locking plate).

RTB06 OPTIONS INSTALLATION

2.6.1
RTB06-XC (20 rnA Current Loop)
Option Installation
Figure 2-S shows the parts Gontained in the
RTS05-XC option kit. Figure 2-9 illustrates
where the option is! installed and Figure 2-10
illustrates RTS05 ()ption modules balckplane
slot assignments. Figure 2-11 depicts installation of the 20 mA current loop cable. The

2-2

RTB05 must first be disassambled (Figure 212) prior to option module installation. Figure
2-13 illustrates how the baud rate is selected
on the module per instructions listed in Table 23. Figure 2-14 illustrates 20 mA connector pin
designations and Table 2-4 lists 20 mA connector signal assignments. Figure 2-15 illustrates 20 mA cable assembly details.

1/0 connector signal pin assignments. Figure 2-

20 illustrates how the external user-fabricated
110 cable can be fabricated.

2.7 RTS03/S06 TRANSACTION
SWITCHES INSTRUCTION INSERT
FABRICATION
The RTB03 and the RTB05 instruction insert
(Figures 1-10, 1-11, 2-21 and 2-22) is userfabricated as follows:

2.6.2 RTS05-XD (Digital I/O) Option
Installation
Figure 2-16 shows the parts contained in the
RTB05-XD option kit. Figure 2-17 illustrates
where the option is installed and Figure 2-1B
shows cable installation. The RTB05 must first
be disassembled per Figure 2-12 prior to option
module installation. Figure 2-19 illustrates 1/0
connector pin designations and Table 2-5 lists
WALL
MOUNTING
PLATE

1.
2.
3.
4.
5.
6.

Remove panel insert from pad.
Type Key nomenclature on panel insert.
Tear off panel insert along dotted line.
Remove panel insert cover from terminal.
Install panel insert on terminal.
Reinstall panel insert cover.

SHOULDER
SCREWS

()

-.-1/ /'/l-r- / ,/

-.~---=-------

-I-

-i

)9r

22.gem

-I

Lll 3cm J-l1.3Cm J
0

(4.5 in.)

137cm

(4.5 in.)

(54 in.)

LOCKING
PLATE
(HIDDEN)

10 - 32x 0.79 em
(0.31 IN.)
SOCKET HEAD
SCREW

NO. 10
INTERNAL
TOOTH
WASHER

•••

c::::::: c::::::: c::::::: c::::::: ' " ' " ' " ' " .........: .........: .........: ' " ""= ,~
MA-1040

MA-0989

Figure 2-1

Figure 2-2 Wall-Mount Hole Location Data

Wall-Mounting Hardware Details

2-3

RTBOX

I FOe TERMINAL
CONNECTOR
PANEL [RELAY]
CONNECTOR

BACKPLANE

M7125 FDC CARD/BADGE READER
CONTROL MODULE

SLOT 3

eCl

)>1-,----,(,(

------~---~~~~~~CDl

,
I(
)*l---~,

GE1

»1-'----'<'(

~":':": ;';T=G.:. .:.R=-E : .;.~ ,

~~~BR~O~W~r~HrTEi(2
~..:..=.----\:-,-,-R=E[~HrTE (1

NO. 22 AWG

Figure 2-3

External Control Circuit - Schematic Diagram

AMP CONNECTOR

~
I
I

I
I

Figure 2-4

External Control Circuit Connector Details

2-4

b1
l

!
:
I

Figure 2-5

DECdataway Connecto r Addressing Details

2-5

r-------------------------------------~

ooooooooooot-7
OOOOOOO()OC)~

DATAWAY

o 20 MA 0

I/O

MA-1019

Figure 2-6

EIA RS-232-C Connector Pin Designations

NOTE: TYPIC~L USER-SUPPLIED
HARDWARE SHOWN
(CINCH DBM-25P CONNECTOR,
DB-Ei1226-1 COVER)

MA·1020

Figure 2·-7 Typical EIA RS-232-C Cable Connection

2-6

(.',-:-1

~'l!
(,', ".)

,,;~-)

rC~)

~r.'.>~
r(:'~~i
,,,,,
,...,;:/ ,,)
.... :;.

1";.,.--.>1
,J

r.t~)

I· V ··

.-'

,."C,."

M7123
/FDCSERIAL
LINE
INTERFACE
MODULE

I~/

,--;"

........ ,.

(. .. ::-:j

,.., .y... '" --

.
1'1<)

r::'~
'..J.,.. ••

-v'

((~~1
/.

:"""

5:>/

""":::',-:1

'. . t,

•.. ::"-j

r:.;.'/ )...

I~C

I~/

Figure 2-S RTS05-XC (20 rnA Current Loop) Option Kit

MA-1044

Figure 2-9 RTS05-XC (20 rnA Current Loop) Option Location

2-7

OPTION M7123
(20 MA CURRENT LOOP)~

OPTION M7124
(DIGITAL 1/0)

Figure 2-10

RTS05 Option Modules Backplane Slot Assignments

MA-0997

Figure 2-11

2-8

RTS05-XC (20 rnA Current L,:)op) Cable Iinstallation

MA·l011

Figure 2-12

RT805 Disassembly for Option Modules Installation

.... :';,
(.'("',-'
I ..

•• -;?<

e·~~

/.'

(/./

53 54

.... :;'.:..

... -;-?1

t ..........

rC)

f?:')

,....,..::;'-:]

,,,,.'

~.;:'~

l::>

I.v"

Figure 2-13

Baud Rate Switch Details

2-9

.. ?1

(.'(", ,)

'.v'·

(.',..... )
I.v'·

,y<j

(.',..-',)

I.C-'

(.';:~j
1.1,..0'"

LL-,'/

~v'

,<;:-::~

.... -'/1

((./

V "

DATAWAY

EIA
RS·232·C

0(
0

P
20 MA

Mj~·1030

Figure 2-14 20 rnA Connector Pin Designations

~
~

o[ '5-'32-c "]a
EIA

~UJ /1L@oooooo~
IJATAWAY

- - - - - ,---=/:;!I......

20MA ....

,.../

I/O

---

Figure 2-15 20 rnA Cable Assembly Details

2-10

M7124

DIGITAL I/O
/MODULE

Figure 2-16 RTS05-XD (Digital I/O) Option Kit

MA-II999

Figure 2-17

2-11

RTS05-XD (Digital I/O) Option Location

Figure 2-18

RT805-XD (Digital 1/0) Cable Installation

EIA
RS-232-C

- - - - -}:>
ooooooo~
20 MA

()

Figure 2-19

1/0 Connector Pin Designations

2-12

Figure 2-20

User-Fab ncated
.
1/0 Cable Assembl y Details

MA-1000

MA-1001

Figure 2-21

Figure 2-22

RT803 Panel I nsert

2-13

RT805 Panel I nsert

Table 2-1

Terminal Address
Octal Decimal
1
2
3
4
5
6
7
10
11
12
13
14
15
16
17
20
21
22
23
24
25
26
27
30
31
32
33
34
35
36
37
40

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32

DECdataway Connector
Addressing Data

Addres8: Jumper (Fig. 2-6)
Connec1~ed Between Contacts
3&4, 5&6, 7&8. 9& 10. 12& 15
3&4,5&6.7&8.9&10,13&16
3&4,5&6.7&8.9&10
3&4. 5&6. 7&8. 12& 15. 13& 16
3&4,5&6.7&8.12& 15
3&4.5&6.7&8.13& 16
3&4. 5&6. 7&8
3&4.5&6.9&10.12& 15,13&16
3&4.5&6.9&10.12& 15
3&4.5&6.9&10.13&16
3&4.5&6.9&10
3&4.5&6.12& 15,13&16
3&4.5&6,12& 15
3&4. 5&6. 13& 16
3&4,5&6
3&4. 7&8. 9& 10, 12& 15, 13& 16
3&4, 7&8. 9& 10, 12& 1 5
3&4,7&8.9&10.13&16
3&4. 7&8. 9& 10
3&4. 7&8. 12& 1 5, 13& 16
3&4.7&8. 12& 15
3&4,7&8.13& 16
3&4.7&8
3&4. 9& 10, 12& 1 5, 13& 16
3&4. 9& 10, 12& 1 5
3&4,9&10,13&16
3&4.9&10
3&4. 12,& 15. 13& 16
3&4.12,&15
3&4,13,&16
3&4
5&6.7&8,9&10.12&15.13&16

Terminal Address
Octal Decimal
41
42
43
44
45
46
47
50
51
52
53
54
55
56
57
60
61
62
63
64
65
66
67
70
71
72
73
74
75
76
77

33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63

Address JlJmper (Fiig. 2-6)
ConnecteClI Between Contacts
5&6. 7&8, '9& 10, 12& 15
5&6. 7&8, '9& 10, 13& 16
5&6. 7&8. '9& 10
5&6,7&8.12&15,13&16
5&6,7&8. 12& 15
5&6.7&8,13&16
5&6,7&8
5&6,9&10,12&15,13&16
5&6, 9& 10. 12& 1 5
5&6,9&10,13&16
5&6.9&10
5&6. 12& 15. 13& 1€i
5&6,12&15
5&6,13&16
5&6
7 &8. 9& 10, 12& 15, 13& 16
7 &8. 9& 10, 12& 15
7&8.9&10,13&16
7&8.9&10
7&8, 12& 15, 13& 1Si
7&8.12&15
7&8.13&16
7&8
9& 10. 12& 15. 13& 16
9&10.12&15
9&10,13&16
9&10
12& 15. 131~ 16
12&15
13&16
No Jumpenl Used

Notes
Address 0 is reserved for the system broadcast.
This pattern of physical addresses is duplicated for
ellch DECdataway on a DPM system.

2-14

Table 2-2 EIA RS-232-C Connector
Signal Pin Assignments
EIA RS-232-C
Connector
(Fig. 2-8) Pin

Signal
Chassis Ground
Data Out
Data In
Request to Send
Clear to Send
Data Set Ready
Signal Ground
Data Terminal Ready

1
2

3
4
5
6
7
20

Note
Pins 8-19, 21-26 are not used

Table 2-3 M7123 Module (20 mA Current
Loop) Baud Rate Selection
Baud
Switch
Rate (Bits/ Setting
Second)
S1

Baud
Switch
Rate (Bits/ Setting
Second)
S1

50
75
110
134.5
150
200
300
600

Off
Off
Off
On
Off
On
On
Off

On
On
Off
Off
Off
Off
Off
Off

On
On
Off
On
Off
On
Off
On

1200
1800
2400
2400·
4800
9600
External
External

On
Off
Off
On
On
Off
Off
On

Off
On
Off
On
Off
On
On
Off

• There are two switch settings for 2400 bits/second

Table 2-4 20 mA Connector
Pin Signal Assignments
20 mA
Connector
(Fig. 2-14) Pin

Signal

1
2
3
4
5
6
7

Ground (Logic)
Transmit -20 mA
Receive -20 mA
External -12 V
Transmit + 20 mA
External Clock
Receive + 20 mA

+5V
2-15

Off
Off
Off
On
On
On
On
On

On
Off
Off
Off
On
On
On
On

Off
On
On
Off
Off
Off
On
On

Table 2-6 I/O Connector
Pin Signal Assignments

I/O
Connector
(Fig. 2-19) Pin Signal Name

Function

I/O
_....
Connector
(Fig. 2-19) Pin Signal Name

Input Byte 0

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17

FldOO
Fld 01
Fld02
Fld03
Fld04
Fld 05
Fld 06
Fld07
Fld 10
Fld 11
Fld 12
Fld 13
Fld 14
Fld 15
Fld 16
Fld 17
Fld Sync L

18
19

(Not Used)
Input Common Ground Return
For Inputs

21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37

Input Byte 0
Input Byte 1

Input Byte 1
Low" Enables
Input Latch
II

Output
Common
OutPLIIt
Common
Fld 20
Fld 21'
Fld 22
Fld 2a
Fld 24
Fld 2Ei
Fld 2Ei
Fld 27
Field ()
Field 'I
Field 2
Field :3
Field 4
Field !5
Field t5
Field 7

Function

Ground Rs turn
For Outputs
(Connectec:I
Internally)
Input Byte 2

Input Byte 2
Output By1te

Output By1t e

2-16

CHAPTER 3'
OPERATOR'S GUIDE
3.1

CONTROLS AND INDICATORS
Tables 3-1 and 3-2 describe RT801 and RT803
controls and indicators illustrated in Figures 3-1
through 3-3. RT805 controls and indicators, illustrated on Figures 3-2 and 3-4, a re similar to
those of the RT803 except for the following:
1.

Eight transaction switches versus only one
on the RT803

A type 5 badge reader
Table 3-1

Two additional guidance indicators:
a.

-+: A white illuminated arrow that dIrects the operator's attention to the
type 5 badge reader

BADGE: A white illuminated BADG~
indicator that prompts the operator t~
insert a badge in the type 5 badge
reader being pointed out by the white
illuminated arrow.

RT801Controis and Indicators

Control or Indicator

Description

Time-of-Day display (Figure 3-1)

4-digit display that indicates 24-hour time in hours and minutes. Is
updated periodically by a host computer task. Red characters on a
black background.

Guidance Indicators (Figure 3-1)

Guide operator in use of the badge reader.

READY

Indicates that terminal is ready to accept a badge input. READY will
go off when badge is fully inserted.

WAIT

Cues next badge holder not to insert a badge until previous badge
data has been processed. When WAIT goes off. READY will normally
go on next. WAIT does not go on when operator-generated fault
condition exists.

ERROR

Cues badge holder that operator-generated fault condition exists
(Le.. badge inserted backwards. upside down. or not removed
smoothly) and that badge must "be reinserted.

Badge Reader (Figure 3-1)

Reads type 5 badges for transmission to host computer.

Key Switch (Figure 3-1)

Key-operated switch. Can be set by key to NORMAL. MAINT. or
SUPVR. Key can be removed only from NORMAL switch position.

MAl NT

Switch position used to initiate terminal testing via ROM-resident
diagnostics.

NORMAL

Switch position for normal terminal use.

SUPVR

Switch position used by supervisory personnel to qualify special
user-defined tasks or for continuously cycling through diagnostics.

3-1

Table 3-2
Control or Indicator

RT803 Controls and Indicators

Description

-------------------------,----~----------------------------------------

--------------

Display (Figure 3-3)

32-character alphanumeric display. Orange characters on a black
background. Displays 24-hour time (in hours and minutes). operatorprompting messages, or operator-genelrated data. Data is displayed
left justified.

Transaction Switch (Figure 3-3)

White illuminated switch used by employee to initiate a transaction.
When pressed, the displayed time will typically be blanked and will
typically be replaced by an operator-prompting request for a transaction code input (via the keypad).

Transaction Switch Instruction
Insert (Figure 3-3)

User-fabricated transaction codes instruction.

Keypad Switches (Figure 3-3)

Twelve non-illuminating, blue switches used by employee to enter
data in terminal. Keypad usage is indicated on the display after
transaction switch is pressed.

1
2
3
4
5
6

Cardinal number one
Cardinal number two
Cardinal number three
Cardinal number four
Cardinal number five
Cardinal number six

7
8

9
0

Cardinal numbHr seven
Cardinal numbor eight
Cardinal numbor nine
Cardinal numbor ,zero
Decimal point
Minus. sign

Function Keys (Figure 3-3)

One green (SEND) and four red (RESET ERROR ERASE CHAR,
ERASE ENTRY, CANCEL) keys used by employee! to input data to
the terminal.

SEND

When the employee has made an entry via the keypad, pressing the
green SEND key will complete the transaction and! send the, data to
the host computer. The data input generated by Lise of the keypad
will appear on the display until the SE:ND key is used, aftm which
time the terminal will return to the idle mode and resume displaying
time.

RESET ERROR

Illuminates red to indicate operator-generated error was made. RESET ERROR will go off when RESET ERROR or CANCEL is pressed.

ERASE CHAR

Used by operator to erase last character generated via keypad.

ERASE ENTRY

Used by operator to erase entire input that was nenerated via the
keypad.

CANCEL

Used to cancel transaction. CANCEL can be pressl~d when operator
decides to cancel the complete transaction. Pres:,ing CANCEL returns terminal to the idle mode with time being displayed. Pressing
CANCEL, when in a card reading mode, will reverse the read(~r motor
and cause the badge or card to be ejected.

3-2

Table 3-2

RT803 Controls and Indicators (Cont)

Control or Indicator

Description

Lamp Test Switch (Figure 3-3)

Black, non-illuminating switch used to test all indicator lamps. When
pressed all indicators illuminate at a reduced level. If the key switcK
is set to MAl NT, use of the lamp test switch will reverse the card
reader motor (used to clear out jammed cards).

Guidance Indicator Lights
(Figure 3-3)

Eight white-illuminating backlit indicators (one red) that prompt operator in the use of the terminal.

ENTRY ACCEPT

ENTRY ACCEPT iHuminates white to typically inform operator that
valid data entry (Le.. , card/badge, keypad, etc.) was performed by the
operator.

KEYBOARD

KEYBOARD illuminates white to prompt operator to enter data via
the keyboard.

READY

READY illuminates white to inform the operator that the terminal is
ready to accept a card or badge input.
'

WAIT

WAIT illuminates white to inform the operator to wait before in J
serting another card/badge.

ERROR

ERROR illuminates red to inform the operator that a card or badge:
has been incorrectly inserted or that punches on a card are improp-'
erly justified.

Arrow illuminates white, pointing to the card/badge reader that the~
operator must use for a data entry.
BADGE

Illuminates white to prompt operator to insert a type 3 badge in thei
card/badge reader.

TICKET

Illuminates white to prompt operator to insert a 22-column ticket!
(stub card) in the card/badge reader.

CARD

Illuminates white to prompt operator to insert an 80- column,
punched card in the card/badge reader.

Keyswitch (Figure 3-2)

Key-operated switch. Can be set by key to NORMAL, MAINT, or:
SUPVR. Key can be removed only from NORMAL position.

MAINT

Switch position used by maintenance personnel to initiate terminal
testing via ROM-resident diagnostics.

SUPVR (Figure 3-2)

Switch position used by supervisory personnel to initiate special
user-defined tasks.

NORMAL (Figure 3-2)

Switch position used when terminal is functioning in the normal
mode.

3-3

. .:-: -\

"'\

(~~;:t
'''., ......... . .
...

DISPLAY

w."-----+--

E":~

INDICATOR LIGHTS

BADGE READER

,---/

CARD/BADGE (T3)
READER
MA-1015

Figure 3-1

RT801 Controls and Indicators
Figure 3-3

DISPLAY

RT8C13 Controls and Indicators

TRANSACTION
SWITCHES
INSTRUCTION

GUIDANCE/INDICATOFl
LIGHTS
BADGE (T5)

INSERT

----:t-~~:--:==·-:---:=~~
L~--==Z
Ir

TRANSACTION
SWITCHES

Ei!!ME::':;:; ;;;

Ii'i4;',

[g)

~ig

ENT::::'"

READER

-=-

~00E~i

~~[illJ
~1~[illJ

~
~

~[EID§)~~~ '~"KEYPAD

Figure 3-2

RT801/RT803/F(T805 Keyswitch

Figure 3-4

3-4

LAMP
TEST
SWITCH

FUNCTION
KEYS

CAF!DIBADGE (T3)
READER

F:T805 Control!, and Indicatons

3.2.2

Typical RT801 Operating Procedure
Figure 3-5 illustrates a typical RTS01 operatingj
procedure.

3.2

OPERATING PROCEDURES
Because operating procedures are user-defined
and can therefore cover a broad area, only typical procedures are presented here.

3.2.3

Typical RT803 Operating Procedure
Figure 3-6 illustrates a typical RTS03 operating
procedure.

3.2.1 Turn-On/Turn-Off Procedure
Turn-on/turn-off of the RTS01, RTS03, and
RTS05 consists of connecting the power cable
to, or disconnecting it from the ac power
source; there is no power switch.

3.2.4

Typical RT806 0 perating Procedure
Figure 3-7 illustrates a typical RTS05 operating
procedure.

1 OBSERVE DISPLAY
• IF TIME IS DISPLAYED
GOTOSTEP@
• IF TIME IS NOT DISPLAYED
ASK SUPERVISOR TO CHECK
EQUIPMENT AND THEN ASK
TO BE SIGNED IN (OR OUT)

2 OBSERVE INDICATOR
• IF IREADY\IS
DISPLAYED GO
TO STEP 3
• IF READY IS NOT
DISPLAYED IN
2-3 SECONDS
CALL SUPERVISOR

~-----------------------13

INSERT BADGE
INDEX HOLE
IN FIRST
WITH PUNCHED
DATA HOLES ON
LEFT SIDE_ WHEN
BADGE IS COMPLETELY
INSERTED ALARM
WI LL BEEP ONCE.

IREADyl WILL GO OFF AND IWAITI WILL GO ON.
IF IERROR\ GOES ON WAIT FOR IREADYI AND
REPEAT STEPS@AND@

Figure 3-5 Typical RT801 Operating Procedure

3-5

.MA-1052

OBSERVE DISPLAY
A.
B.

ENTER TRANSACTION

IF TIME IS D~LAYED
GO TO::;TEP\V
IF TIME: IS NOT DISPLAYED
CALL SUPERVISOR

SUB·CODE THROUGH
12·POSITION KEYPAD.
CODE WILL APPEAR
ON DISPLAY
NOTE:
• PRESS: IERASE CH@
TO ERASE LAST
CHARACTER ENTE:RED.
• PRESS: IERASE ENTRY
TO ERASE ENTIRE CODE, OR
• PRESS: ICANCEqTO
CANCEL TRANSACTION

PFIESS WHITE
TFlANSACTION BUTTON

DISPLAY WILL REQUEST
1\ TRANSACTION CODE

PRESS GREEN ISEND~BUTTON
TO SEND TRANSACTION
SUB·CODE TO HOST
COMPUTER

CD
•

ENTER REQUESTED
KEYBOARDINPUT,OR
INSERT:
• TYPE 3 BADGE, OR
• 80· COLUMN CAFID, OR
• 22·COLUMN TICKET
IF APPLICABLE, REMOVE PARTIALLY
EJECTED BADGE, CARD, OR TICKET
ONLY AFTER IT COMES TO A HALT
OR
PRESS: ~ SEND BUTTON
TO TRANSMIT KEYBOARD DATA

MA·1051

Figure 3-6 Typical RT803 Operating Procedure

3-6

OBSERVE DISPLAY
A.
B.

IF TIME IS DISPLAYED
GOTO STEP(1)
IF TIME IS NOT DISPLAYED
CALL SUPERVISOR

SELECT AND PRESS
A TRANSACTION KEY

•

o
•

OBSERVE DISPLAY OR
GUIDANCE LIGHTS REQUESTING
KEYBOARD, BADGE, TICKET OR
CARD INPUT

INSERT AND THEN REMOVE
A TYPE 5 BADG E

INSERT
AN SO COLUMN CARD AND
REMOVE IT UPON EJECTION
ONLY AFTER IT COMES TO A HALT

OBSERVE DISPLAY
REQUESTING DATA AND
THEN ENTER DATA (e_g. NO. OF PIECES)
USING KEYPAD

<::;5~

NOTE:
• PRESS: IERASE CHARI
TO EBASE LAST
CHARACTER ENTERED, OR

CUT
CORNER

• PRESS: IERASE ENTRyl
TO ERASE ENTIRE CODE, OR
• PRESS: ICANCEL! TO
CANCEL TRANSACTION

®PRESS GREEN I SEND! BUTTON

SO-COL
CARD

TO SEND DATA TO HOST COMPUTER

22-COL
TICKET

PRINTED SIDE UP

Figure 3-7 Typical RT805 Operating Procedure

3-7

CHAPTER 4
MAINTENANCE
4.1
GENERAL
This chapter consists of maintenance procedures based on running the terminal internal
diagnostics and replacing field replaceable units
(FRU). Appendix A describes the FOC addendum service policy that facilitates terminal repair.

shows the location of the switch and Table 2-3
lists baud rates versus switch settings.

4.3.3 Terminal Identification Switch Pack'
The terminal identification switch pack is 10-'
cated on the FOC card/badge reader control
module M7125 (Figure 2-10). This switch is:
shown on Figure 4-2.

4.2 PREVENTIVE MAINTENANCE
Preventive maintenance on the terminals consists of cleaning the card and badge readers,
checking two adjustments on the card reader of
the RTS03 and RTS05, and verifying terminal
operation with the internal diagnostics. No
maintenance schedule is defined. Instead, these
tasks should be performed each time a terminal
is opened for service. For details on reader
cleaning and adjustment, refer to the reader
manuals supplied with each terminal.

The switch pack is set differently for each type:
of terminal. Switches SW1 and SW2 identify
the terminal type to the terminal control pro-'
gram and they must be set whenever an'
M 71 25 is replaced. Switches SW3 and SW4'
(Figure 4-2) are used to disable the card or'
badge reader circuitry when a card or badge
reader is not installed, such as on the RTSO 1
and RTS03. Table 4-1 shows switch settings
for all three types of terminal.
When terminal internal diagnostics are run, test~
20 displays the terminal type set by SW1 and '
SW2. Switch SW3, when ON, disables the type
5 badge reader circuitry. Switch SW4, when'
ON, disables the combination card/type 3
badge reader circuitry.

4.3 SWITCH SETTING CHECKS
Switch setting checks consist of checking all
switch settings to ensure that a replacement
module or power supply is correctly configured
for terminal compatibility. This includes setting
of the normal/single-step switch, a baud rate
selector switch, terminal identification
switches, a 11 5/230 V switch, and also the terminal over temperature switch.

4.3.4 11 6/230 V Switch
The terminal power supply contains a 115/230'
V selector switch (Figure 4-3). This switch must
be set in accordance with the voltage listed on'
the electrical data plate (Figure 1-13).

4.3.1
Normal/Single-Step Switch
The normal/single-step switch, which is only
used for factory test of modules, is located on
the M7122 microcontroller module (Figure 210). For normal operation, the switch (Figure 41) must be set so the white dot does not show.

4.3.6 Terminal Over Temperature Switch
Figure 4-4 shows the location of the terminal
over temperature switch that should be
checked before a terminal is reassembled. The
switch does not indicate an over temperature
condition. The switch must be pressed to be reset. The operation of both heat exchanger fans

4.3.2 Baud Rate Switch (Figure 2-13)
The baud rate switch is located on the M7123
FOe serial line interface module. Figure 2-13

4-1

WHITE DOT POSITION
SELECTS SINGLE-STEP
M::>DE
Ai.TERNATE POSITION
SELECTS NORMAL
MODE

Figure 4-1

M7122 Norm~II/Single-Step Switch

Table 4·1
Terminal

RT801
RT803
RT805

Figure 4-2

M7125 Terminal Identification Switch Pack

M7126 Terminal Identification Switch Setting Data

S'W1

Switch
SW2 SW3

Off
On
Off

On
Off
Off

Off
On
Off

Diagnostic Disl)Iay for Test 20
SW4
On
Off
Off

4-2

Indicates 20, themOl
Indicates 20, them02
Indicates 20, them03

Figure 4-4 Terminal Over Temperature Switch

Figure 4-3 115/230 V Switch

should be checked and the heat exchanger air
passages should be inspected for blockage.

each RSX 11-M test pack will include all of the
basic DPM system hardware, so that a test
pack can be booted and the on-line diagnostic
tasks can be run with minimum effort.

4.4 ON-LINE/INTERNAL TERMINAL
DIAGNOSTICS

4.4.1.1
MAINDEC-11-DZKCH - The serial
bus exerciser (DZKCH) is a task which exercises
the DECdataway communication facilities of up
to 63 DECdataway ports at one time. For terminals, it only tests the terminals ability to communicate with the DPM host system. It does
not test any specific terminal functions.

4.4.1
On-Line Diagnostics
For D ECdataway systems, two diagnostic tasks
have been developed which run under the
RSX11-M operating system. These tasks are
distributed with each DPM system (Table 4-2)
on an appropriate medium, i.e., if the system
device is an RK05, the on-line tasks will be distributed on an RK05 disk pack which has been
system generated (sysgened) to run on the system with which it is shipped. The sysgen of

For information on the use of the serial bus
exerciser, refer to the diagnostic document:
MAINDEC-11-DZKCH-D.

4-3

Table 4-2

DPM System RSX11-M Test Packsl

RSX11-M -rest Pack

System Device

DPM System

MAINDEC-11-DZQRA-HC
MAINDEC-11-DZQRB-HC
MAINDEC-11-DZQRA-DC
MAINDEC-11-DZQRB-DC
MAINDEC-11-DZQRA-MC9
MAINDEC-11-DZQRB-MC9

RK05
RK05
RK06
RK06
RP06
RP06

DPM61-XA
DPM61-XB
DPM64-XA
DPM64-XB
DPM87-XA
DPM87-XB

4.4.1.2 MAINDEC-11-D~~KCI - The remote
terminal tester (DZKCI) is a task which will run
the non-intervention tests of up to 63 FDC terminals simultaneously and ruport the results on
the system console terminal which started the
task. DZKCI can be used to verify the basic operability of all terminals on a DPM system from
the host system. DZKCI will not check the operator interface portions of the terminals, i.e., the
displays, keypads, and readers. The internal terminal diagnostics must be used to check operator functions.

Upon power-up, each terminal runs. a predetermined sequence of tEtStS. The tEHminal must be observed by an oper,ator to
detect a failure.

The same seqUience of non-intervention
tests can be stiarted from the DPM host
system by diagnostic task DZKCI. F:ailures
will be reported on the system console terminal which initiated the task.

Internal diagnostics may be initiated by
setting the keyswitch to MAINT. Thl9 same
preselected sequence of non-intervention
tests will be ex«~cuted. Tho terminell must
be observed by em operator to detect a failure.

For information on the use of the remote terminal tester, refer to the diatJnostic document:
MAINDEC-11-DZKCI-D.

NOTE
Software for an RP06 sys1tem device is distributed on 9-track magtllpe and must be
copied to the system disk before use.

If the keyswitch is set to the SUPVR position before the basic test sequence finishes, the diagnostic will loop on the basic
non-intervention test sequence until the
keyswitch is returned to NORMAL. At: that
time, the diagnostic will exit to normal online operation if the terminal is connected
to a host system.

4.4.2 Internal Terminal [)iagnostics
Internal terminal diagnostics (MAIN DEC-BEDZRTA-A-D) are listed in Table 4-3 and may be
initiated three different ways.

If the keyswitch is left in the MAl NT position, the terminals will exit 1to manual intervention tests.
Table 4-3

Test Cards/B adges Package

The normal sequenco of events is as follows:
Terminal

Package

RT801
RT803
RT805

ZV100-RB
ZV10l-RB
ZV102-RB

4-4

At the start of the diagnostic test thH alarm
will beep twice. Then the terminal \/Vill appear to do nothing for about 15 sElconds.
During this time the terminal is executing
basic tests 11, '12, 13, and 14.

After 15 seconds test 20 will be displayed,
followed immediately by a 2-digit terminal
designation code, where

Cancelling A Test - All tests except 22 and 35
can be cancelled by pressing the CANCEL key.
To cancel 22 and 35, turn the keyswitch to
NORMAL and back to MAINT to restart the diagnostics.

01
RTB01
02 = RTB03
03 = RTB05
3.

Next, if the terminal is an RTB01, a predetermined sequence of tests will be executed (Paragraph 4.4.2.1).

Lamp Test - The lamp test switch will light all
terminal lamps at reduced illumination. If the
keyswitch is in MAl NT mode, the lamp test
switch will also turn on the card/badge reader
in reverse to clear a jammed document.

If the terminal is an RTB03 or RTB05, the
extended basic tests will be executed (Paragraph 4.4.2.2).

Test Cards and Badges - Packages (Table 43) of test documents will be shipped with each
system.

When test BO is executed, BO will be displayed, followed immediately by the port
address. If the DECdataway is connected
to the terminal, the actual port address
(decimal number) will be displayed
(01-63). If the D ECdataway is not connected, the number 63 will be displayed.

4.4.2.1
RT801 I nternal Diagnostics When the internal diagnostics are started with
the MAINT keyswitch, an RTB01 will run basic
tests 11 through BO, then run the following preselected sequence of advanced/peripheral
tests:

At completion of the test, the terminals
will return to normal on-line operation if
the keyswitch is in the NORMAL position.
If the keyswitch is left in the MAl NT position, refer to Paragraphs 4.4.2.1 and
4.4.2.2.

Test 22 - One pass (check relay).

Test 33 - One pass (observe display).
Test 40 - 15 test badges must be inserted
and read correctly to complete this test.
Test B1 - The DECdataway must be disconnected for this test, or the terminal will
induce line errors on the DECdataway.

If 00 is displayed, and keyswitch is in
NORMAL position, 99 entered on the keypad will return an RTB03 or RTB05 to online mode.

Test B2 - The D ECdataway must be reconnected for this test. When 90000 flags
have been counted, the RTBO 1 will exit to
normal on-line mode.

Alarm - The alarm will beep twice when the
diagnostics start. The alarm will also beep once
at the beginning of each test.

4.4.2.2 RT803/RT805 I nternal Diagnostics - When the internal diagnostics are started
with the MAINT keyswitch, the basic and extended basic tests are executed. Upon completion, the terminal will display 00. The
operator may then select any valid test by using
the keypad, or may cause the terminal to exit to
normal on-line mode by placing the keyswitch
in NORMAL and selecting 99 on the keypad.

Error Detection - If any test fails, the test number will be flashed in the display once each second for 10 seconds, accompanied by an alarm
beep. Some manual intervention tests have additional error reporting. Refer to the test descriptions in Table 4-4 for details.

4-5

Tflble 4-4

Foe Terminal Internal Diagnostic T'9sts

Test
Number

Type

Module/ Assy
Tested

Basic

M7122

Basic test of CPU time states. regi!;ters. and
basic instructi ons

Basic

M7122

Complete CPU test of cornplex instructions

Basic

M7122

Calculates RO M checksums and c:ompares
to stored chec ksums.

Basic

M7122

Pattern tests f or RAM check.

Basic

M7125

Checks M 7 1:l 5 module. Check allarm and
time update () ne-shots.

Test Descrip'ti on

Displays termi nal type for 1.5 seconds. Terminal type is read from S 1 and 5:2 (Figure
4-2).
For RT801 di splay 01
For RT803 di splay 02
For RT805 di splay 03
Check M712fi and badge/card reader interface.

Basic

M7125/Badge
and Card
Reader Interface

Advanced/
Peripheral

M7125/Alarm/
External Control
Circuit

Check that A L. ARM one-shot is functioning.
Check that D I SPLAY TIM E-OUT one-shot is
functioning (.approximatEtly 45 seconds).
Sound alarm imd toggle relay once per second for 45 se conds. This test can be used
for ohmmeter monitoring of the relay functions at the RELAY connf~ctor (Figure 2-3).
Any external control circ:uit must be disconnected be~fore this tesit is selected. The
cancel key wil I not cancel this test. To stop
the test befo re it finishl:ts. turn the keyswitch to NtDRMAL and then back to
MAINT.

Basic

Check display interface.

Extended Basic
RT803. RT805

M7125/Display Interface
M7126

Extended Basic
RT803. RT805

M7126/Front Panel
Assembly

4-6

Checks opera tion of ENTRY ACCEPTED
one-shot.
Checks the fn:>nt panel switch SC81nner on
the M7126.

Table 4-4
Test
Number

Type

FD'C Terminal Internal Diagnostic Tests (Cont)
Module/Assy
Tested

Test Description

Advanced
Peripheral
RTB01, RTB03,
RTB05

M7125/Display
Assembly

RTB01 - displays numbers 0 through 9,
then exits to next test. RTB03/RTB05 - displays a full screen of incrementing alphanumeric characters continuously until;
cancelled (via CANCEL key).

Advanced/
Peripheral
RTB03, RTB05

M7126/Front Panel

Echos to the display the octal value of the'
switch being pressed. Exits when CANCEL,
is pressed. Refer to Table 4-5 for switch val-:
ues.

Advanced/
Peripheral
RTB03, RTB05

M7126/Front Panel

Checks for interaction between front panel i
elements by setting a known value in the.
switch scanner, exercising the front panel;
lamps, and then reading the switch scanner.:
Operating the keypad during this test could!
cause a false failure, therefore CANCEL:
cannot be used to exit this test. To exit this!
test, the keyswitch must be turned to NOR- '
MAL and then to MAINT, which then will
restart diagnostics.

Advanced/
Peripheral

M7125IType 5
Reader Assembly

Reads type 5 test badges. Badges must be
inserted with the index square in first and
the data pattern to the operator's left. Functional failures are reported as an ERROR.
Data comparison failures are displayed. The
first number displayed is the 2-digit decimal
column number. The second number dis-;
played is the 4-digit octal representation of
the data which failed comparison.
j

Advanced/
Peripheral
RTB03, RTB05

M7125IType 3
Reader

Reads 22-column tickets and badges. The
test data is a sliding ones pattern starting;
with a 9-row punch in column 1. The test
badge must be inserted with the corner cut
in first and to the right. Functional failures
are reported as an ERROR. Data com-:
parison failures are reported as in test 40.

Advanced/
Peripheral
RTB03, RTB05

M7125IType 3
Reader

Reads BO-column marked cards. The test·
data is a sliding ones pattern starting with a •
9-row punch in column 1. The card must be
inserted with the corner cut in first, and to
the right. Failures are reported as in test 40.

4-7

Table, 4-4
Test
Number

Type

FDC Terminal Internal Diagnostic Testu (Cont)
Module/ASBY
Tested

Test Descrilltion

Advanced/
Peripheral
RT803, AT80Ei

M 7123IType 3
Aeader

Aeads 80-co lumn punched cards. Data format and erro r reporting are the same as test
51.

Advanced/
Peripheral ATS05

M7125 (ATe05-XC
Option)

Basic interfa ce check of AT805-XC option.
Loops data internally through use of a
maintenance loop feature.

Advanced/
Peripheral RT805

M7123 (ATe05-XC
Option)

Continuously outputs lines of 132 characters in an incirementing sl9quence, beginning
with a line of spaces and ending with a line
of brackets. Aepeats until CJlINCEL is
pressed.

Advanced/
Peripheral AT805

M7123 (ATe05-XC
Option)

Echos any kEIyboard key to both the AT805
display and 'the output device (if present).
Control chariacters such as carrialge return
and line feecI will not echo properly to the
AT805 displcIy, but should echo correctly to
the output dtwice. Aepeats until CANCEL is
pressed.

Advanced/
Peripheral AT805

M7124 (AT805-XD
Option)

Loops the ei ght outputs, back thmugh the
24 inputs in ternally, using a maintenance
function on t he M7124. The customer's external digita I I/O circuits must be disconnected bt~fore this test is selected.

Advanced/
Peripheral RT805

M7124 (ATS05-XD
Option)

Functions thl9 same as test 70 e)[cept that
the AT805-X D loop back plug (DEC Part No.
7015213-0CI) must be connectEld to the
digital ,I/O co nnector on the RT805 in place
of the custonler's connector. The data loopback is done through the! connector instead
of internally.

Basic
RTS01
RT803
RT805

M7127

Checks basic: functionality of DECdataway
port interfacEI. 0 isplays port addrElss.

Advanced/
Peripheral
AT803
AT805

M7127

Loops all pos sible data patterns through the
DECdataway interface. Exercises the complete DECdataway interfnce up to the transformer conneIction to thEt line.
Cautiolrl
The DECdataway must be discc)nnected
before selec1ting this telst.

,---

4-8

Table 4-4
Test
Number

FDC Terminal Internal Diagnostic Tests (Cont)
Module/ Assy
Tested

Type

Test Description

Advanced/
Peripheral
RT801
RT803
RT805

RT803, RT805

When 00 is displayed on an RT803 or
RT805, selecting 99 will return the terminal
to normal on-line operation, regardless of
the keyswitch position. To restart diagnostics, cycle the keyswitch to NORMAL and
then to MAl NT.

RT803, RT805

When 00 is displayed on an RT803 or
RT805, any of the tests labelled Extended
Basic, or Advanced/Peripheral can be selected through use of the keypad. Valid test
numbers are: 22, 33, 34, 35, 40, 50, 51,
52,60,61,62,70,71,81,82,99.

M7127

Table 4-6

DECdataway monitor. This test monitors
line activity and displays a running count of
message flags and data flags detected (only
message flags for RT801). For normal line
activity both counts will increment rapidly.
The D ECdataway must be connected for
this test to function. If not, the test will display a count of 0 until the connection is
made. For RT801, the test will exit after
90000 flags. For RT803 and RT805, the
test will exit when CANCEL is pressed.

Switch Values Displayed by Test 34

Value

Switch

Value

Switch

1
2
3
4
5
6
7
10
11
15
16
17
20

RT805 Transaction Switch 1
RT805 Transaction Switch 2
RT805 Transaction Switch 3
RT805 Transaction Switch 4
RT805 Transaction Switch 5
RT805 Transaction Switch 6
RT805 Transaction Switch 7
RT805 Transaction Switch 8
RT803 Transaction Switch
SEND
CANCEL (Also Cancels Test)
RESET ERROR
ERASE CHAR

21
23
24
25
26
27
30
31
32
33
34
35
36

ERASE ENTRY
KEY PAD-

4-9

0
1
2
3
4
5
6
7
8
9

APPENDIX A
FDC SERVICE ADDENDUM
An FDC service addendum policy is available as
a rider to the service contract on the DPM host
system. The FDC addendum pertains only to
terminals connected to the D ECdataway. The
general terms of the FDC addendum are:

The customer assumes responsibility for first
level maintenance by identifying any malfunctioning terminal and replacing it with a spare
terminal which the customer has purchased for
that purpose. DEC Field Service personnel will
maintain a stock of spare parts and effect the
actual repair of any fault.

DEC responsibilities are:
1.

To keep on-hand sufficient spare parts,
and expertise, to repair FDC terminals. '

To repair any malfunctioning FDC terminal,
which the customer has returned to his
maintenance area, by replacing the defective field replaceable unit.

To perform complete operational check$,
including a ny necessary cleaning or adjustment, on any repaired FDC terminal Sb
that FDC terminal can be effectively used
as the spare unit.

Customer's responsibilities are:
1.

To purchase one or more spare terminals
of a type and nu mber as defined in the
agreement. These will be extra terminals,
kept only as spare units and therefore, no
maintenance charge will be made for
them.

To provide storage space for the spare terminals and a maintenance area near the
distributed plant management (DPM) host
system. The maintenance area should
have a work surface, several AC power receptacles, and adequate lighting. An area
like this may be necessary even without
the FDC addendum, since in many cases a
terminal will be operating in an environment where it should not be opened for
service. The maintenance area should have
a DECdataway port, with address one,
available at the workbench in order to use
on-line diagnostic tasks in the DPM host
system to verify the on-line operation of a
repaired terminal.

To have maintenance personnel assigned
who will replace a malfunctioning terminal, return the failing unit to the maintSnance area, and notify the local DEC Field
Service office.

The normal sequence of events should be ais
follows:

A-l

The FDC terminal operator should notify
the supervisory or maintenance personnel
of any fault.

The fault should be verified and identified
by use of the internal diagnostics.

Remove the defective terminal and instaU
a replacement. If the FDC terminal is malfunctioning, the customer's maintenance
personnel should get the spare unit of the
same type from its storage area and use it
to replace the 'malfunctioning on-line unit.

The customer's maintenance personnel
should return the malfunctioning unit to
the work area and notify the local DEC
Field Sf3rvice office.

The local DEC office will schedule a service representative to repair the unit and
check it out so that it can be stored for use
as a spare unit.

NOTE
This proceclure under the F DC addendum
does not preclude the 0 EC Field Service representative from troubleshooting any FOC
terminal pr()blem at the terminal on-line location if thslt becomes necessary.

A·2

APPENDIX B
TYPE 3, 22-COLUMN
PLASTIC BADGE
DESCRIPTION
The type 3, 22-column plastic badge (Figure B1) is used with the RTS03 and RTS05 terminals. It may contain a maximum of 12 rows and
22 columns of keypunched data. The badge
must be opaque and can be mylar, polyvinyl
chloride, or polyethylene terephthalate.

REFLECTANCE
The average badge reflectance, including all
blemishes and printing, shall be greater than SO
percent as measured on a Kidder Model OSV or
M R-S tester, using a barium sulfate plaque as a
standard for 100 percent reflectance.

NOTE
Mylar is recommended when encountering
extreme temperatures.

PRINTING
If printing is required, it shall be legible, without
excess ink, and cause no embossment or distortion of the badge. The ink shall be non-blocking when dry, and shall not transfer to the
transport roller of the reader.

DIMENSIONS AND LAYOUT
TOLERANCES
Badge specifications require nominal dimensions of 5.951 cm (2.343 inches) wide by
S.255 cm (3.250 inches) long by 0.046 cm to
0.076 cm (0.01S to 0.030 inches) thick. Badge
layout for punching is on the front side of the
badge and is the standard keypunching layout.

The ink used must be reflective, non-readable
optical character recognition (OCR) ink. The reflectance of the ink must be greater than SO
percent of the reflectance of the badge stock as
measured above.

8-1

0.140 ± .002 em1 , _
(0.055 ± 0.001 IN.)
0.046 em 0.076 em
(0.018 TO 0.040 IN.)-'~f~==r:===========
D-~
0.:31 7 ± .002 em
(0.125±0.001 IN.)
_-i..
5.951 em ± 0.000
-0.013
VIEW "A"
-(2.343 ± 0.000 IN. ~
0.005 IN.)
22
21 SPACES AT
COLUMNS
0.221 em
(0.087 IN.) TRUE POSITION
0.635 em
SEE VIEW "AU
(0.250 IN.) TRUE POSITION
,

8--1-----

7-4-----

B
B

6--4-----

ROWS'

I"~
---I-Jl-'

9 -4--mlI----

8.255 + 0.000 ern
- p.013 ern
(3.250 + 0.000
- 0.005 IN.)

5
4
3

11 SPACES AT
0.63!i em (0.250 IN.)

0
11

TRUE POSITION

12
x

X
0.635 em
VLLj(0.250
IN.) TRUE POSITION

0.30 em
(0.12 IN.) R (TYP.)

-T

NOTES
CE NTER OF HOLES TO BE WITHIN ± .013 em
(± .005 IN.) OF TRUE POSITION IN X OR Y
DIRECTION
DIMENSIONS MEASURED AT 70° F

1.'100 + 0.038 em
-O.OOOem
(00433 + 0.015
0.000 IN.)
I

-r-

60° REF.

i -

I 0.635 + 0.038 em

I--:(0.250 +- 0.000
em
0.015 IN.
-0.000 IN.)

CUT CORNER DI:TAIL

MA·l021

Figure B-1

Type 3 22·Column Plastic Badge

B-2

APPENDIX C
TYPE 6 BADGE

The type 5 badge (Figure C-1) is used with the
RT801 and RT805 terminals.

0.046 em 0.102 em
(0.018 TO 0.030 IN)

t- 0.140 ± .002 em

~!=========:::,

5.913 + 0.000 em
-0.013em_
+ 0.000
(2.328 _ 0 005 IN)
.

AS REQUIRED

(0.055 ± 0.001 IN.)

~±·oo2em

~±O.OOlIN.)

VIEW A

coLu:1

, [21' alif'o I
---~ III
--f

SLIT FOR
------0.635 em (0.250 IN.)
PLASTIC LOOP _ _+-_--"..JII. ------ - - - - - - WHEN REQUIRED

" ~---+

DIGIT

SEE VIEW " A " - - + - - - - - '

B
iJ--B

2
3
4

B
~--I----

1..1.-

0.851 ±0.013em
0.335 ± 0.005 IN.)
•

r
0.23 em
(0.09 IN.) R (TYP)

B
B

0.477 ± 0.002 em
(0.188 ± 0.001 IN.)l

0""

8.255 + 0.000 em
- 0.013 em
(3 250 + 0.000
.
-0.005 IN.)
ROW

J
1
6
7

I~. 90,0 ± 5'

~±0.0~34~~
I I~.g~113jm
(0.158±:!I ~(1.175± . r0.005 IN.)
0.005 IN.)
ALIGNING EDGE

-L 8

~ ----t-.=-:
9 _
""'_

L~SPACESAT
.635 em (0.250 IN.)
TRUEPOSITION±0.013em

(± 0.005 IN.)
0.635em (0.250 IN.) TRUE POSITION
± 0.013 em (± 0.005 IN.)

NOTES:
1-9 SPACES AT 0.221 em (0.087 IN.)
1. MATERIALS:
TRUE POSITION ± 0.013 em (± 0.005 IN.)
OPt\QUE MYLAR
POLYVINYL CHLORIDE OR
POLYETHYLENETEREPHTHALATE
MYLAR CARD RECOMMENDED FOR USE WHEN EXTREME TEMPERATURES
ARE TO BE ENCOUNTERED.
2.
DIMENSION MEASURED AT 70°F.

MA-l041

Figure C-1 Type 5 Badge

C-1

APPENDIX 0
22-COLUMN TICKET

DESCRIPTION
The 22-colu mn ticket (Figure 0-1) is used with
the RTS03 and RTS05 terminals. It measures
S.255 cm (3.250 inches) by 5.951 cm (2.343
inches). Each ticket may contain a maximum of
12 rows and 22 columns of keypunched data.
Data may be coded by punch.

PAPER REFLECTANCE
The average reflectance including blemishes,
marking and printing shall be greater than SO
percent as measured on a Kidder Model OSV ot
M R-S tester, using a barium sulfate plaque as a
standard for 100 percent reflectance.

REFERENCES
USAS STO X3.21 - 1967, USA Standard Rectangular Holes in Twelve Row Punched Cards.
ANSI STO X3.11 - 1969, Specification for
General Purpose Cards for Information Processing.

PRINTING
If printing is required, it shall be legible, without
excess ink, and cause no embossment or dis':
tortion of the ticket. The printing shall be accu~
rately registered so that columnar characters
are properly aligned. The ink shall be non-block~
ing when dry, and shall not transfer to feed roll
of the reader.

LAYOUT
Layout for punching is on the front side of the
ticket and is the standard keypunching layout.
Layout for work data entry is on the front side of
the ticket.

The ink used must be reflective, non-readable
OCR ink. The reflectance of the ink must be
greater than SO percent of the reflectance of tha
ticket stock as measured above.

Keypunched Data Entry
Any keypunch may be used to enter data on the
ticket. The ticket should be loaded into the keypunch the standard way with the front side of
the ticket toward the operator.

TIMING MARKS
Not required.

D-1

0.140
± .002 IN.)
em1~
(0.055
± 0.001

0.31 7 ± .002 em
(0.125 ± 0.001 IN.)

_-*VIEW "A"

5.951 ±±0.005
0.000 IN.)
em~
(2.343
21 SPACES AT
0.221 ern (0.087 IN.)
TRUE POSITION
0.635 ern (0.250 IN.)
TRUE POSITION

22 COLUMNS

=====(:~l.c

9
8

SEE

T
"A"

B
---itO
----I8H-

---BH-

5
ROWS

8.255 ~ g:gb~ ~~
(3.250 + 0.007
- 0.003 IN.)

B
B

11 SPA.CES AT
0.635 (:m (0.250 IN)
TRUE POSITION

0
11
12 --+--IlIR---

030

(0.12 ~~.) R (TYP.)J

I
90° ± 5'

0.635 em (0.:50 IN.)
TRUE POSITION

Y~--,I

NOTE:
CENT::R OF HOLES/MARKS TO BE WITHIN ± 0.013 em /
(± 0.005 IN.! OF TRUE POSITION IN X OR Y DIRECTION
THICKNESS 0.0178 ± 0.0010 em.
(0.0070 ± 0.0004 IN.)

1.100 ± 0.041 em
(0.43:3 ± 0.016 IN.)
~

DIMENSIONS STATED FOR TICKETS
l
~I
CONDITIONED AT SO"A, RELATIVE HUMIDITY' '"
~
AND 730 F
60 REF.

I
1- 0.635 ±0.041 em

(0.:~50 ± 0.016 IN.)

CUT CORNER DETAIL
MA·101B

Figure 0-1

22-Column Ticket

D-2

APPENDIX E
SO-COLUMN CARD

LAYOUT
Layout for punching is on the front side of the
card and is the standard keypunching layout.
Layout for work data entry is on the front side of
the ticket.

DESCRIPTION
The SO-column card (Figure E-1) is used with
the RTS03 and RTS05 terminals., It is a standard size data entry tab ca rd and measures
S.255 by 1S.732 cm (3.250 by 7.375 inches).
Each card may contain a maximum 12 rows
and SO columns of keypunched data.

Keypunched Data Entry
Any keypunch may be used to enter data on the
card. The card should be loaded into the key..:
punch the standard way with the front side of
the ticket toward the operator.

REFERENCES
USAS STO X3.21 - 1967, USA Standard Rectangular Holes in Twelve Row Punched Cards ..
ANSI STO X3.11 - 1969, Specification for
General Purpose Cards for Information Processing.

PAPER REFLECTANCE
The average reflectance including

blemishes~

12000 O~O 00O~ 000 O~O 0OD~O 0OO~ 00OO~O 00O~ 0000~O 000120 0OO~O 00O~O 00OtZ 0000 [200 00~o 000120 000012
11000 DO 000on 000 00 00 0000 00Oil 0000000000 000000 00000 0oon 000Oil 00000 000Oil 0000n000000000011
I 2 3 4 5 6 1 I 9 10 II 1213 14 151611181920 212223242526 2128 29 30 31 32 33 34 35 36 31 38 39 40 41424344 45 46 4148 49 50 51525354 55 56 57 58 59 60 61 6263646566 67 68 6910 II 72 13 74 75 16 77 78 7980

O[lOOOgOOOO~OOOO~OOOODOOOO~OOOO~OODO~OOOODOOOODOOOODOO00000000000000000000000000000

1000000000000000000000000000000000000000000000000000000000000000oooooooooooooOOOOOOOOODOOOOODOODI
20000~DOOO~0000~000D~ODOO~DOOO~000D~00DD~0000~0000~0000~0000~ODOD~DDDD~OOOD~00DD02
300DDaODDO~DOOO~0000~00DO~ODDoaoDOO~00DDaooooaOODO~0000~0000~0000~OOOO~ODDD~DDDDD3
4DDOO~DOO~ODOD~ODOD~00DO~ODDO~0000~ODoomDDDO~DDDD~00DD~00DD~ODDO~DDDD~DODD~DOODD4
5DDDD~ODDD~ODDDaDOOO~ODOo~DDDDaoDooaODOO~ODDD~DDDoaoODoaooDD~oDDoaDDDD~DODD~ODDDD5
6DDOO~DDDD~DOOO~ODDO~ODDD~00DO~00DD~DOOD~00DD~ODDO~DODD~0000~DDOO~ODOD~00DD~ODDD06
1

70000~0000~000D~00DO~ODDD~DDDD~ODOO~DOOD~00DD~ODDD~DODD~ODDD~DOOD~DDOD~ODOD~OD0007
8DODDDDOODHOODOHDODDBOODDHODDDHDODOBODDDaOODDBOODDHDDDDHOODD~ODOOHODDDHOODOHDDDD08
9DDDD~ODDD~DOOO~ODDO~DOOO~DDDD~00DD~ODDO~ODDD~ODDO~DDOD~00DO~DDDO~DDDD~DDDD~DDDDD9
MA-1046

Figure E-1

80-Column Card

E-'

marking and printing shall be greater than 80
percent as measured on a Kidder Model 08 V or
M R-a tester. using a barium sulfate plaque as a
standard for 100 percent reflectance.

are properly aligned. The ink shall be non-blocking when dry. and shall not transfer to the feed
roll of the reader.
The ink used must be reflective. non-r1eadable
OCR ink. The reflec:tance of the ink rnust be
greater than 80 percent of the naflectance of the
card as measured above.

PRINTING
If printing is required. it shall be legible. without
excess ink. and cause no embossment or distortion of the ticket. The printing shall be accurately registered so that columnar characters

TIMING MARKS
Not required.

E-2

EK-RTSOX-UG..cl

TECHNICAL DOCUMENTATION
CHANGE NOTICE

RTSOl, RT803, RTS05 TERMINAL USER'S GUIDE
EK-RTSOX-UG
ADDENDUM

This addendum provides update and correction information that will be incorporated into the R T80).
RT803. RT805 Terminal User's Guide (EK-RT80X-UG) in the next reprint.
1.

Mark Sense Capability - Disregard all references to mark sense capability on card/badge
reader. Also, this capability will not be available on the RT803, RT805 terminals as currently described. Note in particular, that the internal diagnostic test described on Page 4~7
(Test 51) should not be selected, since it will cause an error indication.

EIA Communication (Host Computer to Terminal Link) - This feature will not be available
on any terminals, therefore, disregard any reference to the following model numbers iRT805 BA, RT805 BB, RT803 BA, RT803 BB, RT801 BA, RT801 BB. All terminals wiiI
only interface to a host processor via DECdataway communication channel.

Appendix B, Type 3, 22 Column Badge - Dimensions on Page B-2 are incorrect. Actu~l
dimensions are as follows.
2.343 - Should be: 2.328 ± .005 in
5.951 - Should be: 5.913 ± .013 cm
8.255 - Should be: 8.255 ± .013 cm
3.250 - Should be: 3.250 ± .005 in

RT805 XC Option - The RT805 XC Option provides a 20 rnA loop interface for connectioin
to a terminal such as an LA36, VT52, or an LK40-E keyboard. Two versions of the interface
module (M7123) exist. The earlier version (etch Revision D, CS Revision C) will suppoh
any 20 rnA terminal, but not the LK40-E keyboard. The later version (etch Revision E, CS
Revision D) will support any 20 rnA loop terminal and the LK40-E keyboard. Switch settings for the earlier version M7123 (etch Revision D, CS Revision C) are illustrated in the
attached figure and table.

Printed in U.S.A.

digital equipment corporation • maynard, massachusetts

Table I

M7123 Baud Rate Selection·

Baud Rate

SWI

SW2

SW3

SW4

SW5

SW6

SW7

SW8

S'W9

S WIO

50
75
110
134.5
150
300
600
1200
1800
2000
2400
3600
4800
7200.
9600
19200

orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
Off
orr
orr
orr

orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
Off
orr
orr
orr
orr
orr

orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr

orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
Off
orr

orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr
orr

On
On
On
On
On
On
On
On
On
On
On
On
On
On
On
On

orr
On
orr
On
orr
On
orr
On
orr
On
orr
On
orr
On
orr

On
On

On
On
On
On

CIn
CIn
CIn
CIn

Off

-- -

orr
orr
On
On

orr
orr

On
On

orr
orr

orr
orr
orr
orr
On
On
On
On

cIn
(JIn
(JIn

01 rr
01 rr
01 rr
01 rr
01 rr
01 rr
01 rr
01 rr

orr
orr
orr orr
orr --,"--,_._orr
On
On

*Etch: Revision D, CS Revision C

E8·6
EXTERNAL CLOCK
SELECTION
(ON)
E8-5
BUS INTRO 6
(OFF)

E8-3
BUS INTA 7
(OFF)

E8-4
"
BUS INTRO 7
(OFF)

"""

E8-1
ADDRESS
SELECTION
(OFF)
SWITCH MODEL
MAY DIFFER FROM
THAT SHOWN
MA·2B26

M7123 (Etch Revision D, CS Revision C) DIP Switchpack Details

REMOTE TERMINALS
RT801, RT803, RT805
USER'S GUIDE
EK-RT80X-U G-OOI

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Attention: Communications Services (NR2/MI5)
Customer Services Section
OrderNo. ___
E_K_-R_T_8_0_X_-_U_G_-O_O_l___________

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Fold Here -

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