WEIGL WEMC-KEY232 User manual

Weigl-EM
[phone]
www.Weigl-EM.at
[email protected]
Weigl-EM is the headquarters and hardware manufacturer
Weigl Works, LLC
[phone]
www.WeiglWorks.com
[email protected]
Weigl Works, LLC is the exclusive North American distributor of
Weigl-EM products
© 2010 –2014 - Weigl –Elektronik & Mediaprojekte

Contents
1 Important Information and Safety Tips...............................5
2 Warranty ..............................................................................7
3 Introduction .........................................................................9
4 Pin Assignment.................................................................. 11
4.1 RS232 (9-pin D-SUB connector)......................................11
4.2 Keyboard (9-pin D-SUB connector or Phoenix Connector)
.................................................................................................12
4.2.1 Parallel Wiring............................................................12
4.2.2 Matrix Cabling ...........................................................13
5 Programming .....................................................................15
6 Appendix ............................................................................19
6.1 Measurements..................................................................19

Important Information and Safety Tips
5
1 Important Information and Safety Tips
The Weigl WEMC-KEY232 is an electronic device that can
fail, in part or in full despite careful testing. Therefore, it must
not be used in applications where personal safety could be at
risk due to the malfunction of the device.
Weigl equipment is generally not designed, intended,
authorized or warranted to be suitable in life support
applications, devices, systems, or other critical applications.
Inclusion of Weigl equip-ment in such applications is understood
to be the full risk of the customer.
Weigl assumes no liability for applications assistance,
customer produced design, software performance or
infringements of pa-tents or copyrights.
Weigl does not warrant or represent that any license, either
expressed or implied, is granted under any patent right,
copyright, mask work right, or other intellectual property right
of Weigl covering or relating to any combination, machine or
process in which Weigl products or services might be or are
used. The WEMC-KEY232 must not be directly connected to
voltages greater than 24V.
It is important to read this manual and familiarize yourself
with the function of the WEMC-KEY232 before working with the
device. Failure to do so may cause damage to the WEMC-
KEY232 or connected components.

Important Information and Safety Tips
6
Only experienced personnel should connect the WEMC-
KEY232 to other systems that comply with required safety
regulations.
External power sources connected to the WEMC-KEY232
must not exceed the maximum allowable voltage (24V) and
must be protected accordingly. In addition, correct polarity must
be utilized to avoid damage to the WEMC-KEY232. Failure to do
so will void the warranty and Weigl Works, LLC or Weigl will not
be liable for any resulting damages.
When connecting solenoids, a freewheeling diode for each
solenoid is required. They should be mounted as close as
possible to the solenoid. Please refer to the wiring diagram in
the manual. If this is not observed, the output driver will be
destroyed and will void the warranty.
The WEMC-KEY232 should not be exposed to extreme heat
or humidity before, during or after installation. If the device is
used for outdoor installations, it must be protected with proper
weather proofing enclosures. Direct sunlight may also lead to
overheating.
Damages caused by improper handling, improper wiring or
improper use will void warranty and Weigl Works, LLC or Weigl-
EM will not be held liable.
Weigl tried in all conscience to ensure, that the information
in this manual is accurate. Please note that all information is
subject to change.

Warranty
7
2 Warranty
The Weigl WEMC-KEY232 has a warranty period of 24
months from the original date of purchase. The warranty applies
only to the original purchaser and is non-transferable.
The warranty covers parts that have been determined
defective due to manufacturing or material defects and will be
replaced or repaired. The replaced or repaired part(s) do not
affect the warranty and the warranty will still expire 24 months
from the original date of purchase. Damaged parts will not be
returned. Any further legal claims, in particular those for
compensation for direct or indirect damages are excluded from
the warranty.
The customer will pay all shipping costs to and from Weigl
Works, LLC or Weigl should parts be repaired or replaced in the
WEMC-KEY232. The transport of the ProCommander is at the
risk of the customer.
If a repair order was issued, but no fault could be detected,
we reserve the right to charge service and diagnostic fees.
Excluded from the warranty are:
Damage from natural causes such as fire, lightening, water
damage, etc.
Damage caused by errors in installation

Warranty
8
Damage caused by tampering with the device by persons
not expressly authorized by Weigl Works, LLC or Weigl to
do so
By not following the instructions (i.e. connection to the
wrong voltage or incorrect input or output circuit)
Damage caused by negligent handling, misuse, or improper
use of WEMC-KEY232.

Introduction
9
3 Introduction
The WEMC-KEY232 is a freely programmable RS232
interface. Up to sixteen matrixed connection or eight direct
connections can be utilized. Using a terminal program for each
key input can be any serial command to be programmed.
Several commands, separated as required by wait commands
can be assigned to a switch input. This allows, for example a
button on a video projector to be turned on automatically and
after a programmable delay the projector is turned off again.

Introduction
10

Pin Assignment
11
4 Pin Assignment
4.1 RS232 (9-pin D-SUB connector)
The pin assignments of the serial interface correspond to the
assignment of the serial connector of a computer. To connect
to a computer is therefore achieved through a null modem cable
(2.3) to be used.
A regular blinking red ACTIVE LED indicates the proper
functioning of the device. RS232 The green LED lights up when
a serial command is sent or received.

Pin assignment
12
4.2 Keyboard (9-pin D-SUB connector or Phoenix
Connector)
There are two possible options to connect button:
Parallel Wiring
Matrix Cabling
4.2.1 Parallel Wiring
The parallel wiring to the WEMC-KEY232 with a D-SUB
connector to connect up to 8 buttons and WEMC-KEY232 with
a Phoenix connector up to 10 buttons. The parallel wiring is
used, if the opportunity should be given to press several buttons
at once.
Parallel wiring diagram for D-SUB and Phoenix

Pin Assignment
13
87654321PS +: 9V-12VPS: GNDPS +: 9V-12VPS:
GND34567891012
4.2.2 Matrix Cabling
In the matrix wiring configuration the WEMC-KEY232 can
utilize up to 16 inputs. In the matrix wiring multiple simultaneous
actuated contacts cannot be clearly evaluated.
Matrix wiring diagram for D-SUB and Phoenix

Pin assignment
14
Wiring diagram for Matrix Cabeling for 24 keys

Programming
15
5 Programming
The programming of the WEMC-KEY232 is via a terminal
program. The command sequences can be prepared using the
terminal program directly to the WEMC-KEY232, or be
transmitted in a text file.
The following commands are available
Befehl
Name
Parameter
Beispiel
Info
!?#
Info
Abfrage
!?#
Statusanzeige: Mit
diesem Befehl kann
die aktuelle
Konfiguration
abgefragt warden.
!scc..#
Set RS232
Configurati
on
RS232-ID: 1;
Configuration:
Baud: 1200,
2400, 4800,
9600, 19200,
38400, 57600,
115200;
Daten-Bits : 5-
8;
Parity: Even,
Odd, No
parity;
Stopbits: 1-2.
!scc1=9600,8
N1#
!scc1=115200
,7E2#
!scc1=57600,
8O1#
RS232: 9600Baud,
8 Datenbits, Kein
Parity,
1 Stopbit.
RS232:
115200Baud, 7
Datenbits, Gerade
Parity, 2 Stopbits.
RS232: 57600Baud,
8 Datenbits,
Ungerade Parity, 1
Stopbit.
!ewt:..#
Wait
Zeit in
Sekunden;
Bereich: 1 --
65535
Sekunden
!ewt10#
!ewt65000#
Wartezeit: 10
Sekunden
Wartezeit: 18
Stunden, 3
Minuten, 20
Sekunden.
!ekm..#
Key mask
Key Maske,
linksbündige
Auswertung
!ekm11111111
11111111#
Alle 16 Eingänge
sind freigeschaltet.

Programming
16
!ekm1011#
!ekm00000000
00000000#
Eingang 1,3 und 4
ist freigeschaltet, 2
ist gesperrt. Die
übrigen Eingänge
werden nicht
beeinflusst.
Alle 16 Eingänge
sind gesperrt.
!i1c!esd
….#
Input x
close
x: Eingangs ID
von 1 bis 16;
gefolgt von
weiteren
Kommandos
!i1c!esd:"Hello
World!" 0x0D
!ewt:100!esd:"
Hello World
2!" 0x0D#
Siehe
Beschreibung auf
den folgenden
Seiten.
!i1o!esd
….#
Input x
open
x: Eingangs ID
von 1 bis 16;
gefolgt von
weiteren
Kommandos
!i1o!esd:"Hello
World!" 0x0D
!ewt:100!esd:"
Hello World
2!" 0x0D#
Siehe
Beschreibung auf
den folgenden
Seiten.
!i1t!esd
….#
Input x
toggle
x: Eingangs ID
von 1 bis 16;
gefolgt von
weiteren
Kommandos
!i1t!esd:"Hello
World!" 0x0D
!ewt:100!esd:"
Hello World
2!" 0x0D#
Siehe
Beschreibung auf
den folgenden
Seiten.
!fce#
Clear
EEProm
!fce#
Löscht alle
Informationen, die
im EEProm
gespeichert sind.
!fkm..#
Set
KeyMode
p: parallel
m: matrix
!fkm:p#
!fkm:m#
Setzt den
Eingabemode für
eine parallele
Verkabelung.
Setzt dein
Eingabemode für
eine 4x4
Tastaturmatrix.

Programming
17
Example of a configuration file
! fce #
! I1C! esd: 0xFF 0xAA 0xBB „1test1“ 0xCC
0xDD!ewt:10!esd:0x02 „Test2“ 0x0D 0x0A #
! i2c! esd: „Hello World_2“ #
! I3C! esd: „Test3“ #
! i4c! esd: „Hello World_4“ #
! i5c! esd: „Test5“ #
! i6c! esd: „Hello World_6“ #
! i7c! esd: „test7“ #
! i8c! esd: „Hello World_8“ #
! i9c! esd: „Test9“ #
! i10c! esd: „Hello World_10“ #
! i11c! esd: „test11“ #
! i12c! esd: „Hello World_12“ #
! i13c! esd: „test13“ #
! i14c! esd: „Hello World_14“ #

Programming
18
! i15c! esd: „Test15“ #
! i16c! esd: „Hello World_16“ #
! fkm: m #
! SCC1 = 115,200.8 N1 #

Programming
19
6 Appendix
6.1 Measurements
H: 24 mm 0.94 in
B: 55 mm 2.17 in
T: 59 mm 2.32 in
0,06 kg 0.15 lb