Balluff BISL40000 Non-Contact Read Head User Manual L 400 835996 0803 E p65

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L-400_835996_0803_E.p65
Manual
Identification Systems BIS
Compact Processor
BIS L-400-035-00_-_ _-S115
Deutsch – bitte wenden!
No. 835 996 D/E • Edition 0803
Specifications subject to charge.
Replaces edition 0710.
Balluff GmbH
Schurwaldstrasse 9
73765 Neuhausen a.d.F.
Germany
Phone +49 7158 173-0
Fax +49 7158 5010
balluff@balluff.de
www.balluff.com
L-400_835996_0803_E.p65
Table of Contents
Safety Notes ............................................................................................................................... 4
Introduction BIS L-400 Identification System ........................................................................ 5/6
Basic knowledge for using the BIS L-400 Processor .............................................................. 7
Configuration ......................................................................................................................... 8-11
Protocol sequence .............................................................................................................. 12-14
Error messages ........................................................................................................................ 15
Timing diagrams ....................................................................................................................... 16
Installation L-400 ................................................................................................................. 17/18
Installation L-400-...-001-... ..................................................................................................... 19
Installation L-400-...-002-... ..................................................................................................... 20
Installation L-400-...-003-... ..................................................................................................... 21
Installation L-400-...-004-... ..................................................................................................... 22
Reorienting and Rotating the Read Head ............................................................................... 23
Pin Assignments ...................................................................................................................... 24
Interface information ........................................................................................................... 25/26
Connection Diagrams ............................................................................................................... 27
Technical Data .......................................................................................................................... 28
Ordering Information ................................................................................................................ 29
Accessories .............................................................................................................................. 30
Appendix, ASCII Table ............................................................................................................. 31
english
Safety Notes
Proper use and
operation
BIS L-4_ _ processor together with the other BIS L system components comprise the Identification System and may only be used for this purpose in industrial applications corresponding to Class A of the EMC Directive.
Installation and
operation
Installation and operation are permitted by trained specialists only. Unauthorized modifications and improper use will result in loss of the right to make warranty and liability claims.
When installing the processor, follow exactly the connection diagrams provided later in this
document. Take special care when connecting the processor to external controllers, especially with respect to the selection and polarity of the connections including the power
supply.
Only approved power supplies may be used. For specific information, see the Technical
Data section.
Deployment and
inspection
When deploying the identification system, all relevant safety regulations must be followed.
In particular, measures must be taken to ensure that any defect in the identification system
does not result in a hazard to persons or equipment.
This includes maintaining the permissible ambient conditions and regular inspection for
proper function of the identification system and all the associated components.
Malfunction
At the first sign that the identification system is not working properly, it should be taken
out of service and guarded against unauthorized use.
Scope
This document applies to the processor BIS L-400-035-00_-00-S115 and
BIS L-400-035-00_-02-S115 (Software version V1.2 and higher).
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L-400_835996_0803_E.p65
Introduction
BIS L-400 Identification System
This manual is intended to guide the user in installing and commissioning the components
in the BIS L-400 identification system, so that start-up time is reduced to an absolute
minimum.
The BIS L-400 identification system belongs to the category of
Principle
read-only, non-contacting systems.
This function enables applications in which information which has been pre-coded into the
data carriers can be read out and used for further processing.
Applications
The main areas of application include
– in production for controlling material flow
(e.g., for part-specific processes),
in workpiece transport using conveying systems,
for obtaining safety-relevant data,
– in process materials organization.
System component
function
The processor and the read head form a compact unit which is contained in a plastic
housing.
The data carrier represents an independent unit. It does not require line-fed power and
receives its energy from the integrated read head in the BIS L-400 identification system.
The read head continuously sends a carrier signal which supplies the data carrier as soon
as the latter has reached the required distance from the read head. The read process
takes place during this phase. The data are output in 8-bit blocks over 8 parallel data lines
and made available to the host system. These host systems may be:
– a control computer (e.g., industrial PC) having a parallel port, or
– a programmable logic controller (PLC).
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Introduction
BIS L-400 Identification System
System
components
The main components of the BIS L-400 identification system are
– the processor with integrated read head, and
– the data carrier(s).
Schematic
representation of an
identification system
(example)
english
TP
TP
Power
Power
Connections to host
system
Data carriers BIS L-2..
L-400_835996_0803_E.p65
BIS L-400 Processor
Basic knowledge for the application
Data integrity with
CRC_16
For applications which demand high security against incorrect data the CRC_16 procedure
can be used. Here a check code is written to the data carrier which can be used at any
time and anywhere to test for data integrity.
Advantages of CRC_16: Very high data integrity, even during the non-active phase (data
carrier outside of r/w head capture zone)
Disadvantages of CRC_16: Some user data capacity is lost. The procedure is only
compatible with BIS L-1_ _-05 data carriers which have been converted to read-only
format.
Use of the CRC_16 check can be configured by the user (see
11).
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Configuration
Before starting your programming, configure the processor unless you intend to use the
factory default settings.
Configuration is done using a PC and the Balluff Configuration Software BIS program, and
the parameters are stored in the processor. The configuration may be overwritten at any
time and can be saved in a file for easy accessibility.
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L-400_835996_0803_E.p65
Configuration
Interface
BIS L-400
In the first screen the transmission rate, number of data and stop bits as well as the parity
type for the serial port are configured. The figure shows the factory default settings.
Additional settings are made in the screens illustrated on the following
Operation mode
The device can be operated in one of two modes: Terminal or Controller.
Terminal mode
Terminal mode is especially usefull for simple representation of read data on the PC, for
example using the Hyperterminal program included with the WINDOWS operating system.
More detailed information on terminal mode can be found starting 12.
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10
Configuration
10
Controller mode
Controller mode is intended for controlling the processor using a PLC or host computer.
This allows read data and the device status to be queried from the processor. Data
integrity on the interface is ensured by sending of a block check (BCC). For additional
information about controller mode, see 13.
Send power-on
message
If this function is activated, the processor responds with the device name and software
version as soon as power is turned on.
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L-400_835996_0803_E.p65
11
Configuration
CRC_16 data check
BIS L-10_-05
☞
If this parameter is set, the data from the data carrier are sent along with a 2-byte CRC_16
check sum. This leaves only 3 bytes of user data remaining. If a correct CRC_16 check
sum is recognized, it will be output in bytes 1 and 2. If a CRC error is detected, 00 Hex, 00Hex
is sent instead of the check sum. To use the CRC_16 procedure, the data carriers must
first be initialized from the BIS L-60_ _ processor using the BISCOMRW.EXE PC software.
The CRC_16 data check can only be carried out using type BIS L-10X-05/L data carriers.
The CRC_16 data check is only possible with model BIS L-10_-05/L data carriers.
If model BIS L-10_-05 data carriers are used, the "BIS L-10_-05" must be activated.
Data comparison
counter
Data integrity can be increased using the data compare counter, in which the processor reads
out the data from the data carrier multiple times within a read cycle. The processor stores and
comparers the data. If the data carrier has been correctly recognized, the processor releases
the data. From 1 to 10 reads can be set in the "Data compare counter" field. The default
setting is 2, but when the specified installation conditions cannot be met this number may be
increased to ensure data integrity.
Continuous sending
of serial number
If this function is activated, the serial number of the data carrier is constantly output as long
as the CT Present signal is active. The function is only possible in terminal mode.
In order to limit the amount of data on the interface a repetition rate (0...255s) can be entered.
During this time the output is not refreshed if no new data carrier has been detected.
Start/end detection
In terminal mode the default is for   to be sent as an end detection. Alternately,
in this mode you can send max. 5 characters as a start detection and max. 5 characters
as end detection. The value 00 Hex is not allowed as a start or end detection. If in the
configuration the processor recognizes the value 00 Hex, it interprets this as the termination
for the desired start or end detection.
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12
Protocol Sequence
Terminal mode
When a data carrier enters the read zone of the processor, the data are immediately sent
to the terminal. The time for detecting the data carrier is approx. 45 ms.
The data carrier data are displayed on the terminal screen. The terminal can only send the
ASCII character 'SYN' (16 hex) to the processor to generate a software reset.
Example:
Output 40 bits of data carrier data to the terminal
Data carrier data
F 0
8 (hex)
0010 0001 1010 1011 1100 1101 1110 1111 0000 1000 (binary)
Sent characters:
21ABCDEF08_'FN''CR''LF'
i.e., 12 characters are sent:
1. - 10.
11.
12.
13.
14.
Error numbers
12
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Error No.
Hex
ASCII
Error
Description
30
'0'
No Error
45
'E'
CRC-Error
characters
character
character
character
character
Data carrier data
Space 
Error number
Carriage Return
Line Feed
(see above)
0D (Hex)
0A (Hex)
Cause
The CRC on the data carrier does not agree with the
calculated CRC for the read data.
11
L-400_835996_0803_E.p65
13
Protocol Sequence
Controller mode
A simple transmission protocol is used between the host controlling system and the
processor. The following control characters are used:
ASCII
Hex Meaning
'ENQ'
05
The processor informs the host system that an event has occured.
– Data carrier in front of the read head, data are ready.
'DLE'
10
The host system queries the current status or a current event. This is
possible at any time.
'NAK'
15
Faulty or unrecognizable ASCII characters were received.
'STX'
02
Sent by the processor at the beginning of the data.
'ETX'
03
Sent at the end of the data.
BCC
The block check follows 'ETX' at the end of the data and represents the
EXOR operation on the serially transmitted binary data from the data carrier
and the error number, i.e., the data between 'STX' and 'ETX' (see example).
SYN
Software-Reset of the processor.
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14
Protocol Sequence
Controller mode
Example:
Output 40 bits of data carrier data to the host system
Data carrier data:
01hex 23hex 45hex 67hex 89hex
Sent characters:
'STX' 01234567890 'ETX' BCC
i.e., 12 characters are sent:
1. character
2. - 11. characters
12. character
13. character
14. character
Block check formation:
Data
BCC
14
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ASCII
Start of Text
02 (Hex)
Data carrier data (see above)
Error number
(see 12)
End of Text
03 (Hex)
Block Check Character (see below)
Hex
30
31
32
33
34
35
36
37
38
39
30
31
binary
0011 0000
0011 0001
0011 0010
0011 0011
0011 0100
0011 0101
0011 0110
0011 0111
0011 1000
0011 1001
0011 0000
0011 0001
EXOR
EXOR
EXOR
EXOR
EXOR
EXOR
EXOR
EXOR
EXOR
EXOR
EXOR
13
L-400_835996_0803_E.p65
15
Error Messages
Error numbers
Error No.
Hex ASCII
Error
description
Cause
30
'0'
no error
31
'1'
No data carrier
present
No data carrier in the active zone of the read/write head.
45
'E'
CRC error
The CRC on the data carrier does not agree with the
calculated CRC for the read data.
15
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16
Timing Diagrams
Reading the data
without Reset
When a data carrier enters the read zone of the processor, the latter sends the ASCII
character 'ENQ'. The data can only by requested by sending 'DLE'. The data can be
requested until the next data carrier enters the read zone of the processor.
Data carrier is in
read zone
Data carrier
No. n
Data are ready in
the processor during
Tag Present (checked
multiple times).
Data carrier
No. n+1
t2
t3
t1
Processor sends
'ENQ'. Controller
replies with 'DLE'.
Data are sent.
Tag
Present
Tag Present
ENQ
Data
DLE
TxD
ENQ
DLE
RxD
t4
t1 < 140 ms:
t2 :
t3 :
t4 < 1 ms:
Read head gets data from data carrier and sends them to the processor.
Duration is determined by the presence of the data carrier in the read zone.
Data ready time: During this time the data must be retrieved.
Response time between 'DLE' and data transferred.
If the 'SYN' character is sent while the data carrier is in the read zone, the data are read again and
output to the port. If there is no data carrier in the read zone, no data are output.
16
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L-400_835996_0803_E.p65
17
BIS L-400
Installation
Installation
BIS L-400
When installing two BIS L-400 on a metal base, there is normally no mutual interference. If
a metal frame is located in an unfavorable location, problems may result when reading out
the data carriers. In this case the read distance will be reduced to 80 % of the maximum
value.
Testing is recommended in critical applications!
Power
Power
TP
TP
Metal frame
Once a data carrier has been processed in front of a read head, the next data carrier must
wait 400 ms before being introduced into the active field. This can be implemented by
means of a stopper. If a stopper is not used, there is a rule of thumb which takes into
account the conveyor speed. Distance between the data carriers in m = (0.4 x conveyor
speed in m/s) + 0.25 m.
Example: Conveyor speed = 1 m/s
Distance = (0.4 x 1 m/s) + 0.25 m = 0.65 m
This is an approximation for the worst case.
When using small data carriers and/or small read heads, the distance is reduced considerably!
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18
BIS L-400
Installation
Installation
BIS L-400,
permissible
distances
Distance from data carrier to data carrier
BIS L-400
BIS L-200-03/L
BIS L-100-05/L
> 25 cm
BIS L-201-03/L
BIS L-101-05/L
> 30 cm
BIS L-202-03/L
BIS L-102-05/L
> 40 cm
Distance from read head to read head
The following distances must be maintained between the individual BIS L-400 systems:
Distance X Distance Y
18
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BIS L-405-...-001-...
1m
1m
BIS L-405-...-002-...
BIS L-405-...-003-...
0.5 m
0.5 m
0.3 m
0.3 m
BIS L-405-...-004-...
0.5 m
0.3 m
17
L-400_835996_0803_E.p65
19
BIS L-400-035-001-_ _-S115
Installation
Clear zone
30
ø100
Power
7.3
BIS L-200-03
TP
6.5
60
46
120
at v = 0 (static condition)
Characteristic data
by data carrier
Center axis offset at a
(installed in clear
Read
distance of: (mm)
zone)
distance (mm)
0-25 0-35 0-45 0-15
BIS L-200-03 /
L-100-05
Speed [m/s]
15
0.4
BIS L-201-03
20
0.45
BIS L-202-03
27.5
0.6
BIS L-203-03
10
0.28
Set screw
Active surface
Characteristic data
by data carrier
at read
distance
[mm]
40
7.3
ø5.3
Speeds (at standard setting data
comparison counter = 2):
5.3 (3x)
40
0 - 30
± 15
BIS L-201-03 /
L-101-05
0 - 40
± 20
BIS L-202-03 /
L-102-05
0 - 55
± 30
BIS L-203-03 /
L-103-05
0 - 20
± 10
Speeds (at "BIS L-10_-05" and "CRC
data check"):
BIS L-100-05
at read
distance
[mm]
Speed [m/s]
15
0.45
BIS L-101-05
20
BIS L-102-05
27.5
0.72
BIS L-103-05
10
0.36
0.5
Data carriers of type BIS L-10_-05 may only be used with the CRC_16 setting or with a serial
number duplicated by a BIS L-20_-03 data carrier.
19
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20
BIS L-400-035-002-_ _-S115
Installation
Set screw
Clear zone
Cable length max. 20 m
Cable length
50 cm
Active surface
Speeds (at standard setting data
comparison counter = 2):
Characteristic data
by data carrier
at v = 0 (static condition)
Characteristic data
by data carrier
Center axis offset at a
(installed in clear
Read
distance of: (mm)
zone)
distance (mm)
0-10 0-15 0-20 0-25
BIS L-200-03 /
L-100-05
0 - 23
± 12
± 12
±8
BIS L-201-03 /
L-101-05
BIS L-203-03 /
L-103-05
0 - 27
± 15
± 15
± 15
±6
0 -16
±8
±4
at read
distance
[mm]
Speed [m/s]
BIS L-200-03
11.5
BIS L-201-03
13.5
0.22
BIS L-203-03
0.15
0.18
Speeds (at "BIS L-10_-05" and "CRC
data check"):
at read
distance
[mm]
Speed [m/s]
BIS L-100-05
11.5
0.22
BIS L-101-05
13.5
0.3
BIS L-103-05
0.18
Data carriers of type BIS L-10_-05 may only be used with the CRC_16 setting or with a serial
number duplicated by a BIS L-20_-03 data carrier.
20
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L-400_835996_0803_E.p65
21
BIS L-400-035-003-_ _-S115
Installation
Set screw
Clear zone
Cable length max. 20 m
Cable length
50 cm
Active surface
Speeds (at standard setting data
comparison counter = 2):
Characteristic data
by data carrier
at v = 0 (static condition)
Characteristic data
Center axis offset
by data carrier
(installed in clear
at a distance of:
Read
(mm)
zone)
distance (mm)
0-5
0-8 0-11
BIS L-203-03 /
L-103-05
0 -11
±6
±4
±2
BIS L-203-03
at read
distance
[mm]
Speed [m/s]
5.5
0.11
Speeds (at "BIS L-10_-05" and "CRC
data check"):
BIS L-103-05
at read
distance
[mm]
Speed [m/s]
5.5
0.14
Data carriers of type BIS L-10_-05 may only be used with the CRC_16 setting or with a serial
number duplicated by a BIS L-20_-03 data carrier.
21
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22
BIS L-400-035-004-_ _-S115
Installation
Set screw
Cable length max. 20 m
Clear zone 50
Clear zone 50
Clear zone 50
Active surface
Cable length 50 cm
Speeds (at standard setting data
comparison counter = 2):
Characteristic data
by data carrier
at v = 0 (static condition)
Characteristic data
by data carrier
Center axis offset at a
(installed in clear
Read
distance of: (mm)
zone)
distance (mm)
0-10 0-15 0-20 0-25
BIS L-200-03 /
L-100-05
0 - 23
± 12
± 12
±8
BIS L-201-03 /
L-101-05
BIS L-203-03 /
L-103-05
0 - 27
± 15
± 15
± 15
±6
0 -16
±8
±4
at read
distance
[mm]
Speed [m/s]
BIS L-200-03
11.5
BIS L-201-03
13.5
0.22
BIS L-203-03
0.15
0.18
Speeds (at "BIS L-10_-05" and "CRC
data check"):
at read
distance
[mm]
Speed [m/s]
BIS L-100-05
11.5
BIS L-101-05
13.5
0.3
BIS L-103-05
0.18
0.22
Data carriers of type BIS L-10_-05 may only be used with the CRC_16 setting or with a serial
number duplicated by a BIS L-20_-03 data carrier.
22
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L-400_835996_0803_E.p65
23
BIS L-400-035-001-_ _-S115
Reorienting and Rotating the Read Head
Reorienting the read
head
- Remove the two screws on the read head base
- Turn the read head module 180°
- Tighten both screws
Rotating the read
head
- Unscrew the set screw
- Read head module can be rotated stepless (complete with read head base) to the
desired position (range: 270°)
- Tighten set screw
- Read head module is secured against over-rotation
☞
Read head modules are not interchangeable!
Active surface
positions
Active
surface
BIS L-400 module
Set screw
Read head
module
Read head
base
Screw
Mounting base
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24
BIS L-400-035-00_-_ _-S115
Installation
Pin assignments
BIS L-400-...
24
english
RS232 = 00
RS422 = 02
Color code using cables
BKS-S116-PU / -S115-PU
OUT TP
TxD
A (R+)
Y (T+)
yellow
gray
RxD
B (R-)
pink
NC
NC
red
RTS (TP)
Z (T-)
green
-VS
-VS
blue
+VS
+VS
brown
COM
COM
white
23
L-400_835996_0803_E.p65
25
BIS L-400-035-00_-00-S115
Interface Information
Interface
V.24 / RS232
9 pin connector
➀ RTS connection (TP) allows TP display in the BISCOMRW.EXE program.
➁ OUT TP switches to +24V when there is a data carrier in the capture zone.
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26
BIS L-400-035-00_-02-S115
Interface Information
Do not change position of JP
RS422
4-wire
point-to-point
Termination resistor
* Galvanic isolation is recommended for the supply voltage and RS422 interface!
Data line twisted pair.
26
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25
L-400_835996_0803_E.p65
27
BIS L-400-035-00_-00-S115
Connection Diagrams
Wiring the outputs
OUT TP (only for
RS232)
Supply voltage:
Output current:
Voltage drop at 50 mA:
DC 24 V +10% / –20% (incl. ripple)
max. 200 mA
< 1.5 V
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28
BIS L-400
Technical Data
General data
Housing
Plastic (PBT)
Temperature range
Ambient temperature
0 °C to +60 °C
Enclosure rating
Enclosure rating
IP 67 (only when assembled)
Supply voltage
Supply voltage
Current consumption
DC 24 V +10 % / –20 % (incl. ripple)
≤ 50 mA with no load
LED function
indicator
Power
Tag Present
Overflow
LED green
LED yellow
LED yellow flashing
(The "Tag Present" LED flashes rapidly if the data
from a data carrier were not completely read and a
new data carrier has arrived in the active zone.)
The CE Marking verifies that our products conform to the requirements of the
EU Directive
2004/108/EC (EMC Directive)
and the EMC Law. In our EMC Laboratory, which is accredited by the DATech for Testing
Electromagnetic Compatibility, we have verified that Balluff products meet the EMC requirements of the following Generic Standards:
EN 61000-6-4 (Emission), EN 61000-6-2 (Noise Immunity).
28
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27
L-400_835996_0803_E.p65
29
BIS L-400
Ordering Information
Part Numbers
BIS L-400-035-00_-0_-S115
Balluff Identification System
Series L
Hardware type
400 = Plastic housing
Software type
035 = Serial
Hardware type
001 = Coil Ø 34 mm
002 = discharged read head module M18 (0.5 m cable)
003 = discharged read head module M12 (0.5 m cable)
004 = discharged read head module C-305 housing (0.5 m cable)
Interface
00 = RS232
02 = RS422/RS485 (4-wire, Point-to-Point)
Module
S115 = M12 8-pole female
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30
BIS L-400
Ordering Information
Accessories
(optional, not
included in scope of
delivery)
Type
Part No.
Mating connector without cable
BKS-S115-00
Cable
Cable
(Pin assignments see
(Pin assignments see
24)
24)
BKS-S116-PU-..
BKS-S115-PU-..
Cable is available in various standard lengths:
2 m, 5 m, 10 m, 15 m, 20 m, 25 m
Example:
☞
30
english
BKS-S115-PU-02 Part number for 2 m cable
BKS-S116-PU-15 Part number for 15 m cable
For BIS L-400-035-00_-00-S115 and a baud rate of 19.200 cable length max. 15 m
9.600 cable length max. 20 m.
29
L-400_835996_0803_E.p65
31
Appendix, ASCII Table
DeciControl
Hex
ASCII
mal
Code
00 Ctrl @ NUL
DeciControl
Hex
ASCII
mal
Code
22 16 Ctrl V SYN
DeciHex ASCII
mal
44 2C
DeciHex ASCII
mal
65 41
DeciHex ASCII
mal
86 56
DeciHex ASCII
mal
107 6B
01
Ctrl A
SOH
23
17
Ctrl W
ETB
45
2D
66
42
87
57
108
02
Ctrl B
STX
24
18
Ctrl X
CAN
46
2E
67
43
88
58
109 6D
6C
03
Ctrl C
ETX
25
19
Ctrl Y
EM
47
2F
68
44
89
59
110
6E
04
Ctrl D
EOT
26
1A
Ctrl Z
SUB
48
30
69
45
90
5A
111 6F
05
Ctrl E
ENQ
27
1B
Ctrl [
ESC
49
31
70
46
91
5B
112
70
06
Ctrl F
ACK
28
1C
Ctrl \
FS
50
32
71
47
92
5C
113
71
07
Ctrl G
BEL
29
1D
Ctrl ]
GS
51
33
72
48
93
5D
114
72
08
Ctrl H
BS
30
1E
Ctrl ^
RS
52
34
73
49
94
5E
115
73
Ctrl _
US
53
35
74
4A
95
5F
116
74
SP
54
36
75
4B
96
60
117
75
09
Ctrl I
HT
31
1F
10
0A
Ctrl J
LF
32
20
11
0B
Ctrl K
VT
33
21
55
37
76
4C
97
61
118
76
12
0C
Ctrl L
FF
34
22
56
38
77
4D
98
62
119
77
13
0D
Ctrl M
CR
35
23
57
39
78
4E
99
63
120
78
14
0E
Ctrl N
SO
36
24
58
3A
79
4F
100
64
121
79
15
0F
Ctrl O
SI
37
25
59
3B
80
50
101 65
122 7A
16
10
Ctrl P
DLE
38
26
60
3C
81
51
102
66
123
7B
17
11
Ctrl Q
DC1
39
27
61
3D
82
52
103
67
124
7C
18
12
Ctrl R
DC2
40
28
62
3E
83
53
104
68
125 7D
19
13
Ctrl S
DC3
41
29
63
3F
84
54
105
69
126
7E
20
14
Ctrl T
DC4
42
2A
64
40
85
55
106
6A
127
7F
DEL
21
15
Ctrl U
NAK
43
2B
english
31

---

Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : Yes
Page Count                      : 16
XMP Toolkit                     : XMP toolkit 2.9.1-13, framework 1.6
About                           : uuid:de9fca5d-db57-458b-b5f4-6fd94695128f
Producer                        : Acrobat Distiller 6.0.1 (Windows)
Creator Tool                    : PageMaker 6.5
Modify Date                     : 2008:03:20 16:40:32+01:00
Create Date                     : 2008:03:20 16:40:32+01:00
Document ID                     : uuid:0723408b-0c8a-48b3-b206-62bc06d8a70b
Format                          : application/pdf
Title                           : L-400_835996_0803_E.p65
Creator                         : heinz
Author                          : heinz

EXIF Metadata provided by EXIF.tools