SSS Siedle TR 602 Series User guide

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Planning and
system manual for
access control
Issue 2021

2
Contents
1 Planning help 4
2 Configuration examples 10
3 Function overview 24
4 Safety remarks 29
5 Establishing access control
with Vario bus 30
Installation notes 30
Power supply 31
Range 32
6 System components 35
Input/read units 35
RFID card/ RFID tag
(electronic key) 36
6.1 System components
EC602-… 38
Controller and expansion 38
Power supply 39
Programming – EC602-… 40
Space requirement in
the distributor 41
7 Installation 42
General information 42
Basic circuit diagram,
stand-alone operation
with ELM600/611-… and
DSC602-… 43
Basic circuit diagram,
stand-alone operation with
FPM600-… and DSC602-… 44
7.1 Installation EC602-… 45
Basic circuit diagram EC602-… 45
Basic circuit diagram
EC602-… + ECE602-…
(Maximum configuration) 47
2Door stations 49
4Door stations 50
Access Professional –
1Door station 51
Access Professional –
2Door stations 53
In-Home bus –
1Door station (tamper-proof) 55
In-Home bus – 3Door stations
(not tamper-proof) 57
In-Home bus – 3Door stations
(tamper-proof) 59
In-Home bus – 3Door stations
(with motorised lock) 60
In-Home bus – 1Door station
(tamper-proof), Call via COM 61
Basic circuit diagram SC600-…
– 4 Door stations 63
Access Professional –
1Door station 65
8 Programming 67
8.1 General 67
8.2 Stand alone operation 67
8.3 Operation with entrance
controller EC602-… 68
Switching and control functions 70
Input block 71
Internal key button 72
Gateways/ Cascade control
for 2 door releases 74
Feedback input on
COM611-… 75
8.4 Operation with Secure
Controller SC600-… 76
9 Glossary 77
10 Symbols used and
their meaning 79
11 After-sales service 80

3
Remarks
This document serves as a guide for
the planning and technical imple-
mentation of a Siedle access control
system.
It is designed to provide an overview
of the key points that need to be
observed.
This document supplements and
is supplemented by the system
manuals for the following Siedle
door communication systems:
Siedle In-Home bus, Siedle Access
Professional and Siedle 1+n tech-
nology. The latest version can be
found in the Downloads section at
www.siedle.com
Qualied contacts are on hand to
offer a fast, professional service.
By telephone, or if required we will
be pleased to visit you on site.
(For detailed information,
see page80)
We accept no liability for mod-
ications, mistakes or printing
errors.
Modications / additions, mistakes
or printing errors do not form
grounds for any claim to compensa-
tion for damages.

4
1 Planning help
Access control requirements vary
depending on the type and function
of the building.
This planning help is designed to
help you quickly identify the right
system for you.
Please note that the planning help
only provides a recommendation.
4. Which conguration
(expansion stage + input/read unit)
makes sense for me?
1. What are my access control
requirements?
2. Which expansion stage
is right for me?
3. Which input/read unit(s)
do I want to use?
Find the right access control in
just four steps:

5
1. What are my requirements?
Number of users? £1–9
£10–99
£100–499
£ >500
Number of doors to be con-
trolled?
£1
£2–8
£ >8
Stand-alone or networked
operation?
(see description below)
£Stand alone operation
£Networked operation
Stand alone operation
During stand-alone operation, each
input/read device is operated alone.
Characteristics:
• The switching contact for opening
the door is located directly in the
input/read unit. A pilfer safeguard is
recommended.
• Users must be separately taught-in
at each input/read unit.
• User actions cannot be logged.
Networked operation
During networked operation, the
input/read devices of the different
access points are linked to one
another via a central device (con-
troller).
Characteristics:
• The switching contact for opening
the door is located in the controller.
• Users can be created and main-
tained centrally; depending on the
version, this can be carried out with
ease via a web interface.
• Depending on the version, user
actions can be logged.
• Control of several input/read units
via one controller, a combination of
different input/read units possible.
• Depending on the version, time
proles can be created.

6
1 Planning help
2. Which expansion stage is right for me? (pre-selection)
Number of users
1–9 10–99 100–499 > 500
Number of doors to be controlled
1A/ B A/ B C D
2–8 A/ B B C D
> 8 DDDD
The selection of the expansion stage
is a pre-selection. After selecting the
input/read unit(s) that you want to
use, you can use this preselection
to help determine the system that
makes the most sense for your appli-
cation. See page8.

7
COM 611-02
In the case of the code lock module,
the door release is triggered by
entering a key code.
Factors and advantages:
• Depending on the expansion
stage, up to 99 or up to 500,000
key codes can be congured
• Easy, convenient handling
• No need for keys
• Well suited for the private use
• Well suited to access control for
server rooms, etc.
Drawbacks:
• Key code can be read by third par-
ties when being entered
FPM 600-0
The ngerprint module is based on
biometrics: The user‘s ngerprint is
read and this opens the door.
Factors and advantages:
• Up to 100user ngerprints can
be read in
• Easy, convenient handling
• No need for keys
• Unique factor which can only be
copied with great effort
• Well suited for the private use
• Well suited to access control for
rooms with restricted access, etc.
Drawbacks:
• Not suitable for small children
(ngerprint not yet fully developed)
• Injured ngers may not be rec-
ognised
ELM 600-0
The electronic key reading module
is the read unit for access control
via RFID card or RFID tag (electronic
key).
Factors and advantages:
• Depending on the expansion
stage, up to 9/899/500,000cards or
electronic keys can be read in
• Easy, convenient handling
• If lost, the cards or electronic
keys can be deleted. The door‘s
locking cylinder does not need to be
replaced.
• Well suited to access control for
ofces, etc.
Drawbacks:
• If lost, third parties can gain
access to the building, etc. using the
card/electronic key. (However, the
SC600-… Secure Controller enables
a combination of card/key and PIN
code to prevent this.)
• Card/electronic key must be carried
3. Which input/read unit(s) do I want to use?
The following input/read units are
currently available for selection:

8
1 Planning help
4. Which conguration (expansion stage + input/read unit) makes sense for me?
(recommendation)
* PIN code (COM) not possible in
stand-alone operation.
**A maximum of 100user nger-
prints can be read in on the FPM.
For a larger number of users,
another input/read unit should be
selected for access control.
Upgrade stage
A B C D
Operating mode Stand alone operation
Operation with
entrance controller
EC602-…
Operation with Secure
Controller SC600-…
Networking several
Secure Controller
SC600-…
Predominating
building type
Detached home,
individual rooms
(e.g. server room),
storey doors, e.g. in
apartment buildings
Detached home/
apartment building Commercial building Industrial building
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PIN code
No * Yes Yes Yes
Fingerprint
Yes No No No
RFID card/
RFID tag
(electronic key)
Yes Yes Yes Yes
System
example(s)
• Detached home
with FPM see
page10
• Access to indi-
vidual ofces with
ELM see page16
• Detached home
with COM see
page12
• Apartment building
with COM see
page14
• Industrial building
with ELM see
page18
• Industrial building
with ELM see
page20
• Industrial buildings
at several locations,
with ELM see
page22

9
Upgrade stage A
= Stand alone operation
Characteristics:
• 1access point is controlled.
• With FPM611-… up to 100users
• With ELMup to 9users
• The master is needed to create
new users.
• It is not possible to delete indi-
vidual users.
Upgrade stage B
= Operation with entrance controller
EC602-…
Characteristics:
• Up to 8access points can be
controlled with the fully extended
system
• With COMup to 99users
• With FPM611-… up to 100users
• With ELM up to 899users
(without FPM up to 999users; can
be set via PC software)
• Different input/read units can be
combined (at the same door or at
different doors)
• New users can be created manu-
ally via EC or via PC software.
• Individual users can be deleted.
Upgrade stage C
= Operation with Secure Controller
SC600-…
Characteristics:
• Up to 4access points can be
controlled with the fully extended
system
• Up to 500.000 users.
• Different input/read units can be
combined (at the same door or at
different doors)
• New users can be created via
administration interface.
• Individual users can be deleted.
• User actions are logged.
• Different time proles can be
congured.
Upgrade stage D
= Networking several Secure
Controller SC600-…
Characteristics:
• Number of access points can
be scaled via the networked door
controller
• Over 500.000 users (depending on
the capacity of the network).
• New users can be created via
administration interface.
• Individual users can be deleted.
• User actions are logged.
• Different time proles can be
congured.

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2 Conguration examples
Detached house with ngerprint module (FPM)
Remarks
• To prevent burglaries, we rec-
ommend the use of a motorised
lock according to current guidance
(resistance class RC2) instead of a
door release.
A potential-free contact is available
for controlling a customer-provided
motorised lock.
• If a standard door release is to be
used, use a 12VAC door release
with an impedance of min. 20Ohm
(e.g. TÖ615-…).
• Fingerprint modules work on the
basis of biometrics and recognise
individual ngerprints. This nger-
print pattern does not fully develop
until around six years of age.
Therefore ngerprint recognition is
not suitable for small children.
Starting situation
• Detached family home,
Family with 1child (3users)
• 1Access
• Keyless access required (no RFID
card/RFID tag)
Recommended access control
• Stand alone operation
• Input unit FPM
• When using an FPM600-…, we
recommend reading in two user
ngerprints per user. Should, for
example, one nger be injured, the
user can still trigger the door release
with the other nger.
You can nd further information
about the individual products in
the detailed function overview. See
page .

11
2 3 1
1
ZDS601-…
DSC602-…
TR 602-…
FPM 600-…
Recommendation –
Pilfer safeguard
In stand-alone operation, the
switching contact for opening the
door is located in the device.
If the read unit is in an unpro-
tected outdoor area or a publicly
accessible area, we recom-
mend using a pilfer safeguard
(DSC602-…+ZDS601-…) to pro-
tect against unauthorised intrusion.
Components required
1x Fingerprint module FPM600-…
1x Transformer TR602-…
1x Motorised lock or Door release 12VAC, with at least 20Ohm
(e.g. TÖ615-…)
Additional pilfer safeguard components
1x Anti-pilfer controller DSC602-…
1x Anti-pilfer accessory ZDS601-…
Example in the congurator
Direct link
Conguration number: K19131526
Wiring diagram
see page44
1max. 100
Stand
alone

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2 Conguration examples
Detached house with code lock module (COM)
Starting situation
• Detached family home,
Family with 2children
• 2access points: 1front door,
1access point to garage/cellar/etc.
• Keyless access required (no RFID
card/RFID tag)
Recommended access control
• Vario bus operation with EC
• Input unit COM
Remarks
• To prevent burglaries, we rec-
ommend the use of a motorised
lock according to current guidance
(resistance class RC2) instead of a
door release.
A potential-free contact is available
for controlling a customer-provided
motorised lock.
• If a standard door release is to be
used, use a 12VAC door release
with an impedance of min. 20Ohm
(e.g. TÖ615-…).
• Depending on the usage fre-
quency, frequently used numbers
may stand out visually against less
frequently used numbers. Therefore,
we recommend assigning each user
their own code and changing the
codes at regular intervals.
You can nd further information
about the individual products in
the detailed function overview. See
page24.

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Example in the congurator
Direct link
Conguration number: K19131531
Terminal plans
See page onwards49
Further input/read units possible
on the same door
The EC602-… entrance controller
allows several input/read units to be
combined on one door station (e.g.
COM).
If more than 2door stations are
to be managed (up to 8), the
ECE602-… entrance controller
extension is also required.
Components required
2x Code lock module COM611-…
1x Entrance controller EC602-…
1x Transformer TR603-…
1x Transformer TR602-…
2x Motorised lock or Door release 12VAC, with at least 20Ohm
(e.g. TÖ615-…)
Note
When using motorised locks an
ECE602-… entrance controller
extension is needed as of the 2nd
door.
2max. 99
EC
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COM 611-…
COM 611-…
TR 602-…
EC 602-…
TR 603-…
Convenience option:
Programming using
PRS602-… and
PRI 602-… USB

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2 Conguration examples
Apartment block with code lock module (COM)
Starting situation
• Multiple family home, 3tenants
(e.g. multi-generation house)
• Residents of all ages, if required
more than 9residents
• 4Access points: 1front door,
3storey doors
• Keyless access desired/identica-
tion via key code
• Networked operation of input/read
units: All residents need to be able
to open the front door using a code
Recommended access control
• Vario bus operation with EC
• Input unit COM
You can nd further information
about the individual products in
the detailed function overview. See
page24.
Remarks
• To prevent burglaries, we rec-
ommend the use of a motorised
lock according to current guidance
(resistance class RC2) instead of a
door release.
A potential-free contact is available
for controlling a customer-provided
motorised lock.
• If a standard door release is to be
used, use a 12VAC door release
with an impedance of min. 20Ohm
(e.g. TÖ615-…).

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Example in the congurator
Direktlink
Conguration number: K20140303
Terminal plans
See page onwards51
Components required
4x Code lock module COM611-…
1x Entrance controller EC602-…
1x Eingangs-Controller-Erweiterung ECE602-…
1x Transformer TR602-…
2x Transformer TR603-…
4x Motorised lock or Door release 12VAC, with at least 20Ohm
(e.g. TÖ615-…)
4max. 99
EC + ECE
Further input/read units possible
on the same door
The EC602-… entrance controller
allows several input/read units to be
combined on one door station (e.g.
COM).
The EC602-… can (with the
ECE602-…) manage up to 8doors,
i.e. a total of up to 8COM611-…,
8ELM…, 8FPM600-… and
8DRM611-…, at the same time.
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2
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COM…
COM 611-…
COM 611-…
TR 602-…
EC 602-...
EC 602-...
TR 603-…
COM 611-…
Convenience option:
Programming using
PRS602-… and
PRI 602-… USB

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2 Conguration examples
Commercial building/access to individual ofces with electronic key reading module (ELM)
Remarks
• To prevent burglaries, we rec-
ommend the use of a motorised
lock according to current guidance
(resistance class RC2) instead of a
door release.
A potential-free contact is available
for controlling a customer-provided
motorised lock.
• If a standard door release is to be
used, use a 12VAC door release
with an impedance of min. 20Ohm
(e.g. TÖ615-…).
Starting situation
• Small company with up to
9employees
• 1Access: Storey door in a com-
mercial building
• Identication via RFID card/RFID
tag desired
Recommended access control
• Stand alone operation
• Input unit ELM
You can nd further information
about the individual products in
the detailed function overview. See
page24.

17
1
312
ELM 600-…
ZDS601-…
DSC602-…
TR 602-…
Recommendation –
Pilfer safeguard
In stand-alone operation, the
switching contact for opening the
door is located in the device.
If the read unit is in an unpro-
tected outdoor area or a publicly
accessible area, we recom-
mend using a pilfer safeguard
(DSC602-…+ZDS601-…) to pro-
tect against unauthorised intrusion.
Example in the congurator
Direct link
Conguration number: K19131527
Please note that the congured
example does not include any RFID
cards/RFID tags.
Wiring diagram
See page onwards43
Components required
1x Electronic-key reading module ELM…
1x Transformer TR602-…
1x Motorised lock or Door release 12VAC, with at least 20Ohm
(e.g. TÖ615-…)
Required number of EKC600-… electronic key cards and/or
EK600-… electronic keys (number of users + 1master card)
Additional pilfer safeguard components
1x Anti-pilfer controller DSC602-…
1x Anti-pilfer accessory ZDS601-…
1max. 9
Stand
alone

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2 Conguration examples
Industrial buildings with electronic key reading module (ELM)
Starting situation
• Industrial building with up to
500employees
• 2Access points
• Identication via RFID cards/RFID
tags or PIN code
• Any employee can access the
building at any time/time proles are
not required for individual users
• No user management needed
Recommended access control
• Vario bus operation with EC
• Input unit ELM
Remarks
• To prevent burglaries, we rec-
ommend the use of a motorised
lock according to current guidance
(resistance class RC2) instead of a
door release.
A potential-free contact is available
for controlling a customer-provided
motorised lock.
• If a standard door release is to be
used, use a 12VAC door release
with an impedance of min. 20Ohm
(e.g. TÖ615-…).
• Cards or codes can be managed
via the entrance controller (manually
or via PC).
The conguration is normally carried
out by an electrician.
You can nd further information
about the individual products in
the detailed function overview. See
page24.

19
2max. 899
Example in the congurator
Direct link
Conguration number: K19131846
Please note that the congured
example does not include any RFID
cards/RFID tags.
Wiring diagram
See page onwards49
Components required
2x Electronic-key reading module ELM600-…
1x Transformer TR602-…
1x Transformer TR603-…
2x Motorised lock or Door release 12VAC, with at least 20Ohm
(e.g. TÖ615-…)
1x Entrance controller EC602-…
Required number of EKC600-… electronic key cards and/or
EK600-… electronic keys (number of users)
Note
When using motorised locks an
ECE602-… entrance controller
extension is needed as of the 2nd
door.
EC
Further input/read units possible
on the same door
The EC602 allows several input/read
units to be combined on one door
station (e.g. COM).
If more than 2door stations are
to be managed (up to 8), the
ECE602-… entrance controller
extension is also required.
2
2
ELM 600-…
ELM 600-…
4
4
TR 602-…
EC 602-…
TR 603-…
Convenience option:
Programming using
PRS602-… and
PRI 602-… USB

20
2 Conguration examples
Industrial buildings with electronic key reading module (ELM)
Starting situation
• Industrial building with up to
500employees
• 2Access points
• Identication via RFID cards/RFID
tags or PIN code
• Access only possible at specic
times/time proles required for the
users
• User management via web inter-
face
Recommended access control
• Vario bus operation with
SC600-…
• Input unit ELM
Remarks
• To prevent burglaries, we rec-
ommend the use of a motorised
lock according to current guidance
(resistance class RC2) instead of a
door release.
A potential-free contact is available
for controlling a customer-provided
motorised lock.
• If a standard door release is to be
used, use a 12VAC door release
with an impedance of min. 20Ohm
(e.g. TÖ615-…).
• Access and time proles for the
users can be dened at any time via
the administration interface.
You can nd further information
about the individual products in
the detailed function overview. See
page24.