RP GROUP SubDistributionBox TSC-UV V2 User manual

Instructions for use
SubDistributionBox TSC-UV V2
Revision 3.0, Status 2022_08_09_HMU We reserve the right to make technical and editroial changes.

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
2
Revision Author
Type of changes
Time stamp
3.0 HMu 1, 3 2022-08-13, 12:35
© Modifications to this document are prohibited. The manufacturer accepts no liability for any physical injury or damage to
property that may result.
Type of change
1
New features
2
Bug fixes
3
Other

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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1. Table of content
1. Table of content ......................................................................................................................3
2. Introduction.............................................................................................................................4
3. General Information ...............................................................................................................4
3.1 Intend use................................................................................................................................4
3.2 Liability and warrannty...........................................................................................................4
3.3 Entsorgung ..............................................................................................................................5
4. Symbols used in this manual.................................................................................................5
5. Safety .......................................................................................................................................5
5.1 Content of the assembly and instruction for use ................................................................5
5.2 Modifications and alterations to the TSC-UV V2 ..................................................................6
5.3 Responsibility oft he operator ...............................................................................................6
5.4 Requirements fort he personnel ...........................................................................................6
6. Conformity to standards ........................................................................................................6
7. Installation...............................................................................................................................6
8. Assembly..................................................................................................................................6
9. Delivery options and scope of delivery.................................................................................6
10. Functional description............................................................................................................7
11. Overview of the available LEDs..............................................................................................8
12. Structure and function ...........................................................................................................9
12.1 EMERGENCY STOP Button......................................................................................................9
12.2 Addressing...............................................................................................................................9
12.3 Terminating resistor ...............................................................................................................9
13. Technical data .......................................................................................................................10

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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2. Introduction
Thank you very much for purchasing the Carrier rail controller for
SubDisributionBox TSC-UV V2 (hereinafter reffered to as TSC-UV V2).
This Assembly and Instruction for use documents the assembly and operation of the
TSC-UV V2 and helps you to connect the controller quickly.
The Technical Date of TSC UV V2 can be found in chapter 13.
3. General Information
These assembly and operating instructions are intended to the following
target group: Qualified electrican according to DIN VDE 0105 and autorised
Specialists. It explains the safe and professional handling of the TSC-UV V2.
The general safety regulations and local accident prevention instruction
applicable to the area of use as well as instructions and safety information
must be observed.
These assembly and operating instruction must be read before starting any
work with the TSC-UV V2. TSC-UV V2.
3.1 Intend use
The TSC-UV V2 is a control and switching module for sub-distribution boards of multiControl
plus safety lighting systems.
WARING!
Risk of injury from dangerous electrical voltage.
Death or serious injury from electric shock possible.
Modul may only be carried out in a voltage-free when state!
3.2 Liability and warrannty
These instructions for use have been compiled with due regard to the regulations in force.
Furthermore, all laws, standards and guidelines of the respective country in which the
controller operated must be observed. The manufacturer assumes no warranty or liability for
damage or consequential damage caused by:
•use not in accordance with the intended use.
•unauthorised or improper modification of the connections, settings or programming
of the TSC-UV V2.
•non-compliance with regulations and codes of practice for safe operation.
•use of spare parts other than original

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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3.3 Disposal
Notice
Environmental pollution from electronic components.
Electronic components must be disposed of in accordance with the laws
applicable in the respective country.
Packaging materials are to be reused or recycled.
4. Symbols used in this manual
general information
read assembly and instruction for use
warning of environmental damage
5. Safety
The TSC-UV V2 has been built in accordance with the applicable, recognised rules of
technology and is considered to operate safe.
If the TSC-UV V2 is used improperly or not as intended by personnel who have not been
properly trained, dangers that may arise. The following should ne observed:
•safety messages in the assembly and instructions for use.
•fixed working and safety instructions of the operator.
Faults that affect the function or safety of the TSC-UV V2 must be reported immediately to the
responsible department and removed.
The TSC-UV V2 must be checked according to the instructions given in chapter 7 (Installation)
before it is put into operation for the first time.
5.1 Content of the assembly and instruction for use
Every person who works with the controller must have read and understood the
assembly and instruction for use before starting work.
This also applies if the person has already worked with such controller or similar
controllers or has been trained by the manufacturer.

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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5.2 Modifications and alterations to the TSC-UV V2
It is forbidden to make changes or extensions that have not been approved by the
manufacturer. Modifications or repairs that are not described in the assembly and operating
instructions are reserved exclusively for trained specialist and service personnel!
5.3 Responsibility oft he operator
At all times the assembly and instrucions for use must be freely accessible to all persons
working on or with the TSC-UV V2. The TSC-UV V2 shall only be operated in a technically
perfect and operationally safe condition,
5.4 Requirements fort he personnel
Work with the TSC-UV V2 is reserved exclusively for trained electricians or authorised
specialists who must have received instruction on any hazards that may occur.
Skilled personnel are who can assess the work assigned to them and recognise hazards. It
must be ensure that tasks and activities have been defined and understood.
6. Conformity to standards
TSC-UV V2 complies with the national and international standards EN50171, EN50172 and
ÖVE/ÖSTANDARD E8001 standard.
7. Installation
The safety regulations applicable to the installation and operation of electrical equipment, the
generally recognised rules of technology and the rules of good engineering practice must be
observed!
8. Assembly
The installation location must comply with the relevant installation standards (e.g. sub-
distribution boards). Attention must be paid to impermissible temperatures during operation.
9. Delivery options and scope of delivery
included in the scope of delivery are:
Figure 1: TSC-UV V2

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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10.Functional description
The TSC-UV V2 contains 4 separate network guard loops (CCIF), which are designated KK1,
KK2, KK3 and KK4. non maintainet standby (MB) is triggered when the line of the network
guard loop is interrupted or clumped. The operating status is visualised by the corresponding
LED "KK-ok" as follows:
•LED „KK-ok“ lights up
permanently network guard loop closed
•LED „KK-ok“ flashes
network guard loop triggered
(interruption or fault)
The following must be observed during installation:
•A 10 kΩ terminating resistor must be set.
•The maximum length of the network guard loop must not exceed 500 m.
Voltage drop must be observed.
•cable type J -Y(ST)Y 2x2x0,8mm²
•internal evaluation of the resistance value lies between 5-15kΩ
In the TSC-UV V2, a separate rental power feed (AC local) with integrated network guard is
provided. Here, an additional AC feed can be provided by a local general lighting distributor
and tenant-related electricity billing can be realised.
Only in the event of emergency operation of the main system (non maintenet standby)
by triggering the mains guard loop, battery or test operation or failure of the local general
lighting distributor is switched over to the single-discharger feed of the main plant.
Switching is done by a contactor switch integrated in the MCUV-E.
The network guard function is visualised via the LED "Mains / mains local ok" as follows:
•LED „network / mains
lokal ok“ lights up
Local network ok, power is taken from the local general
lighting distributor
•LED „network / mains
lokal ok“ of
Local mains outside the limit values, power is taken
from the main system
A potential-free relay contact S / S' (NO) is integrated in the TSC-UV V2 for evaluation of the
emergency operation (modified standby by triggering the mains monitor loop (battery or test
operation).
A separate operating mode selector switch (BAS) is provided as a push-button on the TSC-UV
V2 to simplify installation and maintenance work. The BAS can switch off and on the
TSC-UV V2 associated circuits of the DIN rail circuit module (TSM) in continuous light, modified
standby and battery operation off and on.

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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The TSC-UV V2 is connected to the main system via the RS485 BUS. In the event of faults in the
communication, all circuits in this sub-distribution are switched to modified standby. Because
there is no communication for switching off the circuits, this can be realised via the
"EMERGENCY OFF/BAS" button as follows:
•Circuits Off
(charging mode)
Press and hold "EMERGENCY STOP/BAS" for 3 seconds
until the "TSC-UV" LED flashes quickly – Release
the button.
•Circuits On
(Ready for use)
„Press and hold "EMERGENCY STOP/BAS" for 3 seconds
until the "TSC-UV" LED flashes quickly →Release
the button.
After the changeover, the operating mode can be recognised by the "TSC-UV" LED.
•Internal BAS on standby Lights up permanently (factory setting)
•Internal BAS on charging
mode
•Flashes (0.1 s on; 1 s off)
The function is used for load-free backup of the TSM. Even if the circuits are
switched off, a function or capacity test, including a preheating time, is possible at
any time. The final circuits are only voltage-free when the output fuses are
removed from the carrier rail circuit module TSM! Each restart of the system or
switching the power supply to the sub-distribution off and on resets the charging
operation and switches the circuits back on. After completion of the work, the
correct operating mode must be restored.
The replacement of a TSC-UV V2 with a TSC-UV HW 1 is prohibited.
11.Overview of the available LEDs
KK-ok (KK1, KK2, KK3, KK4)
glow permanently
network guard loop closed
flashes
Network guard loop triggered (Interruption/fault)
TSC-UV ok & TSC-UV failure
glow permanently
dauerhaft
internal operating mode selector switch (BAS) set to ready for
operation
flashes (0,1s an/1s
aus)
internal operating mode selector switch (BAS) on charging mode
flashes (1/s)
Because there is no communication to main system.
Netz/mains lokal ok
glow permanently
mains o.k.
does not glow
mains failed

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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12.Structure and function
12.1 EMERGENCY STOP Button
With the EMERGENCY STOP/BAS push-button, circuits assigned to the TSC-UV V2 can be
switched off and on during the operating modes continuous light, modified standby and
battery operation.
12.2 Addressing
An address is assigned to the TSC-UV V2 via the rotary coding switch. A maximum of 12
modules are possible. Double address assignment is not permitted.
12.3 Terminating resistor
The terminating resistor must be activated on the last module of the series connection
(setting-ON)
Figure 2: TSC-UV V2
1
LED-Netz/mains lokal o.k.
2
output in sub distribution box for current circuit modules TSM32
3
entrance from main facility
4
satatus LED
5
4xCCIF
6
monitoring AC local
7
power supply main facility

Carrier rail controller for SubDistributionBox TSC-UV V2
Assembly and Instructions for use
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13.Technical data
Housing
Dimensions (H x B x T)
86x105x60 mm [3,38x4,13x2,36 Inch]
Installation
for vertical DIN rail mounting
Protection class
IP20
Climatic conditions
Surrounding temperature
0-35 °C [32-95 F]
Installation
Für vertikale Hutschienenmontage
Protection class
IP20
Eletrical Parameters
ratet voltage
230V +/-10%
Monitored voltage range
AC (power control function)
195V – 253V AC
Devise fuse
F2A (THT)
rated frequency
50/60Hz
power loss
Terminal block
0,5 – 2,5mm² starr
RS485 BUS
input- / output voltage
18V
polarity
pre-assembled, plug is reverse polarity protected