TROXNETCOM AS-i – Controllers and repeaters

TROXNETCOM AS-i – Controllers and repeaters
Controllers and repeaters
X X Controllers
6.2 –
and repeaterstestregistrierung
TROXNETCOM AS-i
Controllers and repeaters
Controllers for the data acquisition
and control of the field modules,
repeaters for a maximum expansion of the network
Controller for controlling actuators and for monitoring the damper blade position
and duct smoke detectors
■ Controller with TROXNETCOM Basic User Software
■ Easy and safe commissioning without programming
■ Controller with master function for stand-alone operation
6
■ System monitoring
■ Automatic recognition of components and their status
■ Menu-driven user interface (controller display) for system configuration
■ Peripheral equipment can be tested without additional auxiliary equipment
06/2015 – DE/en
K4 – 6.2 – 1
TROXNETCOM AS-i
General information
Controllers and repeaters
Type
Page
Controllers and repeaters
Description
TROXNETCOM AS-i
Controllers and repeaters
6
General information
Special information – TNC-A1305
Special information – TNC-A1306
Special information – TNC-A1353
Special information – TNC-A1354
Special information – TNC-A1375
Special information – TNC-A2225
Special information – TNC-A003S
Special information – TNC-ZB0252
Special information – TNC-Z0119
6.2 – 2
6.2 – 3
6.2 – 5
6.2 – 7
6.2 – 9
6.2 – 11
6.2 – 13
6.2 – 15
6.2 – 17
6.2 – 19
Basic information and nomenclature
6.4 – 1
Application
Controller
– Controllers (AS-i masters)
are basically used for management functions.
– They initialise the AS-Interface network,
recognise all slaves on a bus,
perform error diagnosis, and send signals.
– They also control the data transfer on the bus
and request status information from all slaves
in regular intervals.
– The data for all slaves is stored in the controller
– A single controller can manage 31 slaves,
a dual controller can manage 62 slaves
– Controllers provide interfaces
(gateway functions) to higher-level central units
or controls, e.g. PROFIBUS DP and Ethernet
– Controllers can be linked through these
interfaces and hence allow for building
independent systems without a central unit
– The programming effort for the central unit
is fairly low since the data in the controller
have already been pre-processed
– The AS-Interface controller is treated
as a slave of the higher-level system
– AS-Interface does not incur the cost
for programming the gateway function,
which is usually required
for other systemserface
– This is handled by the dedicated
TNC Basic User Software
– Each controller with master function
is equipped with this software
Repeater
– AS-i repeaters are used to extend the usual
length of AS-i networks by another 100 m
– An existing 100 m segment can be extended
by another 100 m
– Two repeaters can be used on one
AS-i segment, i.e. one segment can be up
to 300 m long
– The total number of 31 slaves
per controller cannot be exceeded
– A repeater acts also as galvanic isolation
of the two AS-i segments, hence providing
safety against short circuits
– Active slaves can be positioned before
and after the repeater
– Each repeater requires
an AS-i power supply unit
Order code
TNC – A1305
݇
 Type
TNC-A1305
TNC-A1306
TNC-A1353
TNC-A1354
TNC-A1375
TNC-A2225
TNC-ZB0252
TNC-Z0119
TNC-A1146
K4 – 6.2 – 2
Controller with PROFIBUS DP interface; 1 master
Controller with PROFIBUS DP interface; 2 masters
Controller with Modbus/TCP interface; 1 master
Controller with Modbus/TCP interface; 2 masters
Gateway with PROFIBUS DP interface; 1 master
Repeater
AS-i safety gateway
Passive bus termination
AS-i tuner (diagnosis module)
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-A1305
Description
Controllers and repeaters
Application
– AS-i controller TNC-A1305
with 1 master for 31 AS-i slaves
– Decentralised operating and monitoring system
with signal preprocessing and gateway
– With TNC Basic User Software
– Recognition of all slaves on a bus
– For initialising the AS interface network
– Error diagnosis and signalling
– LC display, 43 × 28 mm, also for operation
– PROFIBUS DP interface
TNC-A1305
Technical data
Description
TNC-A1305
Supply voltage
Current consumption
Power consumption
Programming interface
Data interface
Diagnosis via PROFIBUS DP
PLC memory for user program
Display
Max. acceptable rel. humidity
Status LED
Ambient temperature
Storage temperature
IP protection level
MTTF
AS-i profile
AS-i certificate
Casing materials
Casing dimensions
Fixing
Wiring
24 V DC
< 500 mA
< 10 VA
RS232C: RJ11; 9600 – 115200 Bd, galvanically isolated
PROFIBUS DP (EN 50170); max. 12 MBd slave
Yes
128 Kwords
Graphic LC display 128 × 64 pixels, 43 × 28 mm
< 95 %
2 × red; 2 x green; 2 × yellow
0 – 60 °C
–20 to 70 °C
IP 20
5 years
M3
61103
Aluminium, galvanised sheet steel
124 × 97 × 86 mm
On DIN mounting rail
Connecting cable core identification
TNC-A1305
n.c. n.c.
AS-i
1+
AS-i
ʸ̋
6
FE +24V 0V
TNC-A1305
06/2015 – DE/en
K4 – 6.2 – 3
TROXNETCOM AS-i
Special information – TNC-A1305
62
86
Specification text
6
K4 – 6.2 – 4
4
131
AS-i controller TNC-A1305
124
Dimensions
Controllers and repeaters
97
107
Standard description (characteristics)
AS-i controller TNC-A1305 (1 master)
is a compact AS-i master system with integral
text/graphic display and PROFIBUS DP interface.
– Control of components as part
of fire damper control
Integral TNC Basic User Software
with the following functions:
– Automatic recognition of TROX modules
and their functions
– Automatic grouping
– Network control
– Automatic function test
– Manual control of dampers
– Integral display, also for operation
– Simple, menu-driven configuration
and adjustment
– Supply voltage: 24 V DC
– Total current consumption from AS-i: < 10 mA
– Casing materials: Aluminium,
galvanised sheet steel
– Ambient temperature: 0 – 60 C°
– IP protection level: IP 20
– Status display: LEDs, 2 x red, 2 x green,
2 x yellow
– Make: TROX GmbH or equivalent
– Type: TNC-A1305
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-A1306
Description
Controllers and repeaters
Application
– AS-i c TNC-A1306
with 2 masters for 62 AS-i slaves
– Decentralised operating and monitoring system
with signal preprocessing and gateway
– With TNC Basic User Software
– Recognition of all slaves on a bus
– For initialising the AS interface network
– Error diagnosis and signalling
– LC display, 43 × 28 mm, also for operation
– PROFIBUS DP interface
TNC-A1306
Technical data
Description
TNC-A1306
Supply voltage
Current consumption
Power consumption
Programming interface
Data interface
Diagnosis via PROFIBUS DP
PLC memory for user program
Display
Max. acceptable rel. humidity
Status LED
Ambient temperature
Storage temperature
IP protection level
MTTF
AS-i profile
AS-i certificate
Casing materials
Casing dimensions
Fixing
Wiring
24 V DC
< 500 mA
< 10 VA
RS232C: RJ11; 9600 – 115200 Bd, galvanically isolated
PROFIBUS DP (EN 50170); max. 12 MBd slave
Yes
128 Kwords
Graphic LC display 128 × 64 pixels, 43 × 28 mm
< 95 %
3 × red; 3 x green; 3 × yellow
0 – 60 °C
–20 to 70 °C
IP 20
5.19 years
M3
61104
Aluminium, galvanised sheet steel
124 × 97 × 86 mm
On DIN mounting rail
Connecting cable core identification
TNC-A1306
AS-i
2+
AS-i
ʹ̋
AS-i
1+
AS-i
ʸ̋
6
FE +24V 0V
TNC-A1306
06/2015 – DE/en
K4 – 6.2 – 5
TROXNETCOM AS-i
Special information – TNC-A1306
62
86
Specification text
6
K4 – 6.2 – 6
4
131
AS-i controller TNC-A1306
124
Dimensions
Controllers and repeaters
97
107
Standard description (characteristics)
AS-i controller TNC-A1306 (2 masters)
is a compact AS-i master system with integral
text/graphic display and PROFIBUS DP interface.
– Control of components as part
of fire damper control
Integral TNC Basic User Software
with the following functions:
– Automatic recognition of TROX modules
and their functions
– Automatic grouping
– Network control
– Automatic function test
– Manual control of dampers
– Integral display, also for operation
– Simple, menu-driven configuration
and adjustment
– Supply voltage: 24 V DC
– Total current consumption from AS-i: < 10 mA
– Casing materials: Aluminium,
galvanised sheet steel
– Ambient temperature: 0 – 60 C°
– IP protection level: IP 20
– Status display: LEDs, 3 x red, 3 x green,
3 x yellow
– Make: TROX GmbH or equivalent
– Type: TNC-A1306
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-A1353
Description
Controllers and repeaters
Application
– AS-i c TNC-A1353
with 1 master for 31 AS-i slaves
– Decentralised operating and monitoring system
with signal preprocessing and gateway
– With TNC Basic User Software
– Recognition of all slaves on a bus
– For initialising the AS interface network
– Error diagnosis and signalling
– LC display, 43 × 28 mm, also for operation
– Ethernet
– Modbus/TCP interface
TNC-A1353
Technical data
Description
TNC-A1353
Supply voltage
Current consumption
Power consumption
24 V DC
< 400 mA
< 10 VA
RS232C: RJ11; 9600 – 115200 Bd,
galvanically isolated Ethernet CAA, RJ45; 10/100 MBd
Modbus/TCP
Yes
128 Kwords
Graphic LC display 128 × 64 pixels, 43 × 28 mm
< 95 %
1 × red; 2 x green; 3 × yellow
0 – 60 °C
–20 to 70 °C
IP 20
5.2 years
M3
In preparation
Aluminium, galvanised sheet steel
124 × 97 × 86 mm
On DIN mounting rail
Programming interface
Data interface
Diagnosis via PROFIBUS DP
PLC memory for user program
Display
Max. acceptable rel. humidity
Status LED
Ambient temperature
Storage temperature
IP protection level
MTTF
AS-i profile
AS-i certificate
Casing materials
Casing dimensions
Fixing
Wiring
Connecting cable core identification
TNC-A1353
n.c.
n.c.
AS-i
1+
AS-i
ʸ̋
6
FE +24V 0V
TNC-A1353
06/2015 – DE/en
K4 – 6.2 – 7
TROXNETCOM AS-i
Special information – TNC-A1353
62
86
Specification text
6
K4 – 6.2 – 8
4
124
AS-i controller TNC-A1353
131
Dimensions
Controllers and repeaters
97
107
Standard description (characteristics)
AS-i controller TNC-A1353 (1 master)
is a compact AS-i master system with integral
text/graphic display and Ethernet interface.
(Modbus TCP)
– Control of components as part
of fire damper control
Integral TNC Basic User Software
with the following functions:
– Automatic recognition of TROX modules
and their functions
– Automatic grouping
– Network control
– Automatic function test
– Manual control of dampers
– Integral display, also for operation
– Simple, menu-driven configuration
and adjustment
– Supply voltage: 24 V DC
– Total current consumption from AS-i: < 10 mA
– Casing materials: Aluminium,
galvanised sheet steel
– Ambient temperature: 0 – 60 C°
– IP protection level: IP 20
– Status display: LEDs, 1 x red, 2 x green,
3 x yellow
– Make: TROX GmbH or equivalent
– Type: TNC-A1353
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-A1354
Description
Controllers and repeaters
Application
– AS-i controller TNC-A1354
with 2 masters for 62 AS-i slaves
– Decentralised operating and monitoring system
with signal preprocessing and gateway
– With TNC Basic User Software
– Recognition of all slaves on a bus
– For initialising the AS interface network
– Error diagnosis and signalling
– LC display, 43 × 28 mm, also for operation
– Ethernet
– Modbus/TCP interface
TNC-A1354
Technical data
Description
TNC-A1354
Supply voltage
Current consumption
Power consumption
24 V DC
< 400 mA
< 10 VA
RS232C: RJ11; 9600 – 115200 Bd,
galvanically isolated Ethernet CAA, RJ45; 10/100 MBd
Modbus/TCP
Yes
128 Kwords
Graphic LC display 128 × 64 pixels, 43 × 28 mm
< 95 %
2 × red; 3 x green; 4 × yellow
0 – 60 °C
–20 to 70 °C
IP 20
5 years
M3
In preparation
Aluminium, galvanised sheet steel
124 × 97 × 86 mm
On DIN mounting rail
Programming interface
Data interface
Diagnosis via PROFIBUS DP
PLC memory for user program
Display
Max. acceptable rel. humidity
Status LED
Ambient temperature
Storage temperature
IP protection level
MTTF
AS-i profile
AS-i certificate
Casing materials
Casing dimensions
Fixing
Wiring
Connecting cable core identification
TNC-A1354
AS-i
2+
AS-i
ʹ̋
AS-i
1+
AS-i
ʸ̋
6
FE +24V 0V
TNC-A1354
06/2015 – DE/en
K4 – 6.2 – 9
TROXNETCOM AS-i
Special information – TNC-A1354
62
86
Specification text
6
K4 – 6.2 – 10
4
131
AS-i controller TNC-A1354
124
Dimensions
Controllers and repeaters
97
107
Standard description (characteristics)
AS-i controller TNC-A1354 (2 master)
is a compact AS-i master system with integral
text/graphic display and Ethernet interface.
(Modbus TCP)
– Control of components as part
of fire damper control
Integral TNC Basic User Software
with the following functions:
– Automatic recognition of TROX modules
and their functions
– Automatic grouping
– Network control
– Automatic function test
– Manual control of dampers
– Integral display, also for operation
– Simple, menu-driven configuration
and adjustment
– Supply voltage: 24 V DC
– Total current consumption from AS-i: < 10 mA
– Casing materials: Aluminium,
galvanised sheet steel
– Ambient temperature: 0 – 60 C°
– IP protection level: IP 20
– Status display: LEDs, 2 x red, 3 x green,
4 x yellow
– Make: TROX GmbH or equivalent
– Type: TNC-A1354
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-A1375
Description
Controllers and repeaters
Application
– AS-i gateway TNC-A1375
with 1 master for 31 AS-i slaves
– Recognition of all slaves on a bus
– Error diagnosis and signalling
– LC display, 43 × 28 mm, also for operation
– PROFIBUS DP interface
TNC-A1375
Technical data
Description
Supply voltage
Current consumption
Power consumption
Data interface
Diagnosis via PROFIBUS DP
Display
Max. acceptable rel. humidity
Status LED
Ambient temperature
Storage temperature
IP protection level
MTTF
AS-i profile
AS-i certificate
Casing materials
Casing dimensions
Fixing
Wiring
TNC-A1375
26.5 – 31.6 V DC
< 200 mA
< 4 VA
PROFIBUS-DP; max. 12 MBd; EN 50170
Yes
Graphic LC display 128 × 64 pixels, 43 × 28 mm
< 95 %
2 × red; 1 x green; 1 × yellow
0 – 60 °C
–20 – 70 °C
IP 20
5 years
M4
In preparation
Aluminium, galvanised sheet steel
124 × 97 × 86 mm
On DIN mounting rail
Connecting cable core identification
TNC-A1375
6
AS-i
1+
AS-i
ʸ̋
n.c.
FE
TNC-A1375
06/2015 – DE/en
K4 – 6.2 – 11
TROXNETCOM AS-i
Special information – TNC-A1375
62
85
Specification text
4
124
AS-i gateway TNC-A1375
138
Dimensions
Controllers and repeaters
57
68
Standard description (characteristics)
AS-i gateway TNC-A1375 is a compact gateway
with PROFIBUS DP interface
and without data processing.
– Supply voltage: 26.5 – 31.6 V DC (AS-i)
– Electrical design: SmartLink DP
with 1 AS-i master
– Total current consumption from AS-i: < 200 mA
– Casing materials: Aluminium,
galvanised sheet steel
– Ambient temperature: 0 – 60 C°
– IP protection level: IP 20
– Status display:
LEDs, 2 x red, 1 x green, 1 x yellow
– Make: TROX GmbH or equivalent
– Type: TNC-A1375
6
K4 – 6.2 – 12
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-A2225
Description
Controllers and repeaters
Application
– AS-i repeater TNC-A2225
allows for cable extension by 100 m
– Modules are installed before
and after the repeater
– Galvanic isolation of two AS-i branches
TNC-A2225
Technical data
Description
TNC-A2225
Supply voltage
26.5 – 31.6 V DC
Current consumption
60 mA per AS-i segment
AS-i interfaces
2
No. of additionally required AS-i power supply units
1
No. of repeaters/controllers/parallel operation
Any number if according to AS-i specification
No. of repeaters/controllers/series operation
up to 2
Galvanically isolated
Yes
Power LED
2 x green
Error LED
2 x red
Ambient temperature
0 – 55 °C
IP protection level
EN 50295
MTTF
180 years
Casing materials
Note
Wiring
IP 20
EMC
PA 6.6
The AS-i repeater has no slave address;
total no. of AS-i slaves per master segment (31 or 62)
remains unchanged, no parameter setting required
Connecting cable core identification
Outgoing AS-i cable
A–:
A+:
A–:
A+:
AS-i – line 2
AS-i + line 2
AS-i – line 2
AS-i + line 2
Incoming AS-i cable
A+:
A–:
A+:
A–:
06/2015 – DE/en
AS-i + line 1
AS-i – line 1
AS-i + line 1
AS-i – line 1
K4 – 6.2 – 13
6
TROXNETCOM AS-i
Special information – TNC-A2225
25
Specification text
35,5
AS-i repeater TNC-A2225
114
Dimensions
Controllers and repeaters
105
Standard description (characteristics)
AS-i repeater allows for a cable
extension by 100 m.
– Total current consumption from AS-i: 2 x 60 mA
– Output/connection: Combicon connector
– Casing materials: PA 6.6
– Ambient temperature: 0 – 55 C°
– IP protection level: IP 20
– Operation: LED, 2 × green
– Error: LED, 2 × red
– Make: TROX GmbH or equivalent
– Type: TNC-A2225
6
K4 – 6.2 – 14
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-A003S
Description
Controllers and repeaters
Application
– AS-i safety monitor TNC-A003S
– Safety monitor for monitoring data transmission
and the AS-i controller, for safety related
applications up to SIL 3 to IEC/EN 61508,
e.g. for the control of smoke control dampers
TNC-A003S
Technical data
Description
TNC-A003S
Supply voltage
Residual ripple
Rated operating current
Peak switch-on current ¹⁾
Response time (safety related)
Power ON delay time
AS-i profile
AS-i voltage range
AS-i current consumption
Interface RS 232
Start input
Contactor control input
24 V DC ± 15 %
< 15 %
150 mA
600 mA
< 40 ms
< 10 s
Monitor 7.F
18.5 – 31.6 V
< 45 mA
9600 Bd, no parity, 1 start bit, 1 stop bit, 8 data bits
Optocoupler input (high active), input current approx. 10 mA (24 V DC)
Optocoupler input (high active), input current approx. 10 mA (24 V DC)
PNP transistor output, 200 mA,
Safety ON message output ²⁾
short circuit and reverse voltage protection
Volt-free NO contacts, max. contact load: 1 A DC-13 at 24 V DC,
Safety output
3 A AC-15 at 230 V AC
Fuse
Externally, with 4 A MT max.
Overvoltage category
3, for rated operating voltage 300 V AC to VDE 0110 part 1
Operating temperature
–20 to 60 °C
Storage temperature
–30 to 70 °C
IP 20 (only for use in rooms where electric systems operate/switch
IP protection level
cabinet with minimum IP 54)
MTTFd
57 years
Distance between 2 AS-i safety monitors
10 mm
Casing dimensions
45 × 105 × 120 mm
Casing material
Polyamide PA66, black
Fixing
On DIN mounting rail
¹⁾ When all relays are switched on simultaneously;
current for message outputs not taken into consideration
²⁾ The Safety ON message output is not safety related
06/2015 – DE/en
K4 – 6.2 – 15
6
TROXNETCOM AS-i
Special information – TNC-A003S
Wiring
Terminal connections of the AS-i safety monitor of TNC-A003S
Terminal
Signal/description
AS-i ±
L+
M
FE
1.Y1
1.Y2
1.13
1.14
1.23
1.24
1.32
2.Y1
2.Y2
Connection to the AS-i bus
+24 V DC supply voltage
GND reference earth
Functional earth
EDM 1/input feedback circuit, output circuit 1
Start 1/Start input, output circuit 1
Output switching element 1, output circuit 1
Output switching element 1, output circuit 1
Output switching element 2, output circuit 1
Output switching element 2, output circuit 1
Safety ON/message output 1, output circuit 1
EDM 2/input feedback circuit, output circuit 2
Start 2/Start input, output circuit 2
45
Specification text
6
K4 – 6.2 – 16
135,5
AS-i safety monitor TNC-A003S
104
Dimensions
Controllers and repeaters
120
Standard description (characteristics)
Safety monitor for monitoring data transmission
and the AS-i controller, for safety related
applications up to SIL 3 to IEC/EN 61508,
e.g. for the control of up
to 4 smoke control dampers
– Supply voltage: 24 V DC ±15 %
– AS-i voltage range: 18.5 – 31.6 V
– AS-i current consumption: < 45 mA
– Operating temperature: –20 to 60 C°
– Protection level: IP 20 (only for use in rooms
where electric systems operate/switch
cabinet with minimum IP54)
– Make: TROX GmbH or equivalent
– Type: TNC-A003S
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-ZB0252
Description
TNC-ZB0252
Technical data
Application
– AS-i gateway TNC-ZB0252/F-Link
for monitoring the inputs of safety related
binary AS-i slaves
– Compact, safety related gateway between
PROFIBUS (DP slave) and AS-Interface
– Core component of 'integrated safety',
meant 'to close the gap in bus-based
safety technology'
– Monitoring of the inputs of fail-safe binary AS-i
slaves (ASIsafe slaves) and data transmission
via PROFIsafe. No need for additional safety
related components for AS-Interface
(e.g. safety monitor)
– AS-i master according to AS-Interface
specification V3.0, master profile M4,
to connect up to 31 AS-i slaves,
with integrated analog value transmission
– Direct integration with PROFIBUS networks.
Optional integration with PROFINET networks
via PROFINET/PROFIBUS gateway
(IE/PB link) or SIMATIC S7-315 F PN/DP
– Optimised TIA integration in STEP 7 via Object
Manager, inclusion in engineering tools by third
parties via PROFIBUS type file (GSD)
– On-site diagnosis using LEDs
and a display with button
– Assembly change without PG since start-up
data is transmitted by PROFIBUS DP master
Description
Supply voltage
Separate voltage supply
Current consumption
Power loss
Data interface
Supported protocols
No. of AS-i slaves
Bus cycle time with 31 slaves
Bus cycle time with 62 slaves
Max. acceptable relative humidity
Ambient temperature
Storage temperature
IP protection level
MTTF
AS-i profile
AS-i specification
Safety integrity level
Casing dimensions (B × H × T)
Fixing
06/2015 – DE/en
Controllers and repeaters
TNC-ZB0252
24 V DC
Yes
100 mA
3W
PROFIBUS DP; RS 485
ASIsafe (safety at work) protocol, PROFIsafe protocol, PROFIBUS protocol
Up to 62
5 ms
10 ms
10 - 95 %
0 – 50 °C
–40 to 85 °C
IP 20
36 years
M4
V 3.0
SIL3 to IEC 61508
45 × 111 × 124 mm
On DIN mounting rail
K4 – 6.2 – 17
6
TROXNETCOM AS-i
Special information – TNC-ZB0252
111
106
AS-i gateway TNC-ZB0252
80
Dimensions
Controllers and repeaters
45
5
115
124
Specification text
Standard description (characteristics)
AS-i safety gateway for monitoring the inputs
of safety related binary AS-i slaves and for data
transmission via PROFIsafe. Direct integration
with PROFIBUS networks via PROFIBUS type
file (GSD). Connection of up to 20 AS-i safety
modules AS-EM/SIL2.
– Supply voltage: 24 V DC
– Current consumption: 100 mA
– Operating temperature 0 to 50 °C
– IP protection level: IP 20
– Make: TROX GmbH or equivalent
– Type: TNC-ZB0252
6
K4 – 6.2 – 18
06/2015 – DE/en
TROXNETCOM AS-i
Special information – TNC-Z0119
Description
TNC-Z0119
Controllers and repeaters
Application
– Passive bus termination
– Cable extension up to 200 m
without additional repeater
– Improved signal quality
– Supply voltage monitoring with 2 LEDs
– Connection to AS-i cable
with flat cable connector
– Can only be used when actuators
have a separate voltage supply
Technical data
Description
TNC-Z0119 (TNC-A1147 + TNC-70096)
Type
Supply voltage
Current consumption
Galvanically isolated
Status LED
Ambient temperature
IP protection level
MTTF
Connection
Note
Type
Max. current load
Ambient temperature
IP protection level
Casing material
Note
Wiring
TNC-A1147
26.5 – 31.6 V DC
< 10 mA
Yes
Yellow = AS-i voltage > 18.5 V; green = AS-i voltage > 26 V
–25 to 70 °C
IP 67
550 years
Flat cable insulation displacement connector
No addressing required
TNC-70096
2A
–25 to 75 °C
IP 67
PA
No addressing required
Connecting cable core identification
TNC-Z0119
‫ݢ‬
‫ݣ‬
ʸ
ʻ
ʸ
2
2
3
ʻ
3
6
① TNC-A1147
② TNC-70096
Yellow when connected to an AS-i flat cable:
1 AS-I +
3 AS-I −
06/2015 – DE/en
K4 – 6.2 – 19
TROXNETCOM AS-i
Special information – TNC-Z0119
Dimensions
Controllers and repeaters
AS-i passive bus termination TNC-Z0119
40
‫ݣ‬
25
9
‫ݢ‬
① TNC-70096
② TNC-A1147
Specification text
Standard description (characteristics)
Passive bus termination (TNC-A1147)
with flat cable connector (TNC-70096)
to make a connection to the AS-i flat cable.
Bus termination to improve the signal quality
and to extend the AS-i cable network
Cable extension up to 200 m.
– Supply voltage: 26.5 – 31.6 V DC
– Current consumption: < 10 mA
– Max. current load: 2 A
– Ambient temperature: –25 to 70 C°
– IP protection level: IP 67
– Make: TROX GmbH or equivalent
– Type: TNC-Z0019
6
K4 – 6.2 – 20
06/2015 – DE/en
6.4 –
X X Basic
information and nomenclaturetestregistrierung
TROXNETCOM
Basic information
and nomenclature
■ Communication systems for fire protection systems
■ Colour codes according to IEC 60757
■ AS-Interface
■ LON
6
06/2015 – DE/en
K4 – 6.4 – 1
TROXNETCOM
Basic information and nomenclature
Description
Information and communication are becoming
more and more important in today's world.
People not only want more information,
they also want more detailed information.
This development is also visible in building
automation, and there is no end in sight.
A building becomes 'transparent' through
distributed intelligence and new
decentralised communication systems.
These new technologies allow us to develop
bespoke system solutions for various building
services and to integrate them with building
management systems. In this way, the best
solutions for the different building services
can be combined to create the best possible
overall solution. Decentralised communication
systems offer you the most advanced technology
for your application requirements.
Communication systems
for fire protection systems
The functional safety of programmable electronic
systems is becoming more and more important
in fire protection and is implemented with regard
to protection goals and risks.
According to IEC 61508, the requirements
for these systems are based on a risk analysis.
Components are given an SIL rating
(safety integrity level) and must meet
the corresponding requirements
to ensure safety even in case of a malfunction.
General advantages
of decentralised bus systems
It is no longer necessary to wire every single
actuator and every single controller.
Modern bus systems only need one bus cable,
and in some cases a supply cable, to connect
all components. This saves not only installation
time but also cables, connectors, terminal blocks,
and control cabinet space. It also drastically
reduces the fire load and the installation costs.
All signals from all components on a bus
can be retrieved and recorded by the central unit.
Inspection is simplified, and measurement
and control can be optimised.
Communications system
‫ݢ‬
‫ݥ‬
‫ݣ‬
‫ݤ‬
6
① Central BMS
② Base station
Wiring
Colour codes according to IEC 60757
Code
BK
BN
RD
OG
YE
GN
BU
K4 – 6.4 – 2
③ Bus
④ Field bus
Colour codes according to IEC 60757
Colour
Code
black
brown
red
orange
yellow
green
blue
VT
GY
WH
PK
TQ
GNYE
Colour
violet
grey
white
pink
turquoise
green-yellow
06/2015 – DE/en
TROXNETCOM
Basic information and nomenclature
Description
The AS interface is a world-standard bus system
according to EN 50295 and IEC 62026-2.
It enables the integration of different components
(modules) in a network regardless
of the manufacturer and the design.
The modules control actuators and/or receive
signals from sensors. TROX provides a system
for controlling fire dampers, smoke protection
dampers and smoke control dampers based
on the AS-i standard. TROX modules are
characterised by a wide spectrum of functions
yet simple cabling.
The system
Communications system
Special characteristics
– Data exchange and power supply
with just one cable
– Central control of actuators and monitoring
of damper blade positions
and duct smoke detectors
– Simple commissioning using
standardised software
– Automatic function test including data logging
‫ݤ‬
‫ݢ‬
‫ݣ‬
6
K4 – 6.4 – 3
① Communication master
② Controller units (master)
③ Modules (slaves)
The communication master is the central display
and control panel for the entire system.
– Connection of up to 28 controller
and power units
– Display of operating status
– Operation of actuators
– Menu-driven operation in case of errors
or malfunctions
– System configuration
at the time of commissioning
– Logging of function tests and error messages
The controller and power unit combines
the control functions, the power supply,
and the data exchange for all components
on the bus.
– The controller and power unit is installed
near the modules, e.g. as a floor distributor
– With TNC Basic User Software for fire
and smoke protection
– Communication interface to higher level
systems (BACnet/Modbus)
– Display, also for operation
– Units with: 1 master – for 31 modules,
2 masters – for 62 modules
The modules establish the link between
the measurement and control signals
(sensors and actuators) and the network
on the so-called field level. A module provides
the supply voltage for the operation of actuators.
– Modules can be part of a fire damper or used
separately to connect one or more fire dampers
– Integrated monitoring function,
e.g. for running time
– Connection to the bus cable is with a flat cable
insulation displacement connector
06/2015 – DE/en
TROXNETCOM
Basic information and nomenclature
Description
LON indicates a standard local operating
network system with manufacturer-independent
communications. Data is transferred
by a microprocessor supplied by Echelon
Corporation using a unified protocol.
LonMark defines standards to ensure product
compatibility. TROX offers components that meet
LON standards. TROX modules are characterised
by a wide spectrum of functions
yet simple cabling.
Special characteristics
– Data exchange and power supply
can be achieved with just one cable
– Decentralised structure
with high operational reliability
– Standardised data transfer
– Manufacturer-independent compatibility
The system
Network topology
Binding network variables
‫ݤ‬
‫ݢ‬
‫ݥ‬
‫ݣ‬
Free topology
Network
The local operating level (subnet) consists
of the modules (nodes) and free topology data
cables. A subnet can consist of up to 64 nodes or,
alternatively, can be extended to 128 nodes using
a repeater or router. Physical data transfer
is via systems with or without a transfer of supply
voltage. All nodes of a subnet must comply
with the system. In larger networks the routers
link the subnets with each other. The routers
communicate with each other via the backbone,
on a separate network level. Central monitoring
of a LON network is possible and is connected
to the backbone or above it.
① Switch cabinet
② Duct smoke detector
③ Damper blade position
④ Alarm
Data exchange
Network variables are used for the communication
between the nodes. These variables ensure
unambiguous data exchange between the nodes.
For commissioning, it is necessary to link
the network variables between the nodes
(binding). Project software is used to link
the outputs of a node to the inputs of other nodes.
Binding information is transferred to the subnet.
Binding is carried out by a system integrator.
6
06/2015 – DE/en
K4 – 6.4 – 4
Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF

advertisement