1253480278_Integra-BM Manual v15

Transcription

Integra-BM User Manual
rev. 15
© 2006 Cybrotech Ltd
Cybrotech Ltd
14 Brinell Way, Harfreys Industrial Estate
Great Yarmouth, Norfolk, Nr31 0LU - UK
tel: +44 1414 161884
www.cybrotech.co.uk
[email protected]
High-level network (A-bus)
High-level network is used to connect room controllers into a compact system.
Network protocol is A-bus (proprietary), based on RS485. Two communication
lines (A and B) and shield are required. Additional line (C) is recommended to
reduce potential difference.
To design A-bus network, few things
should be considered:
PC related SCADA may be connected to network. Communication between
SCADA and controllers is handled by CyBro OPC server.
1. Communication cable should be
connected in a line, point to point. No
branches are allowed.
Wide range of operator panels from Exor may also be connected, using
existing A-bus driver. Panel may be connected to the network, or to a single
room controller.
2. Both line ends should be terminated. All
other termination resistors should be
disconnected.
3. Communication cable should be
shielded, and shield should be tied to a
quality ground.
System structure
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
Network rules
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
RC
A-bus
line
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
RC
GOOD
GOOD
BAD
BAD
EXOR terminal
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
RC
room controller
CAD-232-A2
converter
RC
A-bus
connection
(RS485)
termination
DIP switch
RC and PC
connections
(RS232)
SCADA
IEX-2
connection
(CAN)
CAD-232-P0
communication
cable
CAD-PP-P2
programming
cable
CyPro
programming environment
To connect room controller to A-bus
network, CAD-232-A2 converter is
needed. One converter may be used
for two controllers, or additional
RS232 input may be used for PC.
Termination resistors are built-in.
DIP switch
termination off
termination on
1
off
on
2
off
on
Technical specifications
Number of devices: 32 max.
Baud rate: 19200bps
Maximum bus length: 1000m
Allowed stub length: 2m max.
Termination resistor: 120ohm
Low-level network (IEX-2)
Network rules
Low-level network is used to connect periferial devices to room
controller. Network is IEX-2, proprietary protocol based on CAN.
When netwok is designed, a two critical features should
be carefully considered:
Four wires are used, two for power supply and two for
communication.
1. Line length and network topology may affect network
speed. Using default baudrate of 100kpbs, up to 100m
may be considered safe. Longer lines should be properly
terminated, and topology is restricted.
Each IEX-2 module has unique network address, eliminating
need for DIP switches or complicated comissioning process.
Connected modules are detected automatically.
2. Wire resistance cause voltage drop on power supply
lines. It depends of line length, wire diameter and supply
current (determined by number and type of connected
modules).
Network is using short priorited messages, so the response is
very quick. Logic is implemented as user program in central
controller, modules are generally only remote I/O's.
Each module should have at least minimum supply
voltage. If that is not the case, additional power supply
modules should be added. Power supply should have
enough power for all connected modules.
Each group consists of:
- room controller
- power supply
- up to 64 IEX-2 modules
OP
power supply
RC
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
FC
FC
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
8C
8C
TS
TS
Examples
GOOD
24V
V 22V
GOOD
24V
V 23V
V 23V
BAD
24V
V 17V
GOOD
24V
V 23V
V 22V
V 23V
24V
Troubleshooting
Each IEX-2 module has two diagnostic LEDs. If network is not
performing as expected, they may be used to determine problem.
Power LED (green)
on
on, short blink every 60s
blinking
off
Status
power supply ok
power ok, no communication
internal error
power supply failure
Action
no action
check room controller/wiring
replace module
check power supply/wiring
Communication LED (red)
blinking
always on
always off
communication ok
no communication
no communication
no action
check wiring
check wiring
Bus length: 300m max.
Number of nodes: 64 max.
Baud rate: 100kbps (20..500kbps)
Power supply: 24V (18-26V)
IEX-2 termination
To ensure proper operation, CAN network should be properly terminated.
Depending of total line length, there are three cases:
1) length <100m
No termination resistors are neccessary. Network topology is free, number of
branches is not limited.
2) 100m < length <200m
Termination required. No more than four branches are allowed. Each segment
longer than 20m end should be terminated. Termination resistors are calculated
so that total resistance is 60ohm.
3) 200m < length <300m
Line should be connected strictly in line, without branches. Both ends should
be terminated with 120ohm terminated ressistors (one of them is internal RC
termination resistor).
Maximum allowed line length is 300m.
Room controller has internal termination resistor, which can't be turned off.
External termination resistors should be connected to CANL and CANH lines.
Examples
Connecting
5m
5m
20m
20m
10m
RC
5m
Total line length: 95m
no termination neccessary
20m
RC
120ohm internal
R
20m
10m
40m
240ohm
60m
5m
5m
3 segments of 60m, terminated
10m
20m
20m
240ohm
(120ohm-1+240ohm-1+240ohm-1)-1=60ohm
20m
RC
120ohm internal
40m
60m
5m
40m
5m
single line, terminated
20m
60m
120ohm
GND
CANL
CANH
+24V
Wiring
Push-wire handling
Screwdriver:
WAGO 210-620
Solid wire insertion
operating slot
1. Push wire in the clamp hole
Stranded wire insertion
Using non-apropriate screwdriver
may damage clamps permanently
and cause non-reliable connections!
1. Push screwdriver in the operating slot
2. Insert wire in the clamp hole
clamp hole
Solid/stranded wire removal
1. Push screwdriver in the operating slot
2. Remove wire
Wire diameter
Bus wires
Wire type
0.25-0.75mm˛
solid
10-12mm
stranded
fine-stranded
fine-stranded, tined
fine stranded, tip bonded
stranded with ferrule (recomended)
Junction boxes
Use Wago 243-204,
273-101, 273-105
or any similar
connection block.
Other wires
0.25-2.5mm˛
10-12mm
IEX-2 bus wiring
Connecting wires
Recommended twisting
1. Take one ingoing and one outgoing wire together,
and remove insulation for about 10-12mm.
Outgoing cable
CAN
24V
10-12mm
2. Crimp wires together into a ferrule.
GND
CANL
CANH
+24V
3. Wrap wires together for a few centimeters.
Repeat steps 1 to 3 for all four bus wires.
CAN
24V
Incoming cable
cca. 50mm
4. Push ferrules into clamps. No tools are needed.
To reduce electromagnetic suspectability,
communication lines (CANH and CANL) should
be twisted together, and also power lines (+24V
and GND) should be twisted together.
Few centimeters of twisting near the clamps is
used to improve wire mechanical strength.
Recommended bus cable is UTP category
CAT3 or higher.
Removing wires
To remove wire from clamp, push screwdriver
into the operating slot and pull the wire out.
Warning
Using non-apropriate screwdriver may
permanently damage the clamps.
System overview
MS - multisensor
RE - remote controller
LC-S (standard)
LC-D (DSI/DALI)
OP - operator panel
light controller
TS - temperature sensor
RC - room
controller
SW - switch input
ES - external sensor
8C - universal 4in / 4out
HR - hotel room
FC - fan-coil controller
RC - room controller
Room controller is the heart of Integra BM system. It performs logical
operations and controls all remote periferial units.
Dimensions
90
Mounting
DIN rail
106
106
IEX-2
Connections
COM1
COM2
Ethernet
+24V
CANH
CANL
GND
IEX-2
COM1 (RJ-11) - programming/networking
COM2 (RJ-11) - programming/networking, universal programmable port
Ethernet (RJ-45) - UTP, 10M, programming/networking
IEX-2 (terminals) - 24V power supply, connection for Integra-BM I/O modules
IEX-2 (RJ-11) - connection for CyBro-2 I/O modules
Power supply: 24V (18..26V)
Power consumption: 50mA
OP - operator panel
Operator panel with 2x16 character LCD display, 5 keys, IR remote controller receiver,
internal temperature measurement and beeper.
80
46
Dimensions
93
140
Wiring
(rear view)
GND
CANL
CANH
+24V
Temperature accuracy: ±2°C
Temperature resolution: 0.1°C
IR receiver distance: 5m
OP-3 - operator panel
Operator panel with 2x20 character blue/white LCD display, 4 LEDs, 5 keys,
IR remote controller receiver, beeper, internal temperature and humidity
measurement, external temperature measurement and potentiometer.
Dimensions & Mounting
80
INTEGRA
°C
Fan
Light
Alarm
Menu
Wiring
(rear view)
120
38
10
ES - external temperature sensor
GND
CANL
CANH
+24V
GND
TS1
GND
IW0/IX0
ES-W - external temperature sensor
in a wall-mounting housing
IR receiver distance: 5m
Internal temperature
Operating range: 0°C to +50°C
Measuring error: max. ±2°C (0°C to +50°C)
typ. ±0.5°C (0°C to +50°C, backlight at 20%)
Measuring resolution: 0.1°C (12 bit)
Temperature readout: 0.1°C (254 means 25.4°C)
External sensor
INTEGRA
°C
Fan
Light
ES or
ES-W
Alarm
Menu
max. 3m
Humidity
Operating range: 0..100% rh, non-condensing
Measuring error: ±2% rh @ 25°C
Response time: 15s
Stability: ±1% rh @ 50% rh in 5 years
Measuring resolution: 1% (7 bit)
Humidity readout: 1% rh (45 means 45% rh)
Notes
Temperature measurement stabilizes about
half hour after power-on. Strong air
movement may cause a measurement error.
If external sensor encounters a short
recoverable error, measurement will be
shown as 850 (85.0°C), not as sensor error.
That may happen if longer connection wires
are used. Errorneous value should be
thrown out by plc program.
TS - temperature sensor
Wall-mounted temperature measuring unit. Connection for an optional
external temperature sensor.
Dimensions
Mounting
f4
71
47
ES - external temperature sensor
71
27
Wiring
ES-W - external temperature sensor
in a wall-mounting housing
This side up
GND
CANL
IEX-2 bus
CANH
+24V
TS1 - external sensor red wire
GND - external sensor black wire
internal sensor
Notes
External sensor
If TS is not properly oriented, measuring will
be incorrect. Temperature stabilizes about
half hour after power-on. Strong air
movement may cause a measurement error.
If external sensor encounters a short
recoverable error, measurement will be
shown as 850 (85.0°C), not as sensor error.
That may happen if longer connection wires
are used. Errorneous value should be
thrown out by plc program.
ES or
ES-W
TS
max. 3m
Measuring resolution: 0.1°C (12 bit)
Temperature readout: 0.1°C (257 means 25.7°C)
Storage temperature: -40° to +85°C
TS
Operating temperature range: -10°C to +85°C
Measuring error: max. ±1°C (-10°C to +85°C)
max. ±0.5°C (+15°C to +35°C)
typ. ±0.2°C (+15°C to +35°C)
ES
max. ±0.5°C (-10°C to +85°C)
typ. ±0.2°C (-10°C to +85°C)
ES-W
max. ±0.5°C (-10°C to +85°C)
typ. ±0.2°C (-10°C to +85°C)
FC - fan-coil controller
Fan-coil controller. Three fan speeds, two valve outputs, two temperature
sensors, one external switch input.
Dimensions
FC Integra-BM
fan-coil controller
85
Mounting
f4
97
hot
M
cold
PWR - L
PWR - N
Wiring
3 2 1
230V - N
230V - L
85
97
108
GND
CANL
CANH
+24V
TS0 - external sensor
GND - external sensor
TS1 - external sensor
window switch
Power consumption: max. 100mA
Typical consumption: 30mA + 10mA per relais
Output load: 1A/250V max.
LC-S - light controller (standard)
Controller for analog (1..10V) electronic regulating balasts. Inputs for
potentiometers, light sensor, movement detector and switches.
Dimensions
Mounting
f4
Integra-BM
light controller
85
LC-S
97
Equipment
Analog input
- linear potentiometer 0..10kohm
or
- Philips potentiometer LPS 100
85
97
108
Digital input
- manual pushbutton/switch
Wiring
iw0
LS-3
LS-2
LS-1
+5V
GND
IR
Integra BM
multisensor
iw1
iw2
analog input
Light sensor/IR receiver/Motion detector
- Integra BM multisensor (MS)
- Integra BM motion detector (MD)
or
- Philips multisensor LRI 8133
or
- Philips light sensor LRL 8101/10
- Philips infrared receiver IRR 8124
- Philips motion detector LRM 8112/15
+ - + - + + - + -
+ - + -
- without sensors and ballasts: 40mA
Analog input
Input range: 0..10V (10 bit ADC, 0..1023)
Internal pull-up: 12V 2mA
Integra BM
motion detector
qw1
GND
qw0
GND
qw3
GND
qw2
GND
+12V
MD
GND
Digital input
Signal type: common-ground switch
analog output
GND
CANL
CANH
+24V
Philips
sensors
ix000
GND
ix001
Note: Integra and Philips sensors
can not be used at the same time.
Light sensor
Power supply output: 12V 25mA
Internal pull-up: none
Infrared receiver (Integra BM)
Signal type: TTL level, inactive high
Internal pull-up: 5V 0.5mA
Motion detector
Analog output
Range: 0..10V (8 bit DAC, 0..255)
Sink/source current per channel: max. 10mA
Maximum number of ballasts per channel: 50
Total number of ballasts for all 4 channels: 100
LC-D - light controller (DSI/DALI)
Controller for digital (DSI and DALI) electronic regulating balasts. Inputs for
potentiometers, light sensor, movement detector and switches.
Dimensions
Mounting
f4
Integra-BM
light controller
85
LC-D
97
Equipment
Analog input
or
85
97
108
Digital input
Wiring
iw0
LS-3
LS-2
LS-1
+5V
GND
IR
Integra BM
multisensor
iw1
iw2
analog input
Light sensor/IR receiver/Motion detector
- Integra BM motion detector (MD)
or
- Philips multisensor LRI 8133
or
- Philips light sensor LRL 8101/10
- Philips motion detector LRM 8112/15
+ - + - + -
Integra BM
motion detector
- + - +
D1-2
D1-1
D0-2
D0-1
D3-2
D3-1
D2-2
D2-1
+12V
MD
GND
- + - +
DSI output
Analog input
Digital input
Light sensor
Internal pull-up: none
Motion detector
DALIDALI+
GND
CANL
CANH
+24V
Philips
sensors
ix000
GND
ix001
Note: Integra and Philips sensors
DSI output (per channel)
Peak output current: 250mA max.
Load protection: short circuit proof
Maximum number of ballasts: 100
DALI output
Output current: max. 100mA
MS - multisensor
Ambient light measurement + IR remote control receiver + beeper.
Lightness directivity
100
90
Mounting
80
70
45°
60
50
40
Range
30
20
100% = 2000lux
10
0
0°
10°
20°
30°
40°
50°
60°
70°
80°
60°
75%
90°
Measured in horizontal plane at the 45° vertical declination
50%
IR remote control
25%
operating distance
0% = 0lux
operating angle in
horizontal plane
operating angle in vertical plane
360°
cca. 5m
150°
Wiring
Lightness - voltage output
Vout
12V
operating angle in
horizontal plane
LS-3 - 1..10V output
LS-2 - power supply
LS-1 - GND
+
IR controller
Lightness - current output
12V
+
LS-3 - not connected
LS-2 - power supply / 4..20mA output
LS-1 - GND
mA
Integra RE or any other
Phillips RC-5 compatible
remote controller
IR receiver
5V
+5V - power supply / buzzer
GND
IR - pluse output, TTL level
+
Out
LS-2
LS-1
6
MS
LC-S
LC-D
Lightness
Power supply: 12..24V
Operation range: 0..2000lux
Directivity: 60° (-10dB)
Output range: 1..10V or 4..20mA
+24Vout
0V
MS
Set DIP switch
iw0 to 0..20mA
current input
iw0
C2
CyBro-2
IR receiver
Power supply: 5V
Carrier frequency: 36kHz
Wire length: max. 25m
8C - universal 4in / 4out
Universal I/O module with 4 relais outputs and 4 switch inputs.
Dimensions
8C Integra-BM
4 input / 4 output
85
Mounting
f4
97
85
97
108
230V - N
230V - L
qx0
qx1
qx2
qx3
Wiring
ix003
ix002
ix001
GND
CANL
CANH
+24V
ix000
SW - switch input module
4-switch input module (up to 8 contacts), each with LED illumination.
Mounting
1. Put switches on SW module
and tight screws.
2. If less than four switches are
used, use cutting pliers to cut SW
to a proper size (2 or 3 switches).
Compatibility
3. Connect bus wires.
SW module is designed to
be used with switches from:
- Legrand
- Bticino
- TEM
For other manufacturers,
SW-W should be used.
4. Put switches into mounting
frame and attach cover plate.
Connections
Cutting
ix00
GND
ix01
GND
ix02
GND
ix03
GND
4-switch
use cutting pliers
qx00
qx01
ix04
3-switch
qx02
ix05
qx03
ix06
ix07
LED color
2-switch
SW-W
ix00
ix01
ix02
ix03
SW-W is alternate version. Instead of
connecting directly to switches, SW-W
has 15cm wires, which may be used
with any kind of switch. Only four
inputs and no LEDs are supported.
SW has four high-efficiency red
LEDs, used to illuminate keys.
Custom color option is available
on request. Available colors are:
- red (standard)
- orange
- yellow
- green
- blue
- white
Switch current: 2.5mA/12V
HR - hotel room
HR is a simple and cost-effective hotel room solution. It maintains heating,
cooling, air-circulation, lighting, fire/flood alarm and emergency button.
Dimensions
GND SL0 SL1 SL2 SL3 GND SF0 SF1 SF2
19
20
21
22
23
24
25
26
GND TH WO EM FF CC TS0 GND TS1
27
28
29
30
31
32
33
34
35
36
90
Mounting
1
2
3
4
5
6
7
8
9
10
11
C
L0
L1
L2
L3
F0
F1
F2 BF
C
VC VH
12
13
14
15
16
17
DIN rail
18
GND CANL CANH +24V
106
106
Wiring
GND SL0 SL1 SL2 SL3 GND SF0 SF1 SF2
19
20
21
22
23
24
25
GND TH WO EM FF CC TS0 GND TS1
26
27
28
29
30
31
32
12
13
14
33
34
35
36
15
16
17
18
SL0-SL3 - light switch
SF0-SF2 - fan-coil speed
TH - thermostat
WO - window open switch
EM - emergency button
FF - fire/flood sensor
CC - chipcard reader (presence)
TS0 - temperature sensor 0 (red)
TS1 - temperature sensor 1 (red)
HR
hotel room controller
1
2
3
4
5
6
7
8
9
10
11
C
L0
L1
L2
L3
F0
F1
F2 BF
C
VC VH
L
230V
N
24V
GND CANL CANH +24V
IEX-2 bus
L0-L3 - light bulbs
F0-F2 - fan-coil blower
BF - bathroom fan
VC - fan-coil cold water valve
VH - fan-coil hot water valve
RGB-D - RGB controller with DALI output
Dimensions
85
RGB controller
Mounting
f4
97
85
97
108
Wiring
Equipment
LS-3
LS-2
LS-1
+5V
GND
IR
Integra BM
multisensor
color
light
0..360° 0..100%
Analog input
or
Digital input
IR receiver
or
+ - + -
on/off
Analog input
Digital input
DALIDALI+
GND
CANL
CANH
+24V
Philips IR
receiver
light -
light +
Note: Integra and Philips receivers
DALI output
(64 with external DALI supply)
BE - bus expander
BE is simple pasive switch used to connect CyBro-2 modules to Integra-BM system,
or to connect Integra-BM modules to CyBro-2 system.
Dimensions
90
Mounting
1
2
3
4
5
DIN rail
6
GND CANL CANH +24V
35
35
Wiring
BE
bus expander
1
2
3
4
5
6
GND CANL CANH +24V
FC Integra-BM
fan-coil controller
FC Integra-BM
fan-coil controller
Warning
Although Integra-BM and CyBro-2 systems are
compatible both in electric connections and software
protocols, special care should be taken. Integra-BM
devices applies to home standards and CyBro-2
applies to industrial standards, so the compatibility
should be carefully considered.
Programming sheet
CE
PE
TE
GE
000
001
data
010
011
100
101
control
110
111
card_name:
31
31
31
31
30
30
30
30
29
29
29
29
28
28
28
28
27
27
27
27
26
26
26
26
25
25
25
25
24
24
24
24
23
23
23
23
22
22
22
22
21
21
21
21
20
20
20
20
19
19
19
19
18
18
18
18
17
17
17
17
16
16
16
16
15
15
15
15
14
14
14
14
13
13
13
13
12
12
12
12
11
11
11
11
10
10
10
10
9
9
9
9
8
8
8
8
7
7
7
7
6
6
6
6
5
5
5
5
4
4
4
4
3
3
3
3
2
2
2
2
1
1
1
1
0
0
0
0
IX
IX - input bits
QX - output bits
IW - input words (16-bit)
QW - output words (16-bit)
CE - card error
PE - program error
TE - timeout error
GE - general error
card_id:
QX
IW
QW
Distributor:
Cybrotech Ltd, 14 Brinell Way, Harfreys Industrial Estate, Great Yarmouth, Norfolk, Nr31 0LU - UK
tel: +44 14 14 161 884 http://www.cybrotech.co.uk [email protected]

1253480278_Integra-BM Manual v15

Transcription

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