CONTROL Zone
TM
Installing the CONTROL Za Default zone damper
20190611
Art: 1545 196
Installation
CONTROL Zone can be installed in an optional position in temperate spaces. CONTROL Zone has digital flow measurement that is position independent. In ducts that must be regularly cleaned, FSR clamps should be used for connecting the CONTROL Zone components to the duct system. CONTROL Zone should always be installed with lengths of straight duct as shown in Figure 2.
Installation in false ceilings
If CONTROL Zone is installed above a false ceiling or inside a shaft, the product must be accessible via an inspection hatch.
Figure 1. Installation with mounting brackets (2). If a sound absorber
(4) with or without centre baffle is used, it should be installed with a length of straight duct (3) equivalent to 3xØD from the CONTROL
Zone (1).
Figure 3. Length Requirements of straight duct before the unit in rectangular version, A > 3 x B. The required straight section to the sound attenuator with baffle is 3xB between the damper and sound attenuator.
Min 500 mm
Min 100 mm
Figure 2. Length requirements of straight duct upstream of the unit, dimensional changes are equal to disturbance. For all other disturbances (except illustrated, such as a space bend, mixing box, etc.) 4 times the duct diameter is required upstream of the unit.
Figure 4. Installation space requirements.
1
WISE
Wiring the zone damper supplied as default
Connect the CONTROL Zone to 24 V AC supply voltage and protect the circuit with a max. 6 A fuse. Wire all other connections to Modbus and other components according to the wiring instructions. The products are supplied preset as default without defined use, the motor and pressure signal conductors must be connected to the correct terminals depending on function, as well as be reset to the correct function. The default variant cannot be changed to PED.
Requirements on wire cross-sectional areas
To calculate the correct cross-sectional area for wiring to power supply, use Swegon’s wiring- and transformer sizing program on www.swegon.com.
The signal conductor from (3) to (1) max 30 m at 0.75 mm 2 . A
4-wire cable with 0.75 mm 2
(2).
should be fitted between (1) and
Commissioning/Configuration
The products are neutral when they are supplied and must therefore be configured using a TUNE Control so that the right function will be obtained. See the tables below and the manual for TUNE Control.
Configuration Codes
P = Pressure
F = Flow
S = Supply air
=
D = Reverse exhaust air control
M = Measurement of flow only
O = Optimisation
Configuration options - functions
Code Function
PS
PE
PSFE
FS
FE
Pressure regulation and flow measurement in the supply air duct.
Pressure regulation and flow measurement in the extract air duct.
Pressure regulation in the supply air duct. Slave Zone of the extract air with a SLAVE Zone. Used most often when a supply air duct should control an extract air duct with or without offset. The PSFE option requires the accessory
SLAVE Zone.
Flow regulation in the supply air duct. Is most often used for constant flow regulation.
Flow regulation in the extract air duct. Most often used when
Super WISE calculates the flows to be regulated.
PED Pressure regulation in the extract air with reverse operation where the GOLD unit or zone dampers is/are used for balancing the airflow
MSFE Measurement of airflow in the supply air duct. Slave control of exhaust air with SLAVE Zone. MSFE functionality requires that the product is combined with accessories, SLAVE Zone.
OS
OE
Optimisation of the supply air duct
Optimisation of extract air duct
OSOE Optimisation of both supply- and extract air duct.
OSFE Optimisation of the supply air duct. Slave control of extract air duct with SLAVE Zone. Is used to extract as much air as supplied to the zone. Separate offset can be set.
Parameter codes
These codes are translated to a numeric value that is prog ramm ed in the controller, see table below. PSFE is a default. The functions PED and MSFE require software version 0.88 or later.
If the Combination, PSFE with SLAVE Za, has different dimen sions, then the data for the SLAVE damper must be changed.
2
Swegon reserves the right to alter specifications.
Table, Parameter file data
Parameter P_1701 P_1702 P_1703 P_1704 P_1705 P_1706
PS
PE
PSFE
FS
FE
PED
MSFE
OS
OE
OSOE
OSFE
1
0
1
1
1
1
1
1
0
0
1
1
1
0
0
0
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
1
3
1
2
3
3
4
2
1
2
2
5
2
3
4
3
1
1
1
2
2
3
0
0
0
1
0
0
0
1
0
1
1
Data for SLAVE Z
Change the specified parameters so that they will correspond to the size of SLAVE Zone.
Size
P_1714
P-Term
P_1715
I-Term
P_1727
Flow constant *)
160
200
250
315
400
500
32
28
24
21
18
16
56
45
35
28
22
17
*) Flow constant only applies to linear method with a Siemens actuator.
92
147
230
369
600
952
Network connection
Wiring to the Modbus network should be carried out according to directions given in a separate document, WISE Network-m, which is available for download from www.swegon.com.
Electrical data
Supply voltage
Transformer sizing:
CONTROL Z
Cable area dimensioning
CONTROL Z and SLAVE Z
Cable area dimensioning
Built-in fuse
Ambient temperature:
Operation
Storage
Humidity
Inputs for:
Measuring range
Accuracy
Outputs for damper actuator:
Output voltage range
Accuracy
Network protocol
Inputs for:
Modbus connection 1
Modbus connection 2 & 3.1-2
Transceiver (Failsafe)
Standard WISE
Alternate baudrates
Alternative wordlength
Alternate parity
Memory circuit
Max. number of writings
20190611
24 V AC ±10 %, 50-60 Hz
12 VA
0,4 A
18 VA
0,6 A
4 A
0°C – +50°C
-20°C – +50°C max. 90% RH, non-condensing
2-10 VDC
±0,05 V
0-10 DC
±0,05 V
Modbus RTU
RTU Slave
RTU Master
EIA/TIA-485
38 400 bps, 8, 1, None
19200 or 9600
7 or 8
Even, Odd or None
EEPROM
150 000 www.swegon.com
WISE
Wiring zone damper PSFE with SLAVE
CONTROL Zone for pressure regulation together with a slave damper in the extract air. Cables from certain components are already factory-wired to terminals designed to receive a jack connector, prior to delivery.
24V AC
Wiring the zone damper PS
CONTROL Zone for regulating the pressure of the supply air. Cables from certain components are already factorywired to terminals designed to receive a jack connector, prior to delivery.
24V AC
11 12
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
11 12
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
G0
Y G
35
33 34
G0
Y G
35
33 34
Figure 5. Connect the conductors of the motor (2) to terminals
33-35; wire the flow signal conductor to terminal 12.
24V AC
Figure 7. Connect the conductors of the motor to terminals
33-35; wire the flow signal conductor to terminal 12.
24V AC
3
3
3 2
1
3 2
1
1
13 14
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
G0
Y G
38
36 37
1
13 14
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
2
U G0
Y G
Figure 6. To wire a pressure sensor (3) installed in the supply air duct.
Connect the appropriate conductors to terminals 16, 21 and 22 as shown in the figure. The slave damper motor (2) and flow signal conductors should be wired to the appropriate terminals 36-38 and 14.
1. CONTROL Za, supply air
2. SLAVE Za, extract air
3. DETECT Pc, pressure sensor for duct Pressure
Swegon reserves the right to alter specifications. 20190611
Figure 8. To wire a pressure sensor (3) installed in the supply air duct, connect the appropriate conductors to terminals 16, 21 and
22 as shown in the figure.
1. CONTROL Za, supply air
3. DETECT Pc, pressure sensor for duct Pressure www.swegon.com
3
WISE
Wiring zone damper PE and PED
CONTROL Zone for regulating the extract air pressure. Cables from certain components are already factory-wired to terminals designed to receive a jack connector, prior to delivery.
24V AC
Wiring zone damper FE
CONTROL Zone for regulating the extract airflow. Cables from certain components are already factory-wired to terminals designed to receive a jack connector, prior to delivery.
24V AC
13 14
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
13 14
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
G0
Y G
38
36 37
G0
Y G
38
36 37
Figure 9. Connect the conductors of the motor to terminals
36-38; wire the flow signal conductor to terminal 14.
24V AC
3
3 2
1
Figure 12. Connect the conductors of the motor (2) to terminals
36-38; wire the flow signal conductor to terminal 14.
Wiring MSFE with SLAVE MSFE
• Master damper comes pre-wired from the factory.
• Slave damper must be wired on site.
24V AC
1
13 14
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
1
Figure 10. To wire a pressure sensor (3) installed in the supply air duct, connect the appropriate conductors to terminals 16, 21 and
22 as shown in the figure.
Wiring zone damper FS
CONTROL Zone for regulating the supply airflow. Cables from certain components are already factory-wired to terminals designed to receive a jack connector, prior to delivery.
24V AC
11 12
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
2
13 14
G0 X6
15 16
G0 X7
21 22
G G0
23 24
G G0
G0
Y G
38
36 37
U
G0 Y
G
G0
Y G
35
33 34
G0 G Y1 X6
36 38 37 14
Figure 11. Connect the conductors of the motor (2) to terminals
33-35; wire the flow signal conductor to terminal 12.
4
Swegon reserves the right to alter specifications.
Figure 13. CONTROL Zone. Wires from the engine and pressure sensor on the SLAVE MSFE are connected via a 4-wire cable to the master damper.
20190611 www.swegon.com
