Active damper for Swegon s WISE System for demand-controlled ventilation QUICK FACTS Variable or constant flow regulation or constant pressure regulation Wireless communication via radio Integrated sensor Variants: - Circular connections: Ø0-6 mm - Rectangular connections: 0x0-1600x700 mm - Available with spring return actuator - Available with Sensor Module Advanced (SMA) F L O W R A N G E WISE Damper Min. (0.6m/s) Max. ( m/s) Size l/s m 3 /h l/s m 3 /h 0 18 79 8 1 7 6 13 443 160 11 78 0 18 6 31 1134 8 491 1768 31 180 780 808 0 87 314 17 46 0 13 486 1964 7071 6 187 674 3118 11 The product can regulate below Min. but the measurement accuracy cannot be guaranteed, for tolerances see page 8. NOTE for a high pressure drop across the product, it may be difficult to reach the min. flow, see the sizing diagrams.
Content Technical description...3 General...3 Design...3 Functions...3 Materials and surface treatment...3 Project design / Typical room...3 Maintenance...3 Environment...3 Technical data...4 Electrical data...4 Sizing... Air flows all designs... Acoustic data circular design... Sizing diagram Circular, all designs... Sound power in octave bands...7 Sizing diagram rectangular design...7 Installation, torque, dimensions and weights...8 Circular design...8 Installation all designs...8 Installation circular version...8 Rectangular design...9 Installation rectangular design...9 Specification... Specification text...11 Swegon reserves the right to alter specifications. 1801
Technical description General Designed for demand-controlled ventilation of premises with a varying load. Designed for comfort ventilation. Moist, cold and aggressive environments must be avoided. Can be installed in both supply and extract air systems. Pressure-independent, but does require a minimum pressure drop equivalent to that of an open damper. The minimum air flow must be considered during design. Design Motor: Normal or spring return. Options for selection of spring return: De-energized closed. De-energized open. Integrated air flow sensor. Integrated duct temperature sensor. Possibility to connect up to valve actuators. With SMA or without SMA. With SMA: Integrated VOC sensor. Integrated RH sensor. Circular variant: Connection: Ø0-6 mm. Always supplied with dust protection. Motor shelf with mm spacer to facilitate condensation insulation of the duct system. A factory-insulated model available on request. Rectangular variant: Connection 0x0-1600x700 mm. Other sizes are also available on request. Functions Variable or constant flow regulation or constant pressure regulation (supplemented with the WISE DPS Modbus accessory). Measurement of air flow, duct pressure, temperature, VOC and RH. Wireless communication via radio. Heating and cooling function with air. Control external heating and cooling. Materials and surface treatment All sheet-metal parts are galvanized sheet steel (Z7). Accessories FSR, clamp/quick coupling for easy dismantling of circular WISE Damper for cleaning and inspection. WISE DPS Modbus, duct pressure sensor to retain constant pressure in the duct system, wired Modbus communications, see figure 1. POWER Adapt, transformer for power supply. ACTUATOR, valve actuator for heating and cooling regulation with for example radiator or cooling coil. Project design / Typical room See the separate documentation WISE System Guide, which is available for download via www.swegon.com. Maintenance The product does not require any maintenance/service, except for any cleaning when necessary. See the separate Instructions for Use, available on www.swegon.com. Environment The Building Materials Declaration is available from www.swegon.com. Modbus RJ1 Modbus RJ1 Figure 1. Constant pressure regulation. 1: WISE Damper : WISE DPS Modbus 1 (PE) 1 (PS) 1801 Swegon reserves the right to alter specifications. 3
Technical data Output (ERP): Frequency band: mw.4 GHz, IMS band (--483 MHz) Temperature sensor: 0 - C ± -0. C Pressure sensor: 0 - Pa With SMA VOC sensor: RH sensor: IP class: Corrosivity class: Pressure class: Air tightness class, casing: Air tightness class circular damper, closed: Air tightness class rectangular damper, closed: Running time open/close (90 ): Spring return actuator, running time electricity (90 ): 4-00 ppm 0-0 RH% IP C3 A C 4 3 1 s 1 s Return time spring: max. s (90 ) Ambient temperature Operation: 0 C Storage: - + C RH: - 9 % (non condensing) CE marking: 16/4/EC (MD) 14/3/EU (RED) 11/6/EU (RoHS) Electrical data Power supply: Connections pipe dim. 4V AC ±1% - 60Hz Power: Screw terminal max..mm Valve actuator: Push-in spring force connections, max. 1. mm Max. power consumption: See table below Variant Normal Spring return VA Motor +1 valve + valve Default actuator actuator Nm Nm 8 1 1 Nm Nm Nm 1 19 Nm 16 3 4 Swegon reserves the right to alter specifications. 1801
Sizing Air flows all designs Important! Increased air flow gives increased duct velocity and increased sound level. Sizing diagram Circular, all designs Air flow Pressure drop Sound level Specified sound levels, L WA :, 4,, and 60 db. The data is for the sound created in ducts. 0% corresponds to the damper being fully open. Acoustic data circular design Sound power level The diagrams show the a-weighted sound power (L WA-dB), as a function of the air flow and pressure drop across the damper. Correct L WA with correction factor K ok from the tables below to obtain the sound power levels for each octave band (L W = L WA + K ok ). Correction factors for conversion to sound power in octave bands: L WA = Sound level in the sizing diagram for duct products. K ok = Correction factor in octave bands. K trans = Correction factor in octave bands for transmitted sound. Sound power in octave bands WISE Damper 0 00 0 00 00 0 0 0 0 4 3 4 0 l/s 0 0 0 0 0 m 3 /h L W = L WA + K ok Correction factor, K ok Size Mid-frequency (octave band) Hz 63 1 0 00 00 00 8000 0 - -4-8 -1-17 -4-3 -38 1 - -4-8 -17-18 - -3-160 -4-4 -9-16 -18-3 -9-38 0-4 -3-9 -1-16 -1-8 -38-4 -4-8 -1-16 - -6-36 31-4 - -9-11 -14-19 -6-36 0-4 -6-8 -11-13 -17 - -3 0-4 -6-8 -13-14 -18-7 -7 6-4 - -7-1 -14-17 -6-36 Tol. ± 6 3 WISE Damper 1 0 00 00 0 0 0 0 4 3 4 0 0 l/s 0 0 0 0 m 3 /h Transmitted sound through uninsulated casing L W = L WA + K trans Correction factor K trans Size Mid-frequency (octave band) Hz 63 1 0 00 00 00 8000 0-14 -8 - -34-6 -6-37 -4 1-1 - -33-39 -31-8 -37-44 160-16 -33-37 -4-3 -7-34 -4 0-17 -34 - -44-37 -7-37 -48-19 -38-4 -4-41 -7-39 -49 31-19 - -4-46 -4-7 -4-1 0-1 -44-47 - -4-6 -4-0 -1-4 - -4-49 -8 - -7 6-1 -43-1 -4-48 -6-49 -6 Tol± 6 3 WISE Damper 160 00 0 0 0 0 4 0 0 0l/s0 0 0 0 0 00 m 3 /h 1801 Swegon reserves the right to alter specifications.
WISE Damper 0 WISE Damper 0 00 0 0 0 4 0 0 0 4 0 0 0 0 0 0 l/s 0 0 0 0 00 00 m 3 /h 0 0 0 0 00 l/s 00 0 0 0 0 00 00 0 0000 m 3 /h WISE Damper WISE Damper 0 00 00 0 0 0 4 0 0 4 0 0 0 0 0 0 0 l/s 00 0 0 0 0 00 00 m 3 /h 0 0 0 0 00 l/s 00 0 0 0 0 00 00 0 0000 m 3 /h WISE Damper 31 WISE Damper 6 0 0 0 0 4 00 0 0 0 0 4 % % 70% 0% 0 0 0 0 00 l/s 00 0 0 0 0 00 00 0 0000 m 3 /h 0 0 0 0 00 00 0 0000 l/s 000 0 0 00 00 0 0000 000 000 m 3 /h 6 Swegon reserves the right to alter specifications. 1801
Acoustic data rectangular design Sound power level The diagram shows the a-weighted sound power (L WA-dB), as a function of the air flow and pressure drop across the damper. Correct L WA with correction factor K ok from the tables below to obtain the sound power levels for each octave band (L W =L WA +K k +K ok ). Sound power in octave bands L W = L WA + K k + K ok Correction factor, K ok Size Mid-frequency (octave band) Hz 63 1 0 00 00 00 8000 All 7 3 1 0 - -14-3 - Tol. ± 4 4 3 Correction factor K K for the damper s face area Correction factor face area Area m 0.1 0.1 0, 0.4 0.6 1.0 1.6. K k -3-0 4 6 8 Sizing diagram rectangular design Velocity - Pressure drop - Sound level The data is for the sound created in ducts. Specified sound levels, L WA :,, 60 and 70 db. Calculate the face velocity across the damper and read the sound data and pressure drop at an appropriate damper position. 0% corresponds to the damper being fully open. %P s 0 P a % % % 60% L WA 70dB 0 60dB 70% 0 db db 80% 90% 0% 1 3 4 m/s 1801 Swegon reserves the right to alter specifications. 7
WISE Damper Installation, torque, dimensions and weights m3 /h Max. ( m/s) l/s m3 /h l/s Weight (kg) Torque (Nm) Min. (0.6 m/s) Tolerance Q ±% with at least ±x l/s Flow range Spring return C (mm) Weight (kg) Normal motor Torque (Nm) A (mm) Installation dimensions (mm) Size Ø (mm) Circular design 1.. 0 74 84. 11 3.0 18 79 8 1 74 84.8 4 3.3 7 6 13 443 160 74 84 3. 33 3.7 11 78 0 74 84 3.7 19 4. 18 6 31 1134 3 74 84 4.3 13 4.8 8 491 1768 31 600 6. 0 6. 180 780 808 8 0 8 8 8.0 0 9.0 87 314 17 46 13 0 8 8 9.9 0.9 13 486 1964 7071 6 91 93 1 13. 0 14. 187 674 3 3118 11 3. 4. Installed according to the instructions Installation all designs WISE Dampers air flow measurement requires a straight section before and after the product (in the air direction) according to the installation figures. Instructions for Use are supplied with the product on delivery, but can also be downloaded from www. swegon.com.. Installation circular version Installation is position dependent. 1. WISE Damper. FSR Clamp 3. Sound attenuator 6. Figure 4. Straight section requirements, circular ducts. 1-: Quantity Ø before the product: 0 x Ø. 6: Quantity Ø before the product: x Ø. Cleaning hatch Figure. Requires a straight section of x Ø for sound attenuators with baffle or centre body. 1 C 1. WISE Damper. FSR Clamp 1 ø A Figure 3. Installation in the duct system. The ducts must be firmly fixed to the frame of the building on each side of WISE Damper. 8 Swegon reserves the right to alter specifications. Figure. Dimensions, WISE Damper circular and WISE Damper circular with spring return. 1801
Rectangular design Size BXH (mm) Torque (Nm) Normal motor Weight (kg) Spring return Torque (Nm) Weight (kg) Min. (1 m/s) Flow range Max. ( m/s) l/s m 3 /h l/s m 3 /h Tolerance Q ±% with at least ±x l/s 0 x 0 7. 8.0 34 13 0 14 4 x 0 8.4 9. 180 600 160 6 0 x 0 9.9.7 67 4 800 880 8 0 x 0 11.4 1. 84 3 00 3600 600 x 0 1.9 13.7 0 360 43 1 700 x 0 14.4 1. 117 4 14 800 x 0 1.4 16. 133 479 1600 760 16 00 x 0 18.4 19.9 167 60 00 70 x.9 11.3 76 74 900 3 9 0 x 1.4 1.9 368 43 1 0 x 13.9 14.4 17 48 0 1 600 x 1.4 1.9 1 48 1800 6480 18 700 x 16.8 17.8 178 641 0 760 1 800 x 18.4 19.4 3 731 86 4 00 x 1.4.4 4 91 0 800 0 x 0 14.0 14. 136 490 1600 760 16 0 x 0 16.0 18.0 171 616 00 70 600 x 0 17.4 18. 738 86 4 700 x 0 19.6.6 900 800 080 8 800 x 0 1.1. 73 983 11 3 00 x 0 4.. 341 18 00 140 x 0 1 7. 9. 9 1473 4800 1780 48 x 0 1.3 3. 478 171 600 160 6 1600 x 0 1 33.3 3.3 46 1966 60 64 0 x 0 18. 19. 14 771 9000 600 x 0. 1.6 7 96 0 800 700 x 0.6 3.6 80 1600 3 800 x 0 4.6.6 343 13 00 140 00 x 0 1 8.6.6 49 14 00 18000 x 0 1 3.7 34.6 14 181 6000 1600 60 x 0 1 36.8 38.7 600 160 7000 0 70 1600 x 0 1.8 4.8 686 470 8000 8800 80 600 x 600.7 3.7 9 1113 3600 1960 36 700 x 600 4.8.8 361 1 40 11 4 800 x 600 1 6.8 7.8 41 1484 4800 1780 48 00 x 600 1.9 3.9 1 184 6000 1600 60 x 600 1 3.0 37.0 618 70 9 7 x 600 1 39. 41.1 7 600 8,0 84 1600 x 600 1 43.3 4. 8 970 9600 3460 96 700 x 700 1 7.6 9. 4 1 4900 176 49 800 x 700 1.3 3. 48 1736 600 160 6 00 x 700 1 34.9 36.8 603 171 7000 0 70 x 700 1.6 4.6 73 603 8,0 84 x 700 1 4.7 47.7 844 39 9800 380 98 1600 x 700 1 1.0.9 964 3471 1 3 11 Installed according to the instructions Installation rectangular design Dimension B in the figure and table below is found in the table Rectangular design to the left. NOTE! Damper spindles must be installed horizontally. Straight section before WISE Damper in rectangular ducts Type of disruption E (m =%) E (m =%) One 90 bend E = 3 x B E = x B T piece E = 3 x B E = x B H E Figure 6. Straight section requirements, rectangular ducts. E Straight section before/after WISE Damper sound attenuator with baffle E 1 470 mm 0 mm Figure 7. Straight section requirements, rectangular WISE Damper and sound attenuator with baffle. Installation with straight section applies both to supply and extract air. 1 = Rectangular WISE Damper = Straight duct 0 mm. 3 = Sound attenuator with baffle. E = Straight section. W = Width, duct. H = Height, duct. B 4 Figure 8. Dimensions, WISE Damper rectangular and WISE Damper rectangular with spring return. 3 E E 1801 Swegon reserves the right to alter specifications. 9
Specification Product Circular design Active damper WISE Damper a xxx yyy zz Size/Special: 0, 1, 160, 0,, 31, 0, 0, 6, Special SMA = With SMA (Sensor Module Advanced) 0 = Without SMA SR = With spring return type motor (NC) 0 = With spring return actuator (NC) Rectangular design Active damper WISE Damper a xxx-xxx yyy zz Size/Special: W x H (see table page 9), Special SMA = With SMA (Sensor Module Advanced) 0 = Without SMA SR = With spring return actuator (NC) 0 = With spring return actuator (NC) Other rectangular sizes than those in the table on page 9 are ordered as Special. Accessories Clamp for circular ventilation ducts FSR c -aaa Dimension: 0, 1, 160, 0,, 31, 0, 0, 6 Duct pressure sensors WISE DPS Modbus a 1-Phase protective transformer Size (VA):, 60, 1 Plug contact POWER A a xxx Permanent installation Valve actuator ACTUATOR b xxx yy Alternatives are: 4V, 0-V Type: NC, NO Only applies to 4 V Swegon reserves the right to alter specifications. 1801
Specification text Example of a specification text according to VVS AMA. QJB.11 Damper with single blade Swegon s variable flow damper of the type WISE Damper with the following functions: Pressure-independent VAV unit for demand-controlled ventilation. Must be installed with a minimum straight duct section on the inlet side as stated in relevant catalogue data, designed for temperatures between 0 C. Built-in temperature sensor and flow measurement. Built-in communication unit for communication in Swegon WISE radio network. Built-in regulator, damper selectable as flow regulating, position optimised function or pressure regulating function (requires the accessory pressure sensor WISE DPS for pressure regulation). The damper can be ordered with factory fitted spring return actuator. The damper can be ordered with factory fitted air quality sensor SMA (VOC and air humidity). The damper can be ordered with factory fitted external insulation. QJB.41 Louvre damper with counter-rotating blade Swegon s variable flow damper of the type WISE Damper with the following functions: Pressure-independent VAV unit for demand-controlled ventilation. Must be installed with a minimum straight duct section on the inlet side as stated in relevant catalogue data, designed for temperatures between 0 C. Built-in temperature sensor and flow measurement. Built-in communication unit for communication in Swegon WISE radio network. Built-in regulator, damper selectable as flow regulating, position optimised function or pressure regulating function (requires the accessory pressure sensor WISE DPS for pressure regulation). The damper can be ordered with factory fitted spring return actuator. The damper can be ordered with factory fitted air quality sensor SMA (VOC and air humidity). Size: Ø 0... Ø 6 Size: 0 x 0... 00 x Specification: Standard SS-EN171:14, Annex C Air tightness class, casing: C Air tightness class closed damper: 4 Corrosivity class: C3 Pressure class: A Tolerance flow measurement: ±%, however at least ±X l/s according to the table in the catalogue. Specification: Standard SS-EN171:14, Annex C Air tightness class, casing: C Air tightness class closed damper: 3 Corrosivity class: C3 Pressure class: A Tolerance flow measurement: ±%, however at least ±X l/s according to the table in the catalogue. Type: WISE Damper a xxx yyy zz xx items Type: WISE Damper a xxx-xxx yyy zz xx items Accessories: Clamp for ventilation ducts FSR xx items Duct pressure sensors WISE DPS Modbus a xx items Transformer for power supply POWER A a xxx xx items Valve actuator for heating and cooling regulation ACTUATOR b xxx yy xx items Accessories: Duct pressure sensors WISE DPS Modbus a xx items Transformer for power supply POWER A a xxx xx items Valve actuator for heating and cooling regulation ACTUATOR b xxx yy xx items 1801 Swegon reserves the right to alter specifications. 11