infinity AIR VENT T E C H N O L O G Y energy efficient - environmentally friendly - economical EC MOTORS - direct drive - CuSTOM built ErP Compliant
INDEX Selection Chart Page 3 Internal & External Acoustic Cabinet & Twin Fans - General Page 6 Performance - QSS-EC/EM-EC/QST-EC/EMT-EC 15s Page 7 Performance - QSS-EC/EM-EC/QST-EC/EMT-EC 2s Page 8 Performance - QSS-EC/EM-EC/QST-EC/EMT-EC 25s Page 9 Performance - QSS-EC/EM-EC/QST-EC/EMT-EC 31s Page 1 Performance - QSS-EC/EM-EC/QST-EC/EMT-EC 35s Page 11 Performance - QSS-EC/EM-EC/QST-EC/EMT-EC 45s Page 12 Performance - QSS-EC/EM-EC/QST-EC/EMT-EC 56s Page 13 Dimensions - QSS-EC/EM-EC - single Page 14 Dimensions - QST-EC/EMT-EC - twin Page 15 Heat Recovery Units - Internal & External: Side by Side & Stacked: EHB or LPH heating coil - General Page 16 Performance - HRP1EC Page 17 Performance - HRP2EC Page 18 Dimensions - HRP1EC & HRP2EC Page 19 Performance - HRP3EC Page 2 Performance - HRP4EC Page 21 Performance - HRP5-1EC Page 22 Performance - HRP5-2EC Page 23 Performance - HRP5-3EC Page 24 Performance - HRP6-1EC Page 25 Performance - HRP6-2EC Page 26 Dimensions - HRP-ECs Internal - Side by side & Stacked Page 27 Dimensions - HRP-ECs External - Side by side & Stacked Page 28 Performance HRP35-1 Page 29 Performance HRP35-2 Page 3 Dimensions - HRP35s Page 31 Compact Air Handling Units - Internal & External: EHB or LPH heating coil - General Page 32 Performance - IME/EME 12/15-ECs Page 33 Performance - IME/EME 2-ECs Page 34 Performance - IME/EME 25-ECs Page 35 Performance - IME/EME 31-ECs Page 36 Dimensions - IME/EME-ECs Page 37 Performance - IM/EM 12/15-ECs Page 38 Performance - IM/EM 2-ECs Page 39 Performance - IM/EM 25-ECs Page 4 Performance - IM/EM 31-ECs Page 41 Dimensions - IM/EM-ECs Page 42 Air Handling Units - Internal & External: EHB or LPH heating coil - General Page 43 Performance - SPE/SRE1-ECs Page 44 Performance - SPE/SRE4-ECs Page 45 Performance - SPE/SRE6-ECs Page 46 Performance - SPE/SRE7-ECs Page 47 Dimensions - SPE/SRE-ECs - Internal & External Page 48 Performance - SP/SR1-ECs Page 49 Performance - SP/SR4-ECs Page 5 Performance - SP/SR6-ECs Page 51 Performance - SP/SR7-ECs Page 52 Dimensions - SP/SR-ECs - Internal & External Page 53 Controller, Grille and Damper Page 54 Ancillaries Page 55 Page 2
SELECTION CHART Maximum Air Volume - all models (m 3 /sec).1.2.3.4.5.6.7.8.9 1 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 3 3.1 3.2 3.3 3.4 3.5 3.6 3.7 QSS15 QSS2 QSS25 QSS31 QSS355 QSS45 QSS56 IME15 IME2 IME25 IME31 SPE1 SPE4 SPE6 SPE7 IM15 IM2 IM25 IM31 SP1 SP4 SP6 SP7 HRP1 HRP2 HRP3 HRP4 HRP5-1 HRP5-2 HRP5-3 HRP6-1 HRP6-2 HRP35-1 HRP35-2.1.2.3.4.5.6.7.8.9 1 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 3 3.1 3.2 3.3 3.4 3.5 3.6 3.7 Page 3
Air Vent Technology was founded in 1996 in order to provide high quality products to the Heating and Ventilation market. Since that date the Company has established a reputation throughout the UK, undertaking many high profile contracts. The success of the Company has been, and remains, attributable to a firm commitment to quality and customer care. Commitment to quality was reinforced in 21 by the introduction of the ISO91 quality management system. In 27 AVT was brought under the Vectaire Group of Companies and has since benefitted from over thirty years' experience in the air movement industry, together with an innovative approach to product development (with particular regard to energy efficient products which have a high performance/energy ratio). AVT has now developed a range of products specifically intended to ensure the maximum energy saving efficiency by using EC motors - infinity AVT aims to supply ventilation solutions which provide the best in energy efficiency, comfort and design for every segment of the market, and to ensure that its responsibility to the environment is a prime feature in designs for ventilation schemes. AVT solutions to ventilation problems also reflect a proper combination of cost effectiveness and energy efficiency AVT's highly trained field sales force covers the whole of the United Kingdom and can provide quality local support with technical expertise on products. AVT can design ventilation schemes from small to large providing a total, compatible package, thus guaranteeing a quality ventilation solution. All AVT products are designed and produced in the UK to the highest standards. Ventilation/heat recovery/air handling systems can be custom built to solve any specification requirement whilst complying with all the latest building regulations. Page 4
The infinity range has been designed to encompass a comprehensive range of energy efficient, environmentally friendly and economical products. infinity fans all have integral trickle and boost controllers to allow them to run continuously at their most effective supply/extract capacity. The user can boost to maximum airflow as and when required by means of a variety of remote switches The infinity range includes cabinet fans, both single and twin fans, direct drive air handling units with airflows from.1 to 1.57 m 3 /sec for EHB or LPH heating, and direct drive heat recovery units - again for EHB or LPH heating delivering up to.93 m 3 /sec. All of these models are available for internal or external installation AVT can supply a complete range of accessories including silencers, attenuators, pressure switches, filters, antivibration mounts etc, as well as step control panels and electric heater batteries. The infinity range allows compliance with all the latest building regulations, and in particular are ErP Directive Compliant. Every unit is built in the UK using the latest technology and with EC motors for the ultimate in energy saving and low specific fan powers All models are super quiet with high performance acoustic linings. To complete the infinity range AVT has developed a series of low profile, direct drive, heat recovery units. These products have all the benefits of others in the infinity range, but have the added advantage of having a maximum profile of only 35mm allowing heat recovery units to be installed in the tightest of spaces. Page 5
COMPACT AIR HANDLING UNITS ELECTRIC HEATER BATTERY OR LPH HEATING COIL 4 sizes super quiet - high performance acoustic lining integral trickle and boost, and isolator airflow to.6m 3 /sec internal model cabinets from.9mm to 1.6mm thick galvanised sheet steel lined with 25mm Barafoam"O" class 6mm barrier mat layer. External models with plastisol finish can be mounted horizontally or vertically with access either on bottom or top complete with integral mounting points for either floor or ceiling mounting quick and easy to install external models available with top access via a single remov - able weather lid external unit air inlets protected by weatherproof cowl and bird guard external models in galvanised steel, single skinned with plasti sol exterior in light grey to BS1A5 direct drive single inlet, single width, backward curved centrifugal type fans fan blades statically and dynamically balanced in accordance with ISO 194/1 and balancing quality G6.3 direct drive induction motors with IP54 protection insulation 25mm barafoam 'O' Class with 6mm barrier mat layer a manual reset thermal cut-out is an integral part of heater control circuits. It is recommended that fans should be oper ated via a run-on timer incorporated within the controller LPH batteries from copper tubes mechanically bonded to aluminium fins supplied with standard BSP male connections maximum air temperature 4ºC panel filters fitted into slide-in channels and manufactured from bonded and coated spun glass fibre to EU3 grade, fitted as standard in easily removable housings manufactured in UK to ISO 91 energy efficient, environmentally friendly, economical EC motors - ErP 213 and 215 Compliant IME15 Max Air Volume (m 3 /sec) IM15 Max Air Volume (m 3 /sec) IME2 IM2 IME25 IM25 IME31 IM31..1.2.3.4.5.6.7.8.9 1. 1.1 1.2 1.3 1.4 1.5..1.2.3.4.5.6.7.8.9 1. 1.1 1.2 1.3 1.4 Page 32
COMPACT AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - IME/EME12/15-ECs 4 375 SFP - 1.2/L/S 35 SFP - 1./L/S 325 3 SFP -.8/L/S 275 25 225 SFP -.6/L/S 2 175 15 125 1 75 5 SFP -.4 /L/S 25 4% 6% 1%..25.5.75.1.125 IME/EME 12/15 52 23V, 1Ph.4 IME/EME12/15-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 62 57 6 66 63 61 74 6 76 76 28 23 <2 <2 Outlet in duct db 65 6 63 69 66 64 77 63 79 79 Inlet in duct db 57 52 56 61 58 56 66 54 69 68 Outlet in duct db 6 55 59 64 61 59 69 57 72 71 24 <2 <2 <2 Inlet in duct db 5 47 51 55 52 5 52 46 6 59 6% Outlet in duct db 53 5 54 58 55 53 55 49 63 62 <2 <2 <2 <2 4% Inlet in duct db 43 46 48 48 43 4 34 29 53 49 Outlet in duct db 46 49 51 51 46 43 37 32 56 52 <2 <2 <2 <2 Page 33
COMPACT AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - IME/EME2-ECs 4 375 SFP - 1.2/L/S 35 SFP - 1./L/S 325 3 SFP -.8/L/S 275 25 225 SFP -.6/L/S 2 175 15 125 1 75 SFP -.4 /L/S 5 25 4% 6% 1%..25.5.75.1.125.15.175.2 IME/EME 2 7 23V, 1Ph.55 IME/EME2-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 63 7 72 68 66 65 63 69 77 73 38 37 28 26 Outlet in duct db 66 73 75 71 69 68 66 72 8 76 Inlet in duct db 59 65 66 62 61 59 58 61 71 67 33 3 23 2 Outlet in duct db 62 68 69 65 64 62 61 64 74 7 Inlet in duct db 52 58 59 56 54 52 52 49 64 6 25 22 <2 <2 6% Outlet in duct db 55 51 62 59 57 55 55 52 66 63 4% Inlet in duct db 44 52 51 47 43 39 36 28 56 49 <2 <2 <2 <2 Outlet in duct db 47 55 54 5 46 42 39 31 59 52 Page 34
COMPACT AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - IME/EME25-ECs 4 375 SFP - 1.2/L/S SFP -.8/L/S 35 SFP - 1./L/S 325 3 SFP -.6/L/S 275 25 225 2 175 15 125 1 75 5 SFP -.4 /L/S 25 4% 6% 1%..25.5.75.1.125.15.175.2.225.25.275.3.325.35.375.4 IME/EME 25 17 23V, 1Ph 1.4 IME/EME25-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 59 62 67 66 67 65 67 65 73 72 33 31 24 2 Outlet in duct db 62 65 7 69 7 68 7 68 76 75 Inlet in duct db 53 57 61 6 62 6 62 6 68 66 27 24 <2 <2 Outlet in duct db 56 6 64 63 65 63 65 63 71 69 6% Inlet in duct db 46 5 53 52 54 52 54 52 6 58 <2 <2 <2 <2 Outlet in duct db 49 53 56 55 57 55 57 55 63 61 4% Inlet in duct db 37 4 42 43 41 38 41 38 49 46 <2 <2 <2 <2 Outlet in duct db 4 43 45 46 44 41 44 41 52 49 Page 35
COMPACT AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - IME/EME31-ECs 4 375 35 325 3 275 25 225 2 175 15 125 1 75 5 25 SFP - 1.2/L/S 4% SFP - 1./L/S SFP -.8/L/S 1% SFP -.6/L/S SFP -.4 /L/S..5.1.15.2.25.3.35.4.45.5.55.6 6% IME/EME 31 51 23V, 1Ph 3.1 IME/EME31-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 66 7 8 79 77 73 7 64 84 82 46 45 36 34 Outlet in duct db 69 73 83 82 8 76 73 67 87 85 Inlet in duct db 61 65 74 73 72 68 65 59 79 76 Outlet in duct db 64 68 77 76 75 71 68 62 82 79 4 39 31 29 6% Inlet in duct db 54 59 67 65 64 6 58 52 72 69 33 31 24 21 Outlet in duct db 57 62 7 68 67 63 61 55 75 72 4% Inlet in duct db 46 51 55 53 51 5 49 42 6 57 21 <2 <2 <2 Outlet in duct db 49 54 58 56 54 53 52 45 63 6 Page 36
COMPACT AIR HANDLING UNITS ELECTRIC HEATER BATTERY Dimensions - IME/EME-ECs IME ECs Model A B C D kg IME12EC 4 225 75 125 29 IME15EC 4 225 75 15 29 IME2EC 475 335 85 2 37 IME25EC 5 4 92 25 45 IME31EC 55 475 97 315 49 Model A B C D kg EME12EC 4 35 75 125 24 EME15EC 4 35 75 15 24 EME2EC 425 375 85 2 35 EME25EC 65 45 9 25 43 EME31EC 65 475 9 315 47 EME ECs Page 37
COMPACT AIR HANDLING UNITS LPH HEATING COIL Technical Data - IM/EM12/15-ECs 4 375 SFP - 1.2/L/S 35 SFP - 1./L/S 325 3 SFP -.8/L/S 275 25 225 SFP -.6/L/S 2 175 15 125 1 75 5 SFP -.4 /L/S 25 4% 6% 1%..25.5.75.1.125 IM/EM 12/15 52 23V, 1Ph.4 IME/EME12/15-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 62 57 6 66 63 61 74 6 76 76 28 23 <2 <2 Outlet in duct db 65 6 63 69 66 64 77 63 79 79 Inlet in duct db 57 52 56 61 58 56 66 54 69 68 24 <2 <2 <2 Outlet in duct db 6 55 59 64 61 59 69 57 72 71 Inlet in duct db 5 47 51 55 52 5 52 46 6 59 <2 <2 <2 <2 6% Outlet in duct db 53 5 54 58 55 53 55 49 63 62 4% Inlet in duct db 43 46 48 48 43 4 34 29 53 49 <2 <2 <2 <2 Outlet in duct db 46 49 51 51 46 43 37 32 56 52 Page 38
COMPACT AIR HANDLING UNITS LPH HEATING COIL Technical Data - IM/EM2-ECs 4 375 SFP - 1.2/L/S 35 SFP - 1./L/S 325 3 SFP -.8/L/S 275 25 225 SFP -.6/L/S 2 175 15 125 1 75 SFP -.4 /L/S 5 25 4% 6% 1%..25.5.75.1.125.15.175.2 IM/EME2 7 23V, 1Ph.55 IM/EM2-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 63 7 72 68 66 65 63 69 77 73 38 37 28 26 Outlet in duct db 66 73 75 71 69 68 66 72 8 76 Inlet in duct db 59 65 66 62 61 59 58 61 71 67 Outlet in duct db 62 68 69 65 64 62 61 64 74 7 33 3 23 2 6% Inlet in duct db 52 58 59 56 54 52 52 49 64 6 25 22 <2 <2 Outlet in duct db 55 51 62 59 57 55 55 52 66 63 4% Inlet in duct db 44 52 51 47 43 39 36 28 56 49 <2 <2 <2 <2 Outlet in duct db 47 55 54 5 46 42 39 31 59 52 Page 39
COMPACT AIR HANDLING UNITS LPH HEATING COIL Technical Data - IM/EM25-ECs 4 375 35 325 SFP - 1.2/L/S SFP - 1./L/S SFP -.8/L/S 3 275 25 225 2 175 15 SFP -.6/L/S 125 1 75 5 SFP -.4 /L/S 25 4% 6% 1%..25.5.75.1.125.15.175.2.225.25.275.3.325.35.375.4 IM/EM 25 17 23V, 1Ph 1.4 IM/EM25-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 59 62 67 66 67 65 61 6 73 72 33 31 24 2 Outlet in duct db 62 65 7 69 7 68 64 63 76 75 Inlet in duct db 53 57 61 6 62 6 55 55 68 66 <2 <2 Outlet in duct db 56 6 64 63 65 63 58 58 71 69 27 24 6% Inlet in duct db 46 5 53 52 54 52 48 46 6 58 <2 <2 <2 <2 Outlet in duct db 49 53 56 55 57 55 51 49 63 61 4% Inlet in duct db 37 4 42 43 41 38 34 28 49 46 <2 <2 <2 <2 Outlet in duct db 4 43 45 46 44 41 37 31 52 49 Page 4
COMPACT AIR HANDLING UNITS LPH HEATING COIL Technical Data - IM/EM31-ECs 5 475 SFP - 1.2/L/S 45 SFP - 1./L/S 425 4 375 35 SFP -.8/L/S 325 1% 3 275 25 225 2 175 SFP -.4 /L/S 15 125 1 SFP -.6/L/S 75 5 25 4% 6%..5.1.15.2.25.3.35.4.45.5.55.6 IM/EM 31 51 23V, 1Ph 3.1 IM/EM31-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 66 7 8 79 77 73 7 64 84 82 46 45 36 34 Outlet in duct db 69 73 83 82 8 76 73 67 87 85 Inlet in duct db 61 65 74 73 72 68 65 59 79 76 4 39 31 29 Outlet in duct db 64 68 77 76 75 71 68 62 82 79 6% Inlet in duct db 54 59 67 65 64 6 58 52 72 69 33 31 24 21 Outlet in duct db 57 62 7 68 67 63 61 55 75 72 4% Inlet in duct db 46 51 55 53 51 5 49 42 6 57 21 <2 <2 <2 Outlet in duct db 49 54 58 56 54 53 52 45 63 6 Page 41
COMPACT AIR HANDLING UNITS LPH HEATING COIL Dimensions - LPH models IM ECs Model A B C D kg IM12EC 4 225 9 125 29 IM15EC 4 225 9 15 29 IM2EC 475 335 1 2 37 IM25EC 5 4 17 25 45 IM31EC 55 475 112 315 49 Model A B C D kg EM12EC 4 35 9 125 3 EM15EC 4 35 9 15 3 EM2EC 425 375 1 2 4 EM25EC 65 45 17 25 45 EM31EC 65 475 112 315 5 EM ECs Page 42
AIR HANDLING UNITS ELECTRIC HEATER BATTERY OR LPH HEATING COIL 4 sizes super quiet - high performance acoustic lining integral trickle and boost, and isolator airflow to 1.35m 3 /sec double skinned galvanised steel cases with rockwool infill (standard for internal models, available for external) standard external models in galvanised steel, single skinned with plastisol exterior in light grey to BS1A5 access: side for internal models, top for external models complete with integral mounting points for either floor or ceiling mounting inlets and outlets fitted with "mez" type duct connecting flanges external unit air inlets protected by weatherproof cowl and bird guard direct drive single inlet, single width, backward curved centrifugal type fans motors with thermal overload protection fan blades statically and dynamically balanced in accordance with ISO 194/1 and balancing quality G6.3 electric heater batteries for 1ph and 3ph operation are manu factured from sheathed rod elements with an integral, manual reset thermal cut-out for wiring into control unit LPH batteries from copper tubes mechanically bonded to aluminium fins supplied with standard BSP male connections maximum air temperature 4ºC panel filters fitted into slide-in channels and manufactured from bonded and coated spun glass fibre to G3 grade, fitted as standard in easily removable housings manufactured in UK to ISO 91 energy efficient, environmentally friendly, economical EC motors - ErP Compliant SPE1 Max Air Volume (m 3 /sec) SP1 Max Air Volume (m 3 /sec) SPE4 SP4 SPE6 SP6 SPE7 SP7..1.2.3.4.5.6.7.8.9 1. 1.1 1.2 1.3 1.4 1.5..1.2.3.4.5.6.7.8.9 1. 1.1 1.2 1.3 1.4 43
AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - SPE/SRE1-ECs 4 375 SFP - 1.5/L/S SFP - 1.2/L/S 35 325 3 275 SFP - 1./L/S 25 225 2 175 15 SFP -.8/L/S 125 1 75 5 SFP -.6/L/S 1% 25 4% 6%..1.2.3.4.5 SPE/SRE1-ECs 49 23V, 1Ph 3. SPE/SRE1-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 69 75 75 78 77 73 72 76 84 82 51 48 41 38 Outlet in duct db 72 78 78 81 8 76 75 79 87 85 Inlet in duct db 64 7 7 73 72 67 67 71 79 77 46 43 36 32 Outlet in duct db 67 73 73 76 75 7 7 74 82 8 Inlet in duct db 57 64 63 67 65 6 6 63 72 7 6% Outlet in duct db 6 67 66 7 68 63 63 66 75 73 39 36 3 26 4% Inlet in duct db 47 57 54 56 55 51 51 51 63 6 3 26 21 <2 Outlet in duct db 5 6 57 59 58 54 54 54 66 63 Page 44
AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - SPE/SRE4-ECs 4 35 3 SFP - 1.25/L/S SFP - 1.1/L/S SFP - 1./L/S SFP -.9/L/S 25 2 15 SFP -.8/L/S 1 5 4% 6% 1%..1.2.3.4.5.6.7.8 SPE/SRE4-ECs 51 23V, 1Ph 3.1 SPE/SRE4-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 66 7 8 79 78 74 7 65 85 82 54 53 45 44 Outlet in duct db 69 73 83 82 81 77 73 68 88 85 Inlet in duct db 61 65 75 74 73 68 65 6 8 77 49 48 4 38 Outlet in duct db 64 68 78 77 76 71 68 63 83 8 Inlet in duct db 54 59 68 67 65 61 59 53 73 7 42 41 33 31 6% Outlet in duct db 57 62 71 7 68 64 62 56 76 73 4% Inlet in duct db 45 51 56 54 52 5 49 42 6 57 3 28 2 <2 Outlet in duct db 48 54 59 57 55 53 52 45 63 6 Page 45
AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - SPE/SRE6-ECs 4 SFP - 1.5/L/S SFP -.8/L/S 35 SFP - 1.2/L/S 3 25 2 15 SFP - 1./L/S SFP -.6/L/S 1 5 4% 6% 1%..1.2.3.4.5.6.7.8.9 1. SPE/SRE6-ECs 45 23V, 1Ph 2.9 SPE/SRE6-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 64 75 74 76 68 66 65 54 81 76 5 47 4 38 Outlet in duct db 67 78 77 79 71 69 68 57 84 79 Inlet in duct db 59 7 68 7 63 61 59 49 75 7 Outlet in duct db 62 73 71 73 66 64 62 52 78 73 44 41 34 31 6% Inlet in duct db 53 63 61 62 55 54 51 42 68 63 36 33 27 22 Outlet in duct db 56 66 64 65 58 57 54 45 71 66 4% Inlet in duct db 45 56 53 53 47 46 42 36 6 54 29 24 <2 <2 Outlet in duct db 48 59 56 56 5 49 45 39 63 57 Page 46
AIR HANDLING UNITS ELECTRIC HEATER BATTERY Technical Data - SPE/SRE7-ECs 4 35 SFP - 1.5/L/S SFP - 1.2/L/S SFP -.8/L/S 3 SFP - 1./L/S SFP -.6/L/S 25 2 15 1 5 1% 4%..2.4.6.8 1. 1.2 1.4 6% SPE/SRE7-ECs 64 23V, 1Ph 2.9 SPE/SRE7-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 66 71 73 73 63 64 63 52 78 73 46 44 37 34 Outlet in duct db 68 72 74 76 74 71 66 55 81 79 Inlet in duct db 6 67 69 68 58 58 57 47 73 68 41 39 32 29 Outlet in duct db 63 67 69 71 69 65 61 5 76 73 Inlet in duct db 55 58 6 59 51 52 5 4 65 6 33 3 24 2 6% Outlet in duct db 57 6 61 63 61 59 54 43 68 66 4% Inlet in duct db 48 51 48 47 46 46 4 34 56 51 24 <2 <2 <2 Outlet in duct db 49 53 51 52 55 52 45 38 6 58 Page 47
AIR HANDLING UNITS ELECTRIC HEATER BATTERY Dimensions - SPE/SRE-ECs SPE ECs Model A B C D E kg SPE1EC 115 6 45 65 5 65 SPE4EC 115 75 45 8 5 77 SPE6EC 125 825 5 875 55 92 SPE7EC 135 9 6 95 65 117 Model A B C D E kg SRE1EC 135 6 45 65 58 57 SRE4EC 135 75 45 8 58 66 SRE6EC 16 825 5 875 58 78 SRE7EC 165 9 6 95 68 97 SRE ECs Page 48
AIR HANDLING UNITS LPH HEATING COIL Technical Data - SP/SR1-ECs 4 375 SFP - 1.2/L/S SFP -.6/L/S 35 SFP - 1./L/S 325 3 SFP -.8/L/S SFP - 1.5/L/S 275 25 225 2 175 15 125 1 75 5 25 4% 6% 1%..1.2.3.4.5.6 SP/SR1-ECs 49 23V, 1Ph 3. SP/SR1-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 69 75 75 78 77 73 72 76 84 82 51 48 41 38 Outlet in duct db 72 78 78 81 8 76 75 79 87 85 Inlet in duct db 64 7 7 73 72 67 67 71 79 77 46 43 36 32 Outlet in duct db 67 73 73 76 75 7 7 74 82 8 Inlet in duct db 57 64 63 67 65 6 6 63 72 7 39 36 3 26 6% Outlet in duct db 6 67 66 7 68 63 63 66 75 73 4% Inlet in duct db 47 57 54 56 55 51 51 51 63 6 3 26 21 <2 Outlet in duct db 5 6 57 59 58 54 54 54 66 63 Page 49
AIR HANDLING UNITS LPH HEATING COIL Technical Data - SP/SR4-ECs 4 35 3 25 2 15 SFP - 1.25/L/S SFP - 1.1/L/S SFP - 1./L/S SFP -.9/L/S 1 SFP -.8/L/S 5 4% 6% 1%..1.2.3.4.5.6.7.8 SP/SR4-ECs 51 23V, 1Ph 3.1 SP/SR4-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 66 7 8 79 78 74 7 65 85 82 54 53 45 44 Outlet in duct db 69 73 83 82 81 77 73 68 88 85 Inlet in duct db 61 65 75 74 73 68 65 6 8 77 Outlet in duct db 64 68 78 77 76 71 68 63 83 8 49 48 4 38 6% Inlet in duct db 54 59 68 67 65 61 59 53 73 7 42 41 33 31 Outlet in duct db 57 62 71 7 68 64 62 56 76 73 4% Inlet in duct db 45 51 56 54 52 5 49 42 6 57 3 28 2 <2 Outlet in duct db 48 54 59 57 55 53 52 45 63 6 Page 5
AIR HANDLING UNITS LPH HEATING COIL Technical Data - SP/SR6ECs 4 35 SFP - 1.5/L/S SFP - 1.2/L/S SFP -.8/L/S 3 25 2 15 SFP - 1./L/S SFP -.6/L/S 1 5 4% 6% 1%..1.2.3.4.5.6.7.8.9 1. SP/SR6-ECs 45 23V, 1Ph 2.9 SP/SR6-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 64 75 74 76 68 66 65 54 81 76 5 47 4 38 Outlet in duct db 67 78 77 79 71 69 68 57 84 79 Inlet in duct db 59 7 68 7 63 61 59 49 75 7 44 41 34 31 Outlet in duct db 62 73 71 73 66 64 62 52 78 73 Inlet in duct db 53 63 61 62 55 54 51 42 68 63 36 33 27 22 6% Outlet in duct db 56 66 64 65 58 57 54 45 71 66 4% Inlet in duct db 45 56 53 53 47 46 42 36 6 54 29 24 <2 <2 Outlet in duct db 48 59 56 56 5 49 45 39 63 57 Page 51
AIR HANDLING UNITS LPH HEATING COIL Technical Data - SP/SR7-EC 4 35 SFP - 1.5/L/S SFP - 1.2/L/S SFP -.8/L/S 3 25 2 15 SFP - 1./L/S SFP -.6/L/S 1 5 4% 6% 1%..2.4.6.8 1. 1.2 1.4 SP/SR7-ECs 64 23V, 1Ph 2.9 SP/SR7-ECs 63 125 25 5 1k 2k 4k 8k db db(a) db(a) NR db(a) NR 1% Inlet in duct db 66 71 73 73 63 64 63 52 78 73 46 44 37 34 Outlet in duct db 68 72 74 76 74 71 66 55 81 79 Inlet in duct db 6 67 69 68 58 58 57 47 73 68 41 39 32 29 Outlet in duct db 63 67 69 71 69 65 61 5 76 73 6% Inlet in duct db 55 58 6 59 51 52 5 4 65 6 33 3 24 2 Outlet in duct db 57 6 61 63 61 59 54 43 68 66 4% Inlet in duct db 48 51 48 47 46 46 4 34 56 51 24 <2 <2 <2 Outlet in duct db 49 53 51 52 55 52 45 38 6 58 Page 52
AIR HANDLING UNITS LPH HEATING COIL Dimensions - LPH models SP ECs Model A B C D E kg SP1EC 95 6 45 65 5 79 SP2EC 95 6 45 65 5 79 SP3EC 95 6 45 65 5 79 SP4EC 95 75 45 8 5 93 SP5EC 95 75 45 8 5 93 SP6EC 15 825 5 875 55 112 SP7EC 12 9 6 95 65 131 Model A B C D E kg SR1EC 12 6 45 65 58 74 SR2EC 12 6 45 65 58 74 SR3EC 12 6 45 65 58 74 SR4EC 1225 75 45 8 58 87 SR5EC 1225 75 45 8 58 87 SR6EC 135 825 5 875 58 14 SR7EC 16 9 6 95 68 125 SR ECs Page 53
CONTROLLER, GRILLE AND DAMPER -1v Closed Loop Pressure Controller This unit is a PI controller for use with EC fans for maintaining constant pressure control. hen it is used with an appropriate differential pressure sensor, it maintains the pre-programmed pressure in ventilation systems by varying the fan speed in relation to the system pressure. Grilles These grilles can incorporate a wide variety of functions. ith various activation modes such as humidity, PIR, CO2 and VOC, the grilles can automatically adjust the level of ventilation according to the needs of the occupants. The airflow range can be set at installation to adapt to special requirements, or to compensate for lack of pressure. Commissioning is also facilitated by the presence of an integrated pressure plug allowing connection to a manometer. In-Line Damper In-line opposed blade dampers are available in a variety of sizes to suit the application. Dampers come with pre-fitted damper actuators. The damper actuators can be activated through a variety of sensors, including, but not limited to, the ancillaries listed on the next page. These dampers can be used in conjunction with the grilles shown above to create a complete system solution. Page 54
ANCILLIARIES - FOR TRICKLE BOOST OPERATION Dynamic Remote Humidistat This unit can be connected to an "Infinity" product so that it will automatically switch on when the percentage of humidity in the room reaches the (adjustable) pre-set level. The unit will continue to operate until the level of humidity falls below the pre-set level. Remote Passive Infra Red This unit can be connected to an "Infinity" product so that it will automatically switch on when the sensor detects the presence of a person in the room. The unit incorporates an over-run timer and will continue operating the fan for a (adjustable) pre-set length of time after the person has moved away from the range of the sensor. Thermostat This unit can be connected to an "Infinity" product so that it will automatically switch on when the temperature reaches the (adjustable) pre-set level. It will then continue to operate until the temperature falls back to that level. Air Quality Sensor This unit can be connected to an "Infinity" product so that it will automatically switch on when the sensor detects that the level of pollution has reached an unacceptable level (pre-set by the user). The product will then continue to operate until the pollution has been cleared and the atmosphere reaches an acceptable level. The AQS incorporates a switch for manual operation. Page 55
AIR VENT TECHNOLOGY LTD 56 Reith ay Portway Industrial Estate Andover Hhire SP1 3TY Tel: +44()1264 356415 Fax: +44()1264 337854 Certificate No: GB9455 Part of the Vectaire Group of Companies Air Vent Technology reserves the right to alter specifications as part of its policy of continuous development Mar216/INF1am E & O.E