New HEE control. nroom thermostat for THREE-PHASE or SINGLE-PHASE installation

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1 New H400 model New HEE control The most competitively priced technical solution for heating large spaces Ensures buildings warm up ultra fast Excellent diffusion via patented JET+ double deflection technology New High Energy Efficiency motor version ErP READY Heating Cooling and heating Use In wallmounted or ceilingmounted versions, the HELIOTHERME is the simple, affordable heating/cooling solution for all your applications: for your premises in the service sector (sales outlets, halls, multipurpose rooms etc.) or in industry (workshop, garage, storage unit, logistics platform, etc.). The HELIOTHERME range meets APSAD and NFPA recommendations on air velocities along the edges of units. All are less than 5 m/s at 0.5 m from the diffuser and thus do not interfere with sprinkler systems. The air heater may be combined with destratifiers (TPL) to promote mixing of the air within the building. (Antistratification solution) HELIOTHERME ATEX version: voluntary type examination certificate LCIE ATEX 05 X gas and/or dust environment. HELIOTHERME version 46S: specially designed for "logistics platforms". Only available as hot water with 400 V/ PH/50 Hz power supply. Control A range of "Plug & Play" proportional airsource/watersource controllers with heat exchanger (or electric heater) are used to control the air flow of the fan motor assembly and the heating capacity required for the room, according to the occupancy periods (builtin timer). LP water + PH FMA application: PH Eco+ BOX can control up to x PH H4000. LP water + PH FMA application: PH Eco+ BOX can control up to 9 x PH H4000. Elec. + PH FMA application: ELEC. Eco+ BOX can control up to x ELEC. H4000. LP water + PH HEE FMA application: PH HEE BOX can control x PH HEE H x PH HEE TPL or 6 x PH HEE H4000 or 6 x PH HEE TPL Options and accessories n Wall bracket, ceiling bracket, IPN additional kit n Filter box n 2channel mixing box with builtin filter n Specific diffuser (on door, highlevel etc.) n Antifreeze damper nroom thermostat for THREEPHASE or SINGLEPHASE installation n / switch for PH fan motor assembly n 5 speed autotransformer for SinglePhase AC FMAs n Proximity switch, circuit breaker

2 TPL determination and selection example S = Supply (released at the top of the building) TR = Temperature under roof TW = Temperature setpoint in the work area S Calculated flow rate for destratifiers = 0. x (TRTW) Selection example: Supply under building roof = S = 45,000 kcal (52,200 Watts) Temperature under roof = TR = 0 C Temperature setpoint in the work area = TW = 6 C Calculated flow rate for destratifiers = 0. x (06) = 074 m /h So: 2 x TPL 4500 at or x TPL 460 at. Range Heating/cooling medium LP water HP superheated water Oil HP steam Electrical Standard drive Reinforced variant THREEPHASE 2 speeds SINGLEPHASE variable speed IP44/54 depending on the model CORROBLOC version IP 55/65 700hour salt spray test Coil (tubing/row) Copper/Alu Steel/Alu Cupronickel/Alu Stainless steel/alu Reinforced versions Casing Reinforced versions ATEX versions 6L stainless steel tubes/heresite coating Precoated offwhite (RAL 705) galvanised steel Condensate pan + builtin nautical coupling for cooling 04L Stainless steel/doublesided coating LCIE ATEX 05 X Zone or 2 IIB or IIC T4 or T6 Standard/HEE Reinforced version (high resistance to corrosion) ATEX version Heating/cooling medium HEE drive Coil (tubing/row) Casing Reinforced versions LP water with HEE FMA phase variable speed with 00 V signal IP 54 Copper/Alu Precoated offwhite (RAL 705) galvanised steel Condensate pan + builtin nautical coupling for cooling 04L Stainless steel/doublesided coating Operating principle HELIOTHERME units are installed at the end of a centralised heating or cooling system (boilers, airsource or watersource heat pump, reversible unit). AQUACIAT 2 LD ILD 2

3 Description Axial air heaters Highefficiency fan motor assembly Silent FMA featuring an aluminium epoxy polyestercoated airfoil propeller to ensure the best compromise between air flow efficiency and acoustic comfort. The ROTOREX design (windings inserted in the fan hub) keeps the motor cool to ensure that it operates at optimum efficiency. Three versions are available : n THREEPHASE 2 speed (20/400V Ph 50Hz) (accessory / switch) n SINGLE PHASE variable speed (20V Ph 50Hz) (accessory 5speed autotransformer) n CORROBLOC version guaranteed to withstand corrosive environments. HEE FMA Fan motor assembly equipped with a powerful HEE EC (electronically commutated) motor. These EC motors (singlephase 20V Ph 50/60V drive) will be progressively controlled by the 00 V signal, to ensure acoustic comfort and air flow efficiency and to optimise consumption of electricity. A shunt can be used to operate the air heater at maximum speed. CORROBLOC FMA IP65/700hour salt spray test Casing Elegant galvanised steel casing, precoated with RAL 705 (light grey) paint (stainless steel version available on request). Condensate drain pan builtin for cooling applications, featuring an antibacterial design (perforated bottom) and quickrelease fitting (diameter '/4). Intake section optimised for improved air flow performance and acoustic comfort level. Advantages: Its classic design means that it can easily blend into the architecture of the installation site. No need to add an unsightly condensate drain pan. Condensate pipes quick and extremely simple to connect, without any need for a clamp, ('/4 diam. quickrelease fitting). Diffuser Double deflection diffuser made from rigid aluminium sections, based on the BERNOULLI fluid flow principle and on NACA002 airfoils, creating a high induction rate on the primary air, in order to increase the air throws, limit the stratification phenomenon and thereby reduce energy consumption. n Basic version (only for the H 460 S): Singledeflection diffuser with directional louvre Lightgrey galvanised steel louvre n JET+ version (fitted as standard): Double deflection diffuser JET+ aluminium louvre with NACA002 airfoil design Each louvre can be adjusted independently Advantages: Air flows adjustable in 4 directions for optimum coverage of the area to be handled, while limiting draughts. Laminar air flow for better acoustic comfort (zero turbulence at the diffuser outlet). Increased air speed, thanks to the resulting aerodynamics (depression along lower surface of blade) due to the curve of the airfoil, thereby increasing the air throws and the induction rate. Limited stratification phenomenon. Reduced building warmup times: Recorded energy savings of 5 to 20%. Heat exchanger HIGH EFFICIENCY heat exchanger coil with tapered intake baffles, to help pressurise the finned block, available in four versions: n LP hot or cold water version Available with, 2 or rows: Copper tube Ø 9.52 mm Embossed aluminium fins Thickness 0/00 mm Fin spacing 2. mm Advantage: Excellent thermal yield (dry transfer coefficient > 50 W/m².k) n HP superheated water oil version Available with row: Heavygauge steel tubing (Ø 6 mm) (Stainless steel available on request) Embossed aluminium fins Thickness 28.5/00 mm Fin spacing 2.5 mm Compatible for use with thermal oils Advantage: robust finned aluminium coil block suitable for use in industrial environments (dirty air) and may be cleaned using a highpressure water jet. n HP steam version Available with row: Heavygauge cupronickel tubing (Ø 6 mm) Embossed aluminium fins Thickness 28.5/00 mm Fin spacing 2.5 mm Advantage: excellent corrosion resistance thanks to chemicals pumped through steam network piping. n Electrical version Four capacities available: Stainless steel singletube heating element Embossed aluminium fins Thickness 0/00 mm Fin spacing 2.5 mm Double overheating thermostat with automatic and manual reset for compliance with fire safety standards (CH7) Advantage: Heating elements inserted directly into the finned block ensure excellent heat transfer.

4 Axial air heaters Comparative study of AC and HEE FMAs Study comparing two air heaters in heating mode, () an Air heater fitted with an AC FMA (without JET+ diffuser) and (2) a HELIOTHERME fitted with an HEE FMA (with JET+ diffuser). Space volume: 240 m² under 5 metres of ceiling, i.e m Type of insulation: light (such as in a workshop or small distribution centre) Temperature to be maintained in occupied space: 7 C Average outdoor temperature used: 5 C Heating period: November to March Heating time range: 7.00 to 9.00 Necessary heating capacity: 80W/m² i.e kw (at 5 C) AIR HEATER WITH AC FMA HELIOTHERME WITH HEE FMA COST OF INSTALLATION Mixing rate: 6 (or 7,200 m/h to be provided) Mixing rate: 4 (or 24,800 m/h to be provided) (Lower rate achieved by adjusting the air flow via the 00 V signal of the FMA connected to the HEE BOX) Unit selected: 6 x H450 PH AC Total flow rate supplied = 7,200 m/h Total heating capacity delivered = 94 kwh Unit selected: 6 x H445 PH HEE Total flow rate supplied = 24,800 m/h Total heating capacity delivered = 46 kwh Total price of air heaters Total price of air heaters ECO+ PH BOX control + installation costs Plug & Play HEE BOX control OPERATING COST Basis for analysis: Energy price assessed according to the Pegase database for energy statistics Total number of heating days = 00 (20 per month from November to March) Running time needed each day to maintain 7 C in the comfort zone 960 minutes a day Running time needed each day to maintain 7 C in the comfort zone 760 minutes a day à or 600 hours a year à or 268 hours a year: 42 hours at maximum power and 845 hours at half /2 flow power (or a saving of 2 hours of operation) 58,720 kw of boiler power used Annual heating expenses Annual electricity expenses for AC FMA 605 Total expenses 25,786 kw of boiler power used Annual heating expenses (savings of 25%) Annual electricity expenses for HEE FMA (savings of 60%) Total expenses (savings of 0%) 2,09 4 9,068

5 HELIOTHERME performance 20V/Ph/50Hz motor AC and HEE HEATING 20V/Ph/50Hz motor AC and HEE Model No. rows Heating capacity Air supply speed Flow rate Air speed Range (metres) Sound pressure (kw) SINGLE PHASE m /h m/s Wallmounted pump Suspended accelerator HPS db(a) H m/s 5 5,87 40, m/s m/s ,07 6,92 48 H m/s 5 2, m/s m/s m/s 5 2, m/s 24 7,5 44,55 52, m/s 26 8,5 48,85 56,7 54 H m/s 9 4, m/s m/s 20 5, m/s m/s m/s 27 8,5 56 H m/s m/s 2 4, m/s m/s 8, m/s ,79 86, m/s , H m/s m/s m/s 2 5, m/s 24 6, m/s m/s 28 0,5 55,40 49,80 54 H m/s m/s 24 8, m/s 2 6, m/s Model No. rows Air supply speed HEATING COOLING 20V/Ph/50Hz Motor AC and HEE Air flow rate Air speed Range (metres) Sound pressure m /h m/s Wallmounted db(a) H450 AC m/s 2 0 H4400 AC m/s H4450 AC m/s H4500 AC m/s 2 54 H460 AC H400 HEE m/s 2 4 H450 HEE m/s 2 0 H4400 HEE m/s H4450 HEE m/s H4500 HEE m/s 2 54 H460 HEE m/s 2 5 ELECTRIC HEATING 20V/Ph/50Hz Motor AC only Model Air supply Flow rate Air speed Range (metres) Electrical power (kw) Sound pressure speed m /h m/s Wallmounted Total No. of stages Power per stage db(a) m/s kw kw m/s kw m/s kw kw m/s 24.5 kw m/s kw kw m/s 26 8 kw m/s kw 4.4 kw x m/s Specifications determined using the following information: n Superheated water (HP SW): Temperature C/RT=5 C RH 50% nsteam (HPS): Temperature 75 C 8 bar/rt=5 C RH 50% n Air stream: * with JET+ diffuser for a residual speed of 0. m/s * defined with êt OT/RT of 5 C (heating) and 7 C (cooling) * with LP water or electric heating n Air speed: JET+ diffuser outlet n Sound pressure: measured 5 metres from unit, directivity 2, attenuation of 22 db é : speed obtained when wired directly to singlephase motor. é (version with AC motor): supply air speed obtained with autotransformer set to "". Other operation points (5 in total) can be supplied on request by your agent using our technical selection software. 5

6 HELIOTHERME performance Superheated Water and Steam 400V/Ph/50Hz motor Model H450 H4400 H4450 H4500 H460 Model H450 H4400 H4500 No. rows Air supply speed HEATING 400V/Ph/50Hz motor Air supply speed Flow rate Air speed Range (metres) Heating capacity Sound (kw) pressure PH m /h m/s Wallmounted Suspended accelerator pump HPS db(a) ê m/s ,87 40, m/s 7,5 2,07 6,92 44 ê m/s m/s 5 2,5 45 ê m/s 8 4, m/s ê m/s ,85 56, m/s ,55 52,75 5 ê m/s m/s ê m/s 22 6, m/s 7,5 52 ê m/s m/s 2 5,5 49 ê m/s m/s 2 4,5 50 ê m/s 24 7, m/s ê m/s , m/s ,79 86,82 50 ê m/s m/s ê m/s 26 8, m/s 2 5,5 52 ê m/s 29,5 55,40 49, m/s 24 8, ê m/s 26 0, m/s 22 7,5 49 ê m/s m/s ELECTRIC HEATING 400V/Ph/50Hz motor Flow rate Air speed Range (metres) Electrical power (kw) Sound pressure m/h m/s Wallmounted Total No. of stages Power per stage db(a) ê m/s kw kw m/s kw 44 ê m/s kw kw m/s 2.5 kw 5 ê m/s kw kw m/s 26 8 kw 50 ê m/s kw 4.4 kw x m/s Specifications determined using the following information: n Superheated water (HP SW): Temperature C/RT=5 C RH 50% nsteam (HPS): Temperature 75 C 8 bar/rt=5 C RH 50% n Air stream: * with JET+ diffuser for a residual speed of 0. m/s * defined with êt OT/RT of 5 C * with LP water or electric heating n Air speed: JET+ diffuser outlet n Sound pressure: measured 5 metres from unit, directivity 2, attenuation of 22 db TPL air flow and acoustic performance TPL /400VPh50Hz Motor (phase 400V coupling) r r r r 20VPh50Hz Motor AC and HEE Flow rate m /h Air stream m Sound pressure db(a) Specifications determined using the following information: Air stream:* with JET+ diffuser for a residual speed of 0. m/s Sound pressure: * measured 8 metres from unit, directivity 2, attenuation of 26 db 6

7 Inlet/Outlet water Axial air heaters HELIOTHERME performance Hot water 20V/Ph/50Hz motor AC and HEE H402* H45 H452 H45 Air flow rate (m³/h) Air flow rate (m³/h) Air flow rate (m³/h) Air flow rate (m³/h) Air flow rate (m³/h) Air flow rate (m³/h) Air flow rate (m³/h) Hc 7, 5,8 4,8,9,9 0, 9,62,5 0,6 9,9 9,28 2, 9,6 8,4 7, 9,6 8, 6,9 5,8 25,9 2,9 22, 20,8 2,7 2,8 20,4 9 PD 42,7 6,8 2,7 28,9 7,9 6,95 6, 5,4 7,4 6,42 5,7 5,07 7,94 6,82 6,04 5, 6,82 5,86 5,8 4,58 7,65 6,5 5,77 5,0 6,4 5,5 4,87 4,24 Hc 0,7 9,4 8,46 7,52 7,2 6,9 5,49 4,77 6,87 5,97 5,29 4,6 2,8, 9,8 8,5,7 0,2 9 7,84 5,5,4,9 0,4 4, 2, 0,8 9,45 PD 8,4 4,6 2 9,65,7 2,6 2,2,65,7 2,46,99,55,24 2,48 2,54 2,77 2,4,7, 2,29,82,4 2,5,9,54, Hc 7,08 6,7 5,49 4,8 6,8 5,95 5,29 4,65 2,6 9,74 8,5,6 0, 8,96 7,85 5,2,2,7 0,,8 2 0,7 9,5 PD 40,4,7 25,7 20, 7,9 29,5 24 9, 4,4,9 25,6 20 5,4 27, 22 7,2 40 0, 24,4 8,9,5 25,6 20,4 5,8 Hc 7,52 6,62 5,94 5,27 7,26 6,8 5,74 5,09,4,8 0,6 9,6 2,4 0,8 9,7 8,62 6, 4, 2,8, 4,8,7 0, PD 9, 5, 2,6 0, 8, 4,4,9 9,52 9, 5,2 2,4 9,87 6,6 0,6 8,48 8,5 4,4,7 9,29 5,5 2, 9,8 7,8 Inlet/Outlet water H440 H4402 H Hc 7,2 5,9 4,9,9 6,8 5,5 4,5,5,9 29,4 27,5 25,7 0,9 28,5 26,7 24,9 40, 6,9 4,6 2, 8,6 5,5,2 PD 7,24 6,25 5,55 4,9 6,9 5,96 5, 4,68,9,9 0,5 9,24,2 9,9 8,7,,4 0, 8,9 2, 0,6 9,7 8,26 Hc 0,2 8,8 7,78 6,72 9,9 8,58 7,58 6,55 9, 6,9 5, 8,7 6,4 4,5 2,7 24,2 20,9 8,5 6, 2,2 20, 7,8 5,5 PD 2,99 2,,85,42 2,86 2,2,76,6 5,66 4,4,5 2,76 5, 4,5,2 2,6 5,47 4,22,6 2,6 5,09,9, 2,45 Hc 0, 8,97 7,98 6,99 0 8,74 7,77 6,8 8,8 6, 4,5 2,7 8,2 5,8 4, 2, 2,5 20,4 8,2 5,9 22,6 9,6 7,4 5, PD 8, 29,5 2,8 8,7 6, 28, 22,6 7,9 72,4 55,6 44,6 4, , 42 2,8 67,9 52,4 42,2 2,9 6,2 48,7 9 0,6 Hc 0,9 9,6 8,6 7,62 0,6 9,5 8,9 7,4 20 7,6 5,8 4 9,4 7, 5,,6 25,2 22, 9,8 7,5 24,2 2,2 9 6,8 PD 7,9 4,5 9,22 7,,4 8,79,7 26,4 2,6 7,2,7 24,8 20, 6,2 2, 25, 20,5 6,4 29,8 2, 9 5,2 Inlet/Outlet water H445 H4452 H Hc 2,4 2,6 20, 9 2, 9,7 8,5 7, 4,7 8,5 6,,7 7 4, 2 29,9 54,4 50,2 47 4,8 47,8 44 4,2 8,5 PD 4,6 2,7, 0 2,4 0,7 9,55 8,46,,5 0,2 8,96 0,7 9,6 8,4 7,8,5,6 0, 9,02 0,6 9,08 8,04 7,06 Hc 4, 2,5,2 9,92,,5 0,2 9,0 25,6 22,4 20 7,6 22,77 9,9 7,7 5,5,5 29, 26, 22,9 29,4 25,6 22,8 20 PD 6,4 5,2 4,2,7 5,5 4,4,57 2,8 5,7 4,47,69 2,92 4,6,64 2,95 2,4 5,69 4,44,57 2,8 4,47,46 2,8 2,8 Hc,7 2 0,7 9,8 2,5 0,9 9,7 8,5 24,4 2,2 8,9 6,6 2,5 8,7 6,7 4,6,6 27,5 24,4 2,4 27,6 24 2, 8,7 PD 72,4 56,8 45,9 6,5 6, 48 8,9 0,8 67, 5,7 4,9 5,5 4,,2 26,2 68,6 5 42,4,2 5,5 4 25,7 Hc 4,7 2,9,6 0,,4,8 0,6 9,42 26, 2 20,6 8, 2, 20, 8,2 6,2 4 29,8 26,8 2,7 29,7 26, 2,4 20,8 PD 4,9 27,8 2 8,6 29,5 2,6 9,5 5,8,9 25,2 20,6 6,6 25,5 20, 6,5,2 2,5 25,4 20,8 6,6 25, 9,9 6,2 2,9 7

8 Inlet/Outlet water H450 H4502 H Hc 28,6 26,9 25, 28,5 26, 24,7 2, 56,2 5,8 48,5 45,2 50,9 46,9 4,9 4 74, 68,4 64, 59,8 65,9 60,8 56,9 5, PD 7,9 6,84 6, 5,4 6,8 5,89 5,25 4,65 8,27 7, 6,28 5,52 6,87 5,9 5,22 4,62 2,8 9,74 8,56 0, 8,8 7,8 6,87 Hc 8,6 6,2 4, 2,5 7, 4,8,,4,7 29,2 25,8 22,4 0,5 26,4 2, 20, 45,8 40, 5,7, 40,7 5,5,7 27,8 PD,9 2,65 2,,66 2,92 2,27,8,42,7 2,59 2,07,59 2,79 2,4,7,4 5,46 4,27,44 2,7 4,9,42 2,77 2,7 Hc 8,4 6, 4, 2,5 6,9 4,7,,5,2 28,9 25,7 22,5 0 26, 2,2 20, 4, 7,5, 29,2 8,2,2 29,5 25,9 PD 40,,4 25,5 20,2 4,5 26,9 2,8 7, 4, 26,6 20,9 5,6 27, 22, 7,2 64,8 49,9 9,9,4 5,6 9, Hc 9,6 7,2 5,5,7 8 5,8 4,2 2,6 5,4, 27,9 24,7 2 28, 25,2 22, 46, 40,7 6,5 2,4 4, 6, 2,4 28,8 PD 9,2 5,2 2,6 0, 6,6, 0,9 8,69 20, 5,8 2,9 0, 6,7, 0,7 8,5 0,7 24, 9,7 5,7 24,5 9, 5,7 2,6 Inlet/Outlet water H46 H462 H Hc 45,4 4,9 9, 6,7 42,7 9,4 7 4,5 84,2 77,7 72, , 69,2 64,9 60, ,5 9,4 85,4 89, 82, PD 6,89 5,94 5,28 4,65 6,6 5,2 4,72 4,6 4, 2, 0,7 9,4, 9,74 8,6 7,59 2,5 8, 6,2 4, 5,5,,8 0,4 Hc 26,9 2, 20,6 7,8 25, 2,9 9, 6,7 5,4 44,9 40, 5 45,8 40, 5,5, 66, 58,2 52, 46, 56 49,2 44 8,9 PD 2,79 2,4,7,2 2,5,9,5,9 5,8 4,52,67 2,84 4,69,66 2,92 2,29 9,2 7,26 5,94 4,76 6,74 5, 4,,4 Hc 27,2 2,7 2 8,5 25,5 22,2 9,8 7, 49,5 4, 8,,6 44 8, 4, 29,9 / 5, 47, 4,5 5, 44,5 9,7 4,9 PD 6, 28, 22,7 7,9 2,4 25, 20, 5,9 7,6 56,5 45, 5, 58,8 45,2 6, 28,5 / 82,5 66,5 52,2 76,9 59,2 47,7 7,6 Hc 28,8 25, 22,7 20, 27, 2,8 2,4 8,9 52,9 46,6 4,8 7, 47, 4,4 7,2 65,8 57,9 52, 46, 55, 48,7 4,8 8,9 PD 7,4 8,75 5, 2 9,77 7,8 4, ,6 27,6 2,6 7,7 4, 50,9 40, 2,8 26, 6,8 28,9 2,8 9 Hc: heating capacity (kw) PD: Water pressure drop (kpa) * Only available in HEE version 8

9 Inlet/Outlet water Axial air heaters HELIOTHERME Performance Chilled water and reversible 20V/Ph/50Hz Motor AC and HE H402* H45 H440 H445 H450 H46* temperature ( C) Hc 7, 5,8 4,8,9 2,4 9,7 8,5 7,2 28,9 26,6 24,9 2,2 40,6 7,4 5, 2,8 54,9 50,6 47,4 44, 82 75,7 7 66,4 PD 42,7 6,8 2,7 28,9 5,2 4,5 4,5 7,2 6,2 5,5 4,8 7,8 6,7 6 5,2 7, 6, 5,6 4,9,2,4 0, 8,9 Hc 0,7 9,4 8,46 7,52 2,8, 9,8 8,6 7, 5,,7 25 2,9 9,5 7,,9 29,6 26,4 2,2 5,6 45,4 40,6 5,9 PD 8,4 4,6 2 9,65 2,,6, 2,,9,5, 2,6 2,,7, 2,4 2,6 5,8 4,6, Hc 2,5 0,9 9,7 8,5 6,8 4,6,4 2,5 20,5 8,2 6,7 27,6 24,6 2,6 46 4, 6,6 2,2 PD 27,6 2, 6,9, 6,6 28,4 22,7 7,8 9,4 0,6 24,5 9,2 6,5 28, 22,8 7,9 44,9 5, 4,2 2,4 Inlet/Outlet water H402* H45 H440 H445 H450 H46* Relative humidity 50% Relative humidity 50% Relative humidity 50% Relative humidity 50% Relative humidity 50% Relative humidity 50% temperature ( C) temperature ( C) temperature ( C) temperature ( C) temperature ( C) temperature ( C) Tcc 2,95,65 4,59,8 4,28 5,6 4,6 5,9 7,64 7, 8,87,6 9,66 2, 5,7 5,2 9, 24,4 72 Scc 2,95,5,99,8 4,28 5,7 4,6 5,85 6,98 7, 8,67 0,2 9,66,8,7 5,2 8,2 20,8 PD 24,4 6, 55 2,4,69 6,22,46 5,55 9,08 4,44 6,75, 4,22 6,55 0,7 8,46, 20,6 8 2,69,28 4,06 2,96,9 4,9 4,04 5, 6,7 6,9 8,08 0,2 8,66 0,9,9,8 7, 2,7 8 Scc 2,69,24,75 2,96,9 4,78 4,04 5, 6,46 6,9 8,02 9,47 8,66 0,9 2,9,8 6,8 9,6 PD 20,4 29,5 4,8,82, 4,86 2,68 4,5 7,06,6 5,65 8,76,4 5,7 8,52 6,98 0,6 6,5 Tcc 2,5 2,7, 2,6,,99 2,92 4,22 5,4 4,84 6,54 8,9 6,55 8,86, 0,8 4 7, 05 Scc 2,5 2,7,26 2,6,,99 2,92 4,22 5,4 4,84 6,54 8,2 6,55 8,86 0,8 4 6,9 PD,4 20,6 29,7 0,99,98,22,4 2,92 4,74 2,,75 5,79 2,0,57 5,5 4,8 7, 0,7 Hc: Heating capacity (kw) TCC: total cooling capacity SCC: sensible cooling capacity (kw) PD: Water pressure drop (kpa) *: Only available in HEE version 9

10 HELIOTHERME performance Hot water 400V/Ph/50Hz motor Inlet/Outlet water H45 H452 H Hc,9 0, 9,62,2 0, 9,69 9,05 2,7 20 8,7 7,4 9,7 8, 7 5,9 26,6 24,5 22,9 2,4 2,7 2,8 20,4 9 PD 7,92 6,86 6,2 5,4 7,09 6,4 5,48 4,84 8,9 7,04 6,2 5,48 6,86 5,89 5,22 4,6 8,04 6,86 6,07 5, 6,42 5,49 4,86 4,24 Hc 7, 6,2 5,5 4,78 6,7 5,8 5,7 4,49, 9,98 8,67,8 0,2 9,04 7,87 5,9,8 2,2 0,7 4, 2, 0,8 9,47 PD,8 2,6 2,,66,0 2,6,9,48,5 2,57 2,06,59 2,79 2,5,7,4,5 2,4,9,5 2,5,9,55,2 Hc 7,08 6,8 5,5 4,82 6,66 5,8 5,6 4,5 2,8,2 9,92 8,69,6 0, 9 7,88 5,6,6 2, 0,6,8 2 0,7 9,6 PD 40,5,7 25,7 20, 6, 28, 22,9 8, 42,8 26,8 20,7 5,6 27,5 22,2 7, 42 2,4 25,7 20,5 25,6 20,4 5,8 Hc 7,5 6,6 5,95 5,28 7,08 6,2 5,59 4,96,7 2 0,8 9,5 2,4 0,9 9,77 8,66 6,7 4,7,,6 4,8,7 0, PD 9, 5, 2,7 0,2 7,,7, 9, 20 5,7 2,8 0,2 6,7, 0,7 8,55 9,5 5,2 2, 9,79 5,5 2, 9,82 7,82 Inlet/Outlet water H440 H4402 H Hc 6,9 5,6 4,6,6 6, 4,8,9,9 29,4 27,5 25,7 29,9 27,5 25,8 24, 9,8 6,6 4, 2 6,8,8,7 29,5 PD 7,0 6,04 5,7 4,74 6,8 5,5 4,9 4,,9,9 0,5 9,24 2,2 0,5 9, 8,8,,2 9,92 8,76, 9,69 8,6 7,55 Hc 0 8,65 7,64 6,6 9,5 8,2 7,26 6,29 9, 6,9 5, 8, 5,8 4, 2, 24 20,8 8,4 6 22, 9,2 7 4,8 PD 2,9 2,2,79,7 2,65 2,0,6,27 5,66 4,4,5 2,76 4,99,92, 2,45 5,9 4,6, 2,59 4,66,58 2,88 2,26 Hc 0, 8,8 7,8 6,86 9,6 8,7 7,44 6,52 8,8 6, 4,5 2,7 7,6 5,,6,9 2, 20, 8 5,8 2,5 8,7 6,6 4,6 PD 6,8 28,5 2 8,, ,4 72,4 55,6 44,6 4,8 6,6 49,2 9,4 0,8 66,9 5,6 4,6 2,4 57,6 44,5 5,7 28 Hc 0,7 9,42 8,45 7,48 0,2 8,96 8,0 7, 20 7,6 5,8 4 8,8 6,5 4,8, 25 2,9 9,6 7,4 2, 20,2 8, 6, PD 7,,6, 8,9 5,7 2,4 0, 8,,7 26,4 2,6 7,2 29,8 2, 9, 5,2,6 24,7 20,2 6, 27,4 2, 7,4,9 Inlet/Outlet water H445 H4452 H Hc 2,7 2,9 20,6 9,2 2 9,4 8,2 7 44,2 40,8 8,2 5,7 9,2 6,2,9,7 57,4 52,9 49,6 46,2 49,8 45,9 4 40, PD 4,9,6 0,2 2 0,4 9,24 8,9 4,8 2,7, 9,96,9 0,2 9,08 8,0 5 2,8, 9,97,5 9,84 8,7 7,65 Hc 4,5 2,7,4 0, 2,8, 0, 8, ,7 2,2 8,7 24, 2, 8,8 6,5 5, 0,9 27,5 24, 0,7 26,8 2,9 20,9 PD 6,58 5,24 4,,45 5,2 4,2,46 2,74 6, 4,99 4,08,27 5, 4,04, 2,6 6,27 4,89,95, 4,84,76,0 2,7 Hc,9 2, 0,8 9,5 2, 0,7 9,54 8,8 25,8 22,5 20 7,5 22,9 9,9 7,7 5,5, ,8 22,6 28,9 25, 22, 9,6 PD 74,2 58,2 47, 7,4 59, 46,4 7,7 29,9 74,7 57,9 46,6 6,6 59,8 46,2 7,2 29,2 76,5 58,7 47 6,7 58, 44,7 5,9 28 Hc 4,9,,8 0,5,,6 0,4 9,25 27,7 24, 2,9 9,4 24,5 2,6 9,4 7,2 5,8,5 28, 25,, 27, 24,5 2,7 PD 5,7 28,5 2,6 9, 28,6 22,8 8,8 5, 5,4 28 2, 8,5 28,4 22,5 8,4 4,9 5,9 28, 2 8, 27,4 2,6 7,6 4 0

11 Inlet/Outlet water 4540 Axial air heaters H450 H4502 H Hc,7 29,2 27,4 25,6 28,6 26,4 24,8 2,2 57,4 52,9 49,5 46, , 76,4 70,4 65,9 6,6 65,7 60,6 56,7 5 PD 8,2 7, 6, 5,6 6,84 5,9 5,29 4,68 8,6 7,8 6,54 5,74 6,9 5,9 5,25 4,65,5,6 0, 9,0 0,2 8,76 7,6 6,8 Hc 9 6,5 4,6 2,7 7,2 4,9,2,5 4,4 29,8 26,4 22,9 0,6 26,5 2,4 20, 47, 4,2 6,8 2, 40,6 5,5,6 27,7 PD,5 2,75 2,2,7 2,94 2,28,84,4,5 2,69 2,5,65 2,8 2,6,72, 5,75 4,49,67 2,86 4,7,4 2,76 2,6 Hc 8,8 6,4 4,6 2,8 7 4,8,2,6,9 29,5 26,2 2 0, 26,2 2, 20,4 44,4 8,6 4, 0, 8,, 29,5 25,8 PD 4,9 2,6 26,4 20,9 4,8 27, 22 7,5 44,8 4,5 27,7 2,7 5,8 27,5 22,2 7, 68,5 52,7 42,, 5, 9,7,8 24, Hc 20 7,6 5,8 4 8, 5,9 4, 2,7 6,2,7 28,5 25,2 2, 28,2 25, 22,4 47,7 4,9 7,6, , 28,7 PD 9,9 5,8 0,5 6,7,2 0,9 8,77 2 6,4,5 0,7 6,8, 0,7 8,57 2,4 25,4 20,8 6,6 24,4 9,2 5,7 2,5 Inlet/Outlet water H46 or 46S H462 H Hc 46,5 42,9 40,2 7,5 44, 40,7 8, 5,6 87,9 8 75,9 70,9 80,8 74,5 69,8 65, , ,2 86,5 80,8 PD 7,9 6,2 5,5 4,85 6,5 5,62 4,99 4,4 5,,,6 0,2,2 9,9 8, ,5 8,2 6 9,2 6,5 4,6 2,9 Hc 27,6 2,9 2 8,2 26, 22,6 9,9 7,2 5,5 46,8 4,8 6,5 49, 4, 8,,5 70 6,7 55,4 49, 62,7 55, 49,5 4,7 PD 2,9 2,24,78,8 2,64 2,02,6,25 6,27 4,88,96,07 5,7 4,9,6 2,6 0,2 8, 6,6 5, 8,6 6,56 2,7 4,26 Hc 27,8 24,2 2,5 8,9 26, 22,9 20,4 7,9 5, , 47,4 4, 6,8 2,2 / 56,4 50,2 44, 57,6 50, 44,6 9,2 PD 7,9 29,4 2,7 8,6 4, 26,6 2,5 6,9 79,8 6,2 49,2 8,4 67,9 52,2 4,9 2,8 / 92,9 74,5 58, 96,6 74,2 59,5 46,7 Hc 5,7 25,9 2, 20,6 6,4 24,6 22 9,5 2, 48,6 4,6 8,7 24,5 44,6 40, 5,6 29,9 6,5 55, 49,,6 54,7 49,2 4,8 PD 7,7,9,5 9,2 6 2,6 0, 8, , 2,8 9,6 24,8 20, 6,2 56,9 44,8 6,8 29,4 45,6 6, 29,5 2,8 Hc: Heating capacity (kw) PD: Water pressure drop (kpa)

12 Electric motor specifications Use Model Motor HEATING HEATING COOL ING HEATING COOL ING H450 H4400 TPL4400 H4450 TPL4450 H4500 TPL4500 H460 TPL460 THREEPHASE 20/400V Ph 50Hz PH 20V Ph 50Hz AC Rotation speed Rpm Nom. current A Max power input (W) ê 85 0, ,5 70 ê 404 0, , 70 ê 85, ,64 80 ê 9, ,9 520 ê 870, 590 IP Thermal cutout YES 6. A 65 C Class F Operating temp 40 C / +60 C 40 C / +70 C 750 0,6 250 H , C / +60 C H/TPL , 00 YES H/TPL ,0 480 F A 65 C 40 C / +70 C H/TPL ,78 60 H/TPL ,6 580 H , C/+60 C H ,5 0 YES F H , A 65 C 40 C/+70 C H H460 HEE FMA H , PTC B 25 C/+60 C H , PTC B 25 C/+60 C H/TPL , Thermal cutout B 25 C/+60 C H/TPL , Thermal cutout B 25 C/+60 C H/TPL , Thermal cutout B 40 C/+60 C H/TPL , Thermal cutout B 40 C/+60 C PH 20V Ph 50/60Hz HEE H , PTC B 25 C/+60 C H , PTC B 25 C/+60 C H , Thermal cutout B 25 C/+60 C H , Thermal cutout B 25 C/+60 C H , Thermal cutout B 25 C/+60 C H , Thermal cutout B 25 C/+60 C Coil specifications LOW PRESSURE WATER COIL HP OIL/WATER COIL HP STEAM COIL Number of heating rows Number of cooling rows 2 Coil capacity (L) 0,8 0,68,8,66 0,96,59 2,28,8 2,27,22 2,8,8 4,55 2,97 4,7 6,4 Connection diameter ½ ¾" " ¼ Connection type Threaded unions 24 GCU F/M Maximum operating pressure 8 bar Test pressure 24 bar Max T 0 C Number of heating rows Coil capacity (L),9,69 2,66,69 Connection diameter.7 mm 42.4 mm 42.4 mm Connection type Smooth steel tube for welding Maximum operating pressure 6 bar Test pressure 24 bar Max T 200 C Number of heating rows Coil capacity (L) 0,97,22,95 2,86 Connection diameter 26.9 mm.7 mm 48. mm Connection type Smooth steel tube or stainless steel tube for welding Maximum operating pressure 8 or 6 bar Test pressure 24 bar Max T 70 C/200 C Version in stainless steel or with Heresite coating available upon request. Contact our sales network. 2

13 Dimensions HELIOTHERME B D C A B C D Size mm A H400 H450 H4400 H4450 H4500 H460 H460S Weight (kg) STD HEE row 2 rows rows TPL DESTRATIFIER C X Y Weight (kg) TPL A B TPL TPL4450 STD HEE TPL TPL Installation Min 0.5 m MIN 0.5 m mini Max 2.5 m 4.5 m mini Max 4.5 m 0 m Min 0.45 m mini Max 5 m 5 m Axial air heaters

14 Assembly accessories A different assembly for each use. RETURN AIR MODULE Size A B C Codes Size A B C Codes * DIFFUSION MODULE Size A B C Codes Size A B C Codes 400 Filter box (G filter in accordance with EN 779) Prevents premature clogging of exchanger coils Not ductable 2channel mixing box with builtin filter Adjusts the supply of fresh air to levels required by current regulations and mixes it with return air. Builtin G filter and connecting flange for cubic ducts. Air access sides configurable onsite. * not available for the 460S Diffuser on door Create an air curtain that limits energy loss when doors are opened. Warning: Use a system that is suited to the diffuser mounting. C B A ASSEMBLY SUPPORT ACCESSORIES Size Codes Wall bracket All to to Size DUCT ACCESSORIES Size A B C Codes Codes All Diffuser for large spaces Reduction cone for increasing the air throws. Additional kit for fastening on an IPN Suspension support for ceiling mounting Antifreeze damper 4

15 Electrical accessories Use ELECTRICAL & USER SAFETY Codes Circuit breaker unit FMA PH heating Padlockable proximity switch Available in a or 2speed version, this accessory must be placed at least 2 metres from any rotating part, to comply with French standard IT 246, Art. 47, and EC requirements. Circuit breaker unit HEE FMA PH heating Circuit breaker unit FMA PH cooling Circuit breaker unit HEE FMA PH cooling Circuit breaker unit PH H H H H H H TPL TPL TPL TPL THERMOSTATS Codes Codes Manual/auto room thermostat SINGLEPHASE installation : speed HEE thermostat kit (for HEE SINGLEPHASE FMA) Heating and cooling with manual toggle switch Inductive breaking capacity.5a : speed AC thermostat kit (for AC SINGLEPHASE FMA) Heating and cooling with manual toggle switch Inductive breaking capacity.5a IP54 industrial environment thermostat THREEPHASE installation 75: stage 76: 2 stages SUPPLY AIR SPEED SELECTION Codes / switch For phase motor, selects two motor rotation speeds and stop. Codes Autotransformer with selector switch (.5 A) Adjusts the voltage on singlephase motors with one variable speed to achieve up to five supply air speeds

16 HEE Singlephase HELIOTHERME control HEE PH BOX range, controls 6 Heliotherme units or 6 TPL or Heliotherme units + TPL Figure A FMA 00V control FMA FMA Supply 20 V /50 Hz VALVE 24 Vac power supply VALVE 00V control 20 V/50 Hz mains supply Singlephase HELIOTHERME control Eco+ PH BOX range Figure B 00 V valve 24 Vac valve Variable voltage 00 V valve 24 Vac valve Variable voltage 24 Vac valve 00 V valve Variable voltage Junction box (not supplied by CIAT) Water control not obligatory 24 Vac valve Builtin room sensor (optional remote sensor available 5 m) 220/24 VAC transformer 20 V/50 Hz mains supply 6

17 HELIOTHERME PH control (diagram in Eco+ PH BOX user manual) PH Eco+ BOX range Figure C Multiple junction box PH 400 V + T + N /50 Hz RS485 connection Slave unit: PH 400 V + T + N /50 Hz supply Master controller: Selfpowered by a fourwire (2 V) RS485 bus Figure D Slave unit: PH 400 V + T + N /50 Hz supply Master controller: Selfpowered by a fourwire (2 V) RS485 bus HELIOTHERME PH control (diagram in Eco+ PH BOX user manual) PH Eco+ BOX range with fresh air control Figure E 2way mixing box Fresh air kit (Damper Servomotor + frost protection thermostat) Slave unit Master controller 7

18 Allelectric HELIOTHERME control (diagram in Eco+ ELEC BOX user manual) Eco+ ELEC BOX range Figure F Slave unit Master controller Technical specifications of the different controllers HELIOTHERME or TPL CONTROL AND ACCESSORIES PH ECO + BOX with fresh CONTROL HEE Mono Box Ph ECO+ BOX unit PH ECO + BOX with BMR ECO + ELEC BOX air control Figure A B C and D E F Function Number of heliotherms or TPL that can be controlled to 6 to to 9 to to Protection rating Weekly timer (Comfort/ECO/frost protection) INCLUDED INCLUDED INCLUDED INCLUDED INCLUDED Supply Voltage/Phase/Frequency 20 V//50Hz 20 V//50Hz 400 V//50Hz+N 400 V//50Hz+N 400 V//50Hz+N Electrical protection (circuit breakers, connectors, disconnectors) INCLUDED TO BE FITTED INCLUDED INCLUDED INCLUDED Air control Proportional 0 0V Proportional 0 20V 2speed / 2speed / speed or Water control Proportional 0 0V Proportional 0 0V Proportional 0 0V Proportional 0 0V Integrated temperature sensor INCLUDED INCLUDED INCLUDED INCLUDED INCLUDED Remote on/off switch and fault summary INCLUDED NOT INCLUDED NOT INCLUDED NOT INCLUDED NOT INCLUDED MODBUS/LON and BACnet IP communication OPTION NO NO NO NO Fresh air control YES NO NO YES NO Accessories BOX CONTROL Slave unit for Eco+ PH BOX BMR Eco+ PH BOX Multiple connection unit (controls max. units) Eco+ ELEC BOX slave unit 9.6 KW (for H450 TE PH) Eco+ ELEC BOX slave unit 8.9 KW (for H4400 TE PH) Eco+ ELEC BOX slave unit 28.8 KW (for H4500 TE PH) Eco+ ELEC BOX slave unit 4.2 KW (for H4500 TE PH) 7289 ½ " valve kit KV.6 (H400) B4020 ¾ " valve kit KV 2.5 (H ) ¾ valve kit KV 4 (H ) B40040 B4004 ½ valve kit KV 6. (H ) B40042 ½ valve kit KV 0 (H46246) B /24 Vac safety transformer INCLUDED INCLUDED INCLUDED (required for the electrical feed of the valve servomotor(s) (00V) Changeover switch thermostat (for automatic SummerWinter changeover) Padlockable proximity switch 6P for PH Eco+ BOX INCLUDED INCLUDED Padlockable proximity switch P for MONO or HEE Eco+ Box Remote sensor Fresh air kit (includes a damper servomotor and a frost protection thermostat) B40044 B

19 HELIOTHERME... is also the solution for ATEX compliance Ex II 2 G/D II c 65 C 05 C or 20 to 220 C EEx d/de IIB or IIC T4 to T6 IP 6X/5X T C CIAT has put all its expertise and knowhow into a special series of ATEX certified HELIOTHERME units. This approval, issued by an independent external body, is your guarantee of complete compliance with the ATEX directives. The ATEX HELIOTHERME range is certified for your applications: n In the presence of explosive gas or dust n In Zone or 2 n For IIB or IIC explosion groups n With T4 to T6 gas autoignition temperatures n Low pressure water, superheated water, steam, oil, compressed air etc. What is ATEX? ATEX or explosive atmosphere can be caused in atmospheric conditions by flammable gases, vapours or mists or by combustible dusts mixed with air. After ignition, combustion spreads through the whole of the unburnt mixture. How is an ATEX zone defined? ATEX zones are determined based on the probability and duration of the occurrence of an explosive atmosphere. This risk analysis enables zones, the explosion groups and maximum surface temperature classes to be defined. Such atmospheres are mainly found in paint workshops, metal processing workshops, waste recycling, wood processing, etc. Who defines ATEX zones? Any operator of a production facility where an explosive atmosphere may occur must define the relevant ATEX zones, explosion groups and temperature classes. By doing so, the operator will also be able to set up the necessary means of prevention (communication, documentation, recommendations, etc.). "ive 94/9/EC divides the equipment and protective systems which it covers into equipment groups and categories; this ive (999/92/EC) provides for a classification by the employer of the places where explosive atmospheres may occur in terms of zones and determines which equipment and protective systems groups and categories should be used in each zone." ZONE Gas (G) Dust (D) Category The explosive agent is: Occurs continuously, often and over extended periods: NOT APPLICABLE TO ANY CIAT PRODUCTS 2 Occasionally present during normal use Rarely or briefly present GAS EXPLOSION GROUP AND TEMPERATURE CLASS Temperature class T T2 T T4 T5 T6 Max surface temp 450 C 00 C 200 C 5 C 00 C 85 C Explosion group Acetone Ammonia Benzene IIA Acetic acid Petrol Ethane iamyl acetate Diesel Ethyl acetate Butane Hot oil Ethyl chloride Butyl alcohol Hexane Methanol Acetaldehyde Naphthalene Phenol Propane II B Town gas Ethylene Hydrogen sulphide Ethyl ether II C Hydrogen Acetylene Carbon disulphide 9

20 Codes Model SINGLE PHASE HEATING SINGLE PHASE HEE HEATING Standard version SINGLE PHASE COOLING SINGLE PHASE HEE COOLING Water / LP Oil PH Stainless steel options (available at additional cost) Coil Heating Casing Cooling H402 Code B40209 B4020 B40204 H45 Code B40000 B H452 Code B4000 B H45 Code B40002 B B H440 Code B40009 B H4402 Code B B H440 Code B40004 B B H445 Code B B40000 H4452 Code B B40000 H445 Code B B40000 B4000 H450 Code B B4000 H4502 Code B B4000 H450 Code B B4000 B40004 H46 Code B B40006 H462 Code B B40006 H46 Code B B40006 B40007 Model Standard version SINGLE PHASE Superheated water / Oil Stainless steel options (available at additional cost) PH Coil Casing Standard version SINGLE PHASE Steam Stainless steel options (available at additional cost) PH Coil Casing H45 Code B40000 B B4000 B H440 Code B40009 B B B H450 Code B B B B4000 H46 Code B B B B40006 Electrical Model SINGLE PHASE Standard version PH Stainless steel casing option H kw Code B H kw Code B H kw Code B kw Code B40005 Options available at additional cost (H4000 with AC FMA) Size CORROBLOC motor option PH 400 V 6P ATEX motor option SINGLE PHASE PH IIB T4 IIC T4 IIB T5 IIC T6 H450 Code B4009 B4002 B B B B H4400 Code B40022 B40024 B B B B H4450 Code B40025 B40027 B B B B H4500 Code B40028 B4000 B B B B H460 Code B400 B400 20

21 TàP ANGLAIS This document is noncontractual. As part of its policy of continual product improvement, CIAT reserves the right to make any technical modification it feels appropriate without prior notification. Head office 700 Avenue Jean Falconnier B.P Culoz France Tel.: + (0) Fax: + (0) Certified Management System Compagnie Industrielle d Applications Thermiques S.A. with a registered capital of R.C.S. BourgenBresse B