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Dir. CE/89/392 EEC:MD (annex ll, sub B) Please read this document carefully prior to commencing building into an air handler Subject to modifications Reznor U.K. Limited – Park Farm Road – Folkestone – Kent – tel 01303-259141 – fax 01303-850002 Euro-C 4000-JLGBEN...
Belgium Herewith declares that: Power vented gas fired air heaters type: EURO-C 4000 RJL or EURO-C 4000 DJL Models 4011 – 4015 – 4018 – 4024 – 4030 – 4047 – 4060 – 4072 & 4100 Are destined to be incorporated in other machines (air-handlers) or to be...
RJL and/or EURO-C DJL gas fired fan The undertaking, which builds a module assisted warm air heaters. into another casing. e.g. an air handler Models EURO-C 4000 RJL are intended Appliance; for use as outdoor (roof top) systems. The end product of the constructor...
3.1.1 The duct section or air handler compartment must be sized in accordance with the dimensions given in table 1 with reference to figure 4. Mounting flanges on the modules EURO-C 4000 RJL & DJL allow easy installation. Figure 4.
4.1 Heat exchanger compartment 4.1.1 Minimum airflow requirement : EURO-C 4000 RJL & DJL air heaters may be used for either push through or pull through air The minimum airflow duty through the heating section enclosure (see fig. 4 – heaters.
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4.1.2 Maximum airflow Example Special attention must be given to ensure • expected minimum inlet temperature = -5°C that the temperature rise of the air, • minimum required temperature rise shown on passing through the enclosure (duct the chart = +13°K channel) around the heat exchanger tubes, high...
Part or the whole of the tubes may Warning become damaged or can be the source of Use of EURO-C heating modules for poor combustion if the air velocity as purposes other than those described recommended above is not applied. above could result in severe personal injury or death and cause property damage.
CAUTION tools connect disconnect the gas service connections. Alterations to the burner and/or its controls, any 6.1.3 Threads use for gas pipes and fittings other electrical apparatus supplied as part of the shall comply with 1994. heating module or changing of the settings as supplied is strictly forbidden to do so is in 6.1.4 Copper pipes and fittings may not be contravention of the E.C.
NOTE: IP 45 provides: The 90° elbow, the terminal outlet and Personal protection against contact with the flue outlet panel assy must be electrical components within installed according to figure 7. construction; sealing must be correctly placed in the Degree of protection within the construction tubes avoid flowing...
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Figure 7. : General arrangement combustion air inlet and flue products outlet Model 4011-72 Model 4100 Euro-C 4000-JLGBEN 17/31...
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Figure 9b : model 4100 8.1.3 The protection cap (PN 60 50712 300) NOTE:OTHER FLUE ARRANGEMENTS THAN THOSE DESCRIBED AND SUPPLIED WITH THE HEATING of heavy wall aluminium duct supplied MODULE ARE NOT PERMITTED must be placed so as to fit exactly between the elbow on the combustion fan and the outlet terminal.
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Table 6 : Centre distances combustion air inlet flue outlet (refer to fig. 10) Model Connection Ø Centre distance A Cabinet hole size required for sealing ring 4011 4015 4018 4024 4030 4036 4047 4060 4072 4100 9.1.4 The combustion air inlet duct must not 9.1.8 A viewing port for the purpose of pass through the cabinet panel by more...
10. Pressure drop through heating module The charts below (fig. 13, 14 & 15) indicate the pressure drop over the heating module versus the total air volume through the heating enclosure (see fig. 4, table 1). Each figure is applicable for 1 single unit size. The figures can be used straight ahead if no bypass is added to the application and for airflow conditions as indicated in figure 4.
Figure 15 : Pressure drop through RJL/DJL 4100 heating module 15000 17000 19000 21000 23000 AIRVOLUME (M3/h) 11.0 Heating section with bypass channels In parallel with the heating section enclosure (see fig. 4, table 1) a bypass channel can be This case is opposed to not having a by-pass, made.
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calculate this flow, following 19, to extract the correct pressure drop over interpolation rule should be applied : the heat exchanger. With Minimal recommended air flow Example : Application Euro-C 4011 (Table (m³/s) RJL/DJL, By-Pass = 300 mm wide x 310 mm Total Air Flow (m³/s) high, Total Air Flow 1 m³/s.
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11.1 By-pass requirements a) By-pass besides heat exchanger : Referring to section 4.2.0, a by-pass Model factor R1 factor R2 11.1.1 duct in parallel with the heat exchanger 782. 6 -318. 4 4011 enclosure might be required. 631. 4 -340. 2 4015 Such by-pass duct might also be 11.1.2...
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Note As explained above, the air flow V In this case 2. m³/s (see table through the heat exchanger enclosure (= 9600m³/h) 7) flows through the heat exchanger must be used in figure 13 & 14 to enclosure. extract the correct total pressure drop The remaining 2.
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