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flow+heater+control+cabinet+20+kw+480+v+ul_ts_eng.pdf

TECHNICAL SPECIFICATION KANTHAL® FLOW HEATER CONTROL CABINET 20 kW 480 V UL SPECIFICATIONS GENERAL Model CC-KFH2-20-480-UL Article Number DFH126031 Certification of conformity UL Compatible with Flow Heater Model KFH2-20-480 Usage ambient temperature 0…40 °C 32…104 °F

flow+heater+control+cabinet+40+kw+400+v+ce_ts_eng.pdf

FOR CONTACT INFORMATION PLEASE VISIT: WWW.KANTHAL.COM 03 .2 02 1 TECHNICAL SPECIFICATION KANTHAL® FLOW HEATER CONTROL CABINET 40 kW 400 V CE SPECIFICATIONS GENERAL Model CC-KFH2-40-400-CE Article Number DFH126027 Directive Low Voltage Directive 2014/35/EU European

flow+heater+control+cabinet+30+kw+480+v+ul_ts_eng.pdf

FOR CONTACT INFORMATION PLEASE VISIT: WWW.KANTHAL.COM 03 .2 02 1 TECHNICAL SPECIFICATION KANTHAL® FLOW HEATER CONTROL CABINET 30 kW 480 V UL SPECIFICATIONS GENERAL Model CC-KFH2-30-480-UL Article Number DFH126032 Certification of conformity UL Compatible with Flow Heater Model

flow+heater+control+cabinet+20+kw+400+v+ce_ts_eng.pdf

TECHNICAL SPECIFICATION KANTHAL® FLOW HEATER CONTROL CABINET 20 kW 400 V CE SPECIFICATIONS GENERAL Model CC-KFH2-20-400-CE Article Number DFH126025 Directive Low Voltage Directive 2014/35/EU European Community DIN EN 60519-1 DIN EN 60335-1 Compatible with Flow

powder metallurgy high-temperature tubes_b_eng.wedia[-1_-1xoxarxps_pdf_hd].pdf

KANTHAL® APM AND KANTHAL® APMT POWDER METALLURGY HIGH-TEMPERATURE TUBES 2 KANTHAL® APM AND KANTHAL® APMT KANTHAL® APM AND KANTHAL® APMT 3 CONTENT MORE POWER, LONGER LIFE AND LESS MAINTENANCE 4 KANTHAL® APM AND KANTHAL® APMT ALLOYS 6 CHEMICAL COMPOSITION AND

Formulas for values in tables.pdf

Resistance heating alloys for electric appliances 83 q = π 4 · d2 [11’] mm = π · d2 · γ 4 [19] R20/m = ρ · 4 π · d2 [1’] R20/m = ρ b · t [1’] R20/m = ρ 0.92 · b · t [1’] FORMULAS FOR VALUES IN TABLES In chapter Tables values for surface area, weight and resistance

Formulas and definitions.pdf

Resistance heating alloys for electric appliances 81 Rating Voltage Current Resistance R20 = ρ L q Ω [1] Ct = RT R20 [3] p = P AC W/cm2 (W/in2) [5] FORMULAS AND DEFINITIONS The following formulas and definitions are applied to all applications. DEFINITION: Resistivity, ρ Ωmm2

Temperature conversion tables.pdf

Resistance heating alloys for electric appliances 91 -17.8 0 32 -17.2 1 33.8 -16.7 2 35.6 -16.1 3 37.4 -15.6 4 39.2 -15.0 5 41.0 -14.4 6 42.8 -13.9 7 44.6 -13.3 8 46.4 -12.8 9 48.2 -12.2 10 50.0 -11.7 11 51.8 -11.1 12 53.6 -10.6 13 55.4 -10.0 14 57.2 -9.44 15 59.0 -8.89 16 60.8 -

Design calculations_examples.pdf

Resistance heating alloys for electric appliances 1 Metal sheathed tubular element. EXAMPLES Tubular element for a flat iron Rating, P 1000 W Voltage, U 220 V Final tube diameter 8 mm (0.315 in) Final tube length 300 mm (11.8 in) If the terminal length inside the tube is 2 × 25 mm the coil

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