FLUKE PROCESS INSTRUMENTS ENDURANCE INFRARED PYROMETERS ENDURANCE® HIGH TEMPERATURE INFRARED PYROMETERS MODEL # ENDURANCE INFRARED PYROMETERS

• Model / Spectral Response

  Temperature Range

  Optical Resolution

  Applications

  EF1RL

  1.0 µm nominal one/two color

  500°C-1100°C

  932°F-2012°F

  20:1

  Metals processing, molten metal forging, hot rolling mills, heat treating and annealing, induction heating, lightbulb and halogen lamp production, cement and lime kilms, vacuum furnaces, thin wires or rods

  EF1RM

  1.0 µm nominal one/two color

  700°C-1500°C

  1292°F-2732°F

  40:1

  Same as above

  EF1RH

  1.0 µm nominal one/two color

  1000°C-3200°C

  1832°F-5792°F

  65:1

  Metals processing, molten metal forging, hot rolling mills, heat treating and annealing, induction heating, lightbulb and halogen lamp production, glass melting, cement and lime kilms, vacuum furnaces, thin wires or rods

  EF2RL

  1.6 µm nominal one/two color

  275°C-1000°C

  527°F-1832°F

  20:1

  Metals processing, molten metal forging, heat treating and annealing, induction heating, cement and lime kilms, vacuum furnaces, thin wires or rods

  EF2RH

  1.6 µm nominal one/two color

  350°C-1300°C

  662°F-2372°F

  40:1

  Metals processing, molten metal forging, heat treating and annealing, induction heating, cement and lime kilms, vacuum furnaces, thin wires or rods

  EF1ML

  1.0 µm nominal single color

  475°C-900°C

  887°F-1652°F

  20:1

  Metals processing, molten metal forging, hot rolling mills, heat treating and annealing, induction heating, glass melting, semiconductor furnaces

  EF1MM

  1.0 µm nominal single color

  800°C-1900°C

  1472°F-3452°F

  100:1

  Same as above

  EF1MH

  1.0 µm nominal single color

  1200°C-3000°C

  2192°F-5432°F

  100:1

  Same as above

  EF2ML

  1.6 µm nominal single color

  250°C-800°C

  482°F-1472°F

  20:1

  Ferrous and non-ferrous metals, galvanizing lines, metals processing, molten metal forging, hot rolling mills, heat treating and annealing, induction heating

  EF2MH

  1.6 µm nominal single color

  400°C-1700°C

  752°F-3092°F

  40:1

  Same as above

   

  Model / Spectral Response

  Temperature Range

  OpticalResolution

  Applications

  E1RL

  1.0 µm nominaltwo color mode

  600°C-1800°C1112°F-3272°F

  100:1

  High temperature, more difficult processes: induction heating, vacuum furnaces, kilns, molten metals, thin wires or rods

  E1RL

  1.0 µm nominalsingle color mode

  550°C-1800°C1022°F-3272°F

  100:1

  Same as above

  E1RH

  1.0 µm nominalone/two color mode

  1000°C-3200°C1832°F-5792°F

  150:1

  Same as above

  E2RL

  1.6 µm nominalone/two color mode

  250°C-1200°C482°F-2192°F

  75:1

  Medium temperature processes: induction heating, vacuum furnaces, kilns, molten metals, thin wires or rods

  E1ML

  1.0 µm nominalsingle color mode

  400°C-1740°C752°F-3164°F

  160:1

  Semiconductor, metals forging, hardening & molten glass

  E1MH

  1.0 µm nominalsingle color mode

  540°C-3000°C1004°F-5432°F

  300:1

  Same as above

  E2ML

  1.6 µm nominalsingle color mode

  250°C-1400°C482°F-2552°F

  160:1

  Ferrous, non ferrous and unoxidized metals, galvanizing lines & steel annealing

  E2MM

  1.6 µm nominalsingle color mode

  250°C-1400°C482°F-2552°F

  160:1

  Same as above

  E2MH

  1.6 µm nominalsingle color mode

  450°C-2250°C842°F-4082°F

  300:1

  Small, low temperature targets, wire coating & annealing, plastic tubing extrusions

  E3ML

  2.4 µm nominalsingle color mode

  50°C-1000°C122°F-1832°F

  100:1

  Same as above

  E3MH

  2.4 µm nominalsingle color mode

  150°C-1800°C302°F-3272°F

  300:1

  Ferrous, non ferrous and unoxidized metals, galvanizing lines & steel annealing

   

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