Alerte: Les bureaux et les entrepôts d'expédition de DwyerOmega seront fermés pour les vacances du 25-26 Dec. et du 1 Jan, 2026
MB-1-HEATER
Steel 1-Piece Nozzle Heater 750 °F Max 1 in to 6.125 in ID
- 1 - 6 1 /8 ' Nozzle Dia.
- 100 - 1000 Watts
- 120 and 240 Volt
- Up to 900ºF Max. Sheath Temperature
MB-1-HEATER
Depuis
C$
185.58
L'aperçu du produit
- Insulator Type N/A
- Material Construction Option N/A
- Operating Temperature, Max 399 °C
- Sensor Type N/A
- Series ID MB-1-HEATER
- Sheath Material Stainless Steel
Steel 1-piece nozzle MB-1 heater designed for inner diameters from 1" to 6.125". It operates at 120 or 240 volts with power ranging from 100 to 1000 watts. The heater features mica insulation and can withstand sheath temperatures up to 900°F, making it ideal for extruders and similar applications.
FEATURES
Efficient Heat Transfer is provided by high quality nickel chromium resistor wire wound on a select mica strip and enclosed in a die-formed aluminum coated steel sheath. Long-Term Durability is assured by non-hygroscopic mica insulation. Uniform Fit to ±1/16". Type A Extra Flexible Stranded Nickel Lead wire protected by means of a close-knit stainless steel braided sleeve. Standard length is 24" with 18" of braid. Heavy Duty Stainless Steel Anti-Torque Post Terminals Standard is #10-32 threads, except for 1" wide units which have #6-32 threads. Reliable Performance and Quick Temperature Response One-Piece Construction provides maximum nozzle coverage in tight spaces.
PDF et manuels
Afficher les notes et les avis
Rated 4 out of
5
by
Johnny from
Very well suited for high temperatures!
It is very well suited to high temperatures, high power densities. I am using it on a vacuum system to clamp around a 1.33 conflat flange. It brings the parts up to 175 deg C - as expected given the thermal conductivities. However the wire leads are a little suspect: The metallic braid seems to be electrically isolated with respect to the metal band. And at each end of the metal braid (four places) the flexibility changes abruptly - leaving the wire subject to strain. -John
Date published: 2016-01-11