Changshu Flex-Tek Thermal Fluid Systems Manufacturer Co., Ltd. |
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High Quality 24V 40W cartridge heater for 3D printer TUTCO
Description
24V 40W cartridge heater for 3d printer use metal tube as a sheath
(including stainless steel, copper tube), which utilize resistance
wiring close to the heater sheath for heating transfer ,isolated by
a thin layer of compacted MgO insulation.
For this 24V 40W cartridge heater for 3d printer can also specify
lead length and choose from a variety of lead options. Leads can be
insulated with fiberglass or PTFE or protected by stainless steel
braid or hose.
24V 40W cartridge heater for 3d printer also have an option many
others lack: the ability to have an internal J or K-type
thermocouple located near the tip of the heater.
Features & Technical Data
Sheath material | SUS304.321.316,Incoloy800.840,Titanium |
Resistance wire | NiCr2080 |
Maximum temperature | 800°C |
Maximum Watt density | 25W/cm2 |
Maximum voltage | 480VAC |
Wattage tolerances | +5 percent, -10 percent |
Resistance tolerance | -10 percent, +5 percent |
Lead types | Silicone insulated lead ( 250°C ) |
pure nickel glass fiber lead ( 800°C ) | |
PTFE lead ( 200°C ) | |
Internal thermocouple | Type J or K available |
Length tolerance | ±1 mm |
Diameter tolerance | -0.02mm |
Camber tolerance | 1.7mm per meter (0.020” per foot) |
Insulation resistance (cold) | ≥ 500 MΩ |
Maximum leakage current (cold) | ≤ 0.5 mA |
Dielectric strength | 1600v. 1/seg |
Why TUTCO
1. Heater is UL listed for Outdoor Applications
2. All of the limit controls in all TUTCO duct heaters are
automatic resets or are manually resettable. There are
no devices that have to be replaced when tripped.
3. In a horizontal airflow application, the airflow direction is
not specific; it can go either direction without any modification.
4. With our wire rack element suspension system, the heater
coil is less susceptible to airflow shading and allows a very small
pressure drop across the coils.
5. All TUTCO duct heaters carry a zero clearance rating for
installations into ducts.