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RTD Temperature Sensor
According to the material of the wear-resistant sleeve, it can be
divided into the following three categories, and each type has its
own unique characteristics:
1. Wear-resistant high-temperature alloy: According to the
characteristics of high-temperature abrasion environment, the pure
alloying specially designed for explosion-proof thermocouples is
vacuum smelted and has high-temperature oxidation resistance.
And high-temperature-resistant special wear-resistant
high-temperature alloys are forged and drilled as a whole. Less
processing defects, high reliability, high temperature strength and
wear resistance comprehensive performance, high price, the use
temperature of 800 ~ 1200 ℃.
2. Composite casting wear-resistant alloy: The composite armoring
technology is used to add wear-resistant particles to the
superalloy matrix, and it is precision melt-casting. No turning
required
It has high hardness and resistance to high temperature oxidation.
The magnetic flap level gauge has a few casting defects but does
not affect high temperature wear resistance and tightness. It is
the most common high temperature wear resistant casing. ℃.
Ion implanted tungsten carbide: Tungsten carbide particles are
implanted on the surface of the casing using ion implantation
technology with stainless steel as the substrate. It has high
hardness, high strength and high toughness, especially
wear-resistant. The thickness of the wear-resistant layer is 0.5 to
1.5mm. The outer diameter is hard and tough. Service life is more
than 2 years.
The main technical parameters:
Electrical outlet: M20 × 1.5, NPT1 / 2
Wear head hardness: HRC60-65
Protection level: IP65
Insulation resistance> 100MΩ (at normal temperature)
Test voltage: 500VDC
Connection size: M27 × 2 NPT3 / 4
Accuracy grade: Ⅰ
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