Stainless Steel Curled NTC Sensor | Wide-Range 媒體縮圖
Stainless Steel Curled NTC Sensor | Wide-Range-1
Stainless Steel Curled NTC Sensor | Wide-Range-2
Stainless Steel Curled NTC Sensor | Wide-Range-3
Stainless Steel Curled NTC Sensor | Wide-Range-4

Stainless Steel Curled NTC Sensor | Wide-Range

存貨單位: 01-02-0005-1

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型号: 10K3950

TECHNICAL SPECIFICATIONS

Parameter Specification Details
Product Type Rolled-Edge Stainless Steel NTC Sensor
Sealing Technology Edge-Rolling (Mechanically Crimped)
Cable Protection High-Temp Protection Sleeve (Strain Relief)
Housing Material Stainless Steel (SUS304)
Operating Temp -40°C ~ +200°C (Extreme Heat Resistant)
Resistance (R25) 10KΩ, 50KΩ, 100KΩ (Customizable)
Beta Value (B25/50) 3950K / 3435K
Durability High Tensile Strength (Anti-Pull Design)
Application Ovens, Industrial Boilers, Heating Elements

ROLLED-EDGE SEALING TECHNOLOGY

Built for mechanical toughness. Unlike standard epoxy-potted sensors, this probe features an advanced "edge-rolling" (crimped) manufacturing process. The stainless steel shell is mechanically rolled over the cable seal, creating an incredibly tight bond that resists vibration, moisture, and accidental cable pulling.

HIGH-TEMP PROTECTION SLEEVE

Engineered to survive where others fail. The cable exit point is reinforced with a specialized high-temperature protection sleeve. This shields the vulnerable wire insulation from direct heat exposure and mechanical stress, significantly extending the sensor's lifespan in harsh heating environments.

INDUSTRIAL GRADE DURABILITY

Designed for extreme conditions. The robust SUS304 stainless steel housing provides excellent corrosion resistance and thermal conductivity. Combined with the reinforced sealing, it is the ideal choice for industrial ovens, boilers, and heavy-duty machinery.

PRECISE & STABLE

Despite its rugged exterior, the internal NTC element delivers laboratory-grade precision. It maintains stability over a wide temperature range (up to 200°C), ensuring your equipment operates safely and efficiently.