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K Type Thermocouple Cable with Fiberglass Insulation

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xProduct Details
Product Name | K Type Thermocouple Cable With Fiberglass Insulation | Conductor Material (Positive) | Chromel (Ni:90%, Cr:10%) |
---|---|---|---|
Conductor Material (Negative) | Alumel (Ni:95%, Al:2%, Mn:2%, Si:1%) | Resistance (20°C, 1.0mm) | ≤50 Ω/km (per Conductor) |
Bending Radius | ≥8× Cable Diameter (static); ≥12× (dynamic) | Cable Structure | Twisted Pair (individual Fiberglass Insulation + Overall Braided Jacket) |
Coating Options | PVC/TPE/SILICONE/FEP/PFA/PTFE/GLASS FIBER | Operating Voltage | 600V AC/DC |
Highlight | K type thermocouple fiberglass cable,fiberglass insulated thermocouple wire,high temperature K type cable |
Product Description
K Type Thermocouple Cable With Fiberglass Insulation
Product Specifications
Attribute | Value |
---|---|
Product Name | K Type Thermocouple Cable With Fiberglass Insulation |
Conductor Material (Positive) | Chromel (Ni:90%, Cr:10%) |
Conductor Material (Negative) | Alumel (Ni:95%, Al:2%, Mn:2%, Si:1%) |
Resistance (20°C, 1.0mm) | ≤50 Ω/km (per conductor) |
Bending Radius | ≥8× cable diameter (static); ≥12× (dynamic) |
Cable Structure | Twisted pair (individual fiberglass insulation + overall braided jacket) |
Coating Options | PVC/TPE/SILICONE/FEP/PFA/PTFE/GLASS FIBER |
Operating Voltage | 600V AC/DC |
Product Overview
ANSI 96.1 AWG18 K Type Thermocouple Cable With High Temp Insulation
Chromel alumel thermocouple wire consists of two conductors of different materials (metal alloys) that produce a voltage near the contact point. The voltage produced depends on the temperature difference between the junction and other conductor parts. These thermocouples are widely used for temperature measurement, control, and can convert temperature gradients into electricity.
Key Features
- Customizable diameter, sheath lengths and lead length
- Stainless steel braided or hose protection
- K, J, T and E calibrations available
- Grounded, ungrounded and exposed junctions
- Flat and drill point options
- Epoxy sealed cold ends
- Flexible extensions
- Mineral coated and stainless steel sheaths
- Straight, 45° bend or 90° bend configurations
- 12 mm and 15 mm locking bayonet caps
Performance Specifications
Maximum Temperature Tolerance:
• 600°C continuous operation (glass fiber insulation)
• 1500°C continuous operation (mineral fiber insulation)
Temperature test precision: ±1°C
• 600°C continuous operation (glass fiber insulation)
• 1500°C continuous operation (mineral fiber insulation)
Temperature test precision: ±1°C
Common Applications
- Food processing equipment
- De-icing systems
- Plating baths
- Industrial processing
- Medical equipment
- Pipe tracing control
- Industrial heat treating
- Packaging equipment
- Liquid temperature measurement
- Refrigerator and oven temperature control
Technical Datasheet
Product | Conductor material | Type | Graduation | Use temperature (°C) (short time) | Use temperature (°C) (Continuous operation) |
---|---|---|---|---|---|
Thermocouple | PtRh30-Ptrh6 | WRR | B | 0-1800°C | 0-1600°C |
Thermocouple | PtRh10-Pt | WRP | S | 0-1600°C | 0-1300°C |
Thermocouple | PtRh13-pT | WRB | R | 0-1600°C | 0-1300°C |
Thermocouple | NiCrSi-NiSi | WRM | N | 0-1000°C | 0-1000°C |
Thermocouple | NiCr-NiAl(Si) | WRN | K | 0-1200°C | 0-900°C |
Thermocouple | NrCr-constantan | WRE | E | 0-700°C | 0-600°C |
Thermocouple | Iron-Constantan | WRF | J | 0-600°C | 0-500°C |
Thermocouple | Copper-Constantan | WRC | T | 0-400°C | 0-350°C |
Thermal resistance | Copper heat resistance | Cu50 | -50-150°C | ||
Thermal resistance | Copper heat resistance | Cu100 | -50-150°C | ||
Thermal resistance | Platinum heat resistance | Pt100 | -200-600°C |
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