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Precise Temperature Monitoring Cable Type K 1x2x0.28mm² – PFA High Temperature Resistant Cable 250°C with Stainless Steel Braid Screen
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Precise Temperature Monitoring Cable Type K 1x2x0.28mm² – PFA High Temperature Resistant Cable 250°C with Stainless Steel Braid Screen

Premium precise temperature monitoring cable Type K 1x2x0.28mm² PFA insulated.

Chromel/Alumel conductors 1/0.60. Stainless steel braid screen. -75°C to +250°C. No sheath.

Request a detailed quote & datasheet!

  • Cable Type Temperature Monitoring Cable Type K
  • Cable Spec 1x2x0.28mm²
  • Conductor Chromel (+) vs Alumel (-) 1/0.60
  • Construction Solid wire acc. to IEC 60228, Class 1 (stranded optional)
  • Insulation PFA perfluoroalkoxy compound (FEP, PTFE, PFA, PI, PEEK optional)
  • Pairs 1pair twisted
  • Screen overall stainless steel wire braiding
  • Sheath non-sheath
  • Rated Temperature –75°C to +250℃
  • Short-term Temperature 300℃
  • Cable No. D365
  • Keyword PFA insulated thermocouple cable
  • Application ideal for autoclaves or sterilizers

Precise Temperature Monitoring Cable Type K 1x2x0.28mm² – Chromel (+) vs Alumel (-) Conductors 1/0.60, PFA Compound Insulation, Twisted Pair, Overall Stainless Steel Braiding Screen, No Outer Sheath, Temperature Range -75°C to +250°C (Short Term 300°C), Suitable for Autoclaves and Sterilizers

This precision temperature monitoring cable is specifically engineered for Type K thermocouple applications requiring extreme temperature resistance and mechanical protection. The 1x2x0.28mm² construction features one twisted pair with Chromel (+) and Alumel (-) solid conductors of 1/0.60 diameter, providing accurate temperature measurement with stable signal transmission. Insulation consists of PFA compound, offering exceptional thermal stability from -75°C to +250°C continuous, with short-term capability to 300°C. The overall screen utilizes stainless steel braiding, providing robust mechanical protection and EMI shielding without an outer sheath. This unsheathed design maximizes temperature performance while the stainless steel braid ensures durability in demanding environments. It is ideally suited for autoclaves, sterilizers, and other high-temperature applications requiring precise temperature monitoring.

D365-cable-type-k-2x0.28-02.jpgD365-cable-type-k-2x0.28-03.jpg

Key Features & Technical Advantages

  • Type K thermocouple with Chromel (+) and Alumel (-) conductors

  • Solid conductors 1/0.60 for stable signal transmission

  • PFA insulation rated -75°C to +250°C continuous, 300°C short term

  • Twisted pair construction for noise rejection

  • Overall stainless steel braiding screen for mechanical and EMI protection

  • No outer sheath for maximum temperature performance

  • Designed for autoclaves, sterilizers, and high-temperature processes

Specifications & Construction

Parameter Details
Type K thermocouple
Configuration 1x2x0.28mm² (one twisted pair)
**Conductor (+) ** Chromel, solid 1/0.60
**Conductor (-) ** Alumel, solid 1/0.60
Insulation PFA compound
Pair Construction Twisted
Screen Overall stainless steel braiding
Outer Sheath None
Temperature Range -75°C to +250°C continuous, 300°C short term
Applications Autoclaves, sterilizers, high-temperature processes

Why Choose Our PFA Insulated Type K Monitoring Cable

We specialize in high temperature thermocouple cables for critical monitoring applications. Our Type K design combines PFA insulation with stainless steel braid screening for extreme environments. The 1/0.60 solid conductors ensure stable signal transmission without drift. PFA provides exceptional thermal stability across -75°C to +250°C with short-term 300°C capability. Stainless steel braid offers robust mechanical protection and EMI shielding without limiting temperature performance. The unsheathed construction maximizes heat resistance. As a specialized manufacturer, we control all production stages, offering custom lengths and technical support for your precise temperature monitoring requirements.

Typical Applications – Solving Critical Industrial Challenges

  • Autoclave Temperature Monitoring: Provides accurate Type K measurement during sterilization cycles with repeated exposure to high-temperature steam

  • Industrial Sterilizers: Ensures precise temperature control in pharmaceutical and medical equipment sterilization processes

  • High-Temperature Process Control: Delivers reliable thermocouple signals in chemical and food processing applications up to 250°C

  • Research Autoclaves: Supports laboratory sterilization and material testing requiring accurate temperature monitoring

  • Medical Device Manufacturing: Enables precise temperature control during production of sterilized medical components

  • Pharmaceutical Production: Provides reliable temperature monitoring for drug manufacturing sterilization requirements

  • Dental Equipment: Supports temperature control in dental sterilizers and autoclaves

FAQ

Q1: Why is PFA insulation chosen for autoclave applications?

A: PFA offers exceptional thermal stability, chemical resistance, and non-stick properties, maintaining performance through repeated autoclave sterilization cycles without degradation.

Q2: What is the advantage of stainless steel braid screening?

A: Stainless steel braid provides robust mechanical protection and EMI shielding while withstanding high temperatures that would damage copper braid, ideal for autoclave environments.

Q3: Why is there no outer sheath on this cable?

A: Eliminating the outer sheath maximizes temperature performance and allows the stainless steel braid to provide both mechanical protection and screening without limiting heat resistance.

Q4: What does 1/0.60 conductor construction mean?

A: 1/0.60 indicates solid conductors of 0.60mm diameter, providing stable signal transmission with minimal drift compared to stranded conductors in precision temperature measurement.

Q5: Can this cable withstand repeated autoclave cycles?

A: Yes, the PFA insulation and stainless steel braid are specifically selected to withstand repeated autoclave sterilization cycles without degradation, ensuring long-term reliability.