Instrumentation Cable Type T Flexible Flat Cable SC-HS-FBPBR 2x1.0mm² – 300°C Glassfiber Insulated with Stainless Steel Braid Screen

Instrumentation Cable Type T Flexible Flat Cable SC-HS-FBPBR 2x1.0mm² – Copper (+) vs Constantan (-) Conductors 7/0.43, Conductor Wrapping PTFE Tape, Glassfiber Insulation Red (+) and Green (-), Two Cores Laid Flat, Stainless Steel Wire Braiding Screen, Glassfiber Sheath White, 300°C Temperature Rating

This Type T instrumentation cable features flexible flat construction for thermocouple applications requiring 300°C capability. The two cores use Copper (+) and Constantan (-) conductors with 7/0.43 stranding, providing accurate Type T temperature measurement with excellent flexibility. Each conductor is wrapped with PTFE tape for additional dielectric protection. Insulation consists of glassfiber with color coding: red for positive (Copper) and green for negative (Constantan). The two cores are laid flat for space-saving installation. A stainless steel wire braiding screen provides robust EMI protection and mechanical reinforcement. The outer glassfiber sheath in white offers exceptional thermal resistance to 300°C. This SC-HS-FBPBR design is ideal for high temperature instrumentation where flat configuration and reliable Type T signal transmission are required.

Key Features & Technical Advantages

• Type T thermocouple: Copper (+) vs Constantan (-)

• 7/0.43 stranded conductors for flexibility

• PTFE tape wrapping for enhanced dielectric protection

• Glassfiber insulation color-coded red (+) / green (-)

• Flat core configuration for space-saving installation

• Stainless steel wire braiding screen for EMI and mechanical protection

• Glassfiber sheath white rated 300°C continuous

Specifications & Construction

Why Choose Our Type T Flat Glassfiber Cable

We specialize in high temperature thermocouple cables for demanding instrumentation applications. Our SC-HS-FBPBR design combines Type T accuracy with robust 300°C construction. PTFE tape wrapping and glassfiber insulation provide dual-layer dielectric protection. Stainless steel braid offers superior mechanical protection and EMI shielding at high temperatures where copper would degrade. Flat configuration enables space-efficient routing in tight installations. Color-coded insulation ensures correct polarity termination. As a specialized manufacturer, we control all production stages, offering custom lengths and technical support for your specific high temperature instrumentation requirements.

Typical Applications – Solving Critical Industrial Challenges

• High Temperature Furnace Monitoring: Provides accurate Type T temperature measurement in industrial furnaces and kilns

• Heat Treatment Process Control: Delivers reliable thermocouple signals for metal heat treating applications

• Glass Manufacturing Temperature: Enables precise temperature monitoring in glass production processes

• Ceramics Processing: Supplies accurate temperature measurement for ceramic firing and sintering

• Aerospace Test Cells: Provides high temp instrumentation for engine and materials testing

• Research Laboratory Furnaces: Supports high temperature experimental setups requiring Type T accuracy

• Industrial Oven Monitoring: Enables reliable temperature measurement in high temperature ovens and dryers

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FAQ

Q1: What is the advantage of flat cable construction?

A: Flat configuration allows space-efficient routing in tight spaces, reduces overall thickness, and enables consistent positioning in applications where round cables would be bulky.

Q2: Why is PTFE tape wrapping used under the glassfiber insulation?

A: PTFE tape provides an additional dielectric barrier and protects conductors from glassfiber abrasion while offering excellent high temperature stability.

Q3: What is the benefit of stainless steel braid screening?

A: Stainless steel braid maintains mechanical strength and EMI shielding effectiveness at 300°C where copper braid would oxidize and degrade.

Q4: What does 7/0.43 conductor construction provide?

A: 7 strands of 0.43mm diameter provide excellent flexibility while maintaining accurate thermoelectric properties for Type T measurement.

Q5: Is this cable suitable for continuous flexing applications?

A: This cable is designed for fixed installation and occasional flexing. For continuous flexing applications, please consult our engineering team for dynamic cable options.