Compensating Cable for R Type Thermocouple
Construction
· Conductor: Solid or stranded compensating alloy wires corresponding to Platinum-Rhodium/Platinum thermoelectric properties.
· Insulation: PVC, PTFE, FEP, or fiberglass depending on temperature and environmental requirements.
· Shielding (Optional): Aluminum foil or tinned copper braid for EMI/RFI protection.
· Outer Sheath: PVC, silicone rubber, or fiberglass braid – heat, oil, and chemical resistant.
· Color Code: According to IEC 60584 or ANSI MC96.1 standards.
Technical Specifications
Item | Description |
Thermocouple Type | R Type (PtRh–Pt) |
Temperature Range | -20°C to +200°C (PVC), up to +400°C (FEP or fiberglass) |
Rated Voltage | 300V |
Insulation Resistance | ≥100 MΩ/km |
Test Voltage | 1.5 kV/1 min |
Tolerance | ±1.5°C or ±0.4% of reading |
Standards | IEC 60584-3 / ANSI MC96.1 |
Sheath Options | PVC / PTFE / Silicone / Fiberglass |
Type | description |
KX-GS-VVR | Precision-grade compensation cable specifically designed for K-type soft-core thermocouples, featuring PVC insulation and a double-layer PVC sheath structure, suitable for general-purpose applications. |
KX-GS-VPVRR | K-Type Soft-Core Thermocouple Dedicated Precision-Grade Compensation Cable PVC Insulation, Twisted Copper Wire Braided Single-Layer Shielding, PVC Sheath, Universal Type |
KX-GS-VPVPR | K-Type Soft-Core Thermocouple Dedicated Precision-Grade Compensation Cable PVC Insulation Twisted Copper Wire Braided Single-Layer and Overall Shielding PVC Sheath General Purpose |
KX-GS-VVPR | PK-Type Soft-Core Thermocouple Compensation Cable, PVC Insulation, Twisted Copper Wire Braided Shield, PVC Sheath, Universal Type |
KX-HS-FFR | Precision-grade high-temperature compensation cable specifically designed for K-type soft-core thermocouples, featuring fluoroplastic insulation and a dual-layer fluoroplastic sheath structure. |
KX-HS-FP,FR | Precision-grade high-temperature compensation cable specifically designed for K-type soft-core thermocouples, featuring fluoroplastic insulation, a single-layer shielding layer of twisted tinned copper wire braid, and a fluoroplastic outer sheath. |
KX-HS-FPFPR | Precision-grade high-temperature compensation cable specifically designed for K-type soft-core thermocouples, featuring fluoroplastic insulation, a single layer of twisted tinned copper wire braid with integral shielding, and an outer fluoroplastic sheath. |
KX-HS-FFP₁R | Precision-grade high-temperature compensation cable specifically designed for K-type soft-core thermocouples, featuring fluoroplastic insulation, a braided shield of twisted tinned copper wires, and a fluoroplastic outer sheath. |
KX-HS-FV15R | Precision-grade high-temperature compensation cable specifically designed for K-type soft-core thermocouples, featuring fluoroplastic insulation, twisted-pair construction, and an outer jacket of 105°C heat-resistant PVC. |
KX-HS-FP₁V1R | Precision-grade high-temperature compensation cable specifically designed for K-type soft-core thermocouples, featuring fluoroplastic insulation, single-layer shielding with twisted tinned copper wire braid, and a 105°C heat-resistant PVC jacket. |
KX-HS-FP₁V1₀P.R | Precision-Grade High-Temperature Compensation Cable for K-Type Soft-Core Thermocouples Fluoroplastic insulation, twisted tinned copper wire braid with individual and overall shielding 105°C heat-resistant PVC jacket |
KX-HS-FV1PR | Precision-grade high-temperature compensation cable specifically designed for K-type soft-core thermocouples, featuring fluoroplastic insulation, a braided shield of twisted tinned copper wires, and a 105°C heat-resistant PVC jacket. |
Features & Benefits
· Stable and accurate transmission of low-level thermoelectric signals
· High-temperature resistant insulation for reliable long-term performance
· Excellent resistance to oil, moisture, and corrosion
· Shielded versions available for EMI protection
· Compatible with industrial, laboratory, and process control systems
Applications
· Temperature measurement and control in metallurgical and chemical industries
· Connection between R-type thermocouples and temperature transmitters
· Industrial furnaces, kilns, and glass production systems
· Power generation and process automation
· Scientific and laboratory temperature calibration setups
Available Models
· RX: Positive (PtRh) and Negative (Pt) compensating alloy wires
· RC: Compensating alloy type for short-distance signal transmission
· RCA / RCB: Variants with different insulation and sheath configurations