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Fire Resistant Instrumentation Cable Orange RE-2X(ST)HSWAH-CI 2x2x1 EN 50288-7 Rated 300V Screened Armored Instru Cable
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Fire Resistant Instrumentation Cable Orange RE-2X(ST)HSWAH-CI 2x2x1 EN 50288-7 Rated 300V Screened Armored Instru Cable

Fire resistant instrumentation cable RE-2X(ST)HSWAH-CI 2x2x1 300V.

Mica/XLPE insulation, LSZH, SWA armored, orange sheath.

Circuit integrity FE180/PH30. EN 50288-7.

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  • Cable Type Fire resistant instrumentation cable RE-2X(ST)HSWAH-CI
  • Cable Spec 2x2x1mm²
  • Conductor Bare copper (TC, CU, SPC, NPC optional)
  • Fire Barrier MGT mica glass tape
  • Insulation XLPE compound (PE, PVC optional)
  • Pairs 2pairs twisted
  • Screen Aluminum foil and drainwire T/C
  • Inner Sheath LSZH compound (PVC optional)
  • Armor SWA galvanized steel wire armored
  • Sheath LSZH compound (PVC optional) black
  • Rated Voltage 300V
  • Rated Temperature -30℃ to +90℃
  • Fire Performance FE180/PH30
  • Keyword fire resistant instrumentation cable manufacturer
  • Cable No. D530
  • Application ideal for Oil and Gas industry

Fire Resistant Instrumentation Cable Orange RE-2X(ST)HSWAH-CI 2x2x1 Rated 300V Screened Armored Instrument Cable

This high-performance fire resistant instrumentation cable features 2 twisted pairs of 1mm² conductors with mica tape fire barrier and XLPE insulation, specifically engineered for emergency service data and voice transmission that must maintain circuit integrity during fire events

Key Features & Technical Advantages
  • 2 pairs x 1mm² for emergency and critical signal transmission
  • Mica glass tape + XLPE insulation for FE180/PH30 circuit integrity
  • Overall Al/PET foil + drain wire screen for EMI protection
  • SWA steel wire armour for mechanical protection
  • Orange LSZH sheath for high visibility and fire safety
  • 300V rating, -30°C to +90°C operating range
  • Circuit integrity: 180 minutes at 830°C + 30 minutes shock
  • Halogen-free, low smoke, no corrosive gas emission
Specifications & Construction
Parameter Details
Type RE-2X(ST)HSWAH-CI
Configuration 2 x 2 x 1mm²
Conductor Plain copper stranded, IEC 60228 Class 2
Fire Barrier Mica glass tape
Insulation XLPE compound
Overall Screen Al/PET foil + TC drain wire 0.5mm²
Armour SWA galvanized steel wire
Inner Sheath LSZH compound
Outer Sheath LSZH compound, orange
Voltage Rating 300V
Circuit Integrity FE180 / PH30
Temperature Range -30°C to +90°C
Bending Radius 10 x overall diameter
Fire Performance Standards
Standard Requirement
IEC 60331-21 Circuit integrity at 830°C
BS 6387 CWZ Fire resistance with water and mechanical shock
EN 50200 (PH30) Circuit integrity with mechanical shock
IEC 60332-1-2 Single vertical wire flame retardance
IEC 60332-3-24 Reduced fire propagation
IEC 60754-1/2 Halogen-free, no corrosive gases
IEC 61034-2 Minimum smoke emission
Typical Applications – Solving Critical Fire Safety Challenges
  • Emergency Systems: Provides circuit integrity for fire alarms, emergency lighting, and evacuation systems during fire events
  • Oil and Gas: Supplies fire-resistant cabling for critical shutdown systems and emergency services
  • Power Generation: Delivers circuit integrity cabling for turbine control and safety monitoring
  • Petrochemical Processing: Provides fire-safe instrumentation for hazardous area applications
  • Offshore Platforms: Supplies LSZH, armoured cabling for marine and offshore installations
  • Transportation Infrastructure: Enables emergency communication in tunnels and subways

FAQ
Q1: What does RE-2X(ST)HSWAH-CI designation mean?
A: RE indicates instrumentation cable, 2X indicates XLPE insulation, (ST) indicates overall screen, H indicates LSZH sheath, SWA indicates steel wire armoured, CI indicates circuit integrity/fire resistant.
Q2: What is the circuit integrity rating of this cable?
A: FE180 (180 minutes circuit integrity at 830°C) and PH30 (30 minutes with mechanical shock) per IEC 60331-21 and EN 50200.
Q3: How does this cable achieve fire resistance?
A: Mica glass tape fire barrier over the conductor, combined with XLPE insulation and LSZH materials, ensures circuit integrity during fire exposure.
Q4: Is this cable suitable for emergency systems?
A: Yes, it is specifically designed for data and voice transmission for emergency services where signal integrity must be assured during fires.
Q5: What is the temperature range and bending radius?
A: -30°C to +90°C operating, with minimum bending radius of 10 x overall diameter.

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