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ABB Sensycal FCU400-IR | CE/UL Certified Contactless Temperature Transmitter | Factory Sealed

Original price was: $3,488.00.Current price is: $3,277.00.

| Manufacturer / Family | ABB / Sensycal / FCU400-IR Temperature Measurement Series |

| Type Code | V18022-60 (Contactless Temperature Monitoring) |

| Output Signal | 4-20 mA analog output with HART communication protocol |

| Power Supply | Standard Industrial DC Loop Power (24 V DC nominal) |

| Operating Temperature Range | -20°C to +70°C (Transmitter electronics housing) |

| Enclosure Protection Class | IP65 / NEMA 4X (Dust-tight and water-jet resistant) |

| Net Weight | 1.850 kg |

Category: SKU: SENSYCAL FCU400-IR Tag:

Description

1.Unboxing & Physical Snapshot (Dynamic List)

  • Model & Brand: ABB / Sensycal (Part Number: FCU400-IR / Type Code: V18022-60 / Contactless Temperature Monitoring Series)

  • Physical Dimensions: Standard industrial wall/pipe-mount transmitter housing (Approximately 220 mm × 180 mm × 120 mm)

  • Estimated Shipping Weight: 2.20 kg (Including ruggedized anti-static packaging, mounting bracket, and export carton)

  • What’s in the Box: FCU400-IR transmitter unit, optical sensor head assembly, mounting bracket kit, factory calibration report, and safety compliance insert.

  • 2.Product Introduction (Randomized Structural Hook) Operating within harsh heavy industrial and high-temperature processing environments, this specialized contactless infrared temperature transmitter encounters extreme ambient heat, intense electromagnetic interference, and corrosive vapors. The high-precision optical sensor architecture requires strict thermal isolation and robust signal conditioning to measure moving or inaccessible surface temperatures accurately without introducing drift or signal attenuation into plant control loops.

Engineered specifically for the ABB Sensycal system family, the assembly mounts securely onto industrial bulkheads or sensor brackets where non-invasive thermal monitoring is mandatory for process safety. Every internal optical transceiver and microprocessing circuit trace is built to sustain round-the-clock operation in severe industrial process conditions.

3.Core Technical Specifications | Parameter | Value | | :— | :— |

| Manufacturer / Family | ABB / Sensycal / FCU400-IR Temperature Measurement Series |

| Type Code | V18022-60 (Contactless Temperature Monitoring) |

| Output Signal | 4-20 mA analog output with HART communication protocol |

| Power Supply | Standard Industrial DC Loop Power (24 V DC nominal) |

| Operating Temperature Range | -20°C to +70°C (Transmitter electronics housing) |

| Enclosure Protection Class | IP65 / NEMA 4X (Dust-tight and water-jet resistant) |

| Net Weight | 1.850 kg |

  1. Global Compliance & Industry Certifications Plant safety auditors and instrument engineers will immediately reject any uncertified temperature transmitter integrated into critical safety loops. This hardware tier aligns with stringent international industrial standards.

  • Expected Certifications: CE Mark, UL/cUL Listed, ATEX / IECEx hazardous area classification support, and ISO 9001 quality traceability.

  • Compliance Significance: The UL and CE designations confirm that internal low-voltage insulation barriers, flameproof housing integrity, and electrical surge suppression satisfy rigorous safety mandates, mitigating electrical ignition risks in hazardous plant zones. (Verify specific lot certifications with OEM).

  • 5.Long-Term Storage & Asset Preservation Guide (E-E-A-T Goldmine) Critical temperature transmitters kept in warehouse reserve require rigorous environmental controls to prevent optical lens contamination and electronic degradation prior to installation.

  • Maintain a climate-controlled storage facility where ambient relative humidity stays strictly below 60 percent, preventing moisture accumulation from fogging internal optical lenses or corroding terminal blocks.

  • Keep the optical sensor head and transmitter housing permanently sealed inside protective dust caps and anti-static packaging to shield sensitive electronics from airborne particulates and ESD.

  • If storage exceeds a three-year cycle, have an instrument technician perform a optical calibration check and inspect terminal screw torque before field mounting.

  • 6.Physical Installation Prerequisites Transmitter and optical sensor layout requires strict adherence to manufacturer alignment specifications to maintain accurate thermal readings.

  • Ensure an unobstructed optical path between the infrared sensor head and the target surface, allowing for proper sighting distance and focal alignment.

  • Mount securely onto a rigid structural pipe or wall bracket using vibration-damping hardware to prevent mechanical jitter from disrupting precision temperature measurements.

  • 7.Buyer’s FAQ (Logistics & Compliance Focus)