Emerson 1X00797H01L

Product Introduction: This shielded multi-pair signal cable assembly is Ovation DCS supporting wiring accessory. It connects Ovation terminal base and field instruments for long-distance analog signal transmission. Twisted pair and overall shielding structure ensures low noise transmission of 4-20mA analog signals in industrial environment.

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Description

Emerson 1X00797H01L

Technical Specifications: Conductor: tinned copper multi-strand wire Insulation: cross-linked polyolefin Outer sheath: flame retardant PVC Operating temperature: -20 ℃ ~70 ℃ Storage temperature: -40 ℃ ~85 ℃

Functional Features: Twisted pair design reduces crosstalk. Overall copper braid shielding. Flame retardant outer sheath. Pre-terminated connector option. Stable low-level analog signal transmission.

Application Scenarios: Long distance field instrument signal wiring for Ovation DCS, petrochemical plant analog signal transmission, thermal power plant transmitter signal cable.

Performance Parameters: Shield attenuation greater than 80dB at 1MHz. Vibration resistance:10 Hz~150 Hz,0.5g.

Material Composition: Conductor: tinned copper. Insulation: cross-linked polyolefin. Shield layer: tinned copper braid. Outer sheath: flame retardant PVC.

Structural Features: Multiple twisted wire pairs inside cable. Full coverage copper braid shield. Outer protective sheath. Cable surface printed with part number and specification marks.

Working Principle: Twisted pair structure counteracts electromagnetic induction noise. Copper braid shield isolates external interference. Analog signals from field transmitters transmit through twisted pairs to Ovation terminal base.

Installation Requirements: Lay cable in separate cable tray away from high voltage power cable. Shield layer single point grounding at cabinet side. Avoid small radius sharp bending. Do not stretch cable during installation.

Precautions for Use: Prevent outer sheath scratch by sharp metal edges. Do not expose cable to continuous high temperature. Check sheath aging regularly during overhaul.