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Decoding Product Identification Codes: A Technical Deep Dive

Updated Jan 19, 2018 | 1-2 min read | Written by: Energy Storage Technology
Decoding Product Identification Codes: A Technical Deep Dive

Breaking Down 156P-5BB-51H Specifications

Ever wondered why your industrial equipment manual reads like alphabet soup? Let's dissect the 156P-5BB-51H identifier using real-world engineering principles. This code structure follows military-grade MIL-STD-130 standards for item identification, though with manufacturer-specific variations.

Core Component Analysis

  • 156P: Base model number (P=Pressure-optimized design)
  • -5BB: Revision code (5th gen/Brass components/Bayonet mount)
  • 51H: Performance package (51A current rating/Hazardous environment certification)

Industry-Specific Decoding Patterns

Like deciphering automotive VINs, industrial codes reveal hidden specs. The 51H suffix aligns with IEC 60034 motor standards where:

Code Segment Interpretation Testing Standard
51 51A continuous current UL 508C
H Hazardous location Class I Div 2 ATEX Directive 2014/34/EU

Real-World Application: Petrochemical Case Study

Shell Canada's Alberta facility uses 156P-5BB series actuators in their pipeline systems. The 51H variant withstands:

  • −40°C to +85°C operational range
  • 100% relative humidity
  • IP68 submersible rating

Emerging Trends in Component Labeling

The industry's shifting toward QR-enhanced coding - physical markers now contain digital twins via GS1 Digital Link. Scanning a 156P unit might reveal:

  • 3D assembly diagrams
  • Real-time inventory levels
  • Machine-specific maintenance history

As one engineer joked: "Our parts labels now contain more data than the Apollo guidance computer!" While hyperbolic, it underscores the information density in modern component coding systems.

Decoding Product Identification Codes: A Technical Deep Dive [PDF]
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