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Daniel Series 1200 Liquid Turbine Meters
Daniel Series 1200 Liquid Turbine Meters
Load rack and marketing terminal operators worldwide rely on Daniel™ Series 1200 Liquid Turbine Meters for accurate, repeatable performance during fiscal measurement or inline blending operations.
The low-maintenance meters feature a self-cleaning, flow-through bearing design that enables higher flow rates and an extended flow range on light hydrocarbons and light crude products. Highly durable, potted electronics improve meter performance by providing a superior combination of a new dual-channel preamplifier and one or two pickoff coils. The optional second pickoff coil guarantees total pulse integrity, virtually eliminating the possibility of missing or double-counted pulses, further improving measurement accuracy.
Daniel Series 1200 Liquid Turbine Meters


Line Sizes
DN25 to DN100 (1-in to 4-in)
Fluid Type
Linearity (standard)
1-in to 2-in: ±0.25%; 3-in to 4-in: ±0.15%
Process Temperature Range (standard)
  • Carbon Steel: -29°C to +60°C (-20°F to +140°F)
  • Stainless Steel: -40°C to +60°C (-40°F to +140°F)
Operating Pressure Range
PN20 to PN50 (ANSI 150 to 300)
Carbon steel and stainless steel
1 or 2 pickoff coils and Dual-Channel Preamplifier (standard)


  • Ensure fiscal measurement accuracy with pulse output linear with flow rate and 10:1 rangeability (turndown)
  • Maximize accountability with high-frequency pulse resolution that enables measurement of minute increments
  • Achieve maximum volume throughput and minimum pressure drop with high-performance stainless steel internal assembly
  • Eliminate missing or double-counted pulses by achieving total pulse integrity with optional second pickoff coil
  • Simplify maintenance with new threaded lid that allows easy access to preamplifier and pickoff coil(s)
  • Easily upgrade UMB-equipped meters to the new LME housing that features potted electronics to improve durability
  • Rely on stainless steel or tungsten journal carbide bearings to improve durability and minimize maintenance
  • Confidently use within the guidelines of API MPMS, Chapter 4 (proving) and Chapter 5.3 (measurement)


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