Daniel 1200 & 1500 Series Turbine Meters

Applications:

• Truck, Rail, and Barge Loading
• Crude Oil and Refined Product Pipelines
• Custody Transfer and Check Metering
• Fine Product Blending
• Chemical and Water Lines
• Tank Farm Storage and Inventory Control
• Floating Storage and Off-Loading (FSO)
• Floating Production, Storage and Off-Loading (FPSO)

Specifications:

• Line Sizes: 1″ to 24″ (DN25 to DN600)
• Fluid Type: Liquid
• Linearity:
  • Standard: 1″ to 2.5″ : ± 0.25%; 3″ to 24″ : ± 0.15%
  • Premium: 1″ to 2.5″ : ± 0.15%; 3″ to 24″ : ± 0.1%
• Repeatability: ± 0.02%
• Process Temperature Range:
  • Standard:
    • Carbon Steel: -20°F to + 140°F (-29°C to + 60°C)
    • Stainless Steel: -40°F to + 140°F (-40°C to + 60°C)
  • High Temperature:
    • Carbon Steel: -20°F to + 400°F (-29°C to + 204°C)
    • Stainless Steel: -40°F to + 400°F (-40°C to + 204°C)
• Operating Pressure Range: ANSI 150 to 2500 (PN20 to PN420)
• Materials: Carbon Steel and Stainless Steel
• Electronics:
  • Standard: 2 Pickoff Coils and Dual-Channel Preamplifier
  • Other Options: Additional Preamplifier models available
• Voltage: 10 VDC to 30 VDC
• Preamplifier Options:

Features:

• Uni-directional and bi-directional flow capabilities
• Rimmed, bladed, or light product rotors available
• 10:1 Rangeability (turndown) ensures custody transfer accuracy
• High-frequency pulse resolution allows for measurement of minute flow rates
• Tungsten carbide bearings guarantee durability and longevity with minimal maintenance
• Local Mounting Enclosure (LME) is explosion proof and configured with (2) pickoffs and a standard dual channel preamplifier
• Dual LME configuration offers (4) pulse outputs in two pairs for complete signal redundancy and reliability

Reliable 24/7 operation combined with linear, repeatable measurement make the Daniel Series 1500 Liquid Turbine Meter the instrument of choice for custody transfer volumetric flow measurement. Engineered for demanding crude oil and refined product applications, the durable meter now features potted electronics that endure significant vibration and shock along with rugged internals for steady, long-term performance.

Turbine Meters have become a popular choice when high accuracy measurement is required. Their compact size, low maintenance, low pressure drop, superior linearity and high flow rates are a few of their many benefits. The operating principle relies on a single moving part which is the rotor. It floats on a layer of fluid called a hydrodynamic bearing which is the foundation for its impressive performance.

For every turbine meter application, special consideration is given to the viscosity and specific gravity of the product to ensure there is no adverse effect on the meter’s linearity. When applied correctly, there are few designs that can match a turbine meters performance.