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VN 1050 Level Switch for Dry Bulk Material Monitoring

The VN 1050 vibrating fork level switch delivers reliable point level detection for dry and free-flowing solids in industrial environments. Designed with a flexible cable extension, it adapts to various vessel sizes while ensuring accurate switching performance. Ideal for silos and process tanks, it enhances operational safety, prevents overfilling, and minimizes downtime. Its robust construction supports demanding applications where stability and precision are essential.

Category Level
Brand UWT
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Technical details and application highlights

Review the complete description, feature set, and specification details before sending your inquiry.

The VN 1050 vibrating fork level switch is engineered for precise point level detection in dry, free-flowing solids. Designed for use in storage silos and process vessels, this advanced sensor ensures consistent monitoring of bulk materials such as powders, granules, and pellets. With a configurable cable extension and robust construction, it delivers reliable performance even in demanding industrial environments.

Key Features

  • Accurate point level detection using vibration-based technology
  • Flexible cable extension up to extended lengths for deep vessels
  • High sensitivity for low-density solids (>50 g/l)
  • Durable stainless steel wetted parts for long service life
  • Adjustable switching delay and sensitivity for process control
  • Multiple signal output options for seamless integration

Application

The VN 1050 is widely used across industries handling bulk solids, including cement, food processing, chemicals, plastics, and agriculture. It is ideal for detecting full or empty levels in silos, bins, and hoppers. The sensor helps prevent overflow, ensures continuous production, and optimizes inventory management.

Design & Functionality

This vibrating fork sensor operates by detecting changes in vibration frequency when covered by material. The cable extension design allows installation in tall or hard-to-reach vessels. Its robust housing and high mechanical load resistance ensure stability even in applications with lateral forces.

Total Crossed Beams

The sensing fork structure maintains stable vibration behavior, ensuring accurate detection even with varying material densities and flow conditions.

Beam Pitch Options

Optimized fork geometry enhances sensitivity and minimizes false triggering, allowing consistent performance across different bulk solid types.

Intrinsic Synchronism

The sensor maintains consistent vibration frequency, ensuring reliable switching performance without frequent recalibration.

Operational Advantages

  • Prevents overfill and material loss
  • Reduces maintenance and downtime
  • Enhances process safety and automation
  • Performs reliably in harsh industrial environments
  • Easy installation with versatile mounting options

Parameter

Details

Measurement PrincipleVibration (Fork)
Measuring TaskPoint level measurement
VersionCable extension
MediumSolids
Mounting PositionTop, on a socket
Ambient Temperature-25°C to +60°C (-13°F to +140°F)
Process Temperature-25°C to 80°C (-13°F to +176°F)
Process Pressure-1 bar to +6 bar (-14.5 psi to +87 psi)
Minimum Sensitivity> 50 g/l (> 3 lbs/ft³)
Housing TypeStandard
Housing MaterialAluminium
Protection RatingIP66
Threaded Connection≥ R 1 1/2", ≥ NPT 1 1/2"
Flange Connection≥ DN100, ≥ 2"
Wetted MaterialsStainless steel 1.4305 (303), 1.4541 (321), PUR
Mechanical Load2 kN
Min. Immersion Length750 mm (29.6")
Max. Immersion Length20 m (65.74')
Power Supply19–230V AC, 12.5–36V DC, universal
Signal OutputRelay SPDT, DPDT, Transistor PNP, 8/16 mA, 4–20 mA
ApprovalsCE, ATEX, IEC-Ex, INMETRO, TR-CU
Ex MarkingsEx t, Ex i
Optical IndicatorLED
FeaturesAdjustable sensitivity, output delay, fail-safe switching
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