PROGNOST-SenSim - sensor signal simulator

PROGNOST®-SenSim simulates real sensor behavior to perform safe, accurate, and fully compliant proof tests - all without touching your sensors.

• Early and accurate proof testing
  Perform IEC 61511 compliant Proof Test Intervals (PTI) with realistic sensor simulations for reliable Safety Instrumented System (SIS) validation
• No sensor removal, no damage risk
  Run tests without disconnecting sensors - eliminating damage, recalibration effort, and downtime
• One device for all sensor types
  Simulate vibration, displacement, pressure, temperature, flow, level and more with a single compact device
• Realistic dynamic behavior
  Simulate static and dynamic signals up to 10 kHz to reproduce real life machine conditions
• Faster testing and higher flexibility
  Configure any signal type on the handheld and perform complete loop tests quickly and efficiently
• Reliable safety logic testing
  Test safety functions such as 2 out of X (2ooX) voting, segment based vibration limits, and unsafe conditions detection

• Comprehensive signal simulation
  Simulates 4-20 mA, ICP/IEPE, eddy current, voltage, trigger, pulse (lube oil) and strain gauge signals
• Static + dynamic simulation
  Separate configuration of static and dynamic components for full sensor behavior reproduction
• Predefined sensor library
  Includes common eddy current, acceleration, and velocity sensors with simple value input (g, mil, bar)
• 2 channel architecture
  Enables parallel simulation for testing 2ooX voting schemes and dual channel safety routines
• Advanced signal shaping
  Define amplitudes per revolution and simulate sensor physics, spread, and phase referenced signals
• Valid Speed Safety Test (VSST)
  Simulates segmented vibration limits and consecutive limit violations for reciprocating machinery safety tests
• Portable hardware
  Compact generator + handheld (IP67), battery powered, outdoor ready
• Full starter kit available
  Includes generator, handheld, cables, short circuit plugs, and outdoor case