VIBRATION TRANSMITTERS, ACCELEROMETERS & SPEED SENSORS

4-20mA ABSOLUTE TYPE TRANSMITTERS

TR - 26

Measuring Range: ANY (see datasheet)
Frequency: 1.5Hz ÷ 2KHz (-3db)
Temperature: -60 ÷ +120°C
Thread: ANY (see datasheet)

TR - 27

Measuring Range: ANY (see datasheet)
Frequency: 1.5Hz ÷ 2KHz (-3db)
Temperature: -60 ÷ +120°C
Thread: ANY (see datasheet)

TR - I

Measuring Range Velocity:0 – 10/ 20/50/100mm/s RMS
Measuring Range 0 – 1 / 5 / 10 g RMS
Special measuring under request Frequency: 1Hz ÷2KHz

4-20mA PROXIMITORS –VIBRATION & AXIAL DISPLACEMENT

Integrated cable types

Integrated cable types
Length: 0.5mt : 9 mt
Armour: Optional

TR-NC/8

Mat: Stainless steel
Temp.: -35 ÷ +175°C
Thread: M10 or 3/8ʺ
Body: 40mm ÷ 170mm
Oil proof: Yes

ST-NC/8

Mat: Stainless steel
Temp.: -35 ÷ +175°C
Thread: M10 or 3/8ʺ
Body: 40mm ÷ 170mm
Oil proof: Yes

IIoT SOLUTION: CONDITION MONITORING SYSTEMS

It is a triaxial sensor for vibration measurement, predictive diagnostics and protection of rotating machinery. It can measure
  • Unbalance
  • Misalignment
  • Triaxial vibration
  • Bearing condition
  • Tachometer input and phase
  • Coupling defects
  • Rotation speed
  • Pulse detection
  • Mechanical impacts
  • Temperature

PROVIB: The connectable systems to the CLOUD

  • Integrated system for machine protection, fault detection, and predictive analysis
  • Cloud-based with secure data transmission
  • No software installation or licensing required

CONDITION MONITORING SYSTEMS & MMS

Condition Monitoring through a Machine Monitoring System (MMS) involves continuous tracking of machine health by collecting and analyzing data to detect early faults and provide diagnostics

TDSP: Multi channel Machine Monitoring System (SIL-2) certified

SIL2 Certified For TDSP Tools 

  • Standard 19ʺrack - 9 Slots (height: 3 units)
  • 1 power supply + 8 CPU module per rack
  • Redundant power supply also available
  • MODBUS TCP-IP on each module to maximize comm. reliability

Machine Monitoring System: OVERSPEED (SIL-3 certified)

  • Overspeed SIL3: Stand-alone for overspeed protection
  • Redundant tachometer system with high reliability
  • SIL3 certified (IEC 61508-X:2010)
  • Compatible with non-contact sensors (polar wheel)
  • Rack size: 19” W, 3HE H

Machine Monitoring System: OVERSPEED (SIL-3 Certified)

  • TD-2 Speed control unit
  • Overspeed
  • Reverse Rotation
  • 0 speed

PORTABLE INSTRUMENTS FOR SERVICE & MAINTENANCE

Vibration & Smart machine analysis

  • INTUITIVE, ACCURATE & RELIABLE
  • Easy Balance procedures
  • Measure vibration for periodic maintenance
  • Install & Commissioning rotating machines
  • Generate Balance & diagnostic certificates
  • Standard & Color Graphic Display
  • Battery operated
  • Standard 19ʺrack - 9 Slots (height: 3 units)
  • 1 power supply + 8 CPU module per rack
  • Redundant power supply also available
  • MODBUS TCP-IP on each module to maximize comm. reliability

N130: 1Ch (10KHz) + Tacho

N330: 2Ch (10KHz) + Tacho

4.5’’ Color Graphic Display Easy to use Vibrometer, Analyzer, Ball Bearing, Tachometer, Balancer, interface to PC

N600
2Ch (10KHz) + Tacho
Laser
7’’ Color Graphic Display
Easy to use
vibrometer, FFT,
analyzer, tachometer,
balancer, data collector
interface to PC

Shaft & Pulley Alignment

AL30: Pulley Alignment

  • Angular alignment
  • Parallel alignment
  • Dual Laser optics
  • Easy to install
  • AAA battery operated

AL30: Shaft Alignment

  • Dual Laser optics 4’'
  • 4’' Colour TFT display
  • Icon based graphics
  • Real time values
  • Wireless sensors
  • interface to PC

DEEP VIBRATION ANALYSIS & CONDITION MONITORING

ADVANCED DIAGNOSTIC SOFTWARE (ADS)

ADS is a common platform for several ADVANCE DIAGNOSTIC SPELICALISED applications:
Compactable with CEMB Products: TDSP (machine monitoring system), TD-2 (compact machine monitoring) and
N600 (portable instrument for vibration analysis

  • Advantages of ADS
  • Reliability
  • Efficiency
  • Accuracy
  • Productivity
  • Safety

Full trend analysis

Advanced waveform analysis

Shaft centerline

Nyquist diagram

Frequency-domain analysis

Waterfall

Orbits

Bode diagram