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Runout Probe

Shaft Alignment

Runout Probe

Pre-Alignment Tool

Measure runout on shafts/couplings, soft foot movement, bearing clearances and more with this displacement probe that connects wirelessly to Acoem’s Pre-Alignment application. 

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Acoem Runout Probe

The pre-alignment steps of machinery shaft alignment are fundamental and critical for ensuring accurate alignment. To facilitate this process, we have developed the Runout Probe pre-alignment tool. It is the first displacement probe that can be integrated with a laser alignment system.

This app-based tool connects wirelessly to any tablet or mobile phone, including the Acoem NXA Shaft Alignment System. It is capable of performing a variety of pre-alignment checks, such as:

  • Axial and radial runout on flanges
  • Movement of machine feet (soft foot)
  • Bearing clearances
  • Movements due to pipe strain
  • Thermal growth on machine casings
  • Eccentric or skewed mounting of coupling hubs
  • Bent shafts

    Measurement Methods

    Bearing Clearances

    Correcting bearing clearances is important for achieving good alignment results. The Bearing Clearance program allows users to:
    • Check for excessive bearing clearances radially and axially
    • Detect bearing wear
    • Save results to a report

    Measurement Methods

    SoftCheck™

    Soft foot conditions need to be corrected before any shaft alignment takes place. The SoftCheck™ program allows users to:

    • Measure the actual movement on each foot of your machine
    • Achieve perfect results with clear on-screen guidance
    • Save results to a report

    Measurement Methods

    Runout

    Bent shafts, skewed or eccentric mounting of coupling hubs can cause harmful vibrations. The Runout program allows users to:
    • Check runout on shafts and couplings with just one rotation
    • Confirm their measurement location onscreen and receive measuring guidance
    • Save results to a report

    Measurement Methods

    Sensor Display

    This digital version of a dial indicator measures and records relative movement. The Sensor Display program allows users to:

    • Measure thermal growth or pipe strain
    • Utilize two sensors to take simultaneous measurements

    Measurement Methods

    Max-Min

    Function to measure the displacement of an object to a rotational center. The Max-Min program allows users to:

    • Measure radial and axial runout on shafts and hubs
    • Utilize two sensors to take simultaneous measurements

    MEASUREMENT METHODS

    SoftCheck™

    Soft foot conditions need to be corrected before any shaft alignment takes place. The SoftCheck™ program allows users to:

    • Measure the actual movement on each foot of your machine.
    • Achieve perfect results with clear on-screen guidance.
    • Save results to a report.

    Bearing Clearance

    Correcting bearing clearances is important for achieving good alignment results. The Bearing Clearance program allows users to:

    • Check for excessive bearing clearances radially and axially.
    • Detect bearing wear.
    • Save results to a report

    Runout

    Bent shafts, skewed or eccentric mounting of coupling hubs can cause harmful vibrations. The Runout program allows users to:
    • Check runout on shafts and couplings with just one rotation
    • Confirm their measurement location onscreen and receive measuring guidance
    • Save results to a report

    Sensor Display

    This digital version of a dial indicator measures and records relative movement. The Sensor Display program allows users to:

    • Measure thermal growth or pipe strain
    • Utilize two sensors to take simultaneous measurements

    Max-Min

    Function to measure the displacement of an object to a rotational center. The Max-Min program allows users to:

    • Measure radial and axial runout on shafts and hubs
    • Utilize two sensors to take simultaneous measurements

    Explore the Setups

    Runout

    Runout can be measured by placing the probe tip on the machine shafts and coupling(s).

    SoftCheck™

    Measure soft foot by placing the probe tip on any machine foot.

    Bearing Clearances

    Check for bearing clearances by placing the probe tip on the shafts near the bearings.

    Technical Specifications

    Runout Probe Package with Case
    Weight (including all parts)
    1.61 lbs (0.73 kg) (Incl. Case, Excl. Packaging Box)
    Storage Temperature
    -4 to 140°F (-20 to 60°C)
    Long Term Storage Temperature
    Room Temp. 64 to 82°F (18 to 28°C)
    Case
    Material
    Polypropylene
    Weight (empty)
    1.01 lbs (0.46 kg)
    Dimensions
    10.8 in x 9.1 in x 3.3 in (275mm x 230mm x 83mm)
    Pen Unit
    Housing Material
    ABS Plastic
    Operating Temperature
    32 to 104°F (0 to 40°C)
    Storage Temperature
    -4 to 140°F (-20 to 60°C)
    Battery Charging Temperature
    32 to 104°F (0 to 40°C)
    Long Term Storage Temperature
    Room Temp. 64 to 82°F (18 to 28°C)
    Relative Humidity
    10 – 90%
    Weight
    5.01 oz (142 g)
    Dimensions (Battery Unit)
    1.7 in x 3.6 in x 1.3 in (44mm x 91mm x 33mm)
    Dimensions (Pen Body)
    Length: 3.34 in (84.85mm) Diameter: ø0.31 in (ø8mm)
    Cable Length
    15.7 in (400mm)
    Environmental Protection
    IP65
    Measuring Range
    0.20 in (5mm)
    Mechanical Travel
    0.26 in (6.6mm)
    Measuring Force
    0.70 N ± 25%
    Repeatability
    0.15 µm
    Thermal Drift
    0.25 µm/°C
    Accuracy Error
    (K=Reading in mm)
    ±MAX (5+|2*K|;|7*K|) µm
    Contact Type
    ø0.12 in (ø3mm) Carbide
    Contact Thread
    M2.5
    Interface
    Membrane Switch Keyboard
    Peripherals (User Accessible)
    1 USB Micro Port Charging: 5V, 0.5A
    Wireless Communication
    Class I Bluetooth Transceiver with Multi-Drop Capability BLE Bluetooth Low Energy (BT 4.0)
    Communication Range
    33 ft (10m)
    Power Supply
    Rechargeable Li-Ion Battery or External Power Supply
    Battery Capacity
    10.4 Wh
    Operating Time
    11 Hours of Continuous Use
    Battery Charging Time (System Off, Room Temperature)
    8 Hours
    LED Indicators
    Wireless Communication and Battery Status Indicators
    Pen Unit (Cont)
    Environmental Protection
    IP65
    Measuring Range
    0.20 in (5mm)
    Mechanical Travel
    0.26 in (6.6mm)
    Measuring Force
    0.70 N ± 25%
    Repeatability
    0.15 µm
    Thermal Drift
    0.25 µm/°C
    Accuracy Error
    (K=Reading in mm)
    ±MAX (5+|2*K|;|7*K|) µm
    Contact Type
    ø0.12 in (ø3mm) Carbide
    Contact Thread
    M2.5
    Interface
    Membrane Switch Keyboard
    Peripherals (User Accessible)
    1 USB Micro Port Charging: 5V, 0.5A
    Wireless Communication
    Class I Bluetooth Transceiver with Multi-Drop Capability BLE Bluetooth Low Energy (BT 4.0)
    Communication Range
    33 ft (10m)
    Power Supply
    Rechargeable Li-Ion Battery or External Power Supply
    Battery Capacity
    10.4 Wh
    Operating Time
    11 Hours of Continuous Use
    Battery Charging Time (System Off, Room Temperature)
    8 Hours
    LED Indicators
    Wireless Communication and Battery Status Indicators
    SEE MORE

    What's Included

    • LVDT Sensor (Pen Unit)
    • Magnet Nd 25×12 M8 Zn
    • Power Supply
    • USB Cable A-Micro
    • Sensor Stand (Without Magnetic Base)
    • Magnetic Base (Optional)
    • Adjustable Probe Tip

      Downloads

      Brochure

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      User Manual

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      DOWNLOAD

      Videos

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