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GEIT Phasor XS – CV/DM Conventional Flaw Detector (022-510-035)

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Purchase GE Phasor XS – CV/DM Conventional Flaw Detector

GEIT Phasor XS – CV/DM Conventional Flaw Detector (022-510-035)

$0.00
This product has been discontinued.
 
Overview

BERG ENGINEERING & SALES COMPANY, INC.

The Phasor CV/DM combines phased array and conventional flaw detection into one device, making corrosion detection much more accurate. This also makes identifying pitting and isolated corrosion spots easier. The method for achieving this involves a phased array compression transducer which is able to use 28 adjacent inspection probes to give a wide range of coverage.

The flexibility of this is shown through the ability to select and display distance measurement in each beam, minimum thickness measurement in current view, minimum thickness recorded during current scan, freeze a top view, conventional A-scan to confirm readings. All of this information is easily downloaded by using a removable SD card.

Description

Proven Phasor Instrument Platform

The Phasor instrument offers many of the familiar features of GE portable flaw detectors such as thumbwheel controls and function buttons. It is sealed to IP65 for operation in the most hostile of environments and weighs less than 10 lbs (4.4kg) for ease of carrying. Its long-life battery can be re-charged on board and its large display screen allows superior image viewability in all conditions.

Corrosion Detection Is a Problem – Phasor CV/DM Offers a Sophisticated Manual Inspection Solution

Phasor CV/DM combines a phased array imaging device and a conventional flaw detector into one instrument, with a phased array probe which allows significantly increased confidence in corrosion inspection data.

Compared with traditional thickness gauge and flaw detector inspection, it offers much better probability of detection of corrosion pits and faster, more reliable scanning.

Featuring Phased Array Imaging and Pitting Identification

Corrosion costs industry throughout the world billions of dollars. These costs are split into the costs of corrosion protection, the costs of corrosion detection and the costs of repairing the results of corrosion. However, corrosion does not necessarily occur evenly. It often can manifest itself in pitting and isolated corrosion spots, dependent on the type and manner of corrosive attack.

Corrosion Detection, Imaging and Digital Measurement with Phasor CV/DM

Phasor CV/DM provides a simple and elegant method for reliably monitoring corrosion, identifying corrosion pits, displaying meaningful images, and providing digital measurements. It does this by using a specially developed phased array compression transducer, which provides 28 adjacent and discrete inspection probes to allow extensive linear coverage. This ensures that even the smallest corrosion pit is identified and evaluated.
The corrosion software specially developed for the Phasor CV/DM displays results in an understandable and useful way, both in terms of digital data and imagery.  positional encoder provides precise linear location information for each scan

New Corrosion Software

Software has been specially developed for the new Phasor CV/DM to allow the instrument to make maximum use of the measurement and imaging power of phased array technology.

This provides:

• The ability to select and display:
- thickness measurement in each beam
- minimum thickness in a current view
- minimum thickness recorded during a current scan, since the last re-set.
• The ability to freeze a Top View
• The availability of a conventional A-scan to confirm readings

All information can be downloaded by means of a removable SD card and stored in jpeg format for subsequent hard copy print-off. The instrument’s on-board memory is sufficient to capture the data of a metre scan.
 

 

Package Includes

Phasor XS – CV/DM INSTRUMENT,

  • Li-BP-099 Lithium Ion “on-board” rechargeable battery pack (Air Freight Compliant)
  • LiBC-137 Lithium Ion battery charger kit/AC power supply
  • SD Card (512 MB) w/ POP files included
  • SD Card Reader to USB
  • Protective Screen Overlays Clear, Field Replaceable (pkg.10ea)
  • Rubber Handle Kit  (incl. 4 ea. Attachment screws)
  • Operating Manual CD CV /DM specific
  • Certificate Of Conformity
  • IF gate included with TOP view operation
  • Timed and encoded TOP VIEW image mode

Product details

Tech support available

Product code
022-510-035
Product weight
0.00

Product Heading content

Physical

Internal Memory

Set-up files

Removable Memory

On 512 MB SD Card for report and set-up files

Documentation Format

JPEG ~80 KB/image

Weight

3.8 kg (8.2 lbs) with battery

Dimensions

282 mm W x 171 mm H x 159 mm D (11.1 in. W x 6.8 in. H x 6.3 in. D)

Battery

Custom Li Ion battery pack - 356P configuration

Battery Life

6 hrs minimum

Battery Charging

External charger

External Power Supply

Universal input 85 to 260 V AC / 50 to 60 Hz

Probe Connectors

Conventional - 00 lemo/BNC adapters provided - Phased Array - Custom ZIF

VGA Output

Yes

Dialog Languages

Chinese, English, French, German, Italian, Japanese, and Spanish

Display Size

165 mm (6.5 in.) diagonal

Display Resolution

VGA color TFT 640H x 480V pixel

Conventional / Phased Array Channel

 

Conventional

Phased Array

Pulser

Spike

Bi-Polar Square Wave

Pulse Repetition Frequency

15 to 2000 Hz

15 to 7680 Hz

Pulser Voltage

300 V max

± 25 V to ± 75 V (1 V steps)

Pulser Energy

Low or High (selectable)

 

Pulser Rise Time

< 15 nsec

< 15 nsec

Damping

50 or 1000 Ohms (selectable)

 

Mode of operation

single, dual

single

Receiver Input Capacitance

< 50 pF

 

Receiver Input Resistence

1000 Ohms in dual mode

220 Ohms

Maximum Input Voltage

40 V peak-to-peak

200 mV peak-to-peak

Bandwidth/Amplifier Bandpass

0.3 to 15 MHz @ -3dB

0.6 to 6.5 MHz @ -3dB

Filter Selection

1.0, 2.0. 2.25, 4.0, 5.0, 10 and 13 MHz + BB

2.0, 3.0, 4.0, 5.0 MHz, Low Pass 4 MHz, High Pass 5 MHz and Broadband (0.6 to 6.5 MHz)

Rectification

Pos HW, Neg HW, FW, and RF

Pos HW, Neg HW, FW and RF

Analog Gain

0 to 110 dB

0 to 40 dB

Digital Gain 1

 

5.8 to 39.9 dB (depending on aperturesize)

Focal Laws

 

User selectable - 128 max

Physical Probe

 

1 to 64

Virtual Probe

 

1 to 16

Number of Cycles

 

1 to 128

Pulser Width @ 1/2 Cycle

 

20 to 500 nsec

Pulser Delay

 

0 to 10.24 μ-sec

Receiver Delay

 

0 to 10.24 μ-sec

Acoustic Velocity

1000 to 16000 m/s
0.0393 to 0.5905 in./μ-sec

1000 to 16000 m/s
0.0393 to 0.5905 in./μ-sec

Minimum Range (steel long)
(steel shear)

0 -14 mm (0.55 inch)
0 - 7.5 mm (0.3 inch)

0 - 7.6 mm (0.3 inch)
0 - 4.2 mm (0.17 inch)

Maximum Range (steel long)
(steel shear)

0 - 14060 mm (553 inch)
0 - 7626 mm (300 inch)

0 - 1073 mm (42 inch)
0 - 1073 mm (42 inch)

Display Delay

2.5 m (98.5 inch)

1 m (39.4 inch)

Auto Timebase Calibration

Yes

 

Reject

0 to 80%

0 to 80%

TCG

15 points @ 6 dB/μ-sec

15 points @ 6 dB/μ-sec

Gates

A and B

A, B and IF

Gate Threshold

5 to 95%

5 to 95%

Gate Start

0 mm - full range

0 mm - full range

Gate Width

1 mm - full range

1 mm - full range

Gate Logic

Off, Positive, and Negative
(Off, Coincidence, and Anticoincidence)

Off, Positive, and Negative
(Off, Coincidence, and Anticoincidence)

TOF Modes

Flank/Peak

Flank/Peak

Scan Type

 

Linear and Sector

Available Views

A-Scan

A-Scan, B-Scan and Sector

Displayed Readings

Amplitude, Sound Path, and Trig

Beam, Amplitude, Sound Path,
Trig for displayed and for all beams

Measurement Resolution

5 nsec

5 nsec

Displayed Units of Measurements

mm or inch (selectable)

mm or inch (selectable)

Environmental Tests (Per Mil-Std-810F)

Cold Storage

-20°C for 72 hrs, 502.4
Procedure I

Cold Operation

0°C for 16 hrs, 502.4
Procedure II

Heat Storage

+70°C for 48 hrs, 501.4
Procedure I

Heat Operation

+50°C for 16 hrs, 501.4
Procedure II

Damp Heat / Humidity
(storage)

10 Cycles:
10 hrs at +65°C down to
+30°C,
10 hrs at +30°C up to +65°C,
transitions within 2 hrs, 507.4

Temperature Shock

3 Cycles:
4 hrs at –20°C up to +70°C,
4 hrs
at +70°C, transitions within 5
mins.
503.4 Procedure II

Vibration

514.5-5 Procedure I, Annex C,
Figure 6, general exposure:
1 hr each axis

Shock

6 cycles each axis, 15g, 11ms
half sine, 516.5 Procedure I

Loose Cargo

514.5 Procedure II

Transit Drop
(packaged for shipment)

516.5 Procedure IV, 26 drops

 

IP54 / IEC529 … dust proof / dripping water proof as per
IEC 529 specifications for IP54 classification

Phasor CV/DM Option

Pulser

Bi-Polar Square Wave

Pulser Repetition Freq.

15 to 7680 Hz

Pulser Voltage

50 V to 150 Volts 2V Steps

Pulser Rise Time

< 15 nsec

Mode of Operation

Custom T/R operating files only

Receiver Input Resistance

220 Ohms

Max Input Voltage

200 mV peak-to-peak

Bandwidth/Amplifier
Bandpass

0.6 to 6.5 MHz @ -3 dB

Filter Selection

2.0, 3.0, 4.0, 5.0 MHz, Low Pass 4 MHz, High Pass
5 MHz and Broadband (0.6 to 6.5 MHz)

Rectification

Pos HW, Neg HW, FW and RF

Analog Gain

0 to 40 dB

Digital Gain

0 to 53.9 DB depending on APERTURE selection

Virtual Probe

1 to 16 elements

Pulser Width @ 1/2 Cycle

20 to 500 nsec

Pulser Delay

0 to 10.24 μsec

Receiver Delay

0 to 10.24 μsec

Acoustic Velocity

1000 to 16000 m/sec, 0.0393 to 0.5905”/μsec

Steel Min Range

Long: 0-7.6 mm (0.3”), Shear: 0-4.2 mm (0.17”)

Steel Max range

Long: 0-1073 mm (42”), Shear: 0-1073 mm (42”)

Display Delay

1m (39.4”)

DM T/R Option

TCG

15 points @ 6 dB/μsec

Gates

A, B and IF

Gate Threshold

5 to 95%

Gate Start

0 mm - full range

Gate Width

1 mm - full range

Gate Logic

Off, Positive and Negative (Off, Coincidence and
Anticoincidence)

TOF Modes

Flank/Peak

Available Views

ASCAN, BSCAN and TOP VIEW

Displayed Readings

Beam, Amplitude, Sound Path, Trig for displayed
and for all beams

Measurement Resolution

5 nsec

Displayed Units

mm or inch (selectable)

DM Option Specifications SW 2.27 Corrosion

Measuring modes

Zero to GATE crossing, Flank or Peak and Gate to Gate

Calibration

2 point Manual Probe zeroing and material CAL,
probe wear compensation

Measuring

V-path correction

Thin Reading Capture
modes

Per Beam minimum, Per Scan minimum, Accumulated
minimum and TOPVIEW auto cursor location to minimum

Probe compatability

Compatible Probes (as of October 09)
Global PN 1314599 5Mhz 32element 1.5mm pitch
Global PN 1314699 5Mhz 32 element .75mm pitch
Temperature range –29°C (-20°F) to 57°C (135°F)
* See instrument and probe documentation for
important notes.

TOP VIEW

Timed, Time Continuous, and encoded

 

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