My List (
+44 (0)845 270 2707
Search
Olympus Multiscan MS 5800 ER
Available as: 
Rental
Key Features
- High-Speed
- Multichannel
- Multifrequency
The Olympus Multiscan MS 5800 ER is a versatile and complete testing tool. It can be configured as a single- or multiple-technique system using eddy current, remote field and magnetic flux leakage. It can also perform manual or automated inspection. This portable instrument can be used anywhere in the field. The MS 5800 ER is PC-based and equipped with user-friendly software packages as well as fast reporting capabilities.
Remote Field (RFT) is used for the inspection of ferromagnetic tubes, such as carbon steel and ferritic stainless steel. This inspetion technique detects and sizes wall thinning caused by corrosion, erosion, wear, pitting, and battle cuts.
Magnetic flux leakage (MFL) is a fast inspection technique, suitable for wall-loss measurement and detection of sharp defects, such as pitting, grooving, and circumferential cracks. MFL is effective for aluminum-finned carbon steel tubes, because the magnetic field is mostly unaffected by the presence of such fins.
Eddy current testing is a noncontact method for the inspection fo nonferromagnetic tubing. This technique is suitable for the detection and sizing of metal dicontinuities such as corrosion, erosion, wear, pitting, baffle cuts, wal losses, and cracks in nonferrous materials.
The Olympus Multiscan MS 5800 ER rents with software, cables, adapter, probes, laptop, carry case and manual.
Applications
- Eddy Current Testing
- Remote Field Testing
- Magnetic Flux Leakage Testing
Technical Specification
| Computer Interface | 100Base-T Fast Ethernet | |
| Environment | -20°C to 45°C operating ambient -20°C to 70°C storage. 95% relative humidity, noncondensing. | |
| Power | 120 VAC or 220 VAC ±10%, automatic selection, 48 Hz to 63 Hz | |
| Software | Operating System Microsoft Windows NT, Windows 2000, Windows XP Pro |
|
| Setup Wizard Easy configuration for tube inspection with bobbin and AC probes |
||
| Automatic calibration Simultaneous calibration of al ECT channels and depth curves |
||
| Data File Storage Any PC-compatible media |
||
| Printing Screen dump, acquisition and setup reports |
||
| Hardware requirements 500 MHz Pentium III with 128 MB RAM, 10 GB hard disk, 1024 x 768 display resolution |
||
| Software Options | MultiView/T: Tube analysis and report package MultiView/C: C-scan representation for MRPC and array probes |
|
| CARTO | Inspection planning, tubesheet mapping and report software | |
| Eddy Current | Probe Inputs: 4 independent differential inputs and up to 64 multiplexed inputs (16 time slots) ECT channels: 16 simultaneously (4 inputs x 4 frequencies) 256 in super-multiplexed mode (with 16 time slots) |
|
| Number of frequencies: Up to 8 frequencies Frequency range: Adjustable from 20 Hz to 6 MHz |
||
| Acquisition rate: 40 kHz per channel (in non-multiplexed mode) 14 kHz divided by the number of time slots (in multiplexed mode) Supported probes: Universal connector supports all standard differential and absolute bobbin, impedance, transmit-receive, and MRPC probes (adapter cable may be required). |
||
| Probe balancing: True electronic probe balancing. No separate external reference probe required for absolute channels. Output Voltage: 20 V p-p per generator |
||
| Output current: 1 A (peak) Real-time alarms: 8 independent alarms |
||
| Encoders: 2 quadrature encoders or digital inputs | ||
| Remote Field and Magnetic Flux Leakage | Probe inputs: 4 independent inputs for RFT / 4 independent inputs for MFL RFT channels: 16 simultaneously (4 inputs x 4 frequencies) |
|
| MFL channels: 4 simultaneously 64 in muliplexed modes (4 x 16 time slots) Number of frequencies: Up to 4 frequencies |
||
| Frequency range: Adjustable from 20 Hz to 250 kHz Acquisition rate: 40 kHz per channel (in non-muliplexed mode) 14 kHz divided by the number of time slots (in multiplexed mode) |
||
| Supported probes: Supports any differential and absolute probes with single or dual exciters (adapter cable may be required). Probe balancing: True electronic probe balancing |
||
| Output voltage: 20 V p-p per generator Output current: 1 A (peak) |
||
| Analog ouput: X and Y components of the first input Real-time alarms: 8 independent alarms |
||
| Encoders: 2 quadrature encoders or digital inputs | ||
| Computer Interface | 100Base-T Fast Ethernet | |
| Environment | -20°C to 45°C operating ambient -20°C to 70°C storage. 95% relative humidity, noncondensing. | |
| Power | 120 VAC or 220 VAC ±10%, automatic selection, 48 Hz to 63 Hz | |
| Software | Operating System Microsoft Windows NT, Windows 2000, Windows XP Pro |
|
| Setup Wizard Easy configuration for tube inspection with bobbin and AC probes |
||
| Automatic calibration Simultaneous calibration of al ECT channels and depth curves |
||
| Data File Storage Any PC-compatible media |
||
| Printing Screen dump, acquisition and setup reports |
||
| Hardware requirements 500 MHz Pentium III with 128 MB RAM, 10 GB hard disk, 1024 x 768 display resolution |
||
| Software Options | MultiView/T: Tube analysis and report package MultiView/C: C-scan representation for MRPC and array probes |
|
| CARTO | Inspection planning, tubesheet mapping and report software | |
| Eddy Current | Probe Inputs: 4 independent differential inputs and up to 64 multiplexed inputs (16 time slots) ECT channels: 16 simultaneously (4 inputs x 4 frequencies) 256 in super-multiplexed mode (with 16 time slots) |
|
| Number of frequencies: Up to 8 frequencies Frequency range: Adjustable from 20 Hz to 6 MHz |
||
| Acquisition rate: 40 kHz per channel (in non-multiplexed mode) 14 kHz divided by the number of time slots (in multiplexed mode) Supported probes: Universal connector supports all standard differential and absolute bobbin, impedance, transmit-receive, and MRPC probes (adapter cable may be required). |
||
| Probe balancing: True electronic probe balancing. No separate external reference probe required for absolute channels. Output Voltage: 20 V p-p per generator |
||
| Output current: 1 A (peak) Real-time alarms: 8 independent alarms |
||
| Encoders: 2 quadrature encoders or digital inputs | ||
| Remote Field and Magnetic Flux Leakage | Probe inputs: 4 independent inputs for RFT / 4 independent inputs for MFL RFT channels: 16 simultaneously (4 inputs x 4 frequencies) |
|
| MFL channels: 4 simultaneously 64 in muliplexed modes (4 x 16 time slots) Number of frequencies: Up to 4 frequencies |
||
| Frequency range: Adjustable from 20 Hz to 250 kHz Acquisition rate: 40 kHz per channel (in non-muliplexed mode) 14 kHz divided by the number of time slots (in multiplexed mode) |
||
| Supported probes: Supports any differential and absolute probes with single or dual exciters (adapter cable may be required). Probe balancing: True electronic probe balancing |
||
| Output voltage: 20 V p-p per generator Output current: 1 A (peak) |
||
| Analog ouput: X and Y components of the first input Real-time alarms: 8 independent alarms |
||
| Encoders: 2 quadrature encoders or digital inputs | ||
Dimensions
| Title | (mm) | (inch) | (kg) | (lbs) |
|---|---|---|---|---|
| Maximum weight with all modules installed | 45 x 30 x 22 cm | 17.7 x 11.8 x 8.6 in | 12.8 kg | 28.21 lb |
-
Olympus Multiscan MS 5800 ER PDF brochureDownload a full PDF brochure of Olympus Multiscan MS 5800 ER page including the overview, specifications, applications and more.
