Máy siêu âm khuyết tật Elcometer FD700 (0.01~30480mm, A/B-scan, đo qua lớp sơn, ghi dữ liệu, RS232, băng thông rộng) | EMIN.VN

Máy siêu âm khuyết tật Elcometer FD700 (0.01~30480mm, A/B-scan, đo qua lớp sơn, ghi dữ liệu, RS232, băng thông rộng)

Name: Máy siêu âm khuyết tật Elcometer FD700 (0.01~30480mm, A/B-scan, đo qua lớp sơn, ghi dữ liệu, RS232, băng thông rộng)
Brand: ELCOMETER

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ModelFD700

Liên hệ

Số lượng

Thanh toán an toàn

Hỗ trợ chuyên nghiệp

Đổi trả dễ dàng

Giao hàng tận nơi

Màn hình A-scan: chỉnh +, chỉnh - , dạng sóng đầy đù (RF)
Chế độ dò vết nứt: RIG, DAC, AWS, TCG, Zero Crossing, sườn, đỉnh
Chế độ đo: PE, PETP (bù nhiệt), EE (đo qua lớp sơn), EEV, CT (lớp phủ) & PECT
Tốc độ đo:
+ Bằng tay: 4 giá trị đọc mỗi giây
+ Chế độ scan: 32 giá trị đọc mỗi giây
+ Màn hình thanh scan: 6 giá trị đọc mỗi giây
Dải đo: PE: 0.63 - 30480mm, PETP: 0.63 - 30480mm, EE: 1.27 - 102mm, EEV: 1.27 - 25.4mm, CT: 0.01 - 2.54mm, PECT: 0.63 - 30480mm, PECT: 0.01 - 2.54mm
Độ chính xác: ± 1% hoặc ±0.1mm
Độ phân giải: 0.01 mm
Hiệu chuẩn vận tốc: 256 - 16,000m/s
Băng tần: Băng rộng 1.8 - 19 MHz
Kiểu pin: 3 pin AA
Thời lượng pin: 12 giờ, hiển thị pin yếu
Kích thước (w x h x d): 63.5 x 165.0 x 31.5mm
Trọng lượng (bao gồm pin): 397g
Giao tiếp RS232: Bi-directional
Kiểu kết nối đầu dò: LEMO
Danh mục đóng gói: Máy chính, hộp đựng, hướng dẫn sử dụng, chứng nhận kiểm thử, 3 pin AAA, phần mềm Elcomaster,

Lưu ý: máy chưa gồm đầu dò, chọn đầu dò tham khảo Datasheet Transducer

Manual

Dataheet

Datasheet Transducer

FD700 Mini Flaw Detectors

The hand-held FD700 flaw detector range combines state-of-the-art flaw detection with advanced material thickness capabilities.

The Elcometer FD700 Mini Flaw Detector is available in two models: FD700+ and FD700DL+.

Whether you are on-site or in the laboratory these gauges are the tool you need for all your flaw detecting needs.

The time corrected gain (TCG) feature automatically compensates for sound attenuation through a material, further increasing the performance of the gauge.

The FD700DL+ stores up to 8,000 readings with A/B-scan images in alpha numeric batches with full data logging via RS232 data output to ElcoMaster^® data management software.

Features:

Exceptional visibility in sunlight (AMOLED)
colour VGA display (320x240 pixels)
Sizing Toolkits: DAC, AWS, TCG, DGS
Pulse Repetition Frequency: 8 to 333 Hz, adjustable
Screen Refresh Rate: Adjustable 60 & 120 Hz
Detection: Z-Cross, Flank & Peak
Automatic: probe zero, probe recognition, and temperature compensation
Measurement: Variety of modes to address a number of applications
Large data storage with multiple formats: Alpha numeric grid and sequential with auto identifier
Download to ElcoMaster^® data management software

Pulsed Echo (P-E) Measurement Mode Echo Echo (E-E) Measurement Mode Pulsed Echo Temp Comp (PETP) Measurement Mode Pulsed Echo Coating Thickness (PECT) Measurement Mode Echo Echo Verify (EEV) Measurement Mode Coating Thickness (CT) Measurement Mode Automatic Gain Control (ACG) B-Scan A-Scan

Distance Amplitude Correction (DAC) American Weld Standard (AWS) AVG/DGS Time Corrected Gain (TCG)

FD700 Mini Flaw Detectors

Technical Specification

Model & Part Number	FD700+& FD700DL+
Material thickness digits display	■
B-Scan cross sectional display	■
B-Scan with digits display	■
Scan bar display	■
Coating thickness display	■
A-Scan display	+ Rectified, - Rectified, Full Waveform (RF)
Flaw detection modes	TRIG, DAC, AWS, TCG, Zero Crossing, Flank, Peak
Measurement Mode¹	PE, PETP (Temp Compensation), EE (ThruPaint™), EEV, CT (Coating) & PECT
Measurement Rate (Thickness Mode) Manual: Scan mode Scan bar display	4 readings per second 32 readings per second 6 readings per second
Measuring Range²	PE: 0.63 - 30480mm (0.025 - 1,200 inches) PETP: 0.63 - 30480mm (0.025 - 1,200 inches) EE: 1.27 - 102mm (0.050 - 4.000 inches) EEV: 1.27 - 25.4mm (0.050 - 1.000 inch) CT: 0.01 - 2.54mm (0.0005 - 0.100 inch) PECT: 0.63 - 30480mm (0.025 - 1,200 inches) PECT: 0.01 - 2.54mm (0.0005 - 0.100 inch)
Measurement Accuracy²	± 1% or ±0.1mm whichever is the greater
Measurement Resolution	0.01mm (0.001 inch)
Velocity Calibration Range	256 - 16,000m/s (0.0100 - 0.6300in/ms)
Additional Features:
High speed scan mode	■
Differential mode	■
Limit alarm mode	■
B-Scan display speed	adjustable display speed
Calibration setups	6 factory & 64 user-definable setups transferrable to and from a PC archive
Gates	3 fully adjustable gates: start, stop, width & threshold
Damping	adjustable; impedance matching for optimising transducer performance
Pulser type	dual 200 Volt square wave pulsers with adjustable pulse width (spike, thin, wide) and 50 Volt cut/boost for greater penetration
Gain	manual, automatic gain control (AGC) with 110dB range with 0.2dB resolution
Timing	precision 25MHz TCXO with single shot 100MHz 8bit ultra low power 8 bit digitizer
Data logging Only FD700DL+	• 8,000 with A/B-scan image & gauge settings • 210,000 - coating, material, min, max thickness • sequential and grid logging • Alpha numeric batch identification • OBSTRUCT indicates inaccessible locations
Calibration Options	single, two point, velocity & material type
Transducer recognition	automatic
V-path / dual path error correction	automatic
Probe zero	automatic
Flaw Detection Mode Features
Automatic Calibration	Longitudinal (straight), or Shear (angle)
Probe Types	Single Contact, Dual, Delay & Angle
Material Velocity Table	Contains longitudinal and shear velocities for a variety of material types
TRIG	Trigonometric display of beam path, depth, surface distance, and curved surface correction. Used with angle beam transducers
DAC	Up to 8 points may be entered and used to digitally draw a DAC curve. Reference -2, -6, -10, (-6/-12), (-6/-14), (-2/-6/-10) dB. Amplitude displayed in %DAC, dB, or %FSH
AWS	Automatic defect sizing in accordance with AWS D1.1 structural welding code.
AVG/DGS	Automatic defect sizing using probe data. Stores up to 64 custom setups
TCG	Time corrected gain. 50 dB dynamic range, 20 dB per microsecond, up to 8 points for curve definition
Detection Modes	Zero Crossing, Flank and Peak
Display Freeze	Hold current waveform on screen
Peak Memory	Captures peak signal amplitude. <