ElektroPhysik MiniTest 735 Coating Thickness Gauge with ferrous sensor, 0 to 15 mm, type D

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$2,465.00

Brand

ElektroPhysik

SKU:

80-137-0800

Availability:

DISCONTINUED

Description
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ElektroPhysik MiniTest 735 F15 Description

p>Innovative and versatile, this gauge facilitates non-destructive coating measurement of non-magnetic coatings on ferromagnetic substrates and insulating coatings on conductive substrates. Additionally, it features a measuring speed setting option allowing adjustments to changing requirements for utmost efficiency and optimum productivity: taking many readings in a short time with medium precision or taking only a few with increased accuracy.

Features

Correct readings with the interference-free measurement with precise evaluation through SIDSP®
External sensor
Automatic substrate identification with FN sensors (sold separately)
Efficient temperature compensation
High precision characteristic curves achieved during the manufacturing process by calibrating up to 50 calibration points
Large memory capacity for storing up to 10,000 readings
Readings and statistical values can be called-up individually
Monitoring of limits, user-adjustable offset, and correction value for rough substrate materials
Continuous measuring mode
Easy menu-guided operation, 20 menu languages available
Measurement data can be transferred by Bluetooth or USB to PCs, tablets, or smart phones
Future-proof through downloadable sensor and gauge software updates
Audible and visual (red and green LED) alarms
Large, easy-to-read backlit graphics display
Display orientation can rotate 180° so readings will never be upside down
Factory set, zero, 2-point, 3-point, and roughness calibration
SSPC-PA2, ISO, Swedish (SS 18 41 60), Australian (AS 3894.3), ISO 19840 and ASTM D 7091 (formerly D 1186 and D 1400)

SIDSP sensors

SIDSP® stands for Sensor-Integrated Digital Signal Processing: this technology completely processes signals into digital form inside the sensor at the time and point of measurement. Unlike conventional techniques, these sensors create and control the excitation signals for the sensor head inside the sensor. The return signals are digitally converted and processed at 32 bits of accuracy to give an entire coating thickness value.
This technique uses highly sophisticated digital signal processing methods known from modern telecommunication technologies (mobile phone networks), such as digital filters, base band converting, averaging, stochastic analysis, etc., and enables users to achieve a signal quality and precision unmatched by analog signal processing and digitally transmit the thickness value via the sensor cable to the display unit. This technology offers decisive advantages and improvements compared to the commonly used analog sensors. Moreover, these sensors guarantee the following:

High stability of measuring signals
The characteristic curves feature high accuracy
Provide excellent adaptability
N and FN sensors compensate for substrate conductivity (sold separately)
Hhighly insensitive to changes in temperature
Wear-resistant
Future-oriented solutions

Applications

Automotive
Ship building
Steel and bridge construction
Electroplating

ElektroPhysik MiniTest 735 F15 Specifications

Sensor	Measuring principle: Magnetic-induction Type: D Measuring range: 0 to 15 mm Uncertainty (of reading) referring to multipoint calibration: ±(5 µm + 0.75%) Minimum measuring spot: ø25 mm
Memory	Number of memories: 10, user-definable memory arrangement according to batches Total memory capacity: Maximum 10,000 Memory batches: Includes readings, a defined calibration mode, parameters, and statistics calculated from batch readings
Statistical Evaluation	Number of readings, minimum, maximum, mean value, standard deviation, coefficient of variation
Single Reading Statistics	Block value statistics (norm-conforming/user-configurable), stored readings, and statistical values can be called separately, print-out readings and statistics on a data printer (sold separately), transfer of readings and statistics to a PC
Calibration Modes	Factory calibration, zero-point, 2-points, 3-point calibration, calibration method "rough", user-adjustable off-set value, user-adjustable correction value for substrate roughness
International Calibration Procedures	ISO, SSPC, "Swedish", "Australian"
Measuring Units	Metric: µm, mm, cm Imperial: mils, inch, thousands switchable
Measuring Rate/Accuracy	User adjustable to standard, quick, high precision
Thickness Identification	Continuous mode for quick identification of changes in thickness
Display	Large graphical display, backlit, 180° rotatable
Menu	User-friendly, 25 languages
Software	Sensor and gauge software updates available via download
Data Interfaces	Bluetooth 4.0, Bluetooth Smart, Mini-USB
Power Supply	2 x AA (Mignon cells), rechargeable NiMH Accu batteries type AA/HR6 (as an option)
Automatic Switch-Off	Battery saving mode with adjustable switch-off mode
Temperature	Operating: 50 to 140°F (-10 to 60°C) Storage: -4 to 158°F (-20 to 70°C)
Protection	IP40
Norms and Standards	DIN EN ISO 1461, 2064, 2178, 2360, 2808, 3882, 19840, ASTM B 244, B 499, D7091, E 376, AS 3894.3, SS 1841 60, SSPC-PA 2
Dimensions	6.18 x 2.97 x 1.93" (157 x 75.5 x 49 mm)
Weight	Approximately 7.4 oz (210 g)

ElektroPhysik MiniTest 735 F15

What's included with the ElektroPhysik MiniTest 735 F15

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Coating Thickness Gauge
Manufacturer's Certificate
SIDSP Sensor
Calibration Set with Calibration Standards and Zero Reference Plate(s)
Shoulder Bag with Belt Clip
2 x Type AA Mignon Batteries
Operating Instructions in German/English/French/Spanish on CD
MSoft 7 Basic Data Transfer Software
One-Year Warranty

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