Name: ElektroPhysik 80-138-0000 MiniTest 745 Coating Thickness Gauge, Display Only, Probes Sold Separately
Brand: ElektroPhysik
SKU: 1979
Price: 1470.00 USD
Availability: InStock

ElektroPhysik MiniTest 745 Coating Thickness Gauge

Interchangeable Probe Model

Wide range of probes available

Built-in memory, 10,000 data points & statistics

The ElektroPhysik MiniTest 745 Coating Thickness Gauge with integrated sensor for easy, one hand operation.

Devices in the ElektroPhysik MiniTest 745 Coating Thickness Gauge is our best sellers – and for good reason: they have diverse applications and deliver precise readings, all at unbeatable value for money.

Digital processing of readings by the sensor for quick results
Durable sensors for a long service life
Diverse range of applications for measuring coating thickness up to 35mm
Graphic menus and guide texts in 20 languages – ideal for use in a multi-national team

Kit Contents

ElektroPhysik MiniTest 745 Coating Thickness Gauge
SIDSP sensor at choice
Shoulder bag with belt clip
Calibration set with calibration standards and zero reference plate(s)
User guidance German/English/French/Spanish on CD

Features

Precision in coating thickness measurement of up to 15 mm / 0.59"
USB and Bluetooth interfaces for data transfer to PC, mobile devices or printer
Increased accuracy and reproducibility by sensor-integrated digital signal processing (SIDSP®)
All sensors can be connected without cables to the MiniTest 745 device
Universal probes with automatic substrate detection for quick measurements on steel and nonferrous metals
Wear resistant probes with virtually unlimited life
Storage for 10,000 readings (MiniTest 745: 100,000 readings)
Optimal temperature compensation
High precision characteristic curves with up to 50 data points in the factory calibration
Integrated user guidance in 20 languages

Applications

A diverse range of applications from a wide variety of sensors
The compact design and the variety of sensor attachments means that the coating thickness gauges MiniTest 725 / 735 / 745 can be used for the most varied measurement tasks:
Measurement of small parts, thin metal bars or in grooves: ease of use due to miniature sensors with the world’s smallest measuring head (diameter: 2.5mm).
Automotive bodywork: the specialist sensors have reduced sensitivity to geometric factors and the thickness of bodywork panels.
Aircraft construction: particularly challenging variety alloys based on aluminium or titanium are no problem for the MiniTest 700 since it automatically compensates for varying conductivity and can take readings on different non-ferrous substrates without the need for re-calibration.
Measurements in holes and hard-to-reach places: attach one of the specialised tube sensors and it’s ready to go!
Corrosion protection, e.g. in large steel structures (bridge construction and ship building): the devices in the MiniTest 700 series can record high volumes of readings in situ that can be analysed later.
Environments prone to high levels of dust and moisture (construction sites, shipyards, etc.): heavy duty sensors are equipped with particularly robust measuring heads that can easily withstand different environmental conditions.
Thicker coatings, e.g. fireproof coatings or special coatings in pipeline construction: the F 15 sensor allows you to measure up to 15mm coating thickness on steel.
Measurement on highly abrasive surfaces with high roughness depth: specialised sensors also available.

The MiniTest 700 is therefore capable of overcoming almost any task in measuring coating thickness!

Sensor

High stability of measuring signals
SIDSP® sensors’ characteristic curves feature high accuracy
SIDSP® sensors provide excellent adaptability
SIDSP® N and FN sensors compensate for substrate conductivity
SIDSP® sensors are highly insensitive to changes in temperature
SIDSP® sensors are wear-resistant
Future-oriented solutions

Operation and data transfer

Simple and comfortable operation – as equally important as precision readings!
When developing the MiniTest 700 series, we attached great importance not only to making sure that you can take precise measurements, but also to making the device extremely easy to use.
The device is operated using a menu on a graphic display. Instructions and help text in 20 languages guide you through the settings. Predefined calibration processes help you to calibrate according to international standards (ISO, SSPC, etc.). And a special measurement mode is available to optimise measurement on abrasive surfaces.
Data transfer is equally simple and convenient. You can transfer readings saved on the MiniTest 725/735/745 devices with complete ease to PCs, tablets or smartphones using a USB or Bluetooth connection. You can save up to 10,000 readings on the MiniTest 725 and 735 devices and up to 100,000 on the MiniTest 745.
This gives you the option to record readings on site that you can then analyse and archive at a later date.
The delivery of the device includes the data transfer software MSoft 7 basic. And for detailed analysis, the software can be upgraded to MSoft 7 professional.

Application

Non-destructive coating thickness measurement:
Non-magnetic coatings like varnishes, enamels, chrome and zinc on ferromagnetic base materials (e.g. steel)
Insulating coatings like varnishes and anodising aluminium on non-ferrous metals (e.g. aluminium, copper, die-cast zinc)

Measuring principles

Magnetic induction (F-type sensors) according to DIN EN ESO 2808, method 7C
Eddy current (N-type sensors) according to DIN EN ESO 2808, method 7D

Specifications

Sensor embodiment	internal / external changeable
No. of measurement series	100
Measurement memory	100.000
Statistical functions	Number of readings · Minimum · Maximum · Mean value · Standard deviation · Coefficient of variation · Single value statistics ·Block statistics (Standard or free configurable)
Calibration	Factory calibration · 1-pont calibration (Zero) · 2-point, 3-point calibration · Special calibration method for rough substrates · Adjustable offset
Additional calibration procedures according to international standards	ISO 19840:2004(E) SSPC-PA2 SS 184160 AS 3894.3
Limit monitoring	Optical and acoustical signaling
Measurement units	metric: µm · mm · cm imperial: mils · inch · thou
Data interface	Bluetooth® 4.0 Bluetooth Smart® Mini-USB
Printer	Standard ASCII-printer ElektroPhysik Bluetooth-printer
International standards	DIN EN ISO 1461 · DIN EN ISO 2064 · DIN EN ISO 2178 · DIN EN ISO 2360 · DIN EN ISO 2808 · DIN EN ISO 3882 · ISO 19840 · ASTM B 244 · ASTM B 499 · ASTM D 7091 · ASTM E 376 · AS 3894.3 · SS 184160 · SSPC-PA 2
Display	graphics display, adjustable lighting
Power supply	2 batteries AA / LR-06 / Mignon or rechargeable NiMH cells AA / HR6
Operating temperature range	-10 °C ... +60 °C / 14 °F ... 140 °F
Storage temperature range	-20 °C ... +70 °C / -4 °F ... 158 °F
Dimensions	157 mm x 75,5 mm x 49 mm 6.18" x 2.97" x 1.93"
Weight	approx. 175 g / 6.2 oz

Probes

Sensor	Type	Range	Uncertainty (of reading)	Minimum point
F 0.5M-0 F0.5M-45 F 0.5M-90	A	0.5 mm / 39 mils	± 0.5 μm (0.20 mils) + 0.75%	3 mm / 0.12"
F 1.5	B/E	1.5 mm / 59 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
F 1.5-90	C	1.5 mm / 59 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
F 2	B/E	2.0 mm / 79 mils	± 1.5 μm (0.059 mils) + 0.75%	10 mm / 0.40"
F 2.6	B/E	2.6 mm / 102 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
F 5	B/E	5.0 mm / 197 mils	± 1.5 μm (0.059 mils) + 0.75%	10 mm / 0.40"
F 15	D	15 mm / 591 mils	± 5.0 μm (0.197 mils) + 0.75%	25mm / 1.00"
N 0.7	B/E	0.7 mm / 28 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
N 0.7-90	C	0.7 mm / 28 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
N 2.5	B/E	2.5 mm / 98 mils	± 1.5 μm (0.059 mils) + 0.75%	10 mm / 0.40"
N 7	D	7.0 mm / 276 mils	± 5.0 μm (0.197 mils) + 0.75%	20 mm / 0.80"
FN 1.5	B/E	F: 1.5 mm / 59 mils N: 0.7 mm / 28 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
FN 1.5-90	C	F: 1.5 mm / 59 mils N: 0.7 mm / 28 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
FN 2.6	B/E	F: 2.6 mm / 102 mils N: 1.0 mm / 39 mils	± 1.0 μm (0.039 mils) + 0.75%	5 mm / 0.20"
FN 5	B/E	F: 5.0 mm / 591 mils N: 2.5 mm / 98 mils	± 1.5 μm (0.059 mils) + 0.75%	10 mm / 0.40"