Advancing with Technology
Coating thickness
measurement
MiniTest 650
Rugged coating thickness gauge
– for
any non-magnetic coatings on steel such as paint, enamel,
chrome, zinc, etc.
– for
any insulating coatings on non-ferrous metals such as paint,
anodising, ceramics on aluminium, copper, zinc die-cast, brass, etc.
Ram- and impact-protected through rubber rimmed casing
Wear-resistant carbide metal sensor tip
Precision gauges »Made in Germany« since 1947
MiniTest 650
Durability and High-Precision
Application –– any non-magnetic coatings such as An optimal ram- and impact-protection
Designed for durability and high-preci- paint, enamel, chrome and zinc on is provided through the rubber rimmed
sion, MiniTest 650 is the ideal tool for steel casing. Via an USB interface, the MiniTest
any measuring task in the finishing in- –– any insulating coatings on non-ferrous 650 can be connected to a PC for online
dustry. metals such as paint, anodising, ce- measurements or display of the statis-
ramics on aluminium, copper, zinc tics.
The rugged and easy-to-handle thick- die-cast, brass, etc.
ness gauge combines extended mechan- MiniTest 650 is available in three
ical life on the one hand and high accu- Description different models:
racy on the other hand to meet the re- The battery-operated gauge features a –– with a magnetic-induction sensor for
quirements of any professional user in backlit display and a one meter sensor measurements on steel substrates
the shipbuilding, automotive, bridge cable. The newly developed one pole –– with an eddy currents sensor for
building, construction or other industry. sensor is made of a wear-and-tear re- measurements on non-ferrous metals
sistant carbide material to ensure a virtu- –– with a dual sensor for measuring on
According to model, MiniTest 650 is ally unlimited life cycle under normal both, steel or non-ferrous metals
suitable to measure condition use.
Special feature of the FN model:
Its dual sensor identifies the substrate
Technical specifications material. Upon contact with the surface,
the gauge automatically switches to the
Measuring range model F (steel) 0 … 3000 μm / 120 mils
model N (non-ferrous metal) 0 … 2000 μm / 80 mils
suitable measuring principle based on
model FN (dual sensor) 0 … 2000 μm / 80 mils your application. The measuring principle
Measuring uncertainty ± (2 % of reading + 2 μm) / ± (2 % of reading + 0.08 mils)
conforms to the DIN, ISO, BS, and ASTM
norms and standards.
Minimum curvature radius 5 mm / 0.2“ convex, 25 mm / 1“ concave
Minimum measuring area Ø 20 mm / 0.8“ Scope of delivery
Minimum base thickness 0.5 mm / 20 mils (F), 50 μm / 2 mils (N) –– Gauge with sensor and three batteries
–– Control standard(s) and calibration
Display 4-digit screen data (11 mm / 0.44”)
standard(s)
Measuring units μm – mils user selectable –– Operating instructions
Calibration standard, 1-point and 2-point calibration –– Soft pouch
Statistics calculated from maximum 9.999 readings, mean value, standard –– Data transfer program MSoft 7000
deviation, number of readings, minimum and maximum basic edition
Interface USB
Recommended accessories
Power supply 3 Micro AAA batteries (for more than 10,000 readings)
–– High-precision measuring stand for
114-A5 01/2018 Specifications subject to change without notice
Dimensions and weight housing: 7 0 mm x 122 mm x 32 mm / 2.7” x 4.8” x 1.26” measuring small parts
sensor: Ø
15 mm x 62 mm / Ø 0.60” x 2.44”; 225 grams / 7.93 ozs –– Rechargeable batteries with battery
gauge: 0 to 50 °C / 32 ° to 122 °F charger
Ambient temperature
sensor: –10 ° to 70 °C / 14 ° to 158 °F
–– USB connecting cable
ElektroPhysik Dr. Steingroever GmbH & Co. KG
Pasteurstr. 15 · 50735 Cologne · Germany
Phone: +49 221 75204-0 · Fax: +49 221 75204-67
info@elektrophysik.com · www.elektrophysik.com
