Specifications
SCALE RANGE RESOLUTION ACCURACY
Metric Imperial Metric Imperial % Metric Imperial
F1
0 – 1,500µm 0 – 60mils 0.1µm up to 100µm
1.0µm 100-1,500µm
0.01mil up to 4mils
0.1mil 4-60mils
±1-3% or ±2.5µm or ±0.1mil
F2 0 – 5mm 0 – 200mils 0.01mm 1 mil ±1-3% or ±0.02mm or ±1.0mil
F1 2
F1 mode:
F2 mode:
0 – 5mm
0 – 1,500µm
0 – 5mm
0 – 200mils
0 – 60mils
0 – 200mils
0.1µm up to 100µm
1.0µm 100 1500µm
0.01mm
0.01mil up to 4mils
0.1mil 4-60mils
1mil
±1-3% or ±2.5µm or ±0.1mil
F3 0 – 13mm 0 – 500mils 0.01mm 1mil ±1-3% or ±0.05µm or ±2.0mil
N1
0 – 1,500µm 0 – 60mils 0.1µm up to 100µm
1µm 100-1500µm
0.01mil up to 4mils
0.1mil 4-60mils
±1-3% or ±2.5µm or ±0.1mil
FNF1 0 – 1,500µm 0 – 60mils 1µm 0.1mil ±1-3% or ±3.0µm or ±0.1mil
ACCESSORIES FOR ELCOMETER 456 COATING THICKNESS GAUGES
EDTS
Data collection for transferring to spread sheets for 456 Standard and Top models.
EDCS
Data collection system (Windows compatible) for 456 Top Models
EDCS+
Data collection system EDCS with extra features for enhanced reporting
PRINTER I\R
HP Infra red printer (cable less)
SPC
Statistical process control
ZERO PLATES
Steel or Aluminium – Polished; size 40 x 25 x 3mm
T95012880
Precision placement Jig c\w quick clamping vice – opens to 18mm (repeatable results on small components)
CABLE
Interface cables to computer for Top and Standard 456 Models with RS232
ADAPTORS
Small “V” (6-50mm), Large “V” (20-120mm) and “V” adaptor for round pipes (6 to 500mm Dia.)
TRACEABLE THICKNESS FOILS
± 1% Precision Foils
± 2% Precision Foils
± 3% Precision Foils
STEEL STRUCTURES GAUGE
Product Code Description
NCG0007 Elcometer Model 345
The Steel Structures Gauge has been specifically
designed for use on coated structural steel. It can be
used to test the wide variety of coatings used to coat
steel structures, for example on bridges, ships,
buildings, etc.
The Elcometer 345 SSG has two operating modes:
Standard Mode: - The total coating thickness over the
steel substrate is displayed.
“Offset” Mode – Only the top coat thickness is
displayed. The user can enter an “offset” value, for
example, equal to the surface roughness, which is automatically subtracted from the reading.
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