PosiTector 6000 Coating Thickness Gauge

Rugged, fully electronic coating thickness gauges use magnetic and eddy current principles to measure coating thickness on both ferrous and non-ferrous metals, accurately and quickly.



• Ready to measure-no calibration adjustment required for most applications
• One-Handed menu navigation
• Bi-color indicator light-ideal in a noisy environment
• RESET feature instantly restores gauge to factory settings



• Solvent, acid, oil, water and dust resistant-meets or exceeds IP5X ingress protection
• Wear-resistant probe tip
• Thick, impact and scratch resistant Lexan® display suitable for harsh environments
• Protective rubber holster with quick-release belt clip and probe storage
• Two (2) year warranty on gage body and probe



• Certificate of Calibration showing traceability to NIST included
• Built-in temperature compensation ensures measurement accuracy
• Hi-RES mode increases gages displayed resolution for use on applications that require greater precision
• Conforms to national and international standards including ISO and ASTM

1. Select substrate

F - for ferrous metals (steel and cast iron)
N - for non-ferrous metals (aluminum, copper, brass, etc.)
FN - for all metal substrates - Gage automatically recognizes the substrate and takes a measurement

2. Select Gage Body: Basic (1), Standard (2) or Memory (3) model

PosiTector 6000 - Feature Comparison Chart			Basic (1)	Standard (2)	Memory (3)
	No Calibration required for most applications
	One handed menu navigation
	Average Zero Feature; ideal for zeroing on rough substrates
	Mils/Microns/MM switchable
	Adjustable to a known thickness
	Thick impact resistant Lexan® display
	Flip Display enables right side up viewing whether the gage is in your hand or on a work table
	Backlit display for dim or dark environments
	High Resolution mode increases the displayed resolution for use on applications that require greater precision
	Hi-Lo limits audibly and visibly alerts when measurements exceed your specified limits		-
	Instantly calculate average, standard deviation, min/max thickness and number of readings while measuring		-
	Reading Storage Capacity		-	250 in one group	10,000 in up to 1000 groups
	SSPC PA2 feature set determines if film thickness over a large area conforms to user-specified min/max levels		-	-
	PSPC 90/10 feature determines if a coating system complies with an IMO performance standard for protective coatings		-	-
		Wireless Technology for immediate data transfer to a PC or Bluetooth® compatible device	-	-
	Built in clock to date and time stamp each stored measurement		-	-
	Multiple stored calibration adjustments for measuring on a variety of substrate conditions		-	-
	PosiSoft downloading and charting software (includes USB cable)		-	optional
	Built-in IR port for printing to an optional portable printer		-
	Protective rubber holster with belt clip
	Nylon carry case with shoulder strap
	Certificate of Calibration showing traceability to NIST
	Two (2) Year Warranty

Probe Details: Several probe configurations are available for measuring a wide variety of coating thickness application.

Removable Built-in probes

Removable Built-in Probe	Probe Model:	F	N	FN	FT
	Range:	0 - 60 mils			0 -250 mils
		0 - 1500 um			0 - 6 mm
	Accuracy*:	+ (0.05 mils + 1%) 0 - 2 mils + (0.1 mils + 1%) > 2 mils			+ (0.5 mils + 1%) 0 - 100 mils + (0.5 mil + 3%) > 100 mils
		+ (1 um + 1%) 0 - 50 um + (2 um + 1%) > 50 um			+ (0.01 mm + 1%) 0 - 2.5 mm + (0.01 mm + 3%) > 2.5 mm
	*Accuracies are stated as a fixed value plus a percentage of the gage's actual reading.

Separate Regular Probes (below regular probes suitable for underwater use)

Regular	Probe Model:	FS	NS	FNS	NAS	FTS
	Range:	0 - 60 mils			0 -25 mils	0 -250 mils
		0 - 1500 um			0 - 625 um	0 - 6 mm
	Accuracy*:	+ (0.05 mils + 1%) 0 - 2 mils + (0.1 mils + 1%) > 2 mils			+ (0.02 mils + 1%) 0 - 4 mils + (0.1 mils + 3%) > 4 mils	+ (0.5 mils + 1%) 0 - 100 mils + (0.5 mil + 3%) > 100 mils
		+ (1 um + 1%) 0 - 50 um + (2 um + 1%) > 50 um			+ (.5 um + 1%) 0 - 100 um + (2 um + 3%) > 100 um	+ (0.01 mm + 1%) 0 - 2.5 mm + (0.01 mm + 3%) > 2.5 mm
	*Accuracies are stated as a fixed value plus a percentage of the gage's actual reading.