355

Features :

• Accuracy ±1
• RS232 printer/PC output - serial and parallel
• Robust aluminum housing
• Date and time information
• Thickness traceability standard
• Software included
• Memory for 5000 readings in 25 pre-programmed batches
• Full statistical analysis, mean, standard deviation, number of readings, maximum and minimum values

 

A355 top

Similar to the standard model, but with additional functions and more memory. The device's larger memory lets you store up to 10,000 measurements in various user-identified batches, and data can be transferred to a PC, data logger or printer as and when you need it. A comprehensive selection of probe modules allows you to choose for a particular application. All modules are supplied with calibration sheets.

Features :

• Accuracy ±1
• RS232 printer/PC output - serial and parallel
• Reasonable high and low limits
• Password protection
• Robust aluminum case
• Date and time information
• Certifiable shims
• Software included
• Memory for 10,000 readings in up to 200 batches (individually calibrated)
• Average and counted average" measurement mode
• Complete statistical analysis, mean, standard deviation, number of readings, maximum value

	Metric	Empire
Dimensions	175 x 83 x 42mm	6,9 x 3,3 x 1,6
Weight	650g	1,431bs
Operating temperature	0 à 50°C	32 à 120°F
Storage temperature	-10 à 60°C	14 à 140°F
Data output	RS232C serial or parallel via 25-way D-type connector (female)
Power supply	3 x 1.5 V AA (alkaline) or 3 x 1.5 V nickel-metal hybrid rechargeable batteries
Item code	Coating thickness gauge A355, standard model	A355---S
	A355 coating thickness gauge, top model	A355---T

 

Modular probes

Modular probes are available for electromagnetic induction and eddy current coating thickness measurements. Electromagnetic induction measurements can be used on ferromagnetic substrates to measure non-ferrous coatings. These coatings can be paints, powders, electroplating, galvanizing, hard chrome, sprayed metal, plastic, epoxy, rubber, etc. on substrates such as steel, ferritic or duplex stainless steels. Eddy current measurements can be used on non-ferromagnetic substrates to measure non-conductive coatings. These coatings can be paints, powders, enamels, anodizing, plastics, epoxies, varnishes, fiberglass, rubber, etc. on metals such as aluminum, copper, brass, austenitic (non-magnetic) stainless steel and similar materials. General information :

• Operating temperature: 0 to 50°C (32 to 120°F)
• Storage temperature: -10 to 60°C (14 to 140°F)
• Minimum thickness of ferrous substrate > 0.3 mm (l2mils/thou)*.
• Minimum thickness of non-ferrous substrate > 0.1 mm (4 mils/thou)

* two-point calibration (>1 mm for 1% accuracy over the entire probe range) For measurements on small diameters, we recommend using the T95012880 probe positioning assembly. Full documentation available on request.

Modular probe table for A355 coating thickness gauge

Sensor type		Reference	Measurement range (microns)	Accuracy (microns)	Resolution (microns)	according to Range (microns)
F1 Right		T35511952	0 -1500	±1% ou ±1	0.1 0.05 1.0	0 - 200 200 -500 500 - 1500
F1 Right-angle		T35511953
F1 Telescopic		T35511959
F1 A		T35512400
F2 Right		T35511954	0 - 5 mm	±1% ou ±5	2 5	0 - 500 500 - 5000
F2 Elbow		T35511955
F2 Telescopic		T35511960
F3 Right		T35511956	0 - 13 mm	±2% ou ±30	5 10	0 - 1mm 1 - 13mm
F4 Right		T35511950	0 - 250	±1% ou ±1	0.1	0 - 250
F4 Elbow		T35511951
F5 (fittings)		T35511962	0 - 800	±1% ou ±2	1	0 - 800
F6 right		T35511964	0 - 25 mm	±2% ou ±100	10 50	0 - 5mm 5 - 25mm
N1right		T35511982	0 -1500	±1% ou ±1	0.1 0.05 1.0	0 - 200 200 -500 500 - 1500
N1 angled		T35511983
N2 right		T35511984	0 - 5 mm	±1% ou ±15	2 5	0 - 500 500 - 5000
N4 right (Anodizing)		T35511980	0 - 250	±1% ou ±1	0.1	0 - 250