Description

Features

• Each Inspection Kit Includes
  • Positector Advanced Body
  • Positector DPM Environmental Probe
  • Positector SPG Surface Profile Probe
  • Positector 6000 F Coating Thickness Probe
• Large, easy-to-read, graphics LCD with multi-lingual support
• One-Handed menu navigation
• Shock absorbing protective rubber holster with belt clip
• Universal display module accepts all PosiTector 6000, 200, RTR, SPG, DPM, IRT, SST, UTG, SHD, BHI, and GLS probes
• Supplied with NIST traceable calibration certificate
• Two year warranty on body and probe.

Coating Thickness – 6000 F Probe

The F probe is used  for measuring non-magnetic coatings on steel substrates and is Ideal for one-handed operation. Each probe has heavy-duty, gold-plated connector for industrial environments and retains its own unique calibration information, allowing full probe interchangeability.

 

Probe:	PRBF
Probe Type:	Integral Probe
Applications:	Measure Non-Magnetic Coatings on Ferrous Metals (Steel and Cast Iron)
Range:	0-60 mils 0-1500 µm
Accuracy:	+(0.05 mil + 1%) 0-2 mils +(0.1 mil + 1%) >2 mils +(1 μm + 1%) 0-50 μm +(2 μm + 1%) >50 μm
Matching DeFelsko Calibration Standards:	STDS1 STDA1

Advanced Model

• Storage of 250,000 datasets in up to 1,000 batches
• Prompted Batch Mode Create Pre-defined batches
• 3 Scan Modes
  • Normal – Continuous readings with lifting probe
  • Statistics – Continuous readings with average, standard deviation, min/max thickness and number of readings
  • Limited Count Average – Continuous readings up to a user-specified count
• Live graphing of measurement data
• WiFi allows synchronisation with PosiSoft.net for software updates
• Bluetooth 4.0 Technology. Can transfer data to Mobile device or Bluetooth Printer.
• Can connect to Bluetooth keyboards and barcode scanners

 

Environmental Monitoring – DPM Probe

The environmental conditions during pre-treatment and application of a coating system are major factors affecting the long-term performance of coatings on steel structures. Dew Point Meters can be used to monitor environmental conditions before, during, and after painting. Ideal for surface preparation as required by ISO 8502-4, an electronic Dew Point Meter determines the likelihood of dew forming on structures which are being painted.

DPM Probe will monitoring the following parameters

Measured Parameters	Range	Accuracy	Resolution
Surface Temperature	-40 to +80°C	±0.5°C	0.1°C
Air Temperature	-40 to +80°C	±0.5°C	0.1°C
Relative Humidity	0-100%RH	±3%RH	0.1%RH

Calculated Parameters

• Dew Point Temperature
• Surface minus Dew Point Temperature
• Wet Bulb Temperature (Advanced Model Only)

Advanced Model

• Storage of 250,000 datasets in up to 1,000 batches.
• Auto Log Mode runs unattended on batteries for up to 10,000 datasets or continuously via USB
• Readings can be uploaded to PosiSoft.net or FTP Server using WiFi.
• Automatically grouping readings into Daily, Weekly or Monthly Readings
• Visible and Audible warnings, plus email alerts when connected to WiFi
• Bluetooth 4.0 Technology. Can transfer data to Mobile device or Bluetooth Printer.
• Trend charts graph readings in real-time

 

Surface Profile – SPG Probe

Steel is often abrasive-blast cleaned or otherwise roughened prior to painting. The peak-to-valley height of the resultant “surface profile” is a critical and determining factor in the performance of applied paint and other protective coatings. A surface profile height that is too low may reduce coating bond strength (adhesion). Too high and the peaks may receive insufficient coverage leading to premature rusting, and often require additional paint (and labor costs to apply it) to cover the anchor profile.

Emerging research over the past 15 years has shown surface profile height is not the only important parameter. Peak density (also known as peak count), the number of peaks in the surface profile per unit area, has been shown to be a strong determinant of coating adhesion and resistance to corrosion. In fact, studies have found that peak density may be a better predictor of coating performance than peak-to-valley height.

Surface profile height can also be relevant for other industries, as a way to quantify the profile height of non-skid surfaces, and to evaluate the Concrete Surface Profile (CSP) prior to applying coatings on concrete.

SPG Probes use a digital depth micrometer fitted with a fine pointed probe to measure and record peak-to-valley surface profile heights in preparation for the application of coatings.

Probe:	PRBSPG
Probe Type:	Integral Probe
Application:	Blasted Steel
Measuring Range:	0-20 mils 0-500 µm
Accuracy:	±0.2 mil + 5% ±5 µm +5%

Advanced Model

• Storage of 250,000 datasets in up to 1,000 batches.
• SmartBatch allows entry of user defined parameters and criteria
• Live graphing of measurement data
• WiFi allows synchronisation with PosiSoft.net for software updates
• Bluetooth 4.0 Technology. Can transfer data to Mobile device or Bluetooth Printer.
• Trend charts graph readings in real-time

 

KITF3 Inspection Kit contains: Advanced PosiTector Gage Body, PosiTector 6000 F Coating Thickness Probe, PosiTector DPM Environmental Probe, PosiTector SPG Surface Profile Probe, Precision Plastic Shims, Glass Zero Plate and Metal Shim, Protective Rubber Holster, Wrist Strap, 3 AAA Alkaline Batteries, 3 Instruction Manuals, Hard Shell Case, Protective Lens Shield, 3 Long Form Calibration Certificates traceable to NIST, USB Cable and 2 Year Warranty on Body and Probes.