Product Description
Statistics:
(Number of readings, average, Std, deviation, max, & min.) are updated with every reading and displayed simultaneously. It helps to decided how many readings are to be taken. Continue taking readings till you start getting reasonably consistent statistics.- Third party Test Report to international standards.
- Interchangeable probe sleeve tip(A) having 3 for flat & Spherical surface.
- Interchangeable probe sleeve tip(B) having V block for cylindrical surfaces.
- Auto-Off. If instrument remains unused for 2 minutes. It switched off automatically. It saves battery.
- Last calibration retained and Auto-retrieved.
- Manipulation of readings not possible.
- Models M have Hard-chrome Plated Probe tips and Models C have Probe tips of wear Resistant Material.
- Spring loaded probe sleeve with tip ensures probe is held perpendicular.
- A beep sound is heard when reading is obtained.
- Low battery Indication-Display shows BAT continuously.
Features:
- Models M2$,M6$ & M12$
- For Non-magnetic coatings on magnetic base. Ideal for Coating on MS.
- Model C2$ & C4$
- For Non-conductive coatings on conductive base For
- Anodizing and Coatings of Brass & Aluminium
- Model(M&C)2$
- Combined Model of M2$ & C2$
Specifications:
- Test Base: To check satisfactory working
- Maximum number of readings: 254
- Working Temperature:0 to 50 degree C
- Supply Dry Battery:9V(6t22)
- Display Digit Height:5.6 mm
- Instrument Size:127x83x41 mm
- Probe wire Length: -1000 mm
- Socket for AC Adaptor
- Wooden case
Accurate Measurements for Diverse SurfacesDesigned to measure coatings on both ferrous (Fe) and non-ferrous (NFe) substrates, this gauge delivers reliable accuracy within 2% or 2.5 m. The minimum curvature radius supports measurements over complex shapes, while the 6 x 6 mm measuring area ensures precision in confined spaces. Its compatibility with various coating materials makes it indispensable for laboratory analysis, quality control, and industrial use.
User-Friendly and Portable DesignFeaturing a lightweight plastic body and a compact form factor (120 x 60 x 27 mm), the gauge is easy to transport and handle. The clear LCD digital display with backlight enhances readability even in low-light environments. Automatic shut off and button-operated controls promote ease of use and conserve battery life, making it suitable for fieldwork or laboratory settings.
FAQ's of Coating Thickness Gauge:
Q: How does the data hold function work on this coating thickness gauge?
A: The data hold function freezes the displayed measurement, allowing users to record or review readings without losing accuracy. Simply press the designated button after measurement to activate this feature.
Q: What is the process for calibrating the gauge?
A: Calibration can be performed using either single or two-point methods. Follow the included instructions to place the probe on certified calibration standards and use the control buttons to fine-tune accuracy before measurements.
Q: Where can this coating thickness gauge be most effectively used?
A: This device is ideal for laboratories, manufacturing plants, and field inspections where accurate measurement of coatings on ferrous and non-ferrous metals is required. Its portable design makes it suitable for both indoor and outdoor environments.
Q: What are the benefits of using this digital coating thickness gauge?
A: The main advantages include high measurement accuracy, quick results, user-friendly operation, portability, and compliance with international standards such as ISO, ASTM, and DIN. The automatic shut off and backlight features improve usability and energy efficiency.
Q: When should the batteries be replaced in the gauge?
A: Replace the two AAA batteries when the display dims or if the device won't power on. Regularly check battery levels to ensure consistent performance, especially before intensive use.
Q: What measurement conditions should be maintained for optimal performance?
A: Optimal conditions include maintaining storage temperature between -10C and 50C, operation between 0C and 40C, and relative humidity below 85% RH. Adhering to these parameters ensures accurate and reliable results.