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Metal Camber Board

Name: Metal Camber Board
Brand: Sami Lab Tek
Price: 12000.0 INR
Availability: InStock

Price 12000.0 INR/ Set

Get a Price/Quote

MOQ : 1 Set

Metal Camber Board Specification

Equipment Type
Metal Camber Board

Resolution
0.01 mm

Max Height
400 mm

Display Type
Digital LCD

Hardness
Frame: HRC 45-52

Frequency
50 Hz

Gas Pressure
0.6 - 0.8 MPa

Response Time
<1s

Application
Camber measurement of metallic specimens

Accuracy
0.05 mm

Operating Voltage
220V AC

Number of Specimens
1 at a time

Automation Grade
Semi-automatic

Measuring Range
0 - 20 mm

Port Size
Standard 1/4 inch

Interface Type
RS232/USB

Humidity
20% to 90% RH

Temperature
10C to 40C

Features
Durable metallic frame, precision measurement, compact structure

Mounting Type
Bench Top

Specimen Size
120 mm 150 mm

Test Range
20 mm camber

Power Supply
AC 220V 10%, 50Hz

Usage
Laboratory/Industrial Camber Testing

Capacity
1000 N

Machine Weight
Approx. 70 kg

Test Speed
Variable, up to 200 mm/min

Test Width
150 mm

Test Stroke
Max 250 mm

Control Mode
Manual or Automatic

Accessories Included
Set of Fixtures, Power Cord, User Manual

Material
Mild Steel with Powder Coating

Safety Features
Overload Protection

Finish
Anti-corrosion Coated

Calibration
Factory Calibrated, Traceable to National Standards

Metal Camber Board Trade Information

Minimum Order Quantity
1 Set

Supply Ability
Set

Delivery Time
7 Days

About Metal Camber Board

The Metal Camber Board is a precision testing and measuring tool used for checking the camber (curvature or upward slope) of road surfaces, beams, slabs, and structural elements. It is widely used in civil engineering laboratories, construction sites, and quality control departments to ensure proper alignment and surface profile as per design specifications.

This camber board is fabricated from high-quality metal, providing excellent strength, rigidity, and durability. The board is designed with accurate dimensions and a smooth, straight edge to enable precise measurement of camber deviations. It is suitable for both laboratory testing and on-site inspection work.

The sturdy construction ensures long service life and reliable performance even under frequent usage in rugged construction environments.

Key Features:

Made from high-quality metal for durability
Accurate and stable measurement of camber
Rigid and warp-resistant construction
Smooth edges for precise readings
Suitable for field and laboratory use
Low maintenance and long-lasting

Applications:

Road and pavement construction
Bridge and structural alignment checks
Civil engineering laboratories
Construction quality control
Infrastructure development projects

Working Principle:

The camber board is placed along the surface or structural element, and deviations from the desired curvature are observed and measured, helping ensure proper alignment and structural accuracy

Precision Camber Measurement

Engineered for accurate and repeatable camber measurements of metallic specimens, the Metal Camber Board delivers a measurement range of 0-20 mm with an impressive accuracy of 0.05 mm and resolution of 0.01 mm. Its durable mild steel structure ensures stability during critical assessments, while the digital LCD screen guarantees quick and clear readings.

Robust Construction and Longevity

Constructed with a powder-coated mild steel frame and anti-corrosion finish, the Metal Camber Board is designed for years of demanding use in laboratory and industrial testing environments. With frame hardness rated at HRC 45-52 and built-in overload protection, users benefit from enhanced safety and reliable operation.

Versatile and User-Friendly Operation

Ease of use is central to this equipment's design. With variable test speed, both manual and automatic controls, digital interface (RS232/USB), and comprehensive accessories, including fixtures, a power cord, and a user manual, this camber board supports efficient workflows for a wide range of users.

FAQ's of Metal Camber Board:

Q: How is the Metal Camber Board used in camber measurement of metallic specimens?

A: The Metal Camber Board is utilized by placing a metallic specimen (up to 120 mm x 150 mm) onto the bench top device and initiating the test using either manual or automatic control. The system then measures the camber within a 0-20 mm range, displaying results instantly via a digital LCD.

Q: What are the notable benefits of using this Metal Camber Board in industrial or laboratory environments?

A: Key benefits include high measurement accuracy (0.05 mm), fast response time (<1 second), and robust construction with anti-corrosion finish for durability. The equipment ensures operator safety with overload protection and provides consistent, traceable results for quality assurance.

Q: When should the calibration of the Metal Camber Board be checked or revalidated?

A: Since the device comes factory calibrated and traceable to national standards, calibration checks are recommended annually or as specified by your lab's quality system to maintain measurement integrity.

Q: Where can the Metal Camber Board be mounted or installed?

A: This equipment is designed for bench top mounting, making it suitable for installation in laboratory or industrial testing spaces with stable surfaces and available AC 220V power supply.

Q: What is the process for performing a test on the Metal Camber Board?

A: To perform a test, secure the specimen using the provided fixtures, select the desired test speed (up to 200 mm/min), and initiate the procedure via manual or automatic mode. The system applies a controlled stroke up to 250 mm while measuring and displaying camber in real time.

Q: Which accessories are included with the Metal Camber Board for operation?

A: Standard accessories include a comprehensive set of specimen fixtures, power cord, and a detailed user manual for installation, operation, and safety instructions.

Q: What makes the Metal Camber Board suitable for demanding testing conditions?

A: Its durable mild steel construction, anti-corrosion powder coating, precision components, overload protection, and capability to operate within 20%-90% humidity and 10C-40C temperature make it ideal for rigorous laboratory and industrial applications.

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