DRO System Scale for M503 Display with Magnetic Tape

DRO System Scale for M503 Display with Magnetic Tape Description

M503 Display Magnetic Scale DRO with Magnet Tape 5+5mm Pole Pitch Scale p20241126132Product
The M503 Magnetic Display Integrated Measurement System is a compact and precise solution designed for accurate magnetic measurement tasks. This system is ideal for applications requiring high-resolution length and angle measurements, making it a valuable tool in industrial environments.
Key Features:
High Resolution: Offers multiple resolution options of 0.01mm, 0.1mm, and 1mm, ensuring precise measurements.
Versatile Display Mode: Capable of displaying measurements in both millimeters (MM) and inches (INCH), providing flexibility based on your measurement needs.
Comprehensive Measuring Capability: Designed to measure both length and angle, catering to a wide range of applications.
High Accuracy: System accuracy is maintained at + (0.03+0.01*L) mm, with a repeatability of Max. + 0.01mm.
Wide Display Range: The display can show values ranging from -1,999,999 to 9,999,999, accommodating extensive measurement requirements.
Technical Specifications:
System Accuracy: + (0.03+0.01*L) mm
Repeatability: Max. + 0.01mm
Display Range: -1,999,999 to 9,999,999
Power Supply: Two AA batteries (Note: Batteries are not included due to international shipping restrictions)
Consumption Current: Max. 500A (when backlight is not in use)
Operating Temperature: 0C to 60C
Storage Temperature: -10C to 70C
Outline Size: 100 x 52 x 30mm
Opening Size: 92 x 42mm
Reader Sensor Cable Length: 1m
Mobile Speed: Max. 5m/s
Read Gap: Max. 2.5mm (recommended 1.5mm)
Waterproof Grade: IP40 for the digital display, IP67 for the read head
Weight: Max. 150g
Package Includes:
1 x M503 Display (includes Display + Magnetic Sensor)
Note:
The package does not include batteries due to shipping restrictions.
Applications:
The M503 Magnetic Display System is perfect for use in industrial settings where accurate magnetic length and angle measurements are critical. Its robust design and high precision make it ideal for machinery, automation, and other measurement-intensive applications.