(!) Since support from Microsoft will end on January 14 2020, Windows 7 user might not be able to use MISUMI website effectively. Please consider to update your system as ‘MISUMI Website system requirement’.
Select part number to Order Now/ Add to Cart
Enables direct reading of the bent angle of sheet metal in real time without calculation. Successful in world's first miniaturization.
[Features]
· 2 types of measurements are possible with button switching.
· Enables direct reading of the bent angle of sheet metal without calculation.
· Can also be used as an ordinary goniometer.
· Zero can be set at an arbitrary angle, and measurement performed from that position.
· Display stabilization time has been shortened to 3 seconds to increase work efficiency.
· The numbers automatically reorient to display facing upward if the main unit is turned upside down.
· The mode and numerical values are stored when power is cut off.
· With strong magnets (2 kg adsorption force x 3).
· With fall-prevention strap.
Product Type | Digital Goniometer | Measuring Range | 0 to 360° | Minimum Display(°) | 0.1 |
---|---|---|---|---|---|
Pole Type | No Beam | Size(mm) | 57L×57H×29W | Measurement Range Details | Bending angle mode: 180° X 2α (360°) / General angle mode: 90° X 4 (360°) |
Material | Aluminum, Alloy Plated Finish | Mass(g) | 220 | Dust-proof and waterproof specifications | IP50 |
Measurement precision (repeatability) | Bending angle mode: 0° to 5° / 175° to 180°= ±0.2° (±12' or 3.5 mm/m), 6° to 174° = ±0.4° (±24' or 7 mm/m), General angle mode: 0° to 5° & 85° to 90° = ±0.1° (±6' or 1.75 mm/m), 6° to 84° = ±0.2° (±12' or 3.5 mm/m) | Operating Temperature | 0℃~40℃ | Required batteries | 9 V 6P square alkaline battery X 1 |
Battery life | 70 h (continuous use) | Measuring surface magnet | Neodymium Magnet φ10, Adsorption Power 2 kg x 3 | Automatic switch off | After Approx. 5 Minutes |
Traceability | Calibration certificate can be issued (for fee) |
Please check the type/dimensions/specifications of the part DPM-2 in the Digital Bend Meter series.
How can we improve?
How can we improve?