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デジタルトランスフォーメーション
グリーントランスフォーメーション
G-TECH INSTRUMENTS INC.
製品の説明 :
To reduce damages caused by accidental collision, and to record collision events.
✓ Smart monitoring box consisting of sensors & electronics
✓ High bandwidth MEMS tri-axial accelerometer (X, Y & Z)
✓ Relay triggered in less than 1 millisecond upon a collision
✓ Built-in data log for max. 5,000 collision events
✓ Easy installation on machine structure
✓ Easy software for threshold setting & logging
✓ Economically priced
G-TECH INSTRUMENTS INC.
製品の説明 :
A rotor that does not perform dynamic balance correction may produce unnecessary vibrations and thus reduce the productivity of the machine, as well as damage to the bearings. At the same time, it may cause damage to the outer frame or supporting device and foundation during severe movement.
G-Tech HJ-4250S-A Hard Bearing Balancing Machine is applicable for tool machine spindles, high-speed built-in spindles, motor rotors / motors, rollers, fans, centerless grinding wheels.
A maximum rotor weight of 500kg, a maximum rotor diameter of 1 meter, and measurement accuracy at low speed dynamic balance is 0.5gram-mm(max), and the can be 0.05gram-mm(max) at high-speed dynamic balance.
Taiwan Auto-Design Co.
製品の説明 :
Polytec 3D Scanning Vibrometers are state-of-the-art
for noise and vibration measurement in research and
development. Using three independent scanning
heads they deliver the full information on all vibrational
directions. The PSV-500-3D determines operational
deflection shapes and Eigenmodes for NVH, acoustics,
structural dynamics, ultrasonics, and FEM validation.
The high frequency version up to 25 MHz extends the
application range to non-destructive evaluation (NDE)
research. Every PSV-500-3D integrates perfectly into the CAE world providing interfaces to 3D geometries,
modal analysis and automation. The scanning heads
based on helium-neon laser allow measurements
even on tiny structures due to their especially small
laser spot.
PSV Scanning Vibrometers are available as
a compact laptop version or as a practical rack-type
workstation.
EQP SERIES CO., LTD
製品の説明 :
Voltage Sensitivity: 10mV/(m/s²)±10%
Power Supply: DC15～36V
Constant Current: 0.5～10mA
Resonant Frequency: Approximately 40kHz
Frequency Response: 5～10kHz (±3dB)
Maximum Acceleration: 220m/s²
Shock Resistance: 49,000m/s²
Noise Level: Below 100μVRMS
Operating Temperature Range: -50～110℃
Detection Structure: Shear Type
Case Material: Titanium
Mass: Approximately 10g
KTR TAIWAN LTD.
製品の説明 :
ROTEX® GS is a three-part coupling, backlash-free under pre-stress. The different hub designs and the different Shore hardnesses offer the optimal coupling for each application in automation engineering. In spite of its vibration-damping characteristics it is torsionally stiff so that it is not necessary to make any concessions to accuracy even with highly dynamic servo drives. The ROTEX GS works with the modular system; a high variety of different hub designs is available which can be combined within one coupling size.
Samwell Testing Inc.
製品の説明 :
PSV QTec Scanning Vibrometers take full-field vibration mapping to the next level with unrivalled optical sensitivity! Their innovative, patented QTec® technology uses multi-path interferometry based on infrared (SWIR) laser granting high-fidelity measurements on all surfaces from DC to 25 MHz. PSV QTec significantly reduce testing time - especially on dark, biological, rotating or moving objects, determining operational deflection shapes and Eigenmodes for NVH, acoustics, structural dynamics, ultrasonics, FEM validation and NDT.
RAISE PRECISION CO., LTD.
製品の説明 :
Capacitive switches with touch sensor technology
The first capacitive switches with touch sensor technology from CAPTRON were used in 1994 for public transportation. Today, CAPTRON offers a wide range of capacitive SENSORswitches for various industries and applications where unconditional reliability, durability, comfort and design are required.
If necessary, SENSORswitches from the standard range can be tailored and modified optically and technically to meet individual customer demands.
