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Elastomer Test System
Bi-00-375 BiSS servo-hydraulic test systems are used for
developmental testing and quality assurance of elastomers including
engine and transmission mounts, bushings and other rubberized
components, used to suppress noise and vibration. These systems assess
vibration response at frequencies ranging from 0 to 200 Hz,
displacements ranging from 0.05 to 15 mm and forces ranging from 0 to
25 kN. Production test systems automatically test parts for damping
response over a specified amplitude and frequency.
Standard Features
- Fully integrated single footprint system
- Interchangeable tooling to accommodate wide variety of dampers
- Multifunction operator controls to enable part selection
- Air conditioned enclosure for controls, electronics and computer
- Fully digital control
- 5/8/10/15/25 kN force rating actuators
- 25/50/100 mm actuator stroke options
Applications
- Static & dynamic testing of elastomers
- Determination of loaded height
- Determination of static stiffness & dynamic rate
- Determination of damping coefficient
- Determination of tan delta / phase angle
- Durability testing
- Part qualification against prescribed tolerances
- Statistical analysis
Specifications | Load capacity | 5/8/10/15/25 kN, others custom. | Frequency range | 0.01 to 100 Hz standard. 200 Hz optional. | Actuator capacity | 5/8/10/15/25 kN, others custom. | Actuator stroke | 25/50/100 mm, others custom. | Power & environment | 440V 3-phase, 20 KVA. Rating: indefinite continuous usage.
No external cooling required. UPS protection against power. | Controls | Full digital control using Digital Signal Processor with 15 KHz
servo-loop update and data acquisition. Adaptive control for
micron-level stroking precision.Sub-Newton load resolution.
All controls housed in dust free air conditionedenclosure.
Automated tooling for ejection of passed part and chute drop
sense for rejects. | Dimensions | Fully integrated single footprint approx 1000 x 1200 mm. | Weight | Max 1.5 tons |
Note
: Dimensions subject to minor variations based on specific ratings.
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