Category Specification/Description Equipment Type Roundness Tester Primary Application Measurement of circularity (roundness error) for rotating components (e.g., commutators，shafts, bearings, precision gears) Key Parameters - Roundness d...
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Category | Specification/Description |
| Equipment Type | Roundness Tester | |
| Primary Application | Measurement of circularity (roundness error) for rotating components (e.g., commutators，shafts, bearings, precision gears) | |
| Key Parameters | - Roundness deviation | |
| - Harmonic components (e.g., 2nd to 50th harmonics) | ||
| - Cylindricity (optional) | ||
| Measurement Accuracy | ±0.1 μm | |
| Resolution | 0.01 μm | |
| Measurement Method | Contact probe (diamond stylus) or non-contact laser scanning | |
| Advantages | - High-precision analysis of rotational symmetry | |
| - Dynamic harmonic distortion diagnosis |
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Category | Specification/Description |
| Equipment Type | Overspeed Test Bench | |
| Primary Application | Performance and safety testing of rotating machinery under overspeed conditions (e.g., turbines, engines, high-speed rotors) | |
| Key Parameters | - Maximum test speed: 1.5× rated speed (customizable) | |
| - Speed control accuracy: ±0.5% | ||
| Measurement Metrics | - Vibration analysis | |
| - Temperature rise | ||
| - Structural deformation monitoring | ||
| Safety Features | - Emergency braking system | |
| - Real-time anomaly detection and shutdown | ||
| Advantages | - Simulates extreme operating conditions | |
| - High-precision dynamic data acquisition |
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Category | Specification/Description |
| Equipment Type | High-Temperature Tester | |
| Primary Application | Performance evaluation of materials, electronic components, or mechanical systems under elevated temperatures (e.g., aerospace, automotive, energy sectors) | |
| Temperature Range | Ambient to 1500°C (customizable) | |
| Control Accuracy | ±1°C | |
| Key Functions | - Thermal cycling | |
| - High-temperature durability testing | ||
| - Heat resistance analysis | ||
| Measurement Metrics | - Temperature stability | |
| - Material expansion/contraction | ||
| - Electrical/mechanical property degradation | ||
| Advantages | - Precise temperature simulation | |
| - Real-time data logging | ||
| - Safety interlocks for overheating protection |
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Category | Specification/Description |
| Equipment Type | Pressure Tester | |
| Primary Application | Pressure testing of components (e.g., pipelines, valves, hydraulic systems, pressure vessels) | |
| Pressure Range | 0–100 MPa (customizable) | |
| Accuracy | ±0.5% FS (Full Scale) | |
| Key Functions | - Leak detection | |
| - Burst pressure testing | ||
| - Pressure cycle endurance evaluation | ||
| Safety Features | - Overpressure relief valve | |
| - Emergency shutdown | ||
| - Real-time pressure monitoring | ||
| Advantages | - High-stability pressure control | |
| - Compatibility with liquids/gases | ||
| - Data traceability |
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Category | Specification/Description |
| Equipment Type | Hardness Tester | |
| Primary Application | Measurement of material hardness (e.g., metals, alloys, plastics, heat-treated components) | |
| Test Methods | - Rockwell (HRC, HRB) | |
| - Vickers (HV) | ||
| - Brinell (HB) | ||
| - Shore (for polymers) | ||
| Measurement Range | - Rockwell: 20–100 HRC | |
| - Vickers: 1–3000 HV | ||
| - Brinell: 8–650 HB | ||
| Accuracy | ±1% (per ASTM E18, ISO 6508 standards) | |
| Key Features | - Automatic load application | |
| - Digital display with hardness conversion charts | ||
| Advantages | - Versatile for multiple materials | |
| - Portable or benchtop configurations available |
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