This impact testing machine is used for determining the impact resistance of metallic materials under dynamic load and evaluating its toughness and brittleness. This equipment is controlled by a microcomputer and can automatically measure and record test data. The machine consists of five major parts - the main unit, the operation control system, the measurement & display system, the test accessories and the safety protection device. Its advanced structure, simple operation, and reliable performance make it an ideal equipment for materials research, development, process improvement, and quality control.
This impact testing machine is used for determining the impact resistance of metallic materials under dynamic load and evaluating its toughness and brittleness. This equipment is controlled by a microcomputer and can automatically measure and record test data. The machine consists of five major parts - the main unit, the operation control system, the measurement & display system, the test accessories and the safety protection device. Its advanced structure, simple operation, and reliable performance make it an ideal equipment for materials research, development, process improvement, and quality control.
FEATURES
-High rigidity and stability: The mainframe and base are designed and cast as an integral unit, eliminating the weak joint of split body-base connections. The test results are closer to the specimen's true absorbed work, making it especially suitable for high-energy impacts. All stressed components undergo finite-element analysis, precision machining and inspection.
-Double-support frame structure: The pendulum spindle is supported by a simply-supported beam with a rational load distribution, effectively reducing lateral vibration during impact and bearing friction damage. Front and rear bearings share the load evenly to extend service life.
-Precise measurement: The impact energy of PLC system is absorbed by high-precision photoelectric encoder (host embedded PLC LCD screen is required), which greatly improves the test accuracy of impact energy. The software features automatic calibration, testing and subtracting bearing-friction and air-resistance energy losses for more accurate results.
-High automation control: The PLC system automatically controls the whole test process of lifting, hanging, impact and swinging back. The pendulum is controlled by the PLC according to the preset angle with accurate positioning and reliable operation, ensuring a constant initial impact energy (host embedded PLC LCD screen is required). After impact, the residual energy is reused to re-lift the pendulum automatically, greatly improving efficiency.
-Safe and reliable: A safety pin automatically extends when the pendulum reaches the preset position to prevent accidental falling; a fully enclosed cover of aluminum-alloy frame and tempered glass stops broken specimens from flying out, while the door interlock cuts power and locks operation when open. Strong and weak currents are fully isolated for strong anti-interference capability.
-Three energy display modes: dial, microcomputer display and LCD screen (host embedded PLC LCD screen is required), and the results can be compared with each other.
TECHNICAL SPECIFICATIONS
JBW-300C
Maximum impact energy: 300 J
Effective use range: 20%-80%
Pendulum pre-lifting angle: 150°
Distance from pendulum axis to striking center: 750 mm
Attachment
Pendulum hammer weight: 214.3594 N
Pendulum moment: 160.7696 N.m
Impact velocity: 5.24 m/s
Anvil span: 40 mm
Radius of anvil fillet: R1-1.5 mm
Angle of inclination of anvil: 11°±1°
Impact edge angle: 30°±1°
Impact edge curvature radius(2 mm edge): 2-2.5 mm
Impact edge curvature radius(8 mm edge): /
8 mm edge shoulder angular radius: /
Width of 8 mm impact edge: /
Impact edge width: 10-18 mm
Thickness of impact knife: 16 mm
Specimen specification: 10×10×55mm, 10×7.5×55mm, 10×5×55mm, 10×2.5×55mm
Measurement system
Angle measurement mode: Optoelectronic encoder
Angle accuracy: 0.06°
Digital angular resolution: 0.015°
Digital energy resolution: 0.12 J
Minimum resolution of dial: ≥0.5 J
Energy display mode: Dial, computer display
Whole machine
Outline dimensions(Main unit): 2220×900×2220 mm (protective net included)
Outline dimensions(Electric cabinet): 900×620×830 mm
Weight(Main unit): Approx. 1500 kg
Weight(Electric cabinet): Approx. 100 kg
Motor power: 0.55 kW
Power supply: Three-phase 380V±10%, 50Hz
Working environment: No vibration and dust; room temp 15-25℃; humidity < 70%
JBW-450C
Maximum impact energy: 450 J
Distance from pendulum axis to striking center: 800 mm
Attachment
Pendulum hammer weight: 321.5391 N
Pendulum moment: 241.1543 N.m
Impact edge curvature radius(8 mm edge): 8 mm±0.05mm
8 mm edge shoulder angular radius: 0.1-1 mm
Width of 8 mm impact edge: 4 mm±0.05 mm
JBW-750C
Maximum impact energy: 750 J
Distance from pendulum axis to striking center: 750 mm
Attachment
Pendulum hammer weight: 535.8985 N
Pendulum moment: 401.9239 N.m
Measurement system
Energy display mode: Dial, computer display (optional host-embedded PLC screen)