Electrodynamic Vibration Shaker Table 3000N 3-3500Hz Random Shock Test ISTA

Application

We are a manufacturer of the ES-20 Digital Electrodynamics Type Vibration Tester and High Frequency Vibration Test Machine series. These systems incorporate advanced technologies including a double-magnetic circuit structure, self-generated skeleton action circles, airborne support, roller bearings with linear guidance, and trunnion isolation. They are capable of performing X, Y, and Z three-axis sinusoidal vibration tests and broadband random vibration tests, as well as classical pulse tests (half-sine, trapezoidal, sawtooth wave) and shock response spectrum tests.

These products are widely used in national defense, weapons, aviation, aerospace, communications, electronics, electrical appliances, and home appliances industries.

Key Features

• Well-designed dynamic circle skeleton, with a higher stage axial resonance frequency.
• Two-magnetic circuit design with low magnetic flux leakage, compact and rational structure.
• Rocker rod roller bearings with straight and import-oriented composite body stiffness orientation, providing high eccentric load capacity.
• Trunnion isolation foundation dedicated to hormone use, with convenient mobile installation.
• Advanced technology move-around system ensures high reliability of the dynamic circle.
• New duct design enhances the cooling effect.
• Static stiffness and dynamic stiffness of the bearing small balloon, raising the vibration table capacity and improving low-frequency performance.

Technical Parameters

Model	Rated Sine Force (N)	Rated Random Force (N)	Frequency Range (Hz)	Rated Acceleration (m/s²)	Rated Speed (m/s)	Rated Displacement (p-p) mm	Max. Loading (Kg)	Moving Coil (Kg)	Dimension of Moving Coil (mm)
ES-1	1000	1000	3–3500	400	1.2	25	70	2.5	Φ150
ES-2	2000	2000	3–3500	800	1.6	25	70	2.5	Φ150
ES-2a	2000	2000	3–3500	300	1.6	40	70	8	Φ230
ES-3	3000	3000	3–3500	1000	1.6	25	100	3.5	Φ150
ES-3a	3000	3000	3–3500	400	1.6	40	120	9	Φ230
ES-6	6000	6000	3–3500	1000	1.6	25	180	6.5	Φ230
ES-6a	6000	6000	3–3500	1000	1.6	51	250	12	Φ230
ES-10	10000	10000	3–3000	1000	1.8	51	270	14	Φ240
ES-20	20000	20000	3–3000	1000	1.8	51	300	30	Φ320
ES-30	30000	30000	3–2800	1000	1.8	51	450	40	Φ450
ES-40	40000	40000	3–2800	1000	1.8	51	500	50	Φ450
ES-50	50000	50000	3–2700	1000	1.8	51	750	50	Φ450
ES-60	60000	60000	3–2700	1000	1.8	51	750	60	Φ450
ES-100	100000	100000	3–2500	1000	1.8	51	1000	90	Φ450
ES-120	120000	120000	3–2200	1000	1.8	51	1100	90	Φ500
ES-160	160000	160000	3–2100	1000	1.8	51	1500	150	Φ600
ES-200	200000	200000	3–2000	1000	1.8	51	2500	200	Φ650
ES-350	350000	350000	3–1700	1000	1.8	51	4500	300	Φ870

Technical Parameters of Vertical Vibration Table

Model	Weight (kg)	Max. Frequency (Hz)	Bench Size
VT300	10	2000	Φ300
VT400	16	2000	Φ400
VT500	25	1500	Φ500
VT600	35	1000	Φ600
VT0303	15	2000	300×300
VT0404	22	1500	400×400
VT0505	30	500	500×500
VT0606	58	350	600×600
VT0808	140	350	800×800
VT1010	180	350	1000×1000
VT1212	250	350	1200×1200
VT1212 (Round bench)	220	350	Φ1200

About ASLi Factory

We are a long-established testing equipment manufacturer. Over the past 25 years, we have devoted ourselves to simulation environmental testing equipment and mechanical vibration and shock testing machines. The Vibration Shaker Table that meets ISTA Standards and performs random shock tests is one of our star products, and we have obtained CE certification for this machine.

 

FAQ:

Q1: What is an Electrodynamic Vibration Shaker?
RE: An electrodynamic vibration shaker is a testing system used to simulate vibration conditions that products may experience during transportation, operation, or service. It is widely used for reliability, durability, and qualification testing.

Q2: What products can be tested?
RE: It can be used for electronic components, automotive parts, batteries, aerospace components, electrical products, packaging, communication equipment, and other products requiring vibration testing.

Q3: What vibration tests can the shaker perform?
RE: Depending on the system configuration, it can perform sine vibration, random vibration, shock testing, resonance search, frequency sweep, and other programmable vibration tests.

Q4: What is the maximum test frequency?
RE: The maximum frequency depends on the model and configuration. Different shaker models are available for different frequency requirements. Please provide your required frequency range so we can recommend a suitable model.

Q5: How do I select the correct shaker model?
RE: The main factors include:

• Maximum sample weight
• Sample dimensions
• Required vibration direction
• Frequency range
• Maximum acceleration
• Displacement
• Required vibration test standard

Based on these parameters, we can recommend a suitable shaker system.

Q6: Can the shaker perform both vertical and horizontal vibration?
RE: Yes. Depending on the configuration, the system can be supplied with a vertical test setup, horizontal test setup, or both.

Q7: Can it perform random vibration testing?
RE: Yes. A suitable vibration controller can be configured for random vibration testing, including PSD-based test profiles.

Q8: Can it perform shock testing?
RE: Yes, provided that the selected shaker system has sufficient force, displacement, and acceleration capability for the required shock profile.

An electrodynamic vibration shaker offers several advantages for high-frequency vibration testing:

• Wide frequency range: Suitable for both low-frequency and high-frequency vibration tests, especially for electronic and automotive components.
• High control accuracy: Frequency, acceleration, displacement, velocity and test duration can be precisely controlled.
• Fast response: The electrodynamic drive system responds quickly to control signals, making it suitable for sweep vibration tests.
• Stable vibration output: Closed-loop control helps maintain stable vibration levels throughout the test.
• Programmable testing: Test parameters such as frequency range, sweep rate, acceleration and number of cycles can be programmed automatically.
• Suitable for high-frequency testing: Particularly suitable for PCB/PCBA, automotive electronics, sensors, connectors, batteries and other electronic components.
• High automation: Test programs can be saved and executed automatically, improving testing efficiency and repeatability.