Haiyin Equipment HY-0425D0 Electromagnetic Tri-Axial Vibration Shaker System

Overview

The Haiyin Equipment HY-0425D0 is a high-performance electromagnetic tri-axial vibration shaker system engineered for rigorous mechanical stress testing of sensors, electronic assemblies, PCBs, and packaged goods under controlled dynamic excitation. Unlike conventional single-axis shakers, this system delivers simultaneous, phase-synchronized vibration across X, Y, and Z axes—enabling true six-degree-of-freedom (6DOF) simulation in a single test setup. Its core actuation relies on a high-efficiency linear electromagnetic force generator, coupled with a rigid aluminum alloy frame and precision-machined moving coil assembly to ensure minimal harmonic distortion and excellent waveform fidelity over the full 0.5–600 Hz operational bandwidth. Designed for laboratory-grade repeatability and long-term stability, the HY-0425D0 maintains frequency accuracy within ±0.1% and acceleration linearity better than ±1.5% across its rated load range—critical for validating sensor integrity, detecting latent solder joint defects (e.g., PCB virtual soldering), and assessing structural fatigue under transport or operational vibration profiles.

Key Features

• Tri-axial simultaneous vibration capability (X/Y/Z) with independent real-time control and synchronized phase alignment
• Programmable excitation modes: fixed-frequency, linear/logarithmic sweep, 1-octave-per-minute sweep, random vibration (PSD-based), sine-on-random, and user-defined time-history waveforms
• Digitally adjustable amplitude with continuous (stepless) control from 0.1 mm to 50 mm peak-to-peak displacement
• Integrated EMI suppression circuitry—including shielded cabling, opto-isolated I/O, and ferrite-core filtering—to ensure signal integrity in high-noise industrial or EMC test environments
• Robust structural architecture featuring CNC-machined aluminum table surface (500 × 500 × 550 mm), reinforced support base, and low-resonance damping mounts
• Dedicated CIMS+FCS control platform supporting real-time data acquisition, closed-loop feedback, and hardware synchronization with optional external accelerometers or laser vibrometers

Sample Compatibility & Compliance

The HY-0425D0 accommodates test specimens up to 100 kg mass with secure mounting via M8/M10 threaded inserts distributed across the tabletop. Its modular interface supports standard fixture plates, custom adapters, and thermal isolation platforms for combined environmental-vibration testing. The system complies with international test standards including ISO 2247 (fixed-frequency vibration of packed goods), ISO 13355 (vertical random vibration of unit loads), IEC 60068-2-64 (random vibration testing), ASTM D999 and D4728 (shipping container simulation), ASTM D3580 (vertical linear motion), GB/T 4857 series (Chinese packaging test standards), and GB/T 2423 (environmental testing for electrical/electronic products). All test protocols are traceable, with built-in audit trail functionality supporting GLP/GMP-aligned validation workflows.

Software & Data Management

The proprietary Longdate CIMS+FCS software provides a unified interface for test definition, execution, monitoring, and post-processing. Users configure multi-segment vibration profiles with time-domain scheduling, spectral density targets, and failure threshold triggers. Real-time FFT analysis, coherence calculation, and transmissibility mapping are available during active tests. Raw acceleration, velocity, and displacement data are logged at up to 51.2 kHz sampling rate and exported in CSV, UFF58, or MATLAB-compatible formats. The software includes FDA 21 CFR Part 11-compliant user access control, electronic signature capability, and immutable audit logs—ensuring regulatory readiness for quality assurance departments in medical device, aerospace, and automotive supply chains.

Applications

• Reliability screening of MEMS sensors, inertial measurement units (IMUs), and piezoelectric transducers under multi-axis vibratory stress
• Failure mode identification in printed circuit board assemblies—including detection of cold solder joints, micro-cracks, and interconnect fatigue
• Transport simulation for consumer electronics, automotive ECUs, and industrial control modules per ISTA, MIL-STD-810, and AEC-Q200 requirements
• Vibration fatigue analysis of battery packs, optical encoders, and precision actuators subjected to broadband excitation
• Calibration verification and sensitivity drift assessment of accelerometers and gyroscopes under controlled mechanical perturbation

FAQ

What is the maximum payload capacity when operating in full 6DOF mode?
The HY-0425D0 maintains its rated 100 kg load capacity across all three axes simultaneously, with dynamic balance verified per ISO 5347-12.
Does the system support closed-loop control using external accelerometers?
Yes—via analog voltage input channels and IEEE 1451.4 TEDS-compliant sensor interfaces, enabling real-time feedback compensation and spectrum correction.
Can test reports be generated in compliance with ISO/IEC 17025 requirements?
Absolutely—the software exports timestamped, digitally signed test records with metadata covering calibration history, environmental conditions, and operator credentials.
Is remote operation and monitoring supported over Ethernet or industrial fieldbus?
The system features native TCP/IP communication, Modbus TCP support, and OPC UA server integration for SCADA and MES interoperability.
What maintenance intervals are recommended for sustained metrological performance?
Annual verification against NIST-traceable reference shakers is advised; routine checks include coil resistance measurement, air gap inspection, and cooling fan performance validation.