Correct Model Selection for Your Project
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Verify that this model matches your voltage, current, and load type.
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Unsure which model is suitable? Our engineering team will confirm the correct model before shipment.
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Need custom solutions or a fast project quote? Contact us – we respond within 12 hours.
Contact Us
Email: ann@softstarterpro.com
💬 WhatsApp: +8618006697926
Project & Ordering FAQs
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What info is needed for a project quote?
Motor type, voltage, current/power, application, quantity, environment. -
Can I order a single unit for testing?
Yes, sample orders available for engineering evaluation. -
Do you support custom solutions?
Yes, OEM/ODM and custom control options available. -
Lead time & delivery?
Standard: 3-5 working days. Custom: depends on requirements. -
Technical support & documentation?
Pre-sales and after-sales support, manuals, diagrams, and wiring guidance provided.
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Specification
- Model: W-95 Heat Sink
- Current:
- Voltage:
- Dimension: 95*125*50MM
- Gross Weight: 0.5KG
Product Description
The Aigoodele W-95 series represents precision-engineered thermal management solutions for power electronic applications. This high-performance aluminum heat sink is specifically designed to maintain optimal operating temperatures for solid state relays and rectifier bridges, extending component lifespan and ensuring reliable operation.
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High-Efficiency Cooling: Optimized aluminum fin design for maximum heat dissipation
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Universal Compatibility: Suitable for SSRs and rectifier bridges up to 100A capacity
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Complete Installation Kit: Includes mounting screws and premium thermal grease
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Durable Construction: High-quality aluminum alloy for long-term reliability
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Easy Installation: Panel mount design for straightforward implementation
Applications
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Solid State Relay cooling systems
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Power rectifier bridge thermal management
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Industrial control equipment
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Power supply units
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Electronic power conversion systems
Note
Proper installation with thermal grease application is essential for optimal heat transfer. Ensure clean mounting surfaces and adequate airflow for maximum cooling efficiency.
