Motor Deceleration & Regenerative Braking Solution – FUJI EP-3429-C6-Z2 | FUJI Electric Brake Module Series
Where This Product Is Used
The FUJI EP-3429-C6-Z2 Brake Module is engineered for demanding industrial environments where precise, rapid motor deceleration and regenerative energy dissipation are critical. Typical deployment scenarios include:
- Overhead Crane & Hoist Systems – Provides controlled stopping force to prevent load swing and ensure operator safety during high-cycle lifting operations.
- Conveyor & Material Handling Lines – Enables smooth, repeatable deceleration on inclined or high-inertia conveyor belts, reducing mechanical wear on gearboxes and couplings.
- CNC Machining Centers & Spindle Drives – Absorbs regenerative energy during rapid axis reversals, protecting the DC bus of Fuji Electric inverters from overvoltage faults.
- Elevator & Vertical Transport – Works in tandem with Fuji FRENIC-series drives to manage counterweight imbalance energy during descent cycles.
- Extruder & Winding Machines – Maintains constant tension during emergency stops on film, wire, and textile winding applications.
- Pump & Fan Drives with Variable Load – Prevents DC bus overvoltage when load inertia exceeds drive capacity during deceleration ramps.
Technical Specifications
| Parameter | Specification |
|---|---|
| Part Number / SKU | EP-3429-C6-Z2 |
| Manufacturer | Fuji Electric Co., Ltd. |
| Product Series | EP-3429 Brake Module Series |
| Product Type | Inverter Brake / Braking Unit |
| Compatible Drive Series | Fuji FRENIC-Multi, FRENIC-Ace, FRENIC-MEGA (confirm with drive nameplate) |
| Function | DC Bus Overvoltage Suppression via Dynamic Braking |
| Braking Method | Resistor-based regenerative energy dissipation |
| Weight | 4,460 g (approx.) |
| Mounting | Panel / DIN Rail (verify with installation manual) |
| Country of Origin | Japan |
Note: Always cross-reference the drive nameplate and Fuji Electric documentation to confirm compatibility before installation.
Why Engineers Specify This Model
- OEM-Grade Reliability – Manufactured to Fuji Electric’s stringent quality standards, ensuring consistent performance across thousands of braking cycles.
- Plug-and-Play Integration – Designed as a direct accessory for Fuji FRENIC-series inverters, minimizing wiring complexity and commissioning time.
- Overvoltage Protection – Actively clamps DC bus voltage during regenerative events, preventing nuisance trips and drive damage.
- High Thermal Tolerance – Suitable for continuous-duty industrial environments with robust thermal design.
- Reduced Mechanical Brake Wear – Shifts braking energy to the resistor circuit, extending the service life of mechanical friction brakes.
- Compact Form Factor – Optimized for panel-space-constrained control cabinets common in retrofit and OEM machine builds.
Complete System Bill of Materials
For a fully functional dynamic braking system using the EP-3429-C6-Z2, engineers typically specify the following complementary components:
- Fuji FRENIC-series AC Inverter Drive (matched kW rating)
- External Braking Resistor (ohm value and wattage per Fuji sizing guide)
- Thermal Overload Relay for resistor protection
- Shielded motor cable (per Fuji EMC guidelines)
- Input line reactor (for harmonic mitigation on sensitive supply networks)
- Fused disconnect or MCCB rated for drive input current
Contact [email protected] for a complete BOM quotation tailored to your application.
Compliance & Industry Standards
- Manufactured under Fuji Electric’s ISO 9001-certified production processes
- Designed for compliance with IEC 61800-series (Adjustable Speed Electrical Power Drive Systems)
- CE marking applicability – verify with Fuji Electric regional documentation
- RoHS compliance – confirm with current Fuji Electric product declaration
- UL/cUL listing – verify with Fuji Electric North America for applicable markets
Quality Assurance & Sourcing
At Konmask.com, every FUJI EP-3429-C6-Z2 unit is:
- Sourced directly from authorized Fuji Electric distributors or verified industrial surplus channels
- Inspected for physical integrity, label authenticity, and packaging condition upon receipt
- Stored in ESD-safe, climate-controlled warehousing to preserve component integrity
- Shipped with full traceability documentation available upon request
- Backed by Konmask’s quality guarantee – if the part does not match the specification, we make it right
How to Source This Part
- Add to Cart – Click the purchase button above to place your order directly.
- Request a Quote – For volume orders (>5 units) or project-based procurement, email [email protected] with your project details.
- Urgent Requirement – Call or WhatsApp +0086 19859288691 for same-day stock confirmation and expedited shipping options.
- Cross-Reference Check – Provide your drive model number and we will verify compatibility before shipment.
Application-Specific FAQ
Q: Is the EP-3429-C6-Z2 compatible with all Fuji FRENIC drives?
A: The EP-3429-C6-Z2 is designed for specific FRENIC-series models. Please provide your drive model number to our team for a definitive compatibility check before ordering.
Q: Do I need an external braking resistor with this module?
A: Yes. The brake module controls the switching of regenerative energy to an external resistor. The resistor must be sized according to Fuji Electric’s application guidelines for your specific load inertia and deceleration time requirements.
Q: Can this module be used for continuous regenerative braking duty?
A: The duty cycle depends on the thermal rating of both the brake module and the external resistor. Consult the Fuji Electric technical manual or contact our engineering support team for duty-cycle calculations.
Q: What is the lead time for this part?
A: In-stock units ship within 1–3 business days. For out-of-stock situations, lead times vary by sourcing channel. Contact us for real-time availability.
Q: Do you provide installation support?
A: Yes. Konmask’s technical team can provide wiring diagrams, parameter settings, and commissioning guidance for Fuji Electric brake module installations.
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Contact: [email protected] | +0086 19859288691
