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DC Magnetic Contactors for Battery, EV & DC Motor Control — 9A to 85A
KRIPAL UKD1 series DC magnetic contactors (9A–85A) are purpose-built for battery systems, DC motor drives, EV charging, and industrial DC control circuits, featuring specialized DC arc extinction technology that outperforms repurposed AC hardware. These contactors support a comprehensive range of DC coil voltages from 12V to 250V and offer flexible installation via 35mm DIN rail or M4 screw fixing. Fully CE certified and engineered for durability with secure crimping terminals, our contactors are available for factory-direct export to distributors and OEM partners worldwide.
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UKD1 Magnetic DC Contactor 9A-85A 110V dc Coil 3-Pole CE Certified
UKC1 DC Coil Contactor is an electromagnetic switching device specifically engineered for DC circuits.
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UKD1 Magnetic DC Contactor 22A 24V dc Coil 3-Pole CE Certified
UKC1 DC Coil Contactor is an electromagnetic switching device specifically engineered for DC circuits.
Ask a QuoteDC Magnetic Contactor Selection Guide for Direct Current Systems
Efficient DC switching requires specialized arc extinguishing mechanisms due to the absence of a natural zero-crossing point in DC waveforms. The KRIPAL UKD1 series leverages advanced magnetic blowout technology and reinforced arc chutes to deliver superior arc suppression. Designed for mission-critical applications—including battery energy storage systems (BESS), Uninterruptible Power Supplies (UPS), and industrial DC motor control—our contactors provide the robust isolation and load management reliability that modern high-voltage DC systems demand.
Technical Specifications of the UKD1 DC Magnetic Contactor Series
Magnetic Blowout Architecture
DC arc interruption system using magnetic blowout design to stabilize arc extinction during load switching, significantly improving contact life under high DC breaking conditions.
Current Rating Range: 9A to 85A
Covers low to medium DC load applications, from battery isolation circuits to DC motor drives and distribution bus systems requiring stable, high-performance switching.
DC Control Coil Specifications
Available in a wide range of DC control voltages—including 24V, 48V, 110V, 220V, and 250V—to provide flexible integration for various industrial panels, automation, and control systems.
Flexible Pole Configuration (3-Pole & 4-Pole Options)
Features both 3-pole and 4-pole structural options designed for diverse DC bus switching requirements, flexible wiring layouts, and multi-path current routing in industrial control systems.
Global Regulatory Compliance
Holds comprehensive CE certification. Meets strict European and international standards for direct current switching, facilitating seamless integration for export-oriented OEM manufacturers.
From Battery Storage to EV Charging: DC Contactor in the Field
KRIPAL UKD1 DC magnetic contactors provide specialized direct current switching where arc suppression is critical. They are widely deployed in renewable energy storage systems, EV charging stations, and industrial DC drive cabinets across global infrastructure projects.
Utility Scale Battery Energy Storage (BESS)
UKD1 contactors are engineered for DC-side switching in containerized battery energy storage systems, essential for grid frequency regulation and peak shaving. The magnetic blowout arc extinction system ensures reliable interruption performance during continuous charge-discharge cycling, effectively minimizing the risk of contact welding in high-duty DC environments.
Public EV DC Fast Charging Infrastructure
These contactors handle DC circuit switching and isolation between rectifier modules and charging terminals for high-capacity fast chargers. The available 3-pole and 4-pole configurations allow for flexible wiring and high-performance current handling within a compact, space-saving frame.
Crane Hoist and DC Traction Motor Drives
UKD1 contactors are ideal for DC traction and drive systems, including overhead cranes, electric forklifts, and automated guided vehicles (AGVs). The magnetic blowout system ensures reliable arc interruption during the frequent reversing and plugging operations typical of high-inertia DC motor control.
Power Your DC Project with Factory Direct Supply
- DC Application Consultation: Share your system voltage, continuous current, and duty cycle requirements with our technical team. Our engineers will recommend the optimal UKD1 contactor, providing arc chamber validation and precise coil voltage selection.
- Certification for DC Standards: Request our CE certification and technical compliance documentation specifically tailored to DC switching applications for your target installation jurisdictions.
- Project Volume Pricing: Contact our export team for competitive pricing on BESS and EV charging infrastructure projects, featuring coordinated multi-batch delivery schedules.
DC Contactor Manufacturing: Specialized Lines, Global Reach
KRIPAL operates a dedicated DC contactor production cell, entirely separate from our AC lines. This ensures that every unit benefits from specialized magnetic blowout assembly stations, DC-optimized coil winding parameters, and rigorous DC load bank testing—processes that standard AC production lines simply cannot replicate.
Magnetic Blowout Assembly Expertise
The arc chamber magnets, which are critical to DC contactor performance, are assembled and verified on dedicated high-precision fixtures. Before final assembly, every unit undergoes strict checks for blowout field polarity and magnet gap—a quality control step often overlooked by AC-only manufacturers.
DC-Specific Coil Design
Unlike AC contactors where coil impedance naturally limits current, our DC coils are precision-engineered to handle continuous DC voltage without thermal degradation. KRIPAL DC coils feature optimized wire gauges and turn ratios specifically designed for sustained DC energization.
DC Load Bank Endurance Verification
Every production batch undergoes exhaustive switching tests on resistive-inductive DC load banks. These tests simulate real-world BESS and EV charger operating conditions, providing a level of reliability that surpasses the common industry shortcut of using AC load banks.
Project-Phased Delivery for Energy Infrastructure
For multi-phase BESS and charging station projects, KRIPAL provides warehousing solutions to release stock in line with your site installation schedule. This strategy mitigates on-site storage risks and optimizes your working capital by preventing the early delivery of bulk components.
Low-Volume DC Project Flexibility
While multinationals often enforce high MOQs, KRIPAL supports project-based requirements starting from 50 units. This provides essential support for specialized DC drive manufacturers and BESS prototype integrators who require agility without the burden of large minimum orders.
Comprehensive DC Documentation Package
Every export shipment includes detailed DC-specific test reports, including arc interruption waveforms, coil thermal imaging under continuous duty, and COOs formatted for specific renewable energy customs tariff codes.
Private Labeling for Energy OEMs
Support your brand identity with custom laser-marked part numbers that match your BESS or EV charger documentation. We offer flexible white-label services, keeping the KRIPAL name off the product to ensure your brand remains the primary equipment manufacturer.
Direct DC Engineering Dialogue
BESS integrators and EV OEMs benefit from direct communication with our dedicated DC engineering team. By bypassing general support queues, you receive informed, expert responses regarding DC switching parameters without escalation delays.
Frequently Asked Questions
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