Noark E-mobility

NOARK Wall-Mounted EV Chargers – Reliable Power for Everyday Use

With the rise of electric vehicles, infrastructure must match pace. NOARK’s wall-mounted charger series (for example, Ex9EV) supports single-phase and three-phase connection, charging currents up to 32 A, and includes built-in Type B residual current protection to detect DC leakage
Typical key parameters: power up to 22 kW (3-phase 400 V × 32 A), IP44 rated for indoor/outdoor, cable with Type 1 or Type 2 plug included.
Procurement decisions should verify: socket type (Type 1 vs Type 2), communication interface (RS-485, Modbus), dynamic load-management readiness, and compatibility with building wiring (single-phase/three-phase). Not doing so may require rewiring or limit future expansion.

NOARK EV Accessories & Charging Modules – From Cable to Control

To complement charging stations, NOARK offers cable chargers and modules designed for flexibility. For example, the Ex9EVC series of mobile cable chargers allows 8-32 A current settings and Type 1/Type 2 connectors.
Beyond hardware, accessories include load-balancing DLB modules and integrated protection units. The advantage: fewer separate devices, reduced wiring complexity and better integration into smart grids. Engineers should review: charging current settings, cable length and certification, built-in RCCB specifications, and modular upgrade options for future vehicles.

NOARK E-Mobility Solutions for Commercial & Industrial Deployments

While home chargers address everyday needs, NOARK also supports higher-duty installations. Their product news highlights MCCBs and power-distribution components tailored for EV-charging stations, handling capacities up to 1500 V DC or 800 V AC where required.
For large-scale installations (parking, corporate fleets), key evaluation factors are: feeder circuit capacity, EV charge-point count, protection coordination, communications back-end, and spares strategy. Standardising on NOARK ensures consistent configuration, faster rollout and simplified maintenance.

Specification Checklist for E-Mobility Procurement

Before ordering, ensure you’ve evaluated:

• Maximum charging current and connector type (10 A to 32 A; Type 1 or Type 2)
• Built-in protection: Type B RCCB, DC leakage detection, ground-fault detection
• Communication and integration: load-management support, RS-485 or ethernet interface
• Environmental rating & quality: IP44-IP66, housing material, temperature range (-25 °C to +50 °C)
• Future-proofing: modularity, spare-parts continuity, upgrade path for three-phase power
  Ignoring any of these criteria often leads to costly rework, increased downtime or limited expansion.

Why Choosing NOARK E-Mobility Delivers Value

Integration and consistency drive value. Companies using NOARK for their EV-charging infrastructure report fewer vendor interfaces, standardised parts across buildings, and predictable service cycles. NOARK’s factory-tested chargers and accessories reduce commissioning error, simplify warranty handling and align with global EV-standards.
For example: the built-in Type B RCCB dramatically reduces the risk of DC-leakage faults in EV charge-points—an often-overlooked detail in mixed-brand installations.

B2B Supply & Project Support via Bank of Lamps

Bank of Lamps offers the full NOARK e-mobility line—from wall-mounted chargers and cable modules to accessories and ancillary equipment—with Europe-wide delivery and project-scale support for integrators, fleet operators and commercial buyers.

Why Partner with Bank of Lamps

• Customised B2B pricing for project volumes and repeat orders
• Dedicated account manager experienced in EV-infrastructure roll-out
• Real-time stock visibility across multiple fulfilment centres
• Quotations typically within 1 hour
• Easy ordering via EAN/MPN lists for accuracy
• Downloadable, up-to-date price-lists for procurement teams
• Transparent lead-time tracking from order to dispatch