Z Link Plate

Product Introduction:

The Z-Link Plate, also known as a Z-Link Current Collector Plate, is a specialized component used in electric systems to collect and distribute current. It is designed for applications requiring efficient current transfer with minimal energy loss, such as in electric vehicles, trams, and other rail systems.

Product Details:

• Material: Constructed from hot dip galvanized steel, which provides exceptional corrosion resistance and strength.
• Design: The Z-shaped structure of the plate allows for a larger contact area, enhancing the efficiency of current collection.
• Application: Suitable for use in dynamic electrical systems where a reliable and consistent current collection is required, such as overhead lines for power transmission to moving vehicles.

Structural Features:

1. Z-Shaped Design: The unique Z-shape facilitates better contact with the current collection system, reducing wear and improving energy transfer.
2. High Conductivity: Made from materials with high electrical conductivity to ensure efficient current flow.
3. Durability: Constructed to withstand the mechanical stress and vibrations associated with dynamic current collection environments.

Installation Process:

1. System Assessment: Evaluate the current collection system to determine the appropriate placement and sizing of the Z-Link Plate.
2. Proper Alignment: Install the Z-Link Plate in the designated area, ensuring correct alignment with the current collection infrastructure.
3. Secure Mounting: Mount the plate securely to the support structure, using appropriate fasteners to prevent movement during operation.
4. Verification: After installation, verify the electrical connection and the plate’s positioning to ensure optimal current collection.

Applicable Environmental Conditions:

1. Temperature Range: Capable of operating within a wide temperature range, such as -50°C to +150°C, to accommodate various climatic conditions.
2. UV and Weather Resistance: Designed to resist ultraviolet radiation and withstand exposure to different weather elements, including rain, snow, and wind.
3. Chemical Resistance: The Z-Link Plate is resistant to common environmental chemicals and pollutants, preserving its conductivity and structural integrity.
4. Humidity Tolerance: Engineered to perform well in high humidity environments, crucial for areas with frequent rainfall or high moisture levels.

Specifications