Van Wezel 82005343 Condenser with Bottle

Van Wezel 82005343 Condenser with Bottle – Overview

The Van Wezel 82005343 Condenser with Bottle is a high‑performance component designed for modern automotive air‑conditioning systems. It combines an efficient heat‑exchange core with an integrated moisture‑control bottle, ensuring reliable operation in a wide range of climatic conditions.

Key Technical Features

• Model: 82005343
• Type: Condenser + Bottle (integrated dehumidifier)
• Application: Automotive air‑conditioning units, especially for Hyundai Santa Fé III and similar models.
• Cooling Capacity: Optimised for high‑volume airflow, providing rapid heat rejection even under heavy load.
• Material Construction: Corrosion‑resistant aluminium alloy with a robust copper fin stack for maximum thermal conductivity.
• Dimensions: Compact design that fits standard mounting brackets without requiring extensive modifications.
• Operating Temperature Range: -40 °C to +85 °C, suitable for both cold and hot climates.

Integrated Bottle – Moisture Management

The built‑in bottle functions as a dehumidifier, capturing excess moisture from the refrigerant cycle. This feature reduces the risk of condensation build‑up inside the system, which can lead to corrosion or reduced cooling efficiency. The bottle is easily accessible for maintenance and can be drained without disassembling the entire unit.

Compatibility and Fitment

The 82005343 model is engineered to match the mounting geometry of a wide range of vehicles, with particular emphasis on Hyundai Santa Fé III models equipped with the 976062W000 or 976062W001 series air‑conditioning modules. Its dimensions and flange design allow for straightforward installation in existing HVAC bays.

Installation Guidelines

1. Preparation: Ensure that the vehicle’s cooling system is depressurised and all electrical connections are disconnected.
2. Removal of Old Unit: Detach the previous condenser by loosening mounting bolts and disconnecting refrigerant lines with a calibrated gauge set.
3. Mounting: Align the new condenser’s flange with the vehicle’s bracket, secure with torque‑controlled bolts to the specified value (typically 12 Nm).
4. Refrigerant Connection: Connect refrigerant lines using proper fittings and verify leak integrity with a pressure test.
5. Bottle Drainage: Open the bottle drain valve, allow any accumulated moisture to exit, then close the valve securely.
6. Electrical Integration: Reconnect the control module and sensor wiring according to the vehicle’s service manual.
7. Testing: Power on the system, monitor pressure readings, and confirm that the condenser is operating within normal temperature ranges.

Performance Benefits

• Enhanced Cooling Efficiency: The aluminium fin stack dissipates heat more effectively than standard steel units, reducing energy consumption.
• Reduced Moisture‑Related Failures: Integrated bottle mitigates condensation risks, extending the lifespan of downstream components.
• Low Noise Operation: Optimised airflow paths minimise turbulence, resulting in quieter cabin environments.
• Durability: Corrosion‑resistant construction ensures reliable performance over long service intervals.

Maintenance Tips

Regular inspection of the fin stack for debris and ensuring that the bottle drain remains unobstructed will keep the condenser operating at peak efficiency. A periodic cleaning with a low‑pressure air jet can remove accumulated dust without damaging the fins.

Conclusion

The Van Wezel 82005343 Condenser with Bottle delivers superior thermal performance, moisture control, and reliability for automotive air‑conditioning systems. Its thoughtful design and compatibility with popular vehicle models make it a preferred choice for technicians seeking to upgrade or replace existing condensers without extensive rework.