From Waterproofing to Temperature Control: JINPAT High-Current Slip Rings Empower Smart Charging Equipment

Q: What are the future development trends for charging piles?

A:

Future new energy charging equipment will evolve towards higher power, greater intelligence, and enhanced reliability. Equipment must not only facilitate rapid power transmission but also ensure safe, long-term operation.

Consequently, high-performance connection components have become a crucial factor in improving the quality of charging equipment.

Q: What technical advantages do JINPAT high-current slip rings offer?

A:

Designed to meet the application requirements of new energy equipment, JINPAT high-current slip rings offer the following advantages:

1. High-current transmission capability

Meets the operational demands of high-power charging equipment.

2. Compact structural design

Reduces the equipment's spatial footprint and simplifies installation.

3. Temperature control system

Mitigates temperature rise during high-current operation.

4. IP65 waterproof performance

Suitable for complex outdoor environments.

Q: What level of protection does the IP65 waterproof rating provide?

A:

The product is validated using water jet testing standards:

Nozzle inner diameter: 6.3mm

Water flow rate: (12.5 ± 0.625) L/min

Spraying distance: 2.5m–3m

Spraying time per unit area: Over 1 minute

Total test duration: 5–10 minutes

This effectively enhances equipment reliability in outdoor environments.

Q: Why choose JINPAT high-current slip rings?

A:

New energy charging equipment requires more than just high-current transmission capability; it demands long-term stability and safe operation. Through structural optimization, waterproof design, and temperature control technology, JINPAT high-current slip rings provide reliable, efficient rotary connection solutions for the charging pile industry.