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The Rheidon Tech PC200 Charger comes with a cable and a standard Type 2 plug, making it compatible with all battery electric vehicles (BEVs) and plug-in hybrid electric vehicles (PHEVs) from any brand that supports Type 2 charging. Older EV models with a Type 1 plug can also be charged using a Type 1 to Type 2 adapter.

All Rheidon Tech chargers are equipped with Type A + DC 6 mA With Protective Conductor Monitoring.

In addition to standard safety protection features, the PC200 3K6 is equipped with NTC temperature monitoring at the plug end. If abnormal temperature conditions are detected, charging will automatically stop and will only resume once the temperature drops to a safe level, ensuring protection for the entire charging system.

Yes, it is safe. The Schuko plug included with the PC200 3K6 is equipped with NTC temperature monitoring. If abnormal temperature conditions are detected, charging will automatically stop and will only resume once the temperature drops to a safe level, ensuring full protection for the charging system.

In actual customer installation conditions, the grid is not grounded everywhere.
Especially in areas with high safety requirements or permafrost areas, isolation transformers are used to eliminate the risk of electric shock in terminal equipment.
In order for RT to work in these areas, ground detection can be deactivated. It is also suitable for networks where grounding cannot be detected (for example in Norway).

IP (International Protection) defines the level of protection electrical equipment has against various environmental factors. This rating primarily measures the entry of foreign bodies and water.

The IP65 protection level ensures a safer charging experience, offering complete protection against dust and the ability to withstand water jets from any direction. This level of protection can prevent splashing and withstand heavy rainfall, providing reliable performance even in challenging conditions.

The PC200 3K6 is a plug-and-play charger, meaning no electrician is required. Simply plug it into a compatible socket, and you’re ready to start charging.

All Rheidon Tech Chargers are rated IP65, offering strong protection against dust and water, so no additional weatherproofing is required. They are designed to perform reliably in temperatures ranging from -30°C to +50°C.

However, for optimal performance, avoid installing the charger in areas with excessive heat, such as locations exposed to prolonged direct sunlight. Overheating may trigger the built-in overtemperature protection, which could reduce charging efficiency.

All Rheidon Tech Chargers are equipped with an integrated residual current device (RCD) to ensure safety. This includes:
Type A RCD + DC 6 mA protection (6 mA DC and 30 mA AC).
Protective conductor monitoring for added safety.

Installation Guidelines:
Adhere strictly to local building and electrical installation regulations.
We recommend using miniature circuit breakers (MCBs) with the following specifications:
For 16 A or 32 A circuits, use MCBs with B or C characteristics.
For three-phase connections, use 3- or 4-pole MCBs.
For single-phase connections, use 2-pole MCBs.

A miniature circuit breaker (MCB) protects your wiring by automatically shutting off the circuit when excessive current flows, preventing overheating or damage. The recommended cable sizes for the Rheidon Tech Charger depend on the maximum current and installation method:

For maximum current of 32 A:
6 mm²: Surface-mounted cables (not embedded in walls).
6-10 mm²: Cables installed within conduits.
10 mm²: Cables embedded in insulated walls.

For maximum current of 16 A:
2.5 mm²: Surface-mounted cables.
4 mm²: Cables installed within conduits.
10 mm²: Cables embedded in insulated walls.

Important Notes:
The final cable size should be determined by a qualified electrician, considering the specific installation conditions.
Electricians must also account for the simultaneity factor, which assumes the cable operates at full load continuously. This factor is essential for accurate cable sizing.

The selection of an MCB depends on the current rating and phase configuration of the Rheidon Tech Charger:
32 A Three-Phase: Use a 3- or 4-pole 32 A MCB (suitable for 22 kW Rheidon Tech Charger).
16 A Three-Phase: Use a 3- or 4-pole 16 A MCB (suitable for 11 kW Rheidon Tech Charger).
32 A Single-Phase: Use a 2-pole 32 A MCB (suitable for 22 kW Rheidon Tech Charger).
16 A Single-Phase: Use a 2-pole 16 A MCB (suitable for 11 kW Rheidon Tech Charger).

Recommendation:
Choose miniature circuit breakers with B or C characteristics for optimal performance and protection.

For the 22 kW Rheidon Tech Charger ,the charger allows you to set the current between 6 A and 32 A.
For the 3.6 kW and 11 kW Rheidon Tech Charger, the charger allows you to set the current between 6 A and 16 A.

You can also lower the power setting if needed.

To use the charger at full power:
The 22 kW charger requires a 32 A fuse.
The 3.6 kW and 11 kW charger requires a 16 A fuse.

Important Notes:
The vehicle’s On-Board Charger (OBC) plays a crucial role in determining the maximum charging speed, as different vehicles support varying AC charging rates.

Higher current (more amps) allows for faster charging.
Lower current offers more efficient charging, helping extend battery life and stabilize the power grid.
Please note that the vehicle may limit the actual charging power, meaning it could be lower than the charger’s maximum capacity.

For more information on the factors affecting EV charging speed, feel free to visit our blog.

No, the chargers from Rheidon Tech are maintenance-free.

If you encounter a technical issue that cannot be resolved using the user manual, FAQ, or troubleshooting guide, please contact our technical support team.
Support is available via chatbox on our website, email : grace@lifud.com . In many cases, issues can be resolved without requiring repairs.

Before taking any action, contact Rheidon Tech customer service for guidance on how to proceed. For safety reasons, Rheidon Tech Chargers that are suspected to be defective must only be disassembled by a qualified electrician, following customer service instructions.

Use a dry, soft cloth. Avoid using high-pressure cleaners or running water directly on the device to prevent damage.

The Rheidon Tech Charger is fully compatible with all electric vehicles equipped with a Type 2 plug.
Vehicles with Type 1 plugs can also be charged using the Rheidon Tech Charger by utilizing a Type 1 to Type 2 adapter or cable.

Simply plug the charger into a compatible socket, and it is ready for immediate use.

Ensure the charger is properly connected to a suitable plug and socket. Connect the charger to your EV using the Type 2 cable. Set the charging current by pressing the button, and charging will begin.

Charging begins immediately after the charger is properly connected to the power source and the vehicle.

The charging process will automatically stop once the vehicle’s battery is fully charged.
You can also manually stop charging at any time by stopping the charging process from the vehicle side.

Avoid disconnecting the Rheidon Tech Charger from the power supply while charging is in progress.
If the charger displays any error codes, refer to the user manual to identify and address the issue.

Charging power can be adjusted manually using mechanical or capacitive buttons before charging starts. However, current adjustment is not possible during charging.

The LED display of the Rheidon Tech Charger cannot be deactivated during charging.
However, in standby mode, the display automatically dims and reduces its power consumption after 1 minute of inactivity.

The charged kWh is prominently shown on the display during the charging process.

Yes, the PC200 3K6 includes anti-theft measures in two key areas:

Physical Security of the Charger:
The PC200 3K6 includes a anti-theft bracket and a padlock for physical protection.

Charging Protection:
During the charging process, the cable connecting the charger to the vehicle is locked. This locking mechanism remains active by default after charging, ensuring the cable cannot be removed or misused until unlocked by the user.

Key Differences Between AC and DC Charging:
AC Charging:
AC charging operates at lower power levels and provides a steady, gradual charge to the vehicle’s battery. This generates minimal heat during the process, placing less strain on the battery and resulting in minimal impact on battery aging.

DC Charging:
DC fast charging delivers higher power, causing significant fluctuations in the charging process—from low to high power. This generates substantial heat and places a heavier burden on the battery, which can contribute to faster aging if used frequently.

Why AC Charging Is Gentler on the Battery:
Lower Heat Generation:
The slower speed of AC charging produces less heat, which reduces strain on battery cells and helps preserve the battery’s overall health.

Gentle Power Ratio:
The impact on battery aging is minimized when the ratio of charging power to total battery capacity is low. For example, with an 11 kW charger and a 100 kWh battery, the charging rate is 11%, meaning the battery gains about 10–11% charge per hour. Such a moderate pace ensures minimal wear on the battery.

Tips for Prolonging Battery Life:
Avoid Charging to 100% or Letting it Drop to 0%:
Batteries degrade faster when charged to full capacity or allowed to drain completely. Aim to maintain a charge level between 20% and 80% for optimal lifespan.

Monitor Battery Temperature:
If your EV allows, check the battery temperature before charging. Avoid charging immediately after a long drive when the battery is already warm to reduce additional stress.

Reserve DC Charging for Quick Needs:
Use DC fast charging only for emergencies or long trips when time is a constraint.

Use AC Charging for Routine Needs:
For daily charging, opt for AC charging. Though slower, it is much better for the battery’s long-term health.

Striking the Right Balance:
While slower charging rates are gentler on the battery, excessively slow charging may not be practical for users. Selecting an appropriate charging speed helps maintain battery longevity while meeting your daily charging needs efficiently.