Supports single-phase 16A/32A and three-phase 16A/32A current, rated voltage 250V/415V. Adopts heat-resistant thermoplastic plastic shell and silver-plated copper alloy terminals to ensure safety and stability.
| Model No. | Rated Current | Cable Specification | Cable Material |
| ZD-IS-AC2.0-32AS | 32A(Single Phase) | 3×6+2×0.75 | XTPO/ELPO |
| ZD-IS-AC2.0-32AT | 32A(Three phase) | 5×6+2×0.75 | XTPO/ELPO |
| ZD-IS-AC2.0-16AS | 16A(Single Phase) | 3×2.5+2×0.75 | XTPO/ELPO |
| ZD-IS-AC2.0-16AT | 16A(Three phase) | 5×2.5+2×0.75 | XTPO/ELPO |
| Specification | Parameter | Specification | Parameter |
| Rated Current | 16A/32A | Casing Material | Thermoplastic |
| Rated Voltage | 250V/415V AC | Terminal Material | Copper alloy, silver plated |
| Insulation Resistance | >500MQ | Operating Environment Temperature | -30℃-+50℃ |
| Contact Resistance | 0.5 mQ Max | Certification | TUV /CE/CB |
| Withstand Voltage | 2000V | Mechanical Lifespan | >10000 |
| Protection Rating | IP54 | Warranty | 24 Months |
| Flammability Rating | UL94V-0 |
At ZDWL, we understand that selecting the right amp rating for your EV charger is crucial for both safety and performance. The amperage defines the maximum current your Type 2 AC outlet socket can safely handle. ZDWL offers a range of options, such as the ZD-IS-AC2.0-32AS and ZD-IS-AC2.0-16AS, with ratings of 32A and 16A respectively. These ratings not only affect how quickly your EV charges but also influence the efficiency of the entire charging process. By choosing the right amperage, you ensure a balance between charging speed and long-term system durability, safeguarding both the charger and the electrical infrastructure.
Determining the ideal amp rating for your home charging setup can depend on multiple factors, including your vehicle’s charging requirements and your household’s electrical capacity. ZDWL’s ZD-IS-AC2.0-32AS (32A, Single Phase) and ZD-IS-AC2.0-16AS (16A, Single Phase) models provide flexibility for different needs. If you have a larger EV or frequently require faster charging times, opting for the 32A rating is beneficial. For everyday use, a 16A system may suffice. It’s always recommended to consult an electrician to ensure that your home can safely accommodate the chosen amperage.
Choosing between 16A and 32A charging involves considering your EV’s charging speed needs. ZDWL’s ZD-IS-AC2.0-32AS and ZD-IS-AC2.0-32AT models provide options for both single-phase and three-phase connections, ensuring compatibility with various vehicle types. A 32A socket can deliver up to 7.2 kW, significantly reducing charging time compared to a 16A socket, which typically provides 3.6 kW. However, faster charging requires a higher capacity electrical system, so it’s important to ensure that your home can handle the increased load.
Voltage and amperage are key to determining the efficiency and speed of your EV charger. ZDWL’s ZD-IS-AC2.0-32AS model, with a 32A rating, delivers faster charging due to its higher amperage. While the ZD-IS-AC2.0-16AS model offers a slower but adequate 16A charging option, both are designed to optimize power delivery without overloading your system. Voltage (250V for 16A and 415V for 32A versions) affects how much energy is transferred, while amperage controls the flow rate. With the right setup, you can enjoy faster charging times while ensuring system stability and efficiency.
Type 2 AC outlet sockets are the standard for residential EV charging and play a critical role in your charging system. ZDWL’s Type 2 sockets, such as the ZD-IS-AC2.0-32AS and ZD-IS-AC2.0-16AS, are designed to work seamlessly with various electric vehicle models. These sockets support single-phase and three-phase configurations, offering flexibility for different installation environments. With IP54 protection rating and high-quality materials, such as thermoplastic casing and copper alloy terminals, ZDWL ensures that these sockets remain durable and reliable for both indoor and outdoor use.
When deciding between standard and high-power Type 2 AC outlets, consider your EV’s charging speed needs. ZDWL offers ZD-IS-AC2.0-32AS and ZD-IS-AC2.0-32AT models for those who require high-power, faster charging. For those with standard charging needs, the ZD-IS-AC2.0-16AS and ZD-IS-AC2.0-16AT are excellent choices. The 32A outlets deliver up to 7.2 kW of power, reducing charging times significantly compared to the 16A versions, which deliver around 3.6 kW. The right choice depends on the vehicle’s battery capacity and how quickly you need it charged.
When selecting the appropriate amp rating, it’s essential to consider the specifications of your electric vehicle. Larger EV batteries often require higher amperages for faster charging. ZDWL offers two amp rating options—16A and 32A—across both single-phase and three-phase configurations. For instance, the ZD-IS-AC2.0-32AS (32A, Single Phase) is ideal for larger EVs, while the ZD-IS-AC2.0-16AS (16A, Single Phase) suits smaller or less power-hungry vehicles. Assessing the charging time and frequency of use will help you choose the right model for your needs.
The amp rating of your Type 2 AC outlet socket has a direct impact on the long-term durability of your EV charger. Higher amperages, like those provided by ZDWL’s ZD-IS-AC2.0-32AS, may result in faster wear over time due to the higher current flow, but when properly installed and maintained, these systems can provide years of reliable service. For smaller, less frequent charging needs, the ZD-IS-AC2.0-16AS offers a lower strain on the system, enhancing longevity. ZDWL’s chargers come with a 24-month warranty and are built for over 10,000 mechanical cycles, ensuring they last longer with proper care.
Overcurrent protection is essential for ensuring the safety of your EV charging system. ZDWL’s Type 2 AC outlet sockets, such as the ZD-IS-AC2.0-32AS and ZD-IS-AC2.0-16AS, come with built-in protection to prevent electrical overloads. Our products are designed to meet stringent safety standards, including TUV, CE, and CB certifications. These chargers feature copper alloy terminals, thermoplastic casings, and a flammability rating of UL94V-0 to minimize risks. With an IP54 protection rating, they are resistant to dust and water ingress, ensuring safe operation in various environments.
What amp Rating should I choose for a standard home charging station?
For standard home charging, 16A is typically sufficient.
Can I upgrade my Type 2 socket for faster charging?
Yes, upgrading to a 32A socket will provide faster charging.
What happens if I use the wrong amp rating for my EV charger?
It can lead to slower charging or potential damage to your electrical system.
How does amperage affect the cost of my home charging installation?
Higher amperage requires more expensive components and installation.
Is there a significant difference in charging speed between 16A and 32A sockets?
Yes, 32A sockets provide faster charging for larger batteries or quicker turnaround.
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