H07BZ5-F AC Charging Cable
TUV EN/IEC Electric Vehicle AC Charging Cable H07BZ5-F 62893 IEC 123
- Applicable for electric vehicle AC charging
- Lifetime of 25 years and certified by TUV/IEC/CE/CPR
- Able to charge the electric vehicle and establish communication with it.
- Within 200km, it will be delivered in 7 days.
- Fast Sample Processing with Customized Solutions
- High-Quality Materials
- Affordable Price Options
- Global Delivery
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Product Description
Discover the Product Description and Specifications for the H07BZ5-F AC Charging Cable.
H07BZ5-F series: Rated at 450/750V for high-output Three-Phase power. It meets HAR standards up to 35mm²—specifically for 22kW Mode 2 and 43kW Mode 3 AC charging. Core build consists of flexible Class 5 copper and rubber insulation. Includes integrated 0.5mm² CP and 1.0mm² CC signal wires for digital protocol handshake. The assembly is encased in a halogen-free PUR (Polyurethane) sheath. PUR is used here specifically to block oil, grease, and mechanical tearing. Engineered for permanent outdoor setup. It holds up under extreme temp gradients and harsh abrasion on garage floors. Note: Standard compliance per EN 50620.
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Advantages
Discover the benefits of the H07BZ5-F AC Charging Cable
Mechanical Resilience: H07BZ5-F construction. Tested for heavy-cycle handling. The PUR jacket prevents surface tearing and maintains high flexibility under constant reeling/unreeling.
Integrated Safety: Protocol Handshake. Uses dedicated CP (Control Pilot) and CC (Control Confirmation) signal cores. These actively manage the charging state to prevent thermal runaway and circuit faults.
Power Delivery: 3-Phase Efficiency. Rated for 450/750V. Specifically optimized for high-current loads (22kW/43kW) to reduce energy loss as heat during fast AC charging cycles.
Interface Standard: Universal EVSE Fit. Meets EN 50620 harmonized standards. Compatible with all Type 2 and Type 1 vehicle inlets for global secondary distribution networks.
Specification Of H07BZ5-F AC Charging Cable
| Cable Construction | |
|---|---|
| Conductor | Fine oxygen-free copper wire, in accordance with IEC/EN 60228 Class 5 soft copper wire |
| Insulation | EVI-1 or EVI-2 in accordance with IEC/EN requirements |
| Color identification | Complies with the color insulation identification described in EN50525-1:2011 |
| Twisting | The components are twisted together |
| Shielding: | Copper wire shielding (optional) |
| Outer Sheath | EVM-1 or EVM-2 in accordance with IEC/EN requirements |
| Sheath color | Black (optional) |
| Nominal Voltage | 450/750V |
| Test Voltage | 3500V/15min |
| Storge Temperature Rating | 45℃ |
| Service Life | Expected life span≥25 years |
| Bending Radius | 6D (D: Cable diameter) |
| Maximum operating temperature of conductor: | 90℃ |
| Minimum installation environment temperature: | -35℃ |
| European standard | EN50620:2017 and IEC62893-3 requirements |
| Flame retardant | compliant with EN60332-1-2:2004/A1:2015 |
| Weather Resistance/UV Resistance | according to EN50620 Annex F |
| Acid and alkali resistant | in line with EN50620 Annex D |
| Mineral oil resistant | according to EN60811-404 |
| Tear-resistant | compliant with EN50396:2005 |
| Certification | TUV/IEC/CE/RoHS |
Dimensions/Parameters
The EVC Charging Cable H07BZ5-F is an AC charging cable. The common cable size is 3G1.5…35+Nx0.5…1.0 and 4…5G2.5…35+Nx0.5…1.0 mm²
| model | Specification | Insulation Materials | Sheath material | Sheath material | Reference current A | Finished product outer diameter mm |
|---|---|---|---|---|---|---|
| H07BZ5-F/62893 IEC 123 | 3×2.5+1×0.5 | Halogen-free compounds | TPU | 2 or 3 (three-phase) | 20 | 10.5 |
| 3×6+1×0.5 | Halogen-free compounds | TPU | 2 or 3 (three-phase) | 38 | 13.2 | |
| 3×2.5+2×0.5 | Halogen-free compounds | TPU | 2 or 3 (three-phase) | 20 | 10.5 | |
| 3×6+2×0.5 | Halogen-free compounds | TPU | 2 or 3 (three-phase) | 38 | 13.2 |
Certifications Of H07BZ5-F AC Charging Cable
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Production Processes Of H07BZ5-F AC Charging Cable
At our facility, we’ve moved away from the old ways of manual assembly to a fully digital, smart floor. The goal was simple: stop human errors before they happen. By shifting to a no-touch setup, we can keep things consistent and make sure the cables are more dependable for long-term use.
We don’t just rely on a final check at the end. Instead, we’ve built testing right into the line. We use “digital eyes”—intelligent image sensors and laser tech—to monitor every centimeter of the cable as it’s being made. These lasers catch tiny size differences that a person might miss. If a batch doesn’t hit our performance marks in the system, it doesn’t ship. It’s a strict, digital-only verification process that keeps our quality levels steady for every customer.
Packing For Shipment
There are numerous packaging techniques that can be used to cater for different transportation requirements.
Have more questions?
Q: What is the deal with the H07BZ5-F cable?
A: Think of it as the “heavy-duty” link for EV charging. It’s a 450/750V rated cable that connects your car to the AC station. We build it with high-grade copper and a super-tough PUR jacket so it doesn’t fail when things get messy at the charging dock.
Q: Does it actually meet international standards?
A: Yes, across the board. It hits EN 50620 and IEC specs perfectly. We also make sure every batch follows the HAR (Harmonised) rules—this is a must-have for safe use in the EU and elsewhere.
Q: Will it survive outside in the rain or cold?
A: Honestly, that’s where it performs best. The PUR sheath is the secret here. It won’t get “eaten” by oil or grease, and it stays flexible even if it’s freezing. It’s made for those who drag their cables across concrete garage floors daily.
Q: What’s going on inside the conductor?
A: We use Class 5 stranded copper. Specifically, it’s oxygen-free copper. This keeps energy loss at a minimum and ensures the cable stays “bendy” and easy to coil, even after you’ve plugged it in thousands of times.
Q: Can I just leave it outdoors?
A: No problem at all. The jacket is UV-stabilized, so it won’t crack under the summer sun. It also handles rain and snow without a sweat. It’s a true “all-weather” part for your home or a public hub.
Q: Is it safe for the environment (RoHS/CE)?
A: Totally. It’s fully CE marked and RoHS compliant. No nasty stuff like lead or mercury inside. This makes it safe for the user and easy to clear European customs.
Q: H07BZ5-F vs H05BZ5-F—which one do I need?
A: It’s all about the Voltage Class. The H07 is the “big brother” (450/750V) and it’s the standard for 22kW or 43kW three-phase charging. The H05 is a lighter, 300/500V version meant for simpler, single-phase home charging.
Q: Can I install this indoors and outdoors?
A: Both are fine. The jacket is UV-stabilized, so it won’t crack under the summer sun, and the waterproof build handles rain or snow without a sweat. It’s a true all-weather solution for home or public charging hubs.