PV1-F
Single-core tinned copper cable with XLPO insulation and sheath. State system voltage, cross-section and the required standard to select the matching PV1-F documentation.
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PV1-F
PV1-F is a single-core tinned copper cable with XLPO insulation and sheath for DC-side photovoltaic connections. Include system voltage, design current, route length and installation method in your enquiry to establish the required cross-section. The selected configuration is confirmed against documents specific to PV1-F.

Single-core tinned copper cable with XLPO insulation and sheath. State system voltage, cross-section and the required standard to select the matching PV1-F documentation.
Request a quote · PV1-F| Reference construction | Single core; tinned copper conductor; XLPO insulation and XLPO sheath. |
|---|---|
| Documented specification example | The PV1-F 1×16 mm² sheet lists 119/0.4 mm conductor construction and 2PfG 1169/08.07. This sheet is not evidence of certificate coverage for every size. |
| Voltage in the 2020 PV1-F record | AC U₀/U 0.6/1 kV; DC 1.8 kV is labelled maximum permitted voltage, not an unconditional rated-voltage claim. |
| Size scope in the 2020 record | 1×2.5–6.0 mm²; match the order model and size to current documentation. |
| Current-carrying capacity | Depends on temperature, installation method, grouping and the configuration's thermal limits. No universal maximum current is stated. |
No. Both names occur in solar cable documentation, but they identify separate products. EN 50618, voltage values and certificate scope for H1Z2Z2-K must not be transferred to PV1-F. Specify the required model and match its own technical and certification documents.
The PV1-F record dated 9 June 2020 lists 1×2.5–6.0 mm², AC 0.6/1 kV and DC 1.8 kV as maximum permitted voltage; it also states that it is not valid for the EU. These are historical document details, not confirmation of current certificate status or supply scope.
Provide system voltage, design current, route length, voltage-drop limit, ambient temperature and installation method. Check cross-section, connectors and thermal limits together. An ampere value without installation conditions is not enough for cable selection.