The main product under review, MOREK QuickBar pin busbar, 1-phase, 10mm cross-section, type E, 18 modules, is a single-phase pin-type busbar designed for power distribution in electrical switchboards. It is compared with several alternative solutions from the same manufacturer, MOREK, which differ in phase count, contact type (pin or fork), cross-sectional area, module length, and pole count. All products share the QuickBar series, type E configuration, and the intended purpose of ensuring secure connections for modular devices in residential, commercial, and industrial electrical systems.
⚙️ In the specifications comparison table below, we compare the key characteristics of each product: phase or pole count, contact type (pin or fork), conductor cross-sectional area, total length in modules, as well as practical application differences.
| Comparison parameter | MOREK QuickBar pin busbar, 1-phase, 10mm cross-section, type E, 18 modules | MOREK QuickBar 1-phase pin busbar 16mm² type E 15 modules MEP11516A00 | MOREK QuickBar Fork Busbar 1-Phase 16mm² Type E 12 Modules MEF11216A00 | MOREK QuickBar pin busbar MEP31210A00, 3-phase, 10mm² cross-section, type E, 12 modules length | MOREK QuickBar pin busbar, 2-pole, 10mm cross-section, type E, 12 modules, MEP21210A00 | MOREK QuickBar Pin Busbar, 4-phase, 10mm² cross-section, Type E, 8 modules length | Practical conclusion |
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| Product type | Pin busbar | Pin busbar | Fork busbar | Pin busbar | Pin busbar | Pin busbar | Contact shape affects compatibility with modular device terminals. |
| Phase / pole count | 1-phase | 1-phase | 1-phase | 3-phase | 2-pole | 4-phase | Phase count determines the wiring scheme and number of connected lines. |
| Cross-section | 10 mm² | 16 mm² | 16 mm² | 10 mm² | 10 mm² | 10 mm² | Larger cross-section is designed to handle higher current loads. |
| Length (modules) | 18 modules | 15 modules | 12 modules | 12 modules | 12 modules | 8 modules | Length determines how many modular devices can be linked in a row. |
◎ The suitability table below evaluates various usage scenarios and buyer needs to help select the most appropriate busbar for specific electrical engineering tasks.
| Use case | Recommended product | Why |
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| Standard single-phase switchboard assembly for 18 modules with 10 mm² cross-section | MOREK QuickBar pin busbar, 1-phase, 10mm cross-section, type E, 18 modules | Provides a longer row length of 18 modules with a standard 10 mm² cross-section for single-phase networks. |
| Single-phase equipment installation with higher current demands for 15 modules | MOREK QuickBar 1-phase pin busbar 16mm² type E 15 modules MEP11516A00 | Offers an increased cross-section of 16 mm² at a 15-module length for higher current loads. |
| Connecting single-phase modular devices using a fork-type connection for 12 modules | MOREK QuickBar Fork Busbar 1-Phase 16mm² Type E 12 Modules MEF11216A00 | Uses a fork connection type and a 16 mm² cross-section for a length of 12 modules. |
| Power distribution setup in three-phase electrical grids | MOREK QuickBar pin busbar MEP31210A00, 3-phase, 10mm² cross-section, type E, 12 modules length | Designed specifically for three-phase systems spanning 12 modules with a 10 mm² cross-section. |
| Switching two-pole modular apparatus | MOREK QuickBar pin busbar, 2-pole, 10mm cross-section, type E, 12 modules, MEP21210A00 | Engineered as a two-pole component for corresponding wiring diagrams. |
| Compact distribution in four-phase systems | MOREK QuickBar Pin Busbar, 4-phase, 10mm² cross-section, Type E, 8 modules length | Provides four-phase connectivity within a compact 8-module length. |
The main product MOREK QuickBar pin busbar, 1-phase, 10mm cross-section, type E, 18 modules differs from the alternatives by offering a longer row length of 18 modules combined with a single-phase configuration and a 10 mm² cross-section. This option is best suited for projects requiring a greater number of single-phase modular devices bridged in a single line. A buyer should prefer this product over the alternatives if their distribution board specifically requires a long single-phase jumper with standard pin contacts, whereas the other models are tailored for multi-phase networks, different lengths, or fork-type connections.
