The BN-p100 is an engine and gear-driven fabric-belt splicing machine with PLC control, built to join conveyor belts quickly and reliably. Its strong gear motor and programmable PLC deliver precise, high-strength splices, fast cycle times, and adjustable settings for different belt types and widths with minimal operator skill. Durable, low-maintenance design and a 1-year warranty boost production uptime and give buyers confidence in performance and after-sales support.
Features:
Total weight <3kg, optimised dimensions, portable and operable by a single person, meeting rapid on-site deployment requirements
Patented heating module achieves rapid heating to operating temperature within 90 seconds, significantly reducing preparation time
Compatible with PVK/PU/PET/nylon fabric belt, accommodating thicknesses from 0.8 to 6mm to cover mainstream substrate tape specifications
Joint tensile strength ≥ 90% of original tape, peel strength > 7N/mm, with waterproof and impermeable properties
Triple protection design (over-temperature power cut-off, overload protection, automatic pressure relief) with CE safety certification
Product parameters:
| Model | YH-P100 |
| Heating area | 100mm*100mm |
| Heating mode | Single-sided heating |
| Bare machine weight | 3KG |
| Machine length | 300mm |
| Machine width | 120mm |
| Machine height | 140mm |
| Maximum temperature | 120℃ Constant temperature |
| Working voltage | 220V |
| Power | 320W |
Here are four-word subtitle options:
The YH-p100 engine and gear-driven motor belt splicing machine with PLC control delivers fast, consistent fabric-belt joins that reduce downtime and prevent seam failures. Its compact, ergonomic frame, modular packaging and industrial-grade components provide stable pressure and temperature control for repeatable, high-quality splices and easy on-site setup. Backed by a one-year warranty and responsive service support, it gives operators predictable uptime, lower maintenance costs and confidence in continuous production.
PLC Engine Belt Splicer
The YH-P100 pairs an engine and gear-driven motor with PLC control to deliver precise, controllable power for splicing fabric-based conveyor belts, supporting consistent connection quality across different materials. Its automated controls, adjustable speed and pressure settings, and dependable clamping mechanism produce faster setup and reduced downtime while a one-year warranty and straightforward maintenance lower total operating risk and cost. Built on a compact, rugged frame with modular components, accessible service points, and integrated safety guards, the machine is designed for durable field use and easy integration into belt maintenance workflows.
Engine Gear Belt Splicer
The YH-P100 is an engine- and gear-driven fabric belt splicing machine designed for connecting fabric-based conveyor belts with precision. It incorporates PLC control to manage temperature, pressure and timing for consistent, high-strength splices in industrial applications. Robust construction, a user-friendly interface and a one-year warranty ensure reliable performance and after-sales support.
Precision, Durability, Efficiency, Control
Built by a seasoned manufacturer with decades of belt-processing expertise, the YH-P100 was designed for robust, consistent fabric-based belt splicing with an emphasis on reliability and simple maintenance. Its engine-and-gear-driven motor combined with PLC control delivers precise, high-torque splicing operations while adjustable heat and pressure settings ensure durable, uniform joins for conveyor belts and other fabric-based applications. Highlights include fast cycle times, compact footprint, touchscreen controls, and safety interlocks plus a one-year warranty; advantages are improved splice strength, reduced downtime, repeatable quality, and lower lifetime operating costs.
Material introduction
The YH-P100's main chassis is constructed from heavy-duty welded steel with a powder-coated finish, giving the machine rigidity and corrosion resistance for industrial environments. Its engine and gear-driven transmission employ heat-treated alloy steel gears, hardened shafts, and sealed precision bearings to deliver durable, low-backlash power transfer. Belt-contact and heating components use wear-resistant materials — ceramic or PTFE-coated heating plates, PU/silicone non-marking rollers, and stainless-steel clamps and guide rails — for consistent splicing and easy maintenance.
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