1911-2301-86-125

Product Description:

The 1911-2301-86-125 unit is an industrial component designed for durability and consistent performance in demanding environments. It’s constructed with stainless steel and features a high-grade polymer overmold, providing enhanced protection against wear and tear through rigorous use. This design is particularly well-suited for industrial automation settings where reliability is key by resisting corrosion from exposure to harsh chemicals but keeping long term functionality. The unit is part of the FDD Units series, known for incorporation through sturdy designs and dependable operation. The design ensures longevity, making it suitable through a spectrum of industrial applications where robustness cannot be traded for cost.

The 1911-2301-86-125 FDD unit provides a versatile operating range to accommodate demanding requirements. It can operate through temperatures ranging from -20C to +100C, enabling its usage in both cold environments and high temperature production settings. It supports a voltage rating of 400V AC and a current rating of 12 A, making it compatible through standard industrial electrical systems by ensuring appropriate power delivery. The unit has been pressure tested for operations up to 150 PSI. The overall dimensions are 86 mm x 125 mm x 40 mm, for installation where space can be extremely restricted by ensuring easy integration into existing layouts.

Engineered for long term performance, the 1911-2301-86-125 has demonstrated exceptional cycle endurance of 5000 operational cycles, guaranteeing reliable performance over extended use. Despite its robust construction, the unit maintains a reasonable weight of 4.5 kg, simplifying handling and installation for workers through different industrial environments. The combination of stainless steel, polymer overmold, and tested endurance levels ensures consistent performance across different working conditions, helping reduce downtime and improving overall system reliability through every application it is installed in.