Power bar Rittal Mini-PLS Geräteadapter 0.16 m, 3-pole, 25 A, 690 V, polyamide housing, white

Rittal Mini-PLS Geräteadapter is a compact 3-pole power bar with a 0.16 m lead, designed for electrical distribution in control cabinets and industrial enclosures. The adapter supports a nominal input voltage up to 690 V and a rated input current of 25 A. Housed in white polyamide, the unit measures approximately 54 mm x 160 mm and is supplied in single-piece packaging to simplify installation and inventory management. The compact form factor and standardized 3-pole connection make it suitable for installations where space is limited and reliable power distribution is required.

Advantages

The polyamide housing offers electrical insulation and mechanical durability while maintaining a lightweight profile. A rated current of 25 A combined with compatibility for voltages up to 690 V enables use in a range of industrial and control applications. Compact dimensions reduce mounting space and allow integration into crowded enclosures. Single-piece packaging and a fixed 0.16 m lead simplify assembly and reduce on-site handling time.

Suitable for

Key specifications

How to use

Install the adapter inside a suitable control cabinet or enclosure and secure it according to the panel mounting guidelines for your system. Connect supply and load conductors to the corresponding terminals following electrical standards and the enclosure wiring diagram. Verify that the connected load does not exceed the rated current of 25 A and that the system voltage does not surpass 690 V. Ensure proper strain relief for the 0.16 m lead and confirm that the polyamide housing remains free from damage before energizing the circuit.

Recommendations

Use the adapter in environments where ambient temperature, humidity, and mechanical conditions meet the requirements for polyamide components and where the 0.16 m lead length is sufficient. For installations with higher current demands, longer cable runs, or different mounting constraints, select an adapter or distribution solution rated for the appropriate current and designed for the specific installation conditions.