'din rails'

The Dollex Cable Tie Gun is a professional tool designed for precise tensioning and cutting of cable ties. Featuring adjustable tension settings and an ergonomic handle, it ensures secure bundling without damaging cables. Suitable for electricians, installers, and maintenance technicians, this durable tool enhances efficiency and safety by providing clean, consistent cuts and preventing overtightening—making cable management faster and more reliable.

Dollex Steel Cable Ties offer superior strength and durability for heavy-duty bundling and securing applications. Made from high-grade stainless steel, these ties resist corrosion, heat, and harsh environmental conditions, making them ideal for industrial, marine, and outdoor use. With easy installation and a secure locking mechanism, Dollex Steel Cable Ties provide reliable, long-lasting performance for demanding cable management needs.

The Dollex HX 50-B Cutter is a robust, heavy-duty cutting tool designed for precise trimming of electrical cables and medium to heavy-duty wires. Featuring sharp, durable blades and ergonomic, non-slip handles, it ensures clean cuts with ease and safety. Built for professional electricians and industrial use, the HX 50-B delivers long-lasting performance, comfort, and reliability for demanding wiring and maintenance tasks.

Dollex Wireless Crane Remotes provide safe and efficient remote control solutions for overhead cranes, hoists, and heavy machinery. Featuring reliable wireless communication, ergonomic design, and rugged construction, these remotes ensure precise operation from a distance, enhancing operator safety and productivity. Easy to pair and operate with long battery life, Dollex crane remotes are ideal for industrial environments demanding mobility and secure control.

The Dollex ST3P A-B Timer is a high-precision analog timer designed for delay and control applications in automation systems. Featuring adjustable time ranges, stable operation, and durable construction, it is ideal for use in control panels, motor start sequences, and industrial machinery. With easy dial setting and secure socket mounting, the ST3P A-B offers dependable performance and long-term reliability in demanding environments.

Dollex PID Temperature Controller offer precise and stable temperature regulation for industrial heating and cooling applications. Featuring intelligent PID algorithms, digital displays, and user-friendly programming, these controllers ensure accurate control, energy efficiency, and process consistency. Compatible with thermocouples and RTDs, Dollex PID controllers are ideal for ovens, plastic molding, packaging, and HVAC systems—delivering reliability, fast response, and long service life.

Dollex offers the NR2 Series Overload Relays, designed to protect motors from overload, phase failure, and unbalanced currents. Suitable for AC circuits up to 660V, these relays feature adjustable current settings, manual/automatic reset options, and compact DIN-rail mounting. Ideal for use with contactors, the NR2 series ensures reliable motor protection, increased safety, and long operational life in industrial and commercial applications.

The YBLX-K3/20S/T from Dollex Control Panel Accessories is a compact, high-precision limit switch designed for reliable mechanical position sensing. Built with a durable enclosure and equipped with a plunger actuator, it ensures accurate and repeatable performance. Ideal for compact machinery, automated systems, and industrial panels, this switch offers excellent mechanical life, easy mounting, and consistent operation in demanding control environments.

The YBLX-ME/8104 from Dollex Control Panel Accessories is a high-precision limit switch designed for accurate position detection in industrial automation systems. With a robust die-cast housing and roller lever actuator, it offers reliable mechanical performance and long operational life. Ideal for control panels, elevators, and machinery, this switch ensures stable operation, easy installation, and consistent switching accuracy even in demanding environments.