The TP1.5-2 series stands out for its mechanical versatility and electrical robustness. These components are manufactured with PA66 polyamide, a material selected for its insulation properties and fire resistance, ensuring high stability in demanding industrial environments.

Regarding connectivity, the conductive components utilize high-quality copper alloys, minimizing contact resistance to ensure stable signal transmission. The key parameters of the series are:

• Rated voltage: 500 V.
• Rated current: 17.5 A.
• Wiring capacity: Supports 1.5 mm² cross-sections (equivalent to 26–14 AWG) for both rigid and flexible conductors.
• Pitch: 3.5 mm.
• Stripping length: 8–10 mm.

The system allows the use of accessories such as cross-connection jumpers and marking cards for circuit identification. Furthermore, to prevent accidental disconnections caused by vibrations, the blocks are compatible with the TPP1.5-PR locking clip. The range includes feed-through models and versions for protective earth (PE) connection.

The RST® waterproof connector series provides a complete plug & play solution. It uses pre-wired and factory-tested components. In addition, its mechanical and color coding system (with more than 20 variants) completely eliminates connection errors.

Furthermore, this range stands out for its robustness and continuous electrical reliability. It is certified with IP65, IP66, IP67, and IP68 protection ratings (tested at 3 meters for 2 hours). It also meets IP69 standards, with resistance to high-pressure, high-temperature water and chemical exposure.

It also offers IK07 impact resistance. This is complemented by an advanced longitudinal sealing system, where each contact includes its own seal to prevent capillary water ingress in case of cable damage.

To address these challenges, Memory Protection Devices Inc. (MPD) has launched a new range of high-performance contact probes. These components are also known as spring-loaded pins or pogo pins. The key technical innovation lies in their exceptional combined materials engineering. Thanks to this, the components achieve over 1 million operating cycles. This figure is ten times higher than the industry standard, which is typically around 100,000 cycles. Specifically, this extreme durability is achieved through a structure based on three specific high-quality materials:

• Plunger: Hardened tool steel with gold plating, ensuring excellent corrosion resistance and optimal conductivity.
• Spring: Piano wire with gold plating, providing consistent mechanical performance and low signal resistance.
• Barrel: Phosphor bronze with gold plating, providing superior structural strength and protection against continuous wear.

The new 1.27 mm pitch (half-pitch) DIP switches from Schurter’s DTCD and DTCJ series are presented as the ideal solution for space-critical SMT applications. Thanks to their low-profile design with a height of just 2.2 mm, these components enable up to 46% PCB space savings compared to conventional 2.54 mm solutions.
From a technical standpoint, the two series differ in terminal type: the DTCD series features SMD gullwing terminals, while the DTCJ series uses J-bend terminals. Both models are built with a black plastic housing, white actuator, and copper alloy contacts/terminals with gold plating, ensuring stable electrical performance of up to 100 mA at 50 VDC (steady-state) or 25 mA at 24 VDC (frequent switching conditions).

• Pitch dimensions: 1.27 mm half-pitch for surface mount (SMD/SMT) assembly.
• Position options: available in 2, 4, 6, 8, and 10-position versions.
• Contact resistance: maximum 100 mΩ initial (up to 200 mΩ after testing).
• Mechanical robustness: service life of up to 1,000 mechanical actuations with an operating force of ≤5 N.
• Actuator options: standard recessed actuator (H2) or recessed actuator with Mylar sealing (H3).
• Temperature range: certified operating and storage temperature from -40 °C to +85 °C.

The Raystar RFN02860A2 series features a bar-type format with a 2.86-inch diagonal and a resolution of 376 × 960 pixels. Thanks to IPS technology, these modules ensure optimal color accuracy and 85°/85°/85°/85° viewing angles.

On the other hand, a key point for technicians is its combined 3‑wire SPI + 24‑bit RGB interface with an ST7701P controller. In addition, the entire range supports an extended temperature range from –30 °C to +85 °C. Therefore, the device ensures consistent optical stability in critical industrial environments.

The series is composed of three main variants depending on the brightness and interactivity requirements of the project:

• RFN02860A2A0WWDNN00: standard brightness of 600 cd/m², glossy (glare) surface, and dimensions of 31.2 × 76.6 × 2.63 mm without touch panel.
• RFN02860A2A0WHDNN00: high brightness of 1,000 cd/m² for maximum outdoor readability, with a slim 2.23 mm profile and no touch panel.
• RFN02860A2A0WHDNA00: high-brightness version with 900 cd/m², featuring a projected capacitive touchscreen (PCAP) and optical bonding technology, with dimensions of 40.2 × 84.3 × 3.85 mm.

The VLMRGB1500 integrates three LED chips (red, pure green, and blue) based on next‑generation AlInGaP and InGaN technologies. Each chip features independent control thanks to its common‑anode, separate‑cathode configuration, allowing precise adjustment of each color’s intensity and enabling the generation of any tone within the CIE 1931 color space triangle.

Its 0404 package (1.0 mm × 1.0 mm × 0.65 mm) reduces size by 70% compared to a PLCC‑4, making integration easier in compact equipment and applications where space is critical. In addition, the device is binned by reel for luminous intensity and color, ensuring production uniformity.

In terms of performance, the VLMRGB1500 delivers: luminous intensity up to 252 mcd at 5 mA (pure green), a ±60° viewing angle, forward voltage of 1.5–2.15 V (red) and 2–3.2 V (green/blue), ESD resistance of 2 kV for red and 1 kV for green and blue, full IR‑reflow compatibility, and high reliability across a –40 °C to +85 °C operating range.

The device is fully compatible with equivalent RGB LEDs on the market, allowing direct drop‑in replacement without modifying the PCB or the control circuitry.

The SCHURTER 5180 is an IEC C14 or C18 connector with an integrated filter, developed in accordance with IEC 60320 and IEC 60529 standards. Its design incorporates multiple sealing gaskets that ensure complete sealing toward the inside of the equipment, achieving an IP67 protection rating. This makes it an ideal choice for devices exposed to fine dust, moisture, or intensive cleaning processes.

The system is complemented by the new blue V‑Lock cable, which incorporates dedicated sealing elements and a retention mechanism that prevents accidental disconnections. When both components are used together, the assembly achieves IP54 protection, ensuring resistance to splashes and particles.

The 5180 is available in standard and high‑performance versions. The latter incorporate nanocrystalline cores in the coils, which significantly improve attenuation and electromagnetic interference behavior. In addition, SCHURTER offers variants with X1 and Y1 capacitors, high‑inductance versions, and models with a metal flange for front or rear mounting.

The range includes options for medical applications, complying with IEC/UL 60601‑1 (1 MOOP, 1 MOPP), as well as Class II versions suitable for environments requiring 2 MOPP.

SELOS WTPN terminal blocks combine direct-insertion technology with a compact design and a high-performance contact system. They enable fast, tool-free connections with high contact force and vibration resistance. By eliminating wiring steps and reducing maintenance, Push-In technology facilitates a more streamlined and repeatable assembly process, especially in mass production or high-density wiring projects.

Advantages: Fast tool-free wiring, maintenance-free, vibration-resistant, clean and clear marking, digital configuration.

The MSS-IO is based on a completely wear-free resistive detection principle. Instead of using capacitive technology or mechanical mechanisms, actuation is detected through a precise change in electrical resistance. This approach allows for the detection of minimal pressure changes (operating force of 1 to 3 N) while maintaining the robustness required for continuous industrial processes. With a lifetime exceeding 20 million actuations and no moving parts, maintenance is minimized and long-term reliability is maximized.

The addition of the IO-Link interface enables bidirectional communication, in-operation parameterization, and real-time diagnostics. Connection is made via a standard M12 connector, simplifying integration into existing architectures. This opens the door to predictive maintenance strategies and advanced device condition monitoring, reducing downtime and improving system traceability.

The OpTIM® range consists of high-performance materials. These products are engineered to maximize thermal conductivity while optimizing mechanical conformability between surfaces. Additionally, these TIMs come in different formulations that balance compressibility and mechanical stability. This variety allows the material to adapt perfectly to various design and assembly scenarios.

Additionally, these components are manufactured under ISO 9001 certification in Dongguan, China. They are supported by technical assistance in North America and Europe, ensuring consistent quality and global availability. Schlegel also offers die-cutting into almost any shape, enabling direct integration into mechanical designs and reducing assembly time.

As a result, engineers can optimize the thermal interface without resorting to complex solutions, significantly contributing to a reduction in the system’s total cost.

SCHURTER addresses these needs with the new EKO series, a range of high-voltage fuses designed for high-performance industrial and energy applications. The series covers rated voltages up to 1000 VDC, reaching 1250 VAC in certain versions. It also offers current ranges from 50 A to 1100 A. With a breaking capacity of up to 50 kA in DC and up to 100 kA in AC for selected models, it ensures a high level of safety even under severe fault conditions.

From a construction standpoint, EKO fuses feature a high-strength ceramic body and tinned copper alloy terminals. This ensures long-term electrical and mechanical stability. They are also designed to operate in demanding environmental conditions, withstanding vibration, mechanical shock, chemical exposure, and a wide temperature range from −40 °C to +125 °C. Additionally, the series offers various mounting options—Flush End, DIN-Rail, US Style Bolted Tag, and Bolt-on—to facilitate integration into different system designs. As an option, visual indicators and a microswitch can be added for fuse status monitoring.

The GT212D-3.81 is a terminal block featuring a push-in spring connection that enables fast, tool-free wiring. Thanks to this system, installation times are significantly reduced compared to traditional screw-type solutions. Simply inserting the conductor provides a secure and reliable connection—an obvious advantage in assembly lines, control panels, and electronic systems with high repetition rates.
In addition, its front-entry operation, with wiring and handling from the same side, simplifies the design of compact panels and high-density PCBs. At the same time, the 3.81 mm pitch ensures compatibility with standard PCB layouts for both signal connections and low- to medium-power supply lines.