PCB Socket T1 and T2
Raycap PCB Socket T1 and T2 are socket solutions for mounting surge protection modules onto printed circuit boards (PCB). Designed for AC power systems, they can be used with modules having a continuous operating voltage (Uc) up to 880 V AC.
Raycap PCB Socket T1 and T2 are socket solutions enabling direct mounting of surge protection modules onto printed circuit boards (PCB). Designed for AC power systems, they are compatible with modules up to 880 V AC maximum continuous operating voltage (Uc).
This solution is developed for equipment manufacturers (OEMs) who wish to integrate surge protection directly into their device electronics. The protection module mounts directly onto the board, eliminating the need for a separate DIN rail SPD and cabling. This saves space within the product and reduces assembly steps.
Mechanical durability is a key feature: the double solder pin set ensures both ease of soldering and higher mechanical stability; additionally, there are two extra mechanical fastening holes. The module locking mechanism prevents the module from dislodging under vibration and impact. The socket includes a voltage indicator slot and a green/not green fault indicator, along with precise and reliable remote signaling contacts.
- Compact profile for printed circuit board (PCB) mounting
- Compatibility with modules up to 880 V continuous operating voltage (Uc)
- Double solder pin set — mechanical soldering and high mechanical stability
- Two additional mechanical fastening holes
- Module locking mechanism
- Voltage indicator slot
- Fault indicator: green / not green
- Precise and reliable remote signaling contacts
- Vibration and impact resistance
- Separate socket versions for Type 1 and Type 2 modules
PCB Socket T1 and T2 are designed for applications where protection needs to be integrated into device electronics:
- Equipment manufacturers (OEMs) — Manufacturers integrating surge protection into their products at the factory
- Power supply and converter manufacturing — Designs requiring on-board protection
- Inverter and drive manufacturing — SPD integration within compact enclosures
- Control and automation boards — Protection at the supply input
- Lighting drivers — Integrated on-board protection
- Telecommunication equipment manufacturing — Boards used in field cabinets
- Devices operating in vibrating environments — Thanks to locking mechanism and double pins
