Shelly Smart Door And Window Sensor With Lux Meter (EOL)
Shelly Smart Wi-Fi Relay With Power Metering, 1 Channel, 16A (EOL)
Shelly Temp Sensor DS18B20 1m Temperature Sensing Cable
Shelly Temperature Add-On For Shelly 1/1PM (Excluding Probes) (EOL)
Shelly Vintage ST64 (E27) Dimmable Smart Bulb (EOL)
Shelly Wi-Fi Relay (10A X 2 Channel) With Power Monitoring (EOL)
Shielded RJ45 Inline Connector (Female - Female)
This shielded RJ45 inline connector provides a secure female-to-female link for network cabling. The metal housing offers electromagnetic interference protection for stable data transmission. It is designed to extend or repair Cat5e and Cat6 cables while maintaining signal integrity in environments with high electrical noise.
Shoto 48V 100Ah (4.8kW) LiFEPO4 Cyclic Battery | SHO-SDA10-48100-L5
High energy density: more energy with less weight and footprint High charge currents (short charge period) High discharge currents Long battery life (up to three times the battery life of a conventional battery) High efficiency between charging and discharging Higher continual power available Wide operating temperatureÂ
Shoto Lithium Battery - Cyclic - (16S) 51.2V 100Ah 5.12kW
SIAE 17GHz Dish - 120cm
The SIAE 17GHz Dish with a 120cm diameter is engineered for high-frequency point-to-point microwave links. This parabolic antenna provides precise signal focusing for 17GHz band operations, ensuring reliable data transmission over long distances. The 120cm aperture delivers high gain and narrow beamwidth, reducing interference and improving link stability in South African telecommunications networks. Constructed for outdoor durability, it supports standard mounting configurations for fixed wireless access and backhaul applications.
SIAE 17GHz Dish - 30cm
The SIAE 17GHz Dish is a 30cm parabolic antenna designed for high-frequency microwave transmission. This unit provides precise signal focusing for point-to-point wireless links operating at 17GHz. The 30cm diameter ensures optimal gain for stable data transfer over designated distances. It is suitable for telecommunications infrastructure requiring reliable high-bandwidth connectivity.









