| SLS12017T SLS12017T SolaHD - SolaHD™ SL Series Single and Multi Output Power Supplies - PN SLS12017T | SolaHD | | |
| SLCASFCVR SLCASFCVR SolaHD - SolaHD™ SL Series Single and Multi Output Power Supplies - PN SLCASFCVR | SolaHD | | |
| SCP30D12DN SCP30D12DN SolaHD - SolaHD™ SCP Series 30 Watt Switched Power Supplies - PN SCP30D12DN | SolaHD | | |
| SCP30D12BDN SCP30D12BDN SolaHD - SolaHD™ SCP Series 30 Watt Switched Power Supplies - PN SCP30D12BDN | SolaHD | | |
| SLCASHCVR SLCASHCVR SolaHD - SolaHD™ SL Series Single and Multi Output Power Supplies - PN SLCASHCVR | SolaHD | | |
| SDN2024480CD SDN2024480CD SolaHD - SolaHD™ SDN-C Performance DIN Rail Series Power Supplies - PN SDN2024480CD | SolaHD | | |
| SDN524100CX SDN524100CX SolaHD - SolaHD™ SDN-C Performance DIN Rail Series Power Supplies - PN SDN524100CX | SolaHD | | |
| SDN912100P SDN912100P SolaHD - SolaHD™ SDN-P DIN Rail Series Power Supplies - PN SDN912100P | SolaHD | | |
| SCP30D15DN SCP30D15DN SolaHD - SolaHD™ SCP Series 30 Watt Switched Power Supplies - PN SCP30D15DN | SolaHD | | |
| QS5.DNET PULS QS5.DNET is a power supply unit designed for AC/DC conversion with DIN rail mounting. It operates within an ambient air temperature range of -25 to +70°C and is a NEC Class 2 DeviceNet approved unit featuring a DC-OK relay contact output. The unit provides a rated current of 3.8A at 24Vdc and utilizes spring-clamp connections for connectivity. It supports a wide supply voltage range from 85Vac to 264Vac across various nominal values and from 88Vdc to 360Vdc, with specific turn-on and shutdown voltages detailed for both AC and DC inputs. The QS5.DNET, part of the Q-series, measures 40mm in width, 124mm in height, and 117mm in depth, housed in an aluminium casing. It is compatible with single-phase (1AC) or DC networks, offering a rated power of 91.2W and a fixed output voltage of 24Vdc. Protection features include output overvoltage protection and mechanisms for handling overload, short-circuit conditions, and back-feeding loads. The unit boasts high efficiency rates varying with input voltage, specific current consumption peaks, and detailed time delays for start-up and rise times, alongside hold times for buffer periods. Power dissipation losses are provided for different input conditions, and the electrical durability is specified under various operational conditions. The output stage capacitance is 3500µF, and the ripple is maintained at 50mVpp across a wide frequency range. | Puls | | |