AC motor 6 A | Remote variable speed control | DIN rail

MVS is an electronic fan speed controller designed for single-phase, voltage-controlled motors with a maximum current of 6 A. It regulates fan speed by changing the motor voltage using phase-angle control with Triac technology. The controller has a housing for DIN rail mounting. The motor voltage can be controlled via an analogue input or through Modbus RTU. The type of analogue input is selectable via a DIP switch, allowing for either 0-10 VDC or 0-20 mA signals. A remote start/stop command can be generated via the digital input. The minimum and maximum speeds are adjustable via internal trimmers. The device also offers various operating modes, as well as Kick start or Soft start acceleration, all selectable via Modbus RTU. The unregulated output is activated when the motor is running.

The SDP-M010-DC is an advanced potentiometer for precise ventilation control with Modbus RTU integration, allowing connection to a BMS or the SenteraWeb cloud. It features a rotary knob for continuous manual control and a dry contact for remote on/off switching, with no mechanical OFF-position to prevent accidental shutdowns. Essential parameters can be adjusted remotely via Modbus. The device is durable, with a splash-proof enclosure and options for IP44 inset or IP54 surface mounting.

DIN rail mounted 24 Volt power supply module is an electrical device used to convert input voltage (typically AC mains voltage or a different DC voltage) into a stable 24 VDC (volts of direct current) output voltage and is designed to be mounted on DIN rails in electrical cabinets. This power supply delivers a 24 VDC, making it compatible with a wide range of electronic devices and systems. The device accepts an input voltage of 85–264 VAC / 50–60 Hz and the maximum load of 36 W can be connected to it. Use of the terminal block is possible for connecting the load. The supply module is protected by an IP20 enclosure and the safety of your electrical installation is increased by the overload and overvoltage protection. Some of the key sectors where this switching power supply can be used are building automation (e.g. HVAC controlling), industrial automation (e.g. providing stable power to sensors, controllers, etc.), renewable energy (e.g. solar power systems) or as laboratory equipment. Switching power supplies are comparing to the linear power supplies more efficient, lighter, and more compact (due to their transformer-free design). Because of their high efficiency, they produce less heat and contribute to greater energy savings.