Temperature humidity control IP20 | 230 V AC motor | 4,3 A

This sensor controller regulates the humidity and temperature in HVAC applications placed in harsh environments or outdoors, using Modbus RTU. It also measures the ambient light levels. The supply voltage is 24 V DC PoM, which means that Modbus RTU communication and a 24 VDC power supply can be connected using a single RJ45 connector. Modbus RTU communication allows the sensor algorithm to control an EC fan, an AC fan speed controller, or a damper actuator directly. Modbus RTU is used to access all measurements and the output value and allows for the adjustment of all settings. The ambient light sensor can be used in many applications to regulate the ventilation system based on how many people are in the room.

Variable frequency drive to regulate the speed of single-phase motors. It is designed to control fans or pumps in HVAC applications. This frequency inverter can control permanent split capacitor motors or shaded pole induction motors. The motor speed can be set via the intuitive keypad or via the inputs. Configuration is simplified via 14 basic parameters and application macro functions. This VFD can control motors with a maximum (combined) current of 4.3 A. The supply voltage is 230 V AC. The integrated EMC filter is Class C1. The enclosure can be DIN rail mounted in an electrical cabinet. It offers an IP20 protection against ingress of dust. Manufacturers code: ODE-3-120043-1F12-01

A 24 Volt supply module is an electronic device that converts an input voltage of 230 VAC to a 24 VDC output voltage. It is frequently used in a variety of applications, including industrial automation, medical equipment, and building automation. This switching power supply can alter an 85-264 VAC input voltage into a 24 VDC output voltage. It can supply loads up to 40 Watts. Your electrical installation is more secure because of the overload and overvoltage protection. The load can be connected using either an RJ45 connector or a screw terminal block. Due to its firm enclosure, which offers IP65 protection against the ingress of water and dirt, is the installation of this power supply in harsh environments possible. In comparison to linear power supplies, switching power supplies are 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.

Adapter to connect Invertek frequency inverter (FI-E and FISE series) to a Sentera Modbus RTU network. The Invertek RS485 communication is converted into Modbus RTU communication. This makes it possible for the Sentera HVAC controllers to control the Invertek frequency inverters via Modbus RTU. One integrated control solution for your HVAC or ventilation system.

The SIG-M-2 Gateway is specifically designed to connect Sentera devices to the SenteraWeb online HVAC platform. It provides a means of communication between the devices and the platform, enabling remote monitoring, data logging and adjustment of settings via the internet. The gateway can be connected to the Sentera devices using either an Ethernet cable or a Wi-Fi network, providing flexibility in installation options. It is intended for wall mounting in indoor environments, allowing for convenient placement and integration into existing setups. The gateway operates on a supply voltage of 24 VDC PoM (Power over Modbus). This means that both the Modbus RTU communication and the 24 VDC supply voltage are connected via an RJ45 connector, which simplifies the wiring and connection process. By utilizing this internet gateway, a Sentera solution can be seamlessly connected to the SenteraWeb platform. SenteraWeb is an online HVAC platform that enables remote monitoring of data and adjustment of settings for the connected HVAC devices over the internet. Users can access the platform from anywhere and remotely monitor parameters such as temperature, humidity and other relevant data. Additionally, the platform supports data logging, allowing for the collection and analysis of historical data to optimize HVAC system performance.