Eatec

The airflow and velocity transducer series FSE is design to control the air flow into air duct in HVAC systems and in VAV applications.

The KSDC CO2 sensor measures air quality through the presence of carbon dioxide in air ducts in the range between 0 and 10k ppm. The measurement of CO2 concentration happens through a maintenance free NDIR sensor that operates on an infrared basis and which compensates the presence of any impurity. The product is provided different outputs.

The KSIC CO2 room sensor measures air quality through the presence of carbon dioxide in the range between 0 and 10k ppm. The measurement of CO2 concentration happens through a maintenance free NDIR sensor that operates on an infrared basis and which compensates the presence of any impurity. The product is provided different outputs.

The duct temperature/humidity transmitter serie KTD measures the temperature and humidity by capacitive sensors and converts the value into a linear output signal 0...10 VDC or 4...20 mA.

The room humidity/temperature transmitter serie KTI measures the temperature and humidity by capacitive sensors and converts the value into a linear output signal 0...10 VDC or 4...20 mA.

The outdoor temperature/humidity transmitter serie KTO measures the temperature and humidity by capacitive sensors and converts the value into a linear output signal 0...10 VDC or 4...20 mA.

The light sensor detects the light intensity and converts the value into a linear analogue signal with 4 selectable ranges. Available relay output.

The relative pressure transmitter PTD series with ceramic measuring cell is used to measure relative pressures of non-aggressive media. Possible fields of application are building automation, industrial, pneumatic and hydraulic sectors. The standard series covers various measurement ranges (see schedule) with linear output signals 4...20 mA or 0...10 V DC. The resistant stainless steel case is available with two connectors and has an IP65 protection class.

The differential pressure transmitter serie PTG is used to measure differential pressure, overpressure and vacuum of gaseous, nonaggressive media. It provides 2 pressure ranges and 2 output signals, which are selectable by jumper. Possible fields of application are building automation and air conditioning systems, overpressure measurement in clean rooms and laboratories, measurement of constant pressure in VAV applications, dynamic filter and ventilator monitoring.

The air differential pressure transmitter serie PTG is used to measure differential pressure, air flow volume and air flow speed.The measured value can be the output and the parameterization on the device can be done via Modbus RTU data interface. Possible fields of application are building automation and air conditioning systems, overpressure measurement in clean rooms and laboratories, measurement of constant pressure in VAV applications, dynamic filter and fan monitoring.

The differential pressure transmitter serie PTM is used to measure differential pressure, overpressure and vacuum of gaseous, nonaggressive media. It provides 2 pressure ranges and 2 output signals, which are selectable by jumper. Possible fields of application are building automation and air conditioning systems, overpressure measurement in clean rooms and laboratories, measurement of constant pressure in VAV applications, dynamic filter and ventilator monitoring.

The differential pressure transmitters serie PTQ is used to measure differential pressure, overpressure and vacuum of gaseous, nonaggressive media. It provides 8 pressure ranges and 2 output signals, which are easily selectable by jumper or rotary selector switch. Possible fields of application are building automation and air conditioning systems, overpressure measurement in clean rooms and laboratories, measurement of constant pressure in VAV applications, dynamic filter and ventilator monitoring.

The differential pressure transmitters of the PTR series are used to measure differential pressure, overpressure and vacuum. They provide one adjustable pressure range and one output signal. Monitoring of gaseous, non-aggressive media. Possible usage areas are: Building automation, air conditioning systems and clean room monitoring, valve and flap control, filter, ventilator and blower monitoring, control of air flows.

Single and dual differential pressure transmitters of the PTS series are used to measure differential pressure, overpressure and vacuum. They provide eight adjustable pressure ranges, two output signals, Modbus and calibrated and temperature compensated measure-ments. Monitoring of gaseous, non-aggressive media. Possible usage areas are: Building automation, air conditioning systems and clean room monitoring, valve and flap control, filter, ventilator and blower monitoring, control of air flows.

The transmitters of the PTV series are used to measure volume flow, differential pressure, overpressure and vacuum. A jumperThe transmitters of the PTV series are used to measure volume flow, differential pressure, overpressure and vacuum. A jumperenables switching between volume flow and pressure measurement. Monitoring of gaseous, non-combustible and non-aggressivemedia. Possible usage areas are: Building automation and air conditioning systems, overpressure measurement in clean rooms and laboratories, measurement of constant pressure in VAV applications, dynamic filter and ventilator monitoring.

The SAC CO2 sensor measures air quality through the presence of carbon dioxide in air ducts in the range between 0...2000 or 0...5000 ppm. The measurement of CO2 concentration happens through a NDIR sensor that operates on an infrared basis and which compensates the presence of any impurity. The product can be provided with humidity or humidity/temperature sensor. Output 0...10 V DC or 4...20 mA outputs.

The SACV CO2 and VOC sensor measures the presence of carbon dioxide and mixed gases in the room in the range between 0...2000 or 0...5000 ppm. The measurement of CO2 concentration happens through a NDIR sensor that operates on an infrared basis and which compensates the presence of any impurity. The product can be provided with humidity or humidity/temperature sensor. Output 0 ... 10 V DC or 4 ... 20 mA outputs.

The air quality sensor serie SAV for mixed gases (VOC) measures the air quality from 0...2000 ppm referring to the calibration gas. The sensors with provided by linear output signal 0...10 V DC or 4...20 mA.

The SDC CO2 sensor measures air quality through the presence of carbon dioxide in air ducts in the range between 0...2000 or0...5000 ppm. The measurement of CO2 concentration happens through a NDIR sensor that operates on an infrared basis and whichcompensates the presence of any impurity. The product can be provided with humidity or humidity/temperature sensor. Output 0 ... 10 V DC or 4 ... 20 mA outputs.

The SDCM CO2 sensor measures air quality through the presence of carbon dioxide in air ducts in the range between 0 and 2000 ppm. The measurement of CO2 concentration happens through a NDIR sensor that operates on an infrared basis and which compensates the presence of any impurity. The product is provided with ModBus 485 output.

The SDV sensor measures air quality in air ducts in the range between 0...2000 ppm. The product can be provided with humidity or humidity/temperature sensor. Output 0 ... 10 V DC or 4 ... 20 mA outputs.

The SDVM sensor measures air quality in air ducts in the range between 450...2000 ppm. The product can be provided with humidity or humidity/temperature sensor. ModBus 485 output.

The temperature transmitter serie TTD / TTS measures the duct temperature and screw-in by a sensor and converts the value into a linear output signal 0...10 V DC o 4...20 mA. The temperature sensor is protected against contamination by a nickeled pipe.

The temperature transmitter serie TTDM/TTSM measures the duct or screw-in temperature by sensor and converts the value into a Modbus 485 signal.

The temperature/humidity transmitter serie TTHD measures the duct temperature and humidity by a capacitive humidity sensor and converts the value into a linear output signal 0...10 V DC o 4...20 mA. The humidity and temperature sensor is protected against contamination by a screw sinter filter.

The temperature/humidity transmitter serie TTHDM measures the duct temperature and humidity by a capacitive humidity sensor and converts the value into an RS485 output signal with ModBus RTU/ASCII protocol. The sensor is protected by a sintered filter.

The temperature/humidity transmitter serie TTHI measures the room temperature and humidity by a capacitive humidity sensor and converts the value into a linear output signal 0...10 V DC. The humidity and temperature sensor is protected against contamination by a sinter filter.

The temperature/humidity transmitter serie TTHO measures the outdoor temperature and humidity by a capacitive humidity sensor and converts the value into a linear output signal 0...10 V DC o 4...20 mA. The humidity and temperature sensor is protected against contamination by a screw sinter filter.

The temperature/humidity transmitter serie TTHDM measures the outdoor temperature and humidity by a capacitive humidity sensor and converts the value into an RS485 output signal with ModBus RTU/ASCII protocol. The sensor is protected by a sintered filter.

The temperature transmitter serie TTI measures the room temperature by sensor and converts the value into a linear output signal 0...10 V DC o 4...20 mA..

The temperature transmitter serie TTO measures the outdoor temperature by a sensor and converts the value into a linear output signal 0...10 V DC o 4...20 mA. The temperature sensor is protected against contamination by a nickeled pipe.

The temperature transmitter serie TTOM measures the outdoor temperature by sensor and converts the value into a Modbus output signal.