Multi-Sensor Measuring Device for CO2, mixed gas VOC, humidity, temperature, atm./bar. Air pressure for surface mounting, with display, Modbus RTU

SKU: FS1600-MBR-A2A4H1T1P4-D

Category: Air Quality

The multi-sensor measuring device offers precise detection of environmental data in over 200 configurations. With high-quality sensors for accurate measurement results, user-friendly handling, and easy integration into existing systems, it is ideal for a variety of applications in demanding environments. A reliable solution for engineers and technical buyers looking for a versatile environmental monitoring solution.

Delivery time: ca. 3 weeks (DE - int. shipments may differ)

897,96 €

incl. 19% VAT , plus

The multi-sensor measuring device offers a versatile solution for capturing important environmental conditions in various application areas. With the ability to individually select from a wide range of measurement parameters such as temperature, humidity, air pressure, differential pressure, air quality, flow, oxygen, particulate matter, brightness, and motion, it enables over 200 configuration options. This flexibility makes the device a compact multi-talent that covers the requirements of various environments.

The multi-sensor platform is characterized not only by its versatility but also by its precise detection of environmental data. Thanks to high-quality sensors such as the electrochemical gas sensor for CO and the non-dispersive infrared sensor for CO2, the measuring device provides accurate measurement results. The accuracy, temperature dependence, and long-term stability of the sensors ensure reliable data captured in real-time.

Another advantage lies in the user-friendly handling of the measuring device. The 4-inch backlit LCD display allows for a clear visualization of the measured values and easy configuration via the user menu. The ability to adjust switching thresholds, hysteresis, display settings, and other parameters via registers offers flexible use according to individual requirements.

The integration of the measuring device into existing systems is facilitated by the digital output as Modbus-RTU and the onboard relays. The innovative DIP switch technology enables convenient configuration of address, transmission mode, and other settings, ensuring quick commissioning and parameterization. Even during operation, the devices can be easily reset to quickly restore basic functionality.

Particularly noteworthy is the ability to set up cost-effective autonomous nodes using the FS master/slave topology. These enable efficient data retrieval and display of measurements from other bus participants without additional PLC masters. This functionality, combined with the reliability and precision of the sensors, makes the multi-sensor measuring device an ideal solution for use in workplaces, production facilities, warehouses, medical facilities, and industry.

Due to the robust housing series with hinge locking technology and the protection of the sensors against external influences by aluminum/stainless steel fittings, the measuring device is also suitable for demanding environments. The versatile application possibilities, precise data acquisition, and easy integration make the multi-sensor measuring device a well-thought-out technical solution for engineers and technical buyers looking for a reliable environmental monitoring solution.

Manufacturer information:

FuehlerSysteme eNET International GmbH
Röthensteig 11
90408 Nürnberg

+49 911 37322-0
info@fuehlersysteme.de

CO2 sensor (A2): Measuring range	0...10.000 ppm
CO2 sensor (A2, A22, A23): Accuracy	±50 ppm + 2% v. MW at 0...2000 ppm, ±50 ppm + 3% v. MW at 0...5000 ppm, otherwise ±100 ppm + 5% v. MW (at 20°C, 1013 mbar, Auto-calibration ON)
CO2 sensor (A2, A22, A23): Temperature dependency	±5 ppm / K
CO2 sensor (A2, A22, A23): Pressure dependency	Compensated with optional air pressure sensor selection, otherwise 1.6% of measured value/kPa difference to 1013mbar
CO2 sensor (A2, A22, A23): Response time (t90)	< 1 min
CO2 sensor (A2, A22, A23): Long-term stability	±1% FS/year
CO2 sensor (A2, A22, A23): Sensor	Nondispersive infrared sensor (NDIR)
CO2 sensor (A2, A22, A23): Automatic calibration	Automatic drift compensation is performed at 7-day intervals, ensuring excellent long-term stability. The device must be supplied with fresh air for at least 10 minutes within this interval (continuous operation). This function can be deactivated via register (necessary if fresh air cannot be supplied in multiple consecutive intervals).
CO2 sensor (A2, A22, A23): Manual calibration	A manual adjustment to 400ppm can be performed via register command.
VOC sensor (A4): Measuring range	0...100% relative to calibration gas
VOC sensor (A4): Accuracy	± 10% FS (at 20°C, 50% r.H. and Auto-calibration ON)
VOC sensor (A4): Temperature dependency	±0.2% FS/K
VOC sensor (A4): Response time (t90)	< 1 min
VOC sensor (A4): Long-term stability	±5% FS/year (Auto-calibration ON)
VOC sensor (A4): Sensor	metal oxide VOC-sensor
VOC sensor (A4): Automatic calibration	Automatic drift compensation is performed at 7-day intervals, ensuring excellent long-term stability. The device must be supplied with fresh air for at least 10 minutes within this interval. This function can be deactivated via register.
VOC sensor (A4): Manual calibration	A manual zero point adjustment to 10% can be set via register command.
VOC sensor (A4): Sensitivity	The sensitivity can be varied in 3 levels via register command.
Humidity/temperature sensor (H1T1 or H2T1): Measuring range r.F.	0...100% r.H.
Humidity/temperature sensor (H1T1 or H2T1): Humidity accuracy	±3% r.H. (30-70% r.H., else ±5% r.H., at 20°C)
Humidity/temperature sensor (H1T1 or H2T1): Temperature range	-20°C...50°C
Humidity/temperature sensor (H1T1 or H2T1): Temperature accuracy	±0,5 K
Humidity/temperature sensor (H1T1 or H2T1): Calculated thermodynamic values	Dew point temperature, absolute humidity, mixing ratio, enthalpy, wet bulb temperature, vapor pressure
Humidity/temperature sensor (H1T1 or H2T1): Long-term stability	±1%/year
Humidity/temperature sensor (H1T1 or H2T1): Sensor	Combined digital humidity and temperature sensor
Humidity/temperature sensor (H1T1): Sensor protection function	Condensation protection through heating function above 95% r.H. (data hold function during heating phase)
Humidity/temperature sensor (H1T1 or H2T1 - temporarily or permanently heated): Flow velocity	< 2 m/s
Air pressure sensor (P4): Measuring range atm. / bar. air pressure	500...1150 mbar
Air pressure sensor (P4): Accuracy	±3 mbar (at 20°C)
Air pressure sensor (P4): Temperature dependency	1 mbar / 10 K
Air pressure sensor (P4): Linearity error	±1.0% FS
Air pressure sensor (P4): Offset	can be entered in the register
Air pressure sensor (P4): Output damping	can be entered in the register
Supply voltage	24V DC +/-5%
Current consumption	Typically 100 mA (depending on MODBUS parameters and selected backlight) plus approx. 20 mA/sensor
Digital output	Modbus RTU
Electrical connection	push-in terminal, no tools required, time-saving
Display	Programmable display on 3 levels, custom surfaces optional
Alarm device (Piezo)	Freely programmable, volume approx. 85dB at a distance of 10cm
Housing	Polycarbonate PC UL 94 V0 with hinge locks, color light gray/pale gray
Cable entry	Cable gland 12 mm with strain relief
Dimensions of housing	L 150 x W 80 x H 62 mm, without probe attachments
Protection class housing / electronics	IP65 (IP20 with fine dust and/or O2 options)
Protection class sensor attachments	IP30
Protection class	III
Sensor protection	(1) r.H. / Temp, VOC, CO2: screwable/changeable in V2A attachments with V2A sinter filter (2) Pressure, differential pressure, CO, motion: in the housing (3) Flow velocity: in V2A pendulum (4) O2, fine dust: sensor internal filter
Operating and storage temperature	-20...+50°C
Application area	Room air monitoring, non-condensing air up to max. 98% r.H. (excluding harmful gases according to sensor specifications)
Attachments on the device	V2A pipes and/or V2A sinter filters
Option system plug-screw connector M12	Steel M12 industrial standard
Special features	When calculating various parameters, air pressure, air density, etc. are included depending on the selected sensor configuration. If these values are not available internally from sensors, they can be entered by the Modbus master into the corresponding registers of this measuring device. These values are then used for the calculation instead of standard values. For more information, refer to the current MODBUS system description.

FuehlerSysteme

Multi-Sensor Measuring Device for CO2, mixed gas VOC, humidity, temperature, atm./bar. Air pressure for surface mounting, with display, Modbus RTU

The multi-sensor measuring device offers precise detection of environmental data in over 200 configurations. With hig...

897,96 € *

Delivery time: ca. 3 weeks (DE - int. shipments may differ)