-
: 11 - 13 Workdays (DE - int. shipments may differ)
-
: 1 - 3 Workdays (DE - int. shipments may differ)
- SKU:
- 806-160
- Shipping weight:
- 0,30 kg
- Item weight:
- 0,25 kg
- SKU:
- GMK210
- SKU:
- GMK38
- SKU:
- BaleCheck150
- Simple and handy operation
- Robust 60cm V4A measuring probe
- Characteristic curves for hay, straw, grain
- Percentage display
- Moisture evaluation
- SKU:
- BaleCheck200ff
- Variations in:
-
- Rod Length
- SKU:
- 810-135
- SKU:
- GFTH95
- SKU:
- GFTH200
- SKU:
- GHE38
- SKU:
- GMH3810
- SKU:
- SET38-BF
- SKU:
- SET38-HF
- SKU:
- GMH3831
- SKU:
- GMH3851
- SKU:
- GBSK91
- SKU:
- GBSL91
- SKU:
- GEF38
- SKU:
- GKK3500
- SKU:
- GLP91
- SKU:
- GMS300/91
- SKU:
- GPAD38
- SKU:
- GMI15 plus
- SKU:
- GMK100
- SKU:
- GMK3810
- SKU:
- GOK91
- SKU:
- GRHUff
- Variations in:
-
- Variant:
- SKU:
- GSE38
- SKU:
- GSF-50TF
- SKU:
- GSF-50TFK
- SKU:
- GSG38
- SKU:
- GST91
- SKU:
- GST45i
- Accessory for hammer probes for material moisture measurements
- Delivery in pairs
- Teflon insulation
- Lenght: 45mm, Ø2.5mm
- SKU:
- HD 2102.1
- Measurement of many different light values
- Interchangeable sensors
- Wide range of sensors
- RS-232 interface
- SKU:
- HD30.1
- Item weight:
- 0,44 kg
- Spectral analysis of the light in the visible and ultraviolet range
- Easy to use
- Accuracy and reliability
- Maximum flexibility
- Two optional sensors
- SKU:
- HD30.S1
- Item weight:
- 0,37 kg
- Accessory for the HD30.1 spectroradiometer data logger
- SKU:
- HD30.S2
- Item weight:
- 0,37 kg
- Accessory for the HD30.1 spectroradiometer data logger
- SKU:
- HD4202
- Item weight:
- 0,50 kg
- Integrated multi-sensor unit (LUX, UV, UVA, blue, IR, IR irradiance)
- Simple & secure connection
- Autonomous and programmable datalogger
- User-friendly software for data analysis and management
- Standards compliance
- SKU:
- TF30.5503
- SKU:
- 810-190
- Item weight:
- 0,05 kg
- SKU:
- P5400
- Infrared measuring range: -50 to +260°C
- Resolution: 0.1°C/F
- Optics: 12:1
Environmental Measuring Devices: Precise Monitoring of Environmental Factors
Environmental measuring devices play a central role in measuring and monitoring various environmental factors. They allow for the accurate collection of data on air quality, temperature, humidity, noise levels, or radiation. These devices are used in both private and commercial applications. The ability to gather such information helps to better understand environmental conditions and identify potential risks. Especially in times of increasing environmental pollution from pollutants, noise, or radiation, environmental measuring devices are valuable tools for conducting detailed environmental analysis.
Environmental Measuring Devices and Their Applications
The applications of environmental measuring devices are diverse. In industrial production, these devices help monitor working conditions and ensure compliance with legal regulations. Environmental measuring devices can detect potential hazards caused by noise or pollutant exposure at an early stage. They are also widely used in research projects to collect precise and reliable data essential for scientific evaluations. Private individuals use environmental measuring devices to check indoor air quality or optimize room climate. Such measurements help raise awareness of one's surroundings and improve overall well-being.
How Environmental Measuring Devices Contribute to Analysis
Environmental measuring devices provide precise and reliable data essential for thorough analysis. Modern measuring instruments allow real-time monitoring of environmental parameters and immediate detection of changes. These devices are designed to measure specific environmental aspects, where the accuracy of collected data is crucial for making informed decisions. Such information helps to better understand the current environmental situation and, if necessary, make adjustments to improve environmental quality. The increasing availability of digital environmental measuring devices has made accessing this data easier, allowing even non-experts to independently measure relevant environmental factors.
Technology Behind Environmental Measuring Devices
The technology behind environmental measuring devices has advanced significantly in recent years. Innovations in sensor technology and digital data processing have greatly improved the accuracy and usability of these devices. Sensors utilizing modern technologies can detect even the smallest environmental changes and provide data for precise analysis. Additionally, many devices offer data storage or transmission to mobile devices, facilitating continuous monitoring over extended periods. Despite their technological complexity, most environmental measuring devices are user-friendly and easy to integrate into daily life or professional workflows, making them a practical tool for a wide range of applications.