Data logger DL200P
Environmental data logger with an expandable sensor system
Just like the DL200H this data logger, too, comes equipped with two internal sensors for the detection and documentation of air temperature, dew point and both relative and absolute humidity.
Moreover, the DL200P has additional connection options for up to four external measured value sensors, thus offering its users considerably enhanced fields of application.
The DL200P can be simultaneously fitted with two electrode pairs for measuring resistance dampness, as well as two TS910 contact temperature sensors.
Therefore, the DL200P can be used for the most varied monitoring tasks – also via LAN in the network using further DL data loggers – for example for silo surveillance and control of bulk goods, or for checking the temperature of water-based fluids.
Furthermore, all documentation can be completely collated for insurance or regress resistance for construction drying and water damage clearance. The practical alarm function also makes it possible to detect and avoid potential damages to buildings or inventory before they occur.
Definition of measurement channel – How many measured values can be recorded?
All devices from the DL series are powerful multi-channel data loggers with which you can not only detect, but also record all of the compatible measured values (see technical specifications).
The term "measurement channel" is not used to mean the same as it is by some of our competitors – meaning the available sensors, but instead – the same as in analysis software – it means one individually selectable "recording track", i.e. the value which should be logged.
For each measured value and measured unit (channel group), one or more of the four following types of measured values can be recorded: current, minimum, maximum or average. Each of these four values represents a measurement channel.
The maximum amount of available measurement channels for each data logger is thus the amount of detectable channel groups (e.g. temperature in °C) multiplied by the four types of measured values.
In total, 20 of these measurement channels can be freely selected for logging and three for being displayed.
Many measurement channels –
many possibilities...
The data logger can detect up to 32 measurement channel groups of the most varied sensor signals. Then, it can record an individually configurable composition of measured values from up to 20 separate measurement channels in freely selected intervals.
Due to the wide range of possible applications, the instruments are perfectly suited for monitoring the environment of buildings, controlling climate sensitive production processes and storage conditions or even providing evidence when required.
The devices are fitted with LAN and USB interfaces by default to offer a quick transfer of data.
Pro software for configuring
and managing measured data
Each measuring device comes with pro software, which can be used to simultaneously read as many data loggers as the user likes – and when using LAN, they don't even need to be nearby.
In addition to the comfortable option for administering and configuring various data loggers, the software can also be used to create reports or to export recorded measured data for archiving.
One to two TS910 contact temperature sensors ➊ can be connected to the data logger via plug sockets ➋.
Moreover, one electrode pair for measuring resistance dampness can be attached to each of the two BNC connectors ➌ at the DL200P.
| Technical data of the external TS910 temperature sensor | ||
| for use with data logger model | DL200P | |
| Temperature | Measuring range | -20 °C to +80 °C |
| Accuracy | 0.2 °C (0...40 °C), otherwise 0.8 °C | |
| Equipment and dimensions |
Dimensions | Cable length 6 m, sensor length 20 mm, sensor diameter 5 mm |
| Weight | 85 g | |
| Type of protection | IP65 | |
| Connection | 3.5 mm plug socket | |
Pro software for configuring and managing measured data
Using the software included in the scope of delivery, all DL data loggers can conveniently be set up or configured for network operation. The measured data can simultaneously be read, analysed and exported by all data loggers – using LAN also from remote installation sites.
Now upgrade the standard software with the options MultiMeasure Studio Professional has to offer.
Since all DL models are fully compatible with this, the software is not only perfectly suited for the analysis of all measured data, but can also be used to calculate the dew point temperature or absolute humidity in retrospect, if it wasn't recorded already.
Finally one software for basically all measuring devices
Even owners of partially compatible or isolated measuring instruments can benefit from MultiMeasure Studio Professional: This software enables the analysis and administration of all measuring projects and customer data across multiple devices in a single application!
Using the unique report generating function you can create professional measurement reports in a trice:
Numerous boilerplate texts for building diagnostics, moisture measurement, leak detection and thermography are already included completely formulated.
All information about the "MultiMeasure Studio Professional" can be found here...
A few practical benefits:
- Maintenance-free measuring device "made in Germany"
- Tamper-proof measured value detection and documentation
- Perfect for measuring over a long period
- Storage space for up to 3,200,000 measured values
- Simultaneous recording by up to 20 separate measurement channels
- Network function
- Low energy consumption
- Flexible power supply via battery or USB
- Timer function, variable measurement intervals, alarm function for each measurement channel
- Three-row LCD for measurement value display
- Including pro software
Buy
DL200P Professional Data Logger Anthracite
Especially slim and inconspicuous professional logger with extra large memory for 3,200,000 measuring values and connecting terminals for the external resistance electrodes in the MultiMeasure Series.
You save: 22.24 €
438.46 €
416.22 €
incl. VAT
Show net price (VAT not included)
Technical data
| Technical data | ||
|---|---|---|
| General information | ||
| Article number | 3.510.260.030 | |
| Air temperature [°C] | ||
| Measuring principle | Air temperature | NTC | |
| Min. measuring range | Air temperature [°C] | -20 | |
| Max. measuring range | Air temperature [°C] | 50 | |
| Display resolution [°C] | 0.1 | |
| Relative humidity | ||
| Measuring principle | Relative humidity | Capacitive | |
| Min. measuring range [% r.F.] | 10 | |
| Max. measuring range [% r.F.] | 100 | |
| Accuracy ± [% r.F.] | 2 | |
| Display resolution [% r.f.] | 0.5 | |
| Air pressure | ||
| measuring principle | ||
| Measuring range [hPa] | ||
| Accuracy ± [hPa] | ||
| Display resolution [hPa] | ||
| CO2 concentration | ||
| Measuring principle | ||
| Measuring range [ppm] | ||
| Display resolution [ppm] | ||
| Accuracy | ||
| Long-term stability [ppm/a] | ||
| Thermal element K | ||
| Min. measuring range [°C] | ||
| Max. measuring range | Thermal element K [°C] | ||
| Accuracy Between -200 °C ... 0 °C [°C] | ||
| Accuracy Between -200 °C ... 0 °C [°C] - Of measured value | ||
| Accuracy Between 0 °C ... 1.200 °C [°C] | ||
| Accuracy Accuracy between 0 °C ... 1.200 °C [°C] - Of measured value | ||
| Resolution | Thermal element K [°C] | ||
| Thermal element J | ||
| Min. measuring range [°C] | ||
| Max. measuring range [°C] | ||
| Accuracy -200 °C ... 0 °C [°C] | ||
| Accuracy -200 °C ... 0 °C [°C] - Of measured value | ||
| Accuracy Accuracy between 0 °C ... 1.200 °C [°C] | ||
| Accuracy Accuracy between 0 °C ... 1.200 °C [°C] - Of measured value | ||
| Resolution | Thermal element J [°C] | ||
| Thermal element S | ||
| Min. measuring range [°C] | ||
| Max. measuring range [°C] | ||
| Accuracy Between -50 °C ... 0 °C [°C] | ||
| Accuracy Between -50 °C ... 0 °C [°C] - Of measured value | ||
| Accuracy 0 °C ... 1.700 °C [°C] | ||
| Accuracy 0 °C ... 1.700 °C [°C] - Of measured value | ||
| Resolution | Thermal element S [°C] | ||
| PT100 | ||
| Min measuring range [°C] | ||
| Max. measuring range [°C] | ||
| Accuracy [°C] | ||
| Accuracy of the measured value ± | Pt100 [%] | ||
| Resolution | Pt100 [°C] | ||
| Voltage input | ||
| Min. measuring range [V] | ||
| Max. measuring range [V] | ||
| Accuracy ± [µV] | ||
| Accuracy of the measured value - Voltage input ± [%] | ||
| Resolution | ||
| Current measurement | ||
| Min. measuring range in two-wire operation [mA] | ||
| Max. measuring range in two-wire operation [mA] | ||
| Min. measuring range in three-wire operation [mA] | ||
| Max. measuring range in three-wire operation [mA] | ||
| Accuracy ± [µA] | ||
| Accuracy of the measured value ± | Current measurement [%] | ||
| Resolution [µA] | ||
| Approx. output load [Ω] | ||
| Display | ||
| LCD | ||
| Size [mm] | 90 x 64 | |
| Memory organisation | ||
| Sampling interval | 10/30 s, 1/10/12/15/30 min, 1/3/6/12/24 h | |
| Saving interval | 1/10/12/15/30 min, 1/3/6/12/24 h | |
| Memory | 16 MB, 3,200,000 measured values | |
| Data logging | Up to 20 measurement channels in parallel | |
| Available measurement channels | Max. 48 | |
| Available channel groups | Max. 12 | |
| Software | TR, EN, EN, ES | |
| Interface | ||
| LAN | ||
| USB | ||
| Plug socket - 2x | ||
| BNC - 2x | ||
| RS-485 | ||
| 10-pin terminal | ||
| Housing design | ||
| Plastics | ||
| Power supply | ||
| Internal (battery) | 4 x 1.5 V, AA, operating time > 1 year (depending on sensor and configuration) | |
| External (USB) | ||
| External (LAN, PoE model) | ||
| Terminals for external power supply to supply the sensor | ||
| Dimensions | ||
| Length (packaging excluded) [mm] | 166 | |
| Width (packaging excluded) [mm] | 32 | |
| Height (packaging excluded) [mm] | 78 | |
| Weight | ||
| (packaging excluded) [kg] | 0.25 | |
| Standard scope of delivery | ||
|---|---|---|
| Standard scope of delivery | ||
| Measuring device | ||
| Battery(-ies) | ||
| USB connection cable | ||
| CD-ROM with Smartgraph PC software and operating manual | ||
| Ascertainable measured values and functions | ||
|---|---|---|
| Internal sensors | ||
| Air temperature [°C] | ||
| Air temperature [°F] | ||
| Relative humidity [%] | ||
| Absolute humidity [g/m³] | ||
| Dew point temperature [°C] | ||
| Dew point temperature [°F] | ||
| Relative air pressure [hPa] | ||
| Absolute air pressure [hPa] | ||
| CO2 concentration [ppm] | ||
| External sensors | ||
| Surface temperature [°C] | ||
| Surface temperature [°F] | ||
| Material temperature [°C] | ||
| Material temperature [°F] | ||
| Air temperature [°C] | ||
| Air temperature [°F] | ||
| Wood moisture [digits] | ||
| Building moisture [digits] | ||
| Dew point temperature [°C] | ||
| Dew point temperature [°F] | ||
| CO2 concentration [ppm] | ||
| Relative humidity [%] | ||
| Absolute humidity [g/m³] | ||
| Battery voltage [mV, V] | ||
| Voltage [mV, V] | ||
| Current [mA, A] | ||
| Absolute air pressure [hPa, Pa] | ||
| Relative air pressure [hPa, Pa] | ||
| Differential pressure [Pa] | ||
| Flow rate [m/s] | ||
| Mixing ratio [g/kg dry air] | ||
| Particle concentration [0.1 µm] | ||
| Particle concentration [0.2 µm] | ||
| Particle concentration [0.3 µm] | ||
| Particle concentration [0.5 µm] | ||
| Particle concentration [1 µm] | ||
| Particle concentration [5] | ||
| Particle concentration [10] | ||
| Particle concentration [x µm] | ||
| Particle concentration [y µm] | ||
| Particle concentration [z µm] | ||
| Unknown | ||
| inactive | ||
| Wet-bulb temperature [°C] | ||
| Wet-bulb temperature [°F] | ||
| Global radiation [W/m²] | ||
| Daylight | ||
| Amount of precipitation [l/m²] | ||
| Wind speed [m/s] | ||
| Wind direction | ||
| Ground dampness | ||
| Leaf wetness | ||
standard equipment
optionally available
not available