LF-TD-E Ethernet Digital Humidity Temperature Transmitter

Alat Laboratorium Mikrobiologi

Deskripsi produk
LF-TD-E Ethernet Digital Humidity Temperature Transmitter
with Ethernet interface
Ethernet interface
Long-term stable
Robust stainless steel sensor tube
Lifetime Support
Features
The exact measurement of humidity and temperature plays an increasingly important role in manufacturing processes, further processing, storage and transport. High product quality can only be ensured through precise moisture monitoring.

The LF-TD The transmitter series from Messtechnik Schaller in the robust and easy-to-install aluminum housing is ideal for this.

Integration into existing network structures can be carried out easily and without any problems.

PC software is available for recording, analyzing and managing the measurement data:

Database-based software for easy acquisition and evaluation of measurement data of the LF-TD device series
Five-language menu and dialogue guidance
Customer or supplier data can be created and assigned to each measurement series
Generation of Microsoft Excel logs, export to common file formats (TXT, CSV, HTML, PDF, BMP, XML)
Diagram analysis directly in the program
Benefits
Long-term stable
Easy to assemble
Data management with own software
Lifetime Support
Technical data
Stainless steel sensor tube
Ø12 x 100 mm made of plastic with filter
Relative humidity
0 to 100%
Calibration
+/- 2% (10 to 90%)
Temperature range
-20 to +60 °C
Calibration
+/- 0,3 °C (+10 to +60 °C)
Output of moisture and temperature
Via Ethernet cable of 45 meter length
Power supply
5VDC 300 mA (via USB Mini B socket)
Dimensions
214 x 76 x 70 mm
Degree of protection electronics housing
IP40

Further information
Instruction manual LF-TD-E Ethernet
Technical drawing LF-TD-E Ethernet

Hubungi :

Juni Tarigan (Mr.)

0811 198 0702


Pera (Ms.)

0811 3801 0819


Admin

0813-2310-201


PT. ANDALAN BANGUN SEJAHTERA

Jl. Sumur Batu No. 1, Kemayoran

Jakarta Pusat - Indonesia 10640

Telp : +6221-42803207, 4227517


Fax : +6221-42803208