Teqwave T – Device with surface acoustic wave technology
Smart, highly flexible solution for mobile concentration measurement – individually for your process
-
©Endress+Hauser
The portable Teqwave T offers the most flexible application possibilities for temporary in situ liquid analysis in your plant or laboratory. With just one device, you can monitor concentration values at various measuring points and thus maximize your product quality at minimum operational expenditure. The mobile transmitter with its customizable app concept and the pre-configured measuring points allows you to use Teqwave T perfectly matched to your production needs.
Lợi ích
Easy, fast and efficient – real-time in situ liquid analysis
Versatile applications – one device for changing tasks
Highest process safety – reliable metering due to robust, maintenance-free sensor
Cost-saving – surveillance of product quality without sampling
Customized usage – innovative app concept, easily expendable for changing measuring tasks
Fast, straightforward operation without metrology knowledge – pre-configured measuring points
Efficient plant monitoring – up to 8 hours of mobile operation without external power supply
Phạm vi ứng dụng
The acoustic waveguide measures precisely and reliably, even the smallest changes are detected
Temporary concentration measurement of liquids at various measuring points in plant & laboratory.
Device properties
Accurate and independent of flow profile
Insertion length: 180 mm (7")
Robust, portable transmitter with Li-ion battery 2300 mAh
Large color display with 4 operating keys
Integrated data storage for max. 3000 measured values
Tín năng và thông số kỹ thuật
Tài liệu / Tài liệu hướng dẫn / Phần mềm
Phụ kiện / Phụ tùng thay thế
Liên hệ
Endress+Hauser Instruments International AG/ Asia Pacific Support Center
Unit 3, 1st Floor, CentrePoint Building 106 Nguyen Van Troi Street Phu Nhuan District Ho Chi Minh City Việt NamSản phẩm liên quan
Sản phẩm
- Teqwave F – Device with surface acoustic wave technology
- Teqwave I – Device with surface acoustic wave technology