ZTD-G Smart displacer level transmitter0 pages
ZTD-G Displacer Liquid (Interface) Level Transmitter Summary ZTD-G displacer liquid (interface) level transmitter is developed by Dandong Top Electronics Instrument (Group) Co., Ltd (hereinafter referred as to DDTOP GROUP). The transmitters characterize themselves with high precision, low drift, and strong anti-interference ability, etc. They can be used extensively for measuring liquid level, interface level and density. They are ideal level measurement instrument for production process control in petroleum, chemical, metallurgy, electrical power and light industrial products industries, etc. The appearance of instrument adopts uniform housing design of DDTOP GROUP. The Transmitter figures themselves with reasonable structure, elegant appearance, high safety and reliability because of separated chambers. Technical features With excellent heat insulation structure design and high performance heat insulating material Օ Adopts mature technology, torque tube + Hall sensor structure Torque tube is treated with optimized heat treatment technics Օ Introduces temperature compensation so as to have perfect integral temperature drift feature With humanization design, English or Chinese can selected at the LCD screen Օ LCD can display measuring values, percentage of measured values, electric current values, or the temperature inside of the transmitting head There are shortcut keys outside of the transmitting head housing for adjusting measuring range, zero point and damping time. That meets operation tradition. It is very convenient to shift zero point, adjust measuring range and damping time at the field Օ All sorts of anti-corrosive material can be selected as per customers' requirements The upper limit of current output can be extended to 20.5mA Օ HART protocol is available Add: No..10 Huanghai Street, Zhenxing District, Dandong City, Liaoning Province, P.R. China P.C.: 118000 Tel: +86-415-6227343 Fax: +86-415-6227341 Website: http://www.ddtop.com E-mail: davidsong@ddtop.com
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