MultiXplo DG-TX7點(diǎn)式智能可燃?xì)怏w探測(cè)儀
MultiXplo DG-TX7點(diǎn)式智能可燃?xì)怏w探測(cè)儀,MultiXplo DG-TX7智能催化傳感器根據(jù)可燃?xì)怏w檢測(cè)儀用于檢測(cè)范圍廣泛的氣體，包括氫氣 (H2)。該設(shè)備已設(shè)計(jì)為易于安裝、 操作和維護(hù)在測(cè)試環(huán)境中。

特性:
 

• Detects virtually all flammable gases
• Computer compensated proprietary catalytic elements
• Over-range LEL sensor protection
• Integrated daylight readable backlit LED alphanumeric display
• 4-20 mA and relays standard output
• 4-20 mA Hart option
• Hot swap field cabling
• Wireless, non-intrusive testing by a single technician using TLU 

The MultiXplo DG-TX7 intelligent catalytic sensor based flammable gas detector used to detect a wide range of gases, including hydrogen (H2) . The device has been designed for ease of installation, operation and maintenance in testing environments.

The MultiXplo DG-TX7 employs a pair of Simtronics OXYCOL catalytic sensors in a compensated circuitry in order to provide reliable flammable gas detection in harsh environments, as long as oxygen is present. The intelligent microprocessor driven unit is fully configurable using a wireless handheld terminal (TLU) or optionally via HART giving true flexibility to the installer. 

Parameters such as relay operation and alarm levels are all set via the TLU; a hazardous area approved hand-held unit. In addition, the sensor element is protected by the onboard electronics to prevent exposure to over-range LEL gas concentrations. This helps reduce on-going maintenance and service costs.

Users can select between 4-20 and 0-22mA depending on system requirements. The unit may be interfaced directly with a wide range of panels, controllers and PLC’s etc.

Device status, including measured gas level is indicated on a colour coded 4 digit LED display.

Product Sheet349.05 KB

Operating Manual1.72 MB

DG-TX7 Outline Drawing1.18 MB


證書:




 

ATEX Certificate721.03 KB

IECEX Certification162.67 KB


應(yīng)用:

• Refineries
• Offshore/offshore driling and production platforms
• Processing and storage plants
• Chemical and petrochemical plants
• Laboratories
• Hydrogen detection