Delta-controls 2HT Manual de usuario

002522-2HT 180210.doc

002522-2HT 180210.doc 10Re-ranging using the Zero and Span Buttons, Blind Instrument. The transmitter can have its LRV and URV set using the local ke

002522-2HT 180210.doc 11MULTI-DROP CONFIGURATION Multi-dropping transmitters refers to the practice of connecting several units to a single transmiss

002522-2HT 180210.doc 12 FUNCTIONAL SPECIFICATIONS Service :- Liquid, Gas or Vapour Ranges :- 0 ~ 1 to 0 ~ 1000 Bar ( 0 ~ 16 to 0 ~ 16,000 psi

002522-2HT 180210.doc 13 PHYSICAL SPECIFICATIONS Electrical connections :- Female M20 x 1.5 or Female ½ " NPT Process Connection :- ½ "

002522-2HT 180210.doc 14 CERTIFIED PRODUCTS FLAMEPROOF EEx d :- Model R2HT Apparatus Certificate Number :- ITS03ATEX11187 Compliance with EN 50014:

002522-2HT 180210.doc 15

002522-2HT 180210.doc 16OPTIONS Mounting Stainless steel wall and pipe clamps are available as an optional way of mounting the unit. Disp

002522-2HT 180210.doc 17 PRODUCT CODE 1 2 3 4 5 6 7 8 9 10 N

002522-2HT 180210.doc 2 CONTENTS Warranty - - - - - - - - 3 Glossary - - - - - - - - 3 - 4 Product Introduction - - - - - - - - 5 Fe

002522-2HT 180210.doc 3 WARRANTY This instrument is guaranteed against faulty workmanship and material for a period of one year from the date of deli

002522-2HT 180210.doc 4 LRL Lower Range Limit (pressure): The lowest measured value (pressure) that the transmitter can sense, governed by

002522-2HT 180210.doc 5PRODUCT INTRODUCTION The Delta HT Series of SMART transmitters accurately measures gauge or absolute pressure and t

002522-2HT 180210.doc 6 THE DISPLAY / CONFIGURATOR (“D_CAL”) :- The Local display unit is constructed from a single stainless steel puck

002522-2HT 180210.doc 7MECHANICAL INSTALLATION Conduit connection The 2HT series Transmitters are supplied with either M20 x 1.5 or 1/2" NPT int

002522-2HT 180210.doc 8Do not mix non-HART compatible signals within the same cable run. Cable should be run through a sealed metal gland rat

002522-2HT 180210.doc 9Loop load The required loop voltage is based on the loop resistance. To determine the total resistance, add the resi