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Related Manuals for Vega VEGATOR 536 Ex
Summary of Contents for Vega VEGATOR 536 Ex
- Page 1 Operating Instructions VEGATOR 536 Ex TEST VEGATOR 536 Ex...
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Page 2: Table Of Contents
Please note that other action can and operation in Ex areas. cause damage for which VEGA does not take These safety instructions are part of the oper- responsibility. ating instructions manual and come with the Ex approved instruments. -
Page 3: Product Description
A measuring system with signal conditioning instrument consisting of: - a VEGAVIB series 50 with oscillator VIB E50 Z (Ex) - a VEGATOR 536 Ex signal conditioning instrument - external instruments switched by VEGATOR - a VEGASWING series 60 or 80A with oscil-... - Page 4 ATEX II GD EEx ia IIC/IIB Please note the attached safety instructions containing important information on installation and operation in Ex areas. These safety instructions are part of the operating instructions manual and come with the Ex approved instruments. VEGATOR 536 Ex...
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Page 5: Dimensions
- in housing type 505 Ex screw terminal, max. for 1,5 mm CE-conformity VEGATOR 536 Ex signal conditioning instrument meets the protective regulations of EMVG (89/336/EWG) and NSR (73/23/EWG). The conformity has been judged acc. to the following standards: EMVG... -
Page 6: Mounting
For further information Module-Ex (33 Ex) concerning mounting, see the operation in- for VEGATOR 536 Ex structions of the housing. Multipoint connector DIN 41 612, series F, 33- pole (d, b, z) with coded pin and mounting material for mounting in carrier BGT 596 Ex. - Page 7 The coded pins must be When mounting VEGATOR with Ex-approval inserted in the following positions: in a carrier, you have to use a VEGA-Ex- module. Keep a distance of at least 10 mm (2 TE) to module cards of other manufacturers.
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Page 8: Electrical Connection
(e.g. reaching of the max. permissible When connecting to the supply voltage or level), an additional key (opener) can be connected to VEGATOR 536 Ex. This key can reconnecting the sensor, the instrument deactivate a level alarm. In case of failure passes a function test. -
Page 9: Connection Plan
Electrical connection Double-pole double-throw switch 3.1 Connection plan (DPDT) All contacts in release condition VEGATOR 536 Ex can also be operated with double-pole double-throw switch output (DPDT). The fail safe relay has the same – L1 (+) function as the level relay. To achieve this Supply N (–) -
Page 10: Set-Up
WHG can be carried out by pressing the test key on the VEGATOR signal conditioning instrument. The sensor must neither be removed nor a response be triggered by filling the vessel. This applies to VEGASWING 61Ex, 63Ex, 81AEx and 83AEx with two-wire oscillator SW E60ZEx, SW E82ZEx. VEGATOR 536 Ex... - Page 11 4 Integration time 2 s 18 s 5 Integration time 6 s 6 Integration time 12 s 20 s The mode can be adjusted (A - overfill pro- tection or B - dry run protection) with switch 1. VEGATOR 536 Ex...
- Page 12 (screwdriver, pen etc.). - VEGASWING 61Ex, 63Ex, 81AEx, 83AEx SW E60ZEx, SW E82ZEx oscillator By pressing the test the key measuring sys- VEGATOR 536 Ex, 537 Ex, 636 Ex signal tem is checked according to the following conditioning instrument criteria:...
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Page 13: Diagnosis
VEGASWING 61Ex, 63Ex, 81AEx and 83AEx two-wire oscillator. with signal conditioning instruments VEGATOR 536 Ex, 537 Ex, 636 Ex meet the The implementation and the switching se- fail safe requirements acc. to AK 3 in mode A quence of the function test is stated under (overfill protection). - Page 14 1 kΩ to the sensor inputs of the signal conditioning instrument. If the failure lamp continues to light, the signal conditioning instrument is defective. In this case please return the instrument to VEGA for repair. - Should the failure lamp extinguish, connect the signal conditioning instrument again.
- Page 15 VEGATOR 536 Ex...
- Page 16 VEGA Grieshaber KG Am Hohenstein 113 77761 Schiltach Germany Phone 07836 50-0 07836 50-201 E-mail info@de.vega.com www.vega.com ISO 9001 The statements on types, application, use and operating conditions of the sensors and processing systems correspond to the actual knowledge at the date of printing.
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