Page 55 - Catalogue 2019
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LUG TYPE BUTTERFLY VALVE Z 614-C  LUG TYPE BUTTERFLY VALVE Z 614-C






 TECHNICAL DATA  TORQUE                      DN (mm)          50      80     100     150     200     250     300

 Nominal diameter:  DN 50 - DN 300  - The values listed in the table are  Size (in)  2  3  4  6  8    10     12
             initial breakaway torques, taken   Case of operation I
 Face-to-face:  EN 558 Series 20    with liquids and lubricant media.  MD (Nm) at ∆p=3 bar  7  14  18  45  70  115  175
 SO 5752 Series 20  - Please regard these as  MD (Nm) at ∆p=6 bar  8  16      22      53      95     190     220
 API 609 Table 1  approximate values, as the  MD (Nm) at ∆p=10 bar  9  18     26      60     125     245     290
 Flange     objective value depends on  MD (Nm) at ∆p=16 bar  10      23      30      80     165     330     380
 accommodation:  EN 1092 PN 10/16  different factors like pressure,  Case of operation II
 ASME Class 150  medium, rubber, quality,
 Flange Surface  temperature ... etc.   MD (Nm) at ∆p=3 bar   14      21      23      90     160     295     335
 Design:  EN 1092 Form A/B              MD (Nm) at ∆p=6 bar   15      23      27      96     170     345     360
 ASME RF, FF  - Our engineers look forward to  MD (Nm) at ∆p=10 bar  16  25   30     100     180     330     380
            help you with exact values for  MD (Nm) at ∆p=16 bar  16  31      37     105     210     400     430
            your application.
 Top fl ange:  EN ISO 5211                  MAST (Nm)*       105     250     250     484     484     1020   1020
           - Powdery (non-lubricant) media  Case of operation I:  Fluid or lubricant media      *Maximum torques (Nm)
 Marking:  EN 19  Md x 1,3             Case of operation II: Powder or gases (dry seat)
 PAS 1085
           - Dry gases/high viscous media
 Tightness check:  EN 12266 (Leakage rate A)  Md x 1,2
 ISO 5208, Category 3

 Temperature range:  -10°C to +120°C
 (depending on working pressure)

 Operating pressure:  max. 16 bar

 Valve Design
 Lug type butterfl y valve for shut-off and control services in the
 chemical industry.  acc. to PAS 1085

           K -VALUES
             v
           - The K -value [m³ per hour] is  DN      Size                       Opening angle α°
                v
             the fl ow of water at a tempera-  [mm]  [in]   20°    30°    40°    50°    60°    70°    80°   90°
 FEATURES    ture of  5°C to 30°C (41°F to   50      2      3,84   10,1   20,7   34,4   49,7  65,2   79,5   91,2
             86°F) at a ∆p of 1 bar        80        3      15,6   20,6   51,4   102    165    234   304    368
 - Environmental protection via EBRO-Safety seal  - Permissible velocity of fl ow  100  4  24,9  39,8  96,5  183  288  398  503  589
 - Split body with stainless steel screws  - Vmax 4,5 m/s for liquids  150  6  76,5  97,3  197  375  629  957  1360  1830
 - Isolation height according to plant prescription  - Vmax 70 m/s for gases  200  8  137  187  373  697  1160  1760  2510  3400
                                           250       10     227    271    563   1090   1850   2830   4010   5390
 - Can be installed in any desired position  - The throttle function is linear
            at an angle 30° to 70°         300       12     287    409    820   1550   2610   4050   5880   8120
 - Maintenance-free                                                                       Subject to change without notice
 - Can be disassembled, material-specifi c recycling possible  - Avoid cavitation
 - TA-Luft/ VDI 2440, RWTÜV certifi ed
           For further values, please
           contact our engineers.

 DESIGN FEATURES

 - Optimized low torques
 - FEM dimensioned componets
 - Valve neck for 100mm isolation
 - Triple shaft bearing
 - One-piece shaft and disc
 - Double fl at shaft acc. to EN standards

 Safety seal acc. to TA-Luft/ VDI 2440,RWTÜV.







                                                                   post@ebro-armaturen.com
 Z 614-C  1.12                                                     www.ebro-armaturen.com
                                                                   01.2019
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