VACUUM LEAK DETECTOR VL ..
18/07/2019
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6.4.1 Extent of the test
(1) If necessary, discuss the tasks to be carried out with the person responsible on-site.
(2) Heed the safety instructions regarding contact with the stored products present.
(3) Monitoring and emptying the condensate traps if necessary (6.4.2).
(4) Testing the probe if appropriate (chapter 6.4.3)
(5) Check the free passage of air in the interstitial space (chapter 6.4.4).
(6) Test the switching values with the interstitial space (chapter 6.4.5).
Alternatively: test the switching values using the test device (chapter 6.4.6).
(7) Test the lift of the vacuum pump (chapter 6.4.7).
(8) Check tightness of the leak detection system (chapter 6.4.8).
(9) Set up operating state (chapter 6.4.9).
(10) A qualified person must fill out a test report confirming function and operational safety.
6.4.2 Checking and emptying the condensate traps if necessary
(1) If there are shut-off cocks on the interstitial space, close these.
(2) Three-way valve 20 and 21 to position IV to ensure aeration of the connecting lines.
(3) Open condensate traps and empty them. NOTE: Condensate traps can contain storage
product(s), make sure you take suitable precautions.
(4) Close condensate traps.
(5) Three-way valves 20 and 21 to position I.
(6) Open shut-off cocks on the interstitial space.
6.4.3 Testing the probe
(1) If there are shut-off cocks on the interstitial space, close these.
(Not applicable when the probe is installed separately from the leak detector. Also applica-
ble for section (2) and section (6))
(2) Three-way valve 20 in position IV, thus aeration of the connecting line.
(3) Remove probe and check reaction in storage products or water.
(4) Establish optical and audible alarm signal on the leak detector. Press the "mute" button if
necessary.
(5) Clean/dry and insert the probe.
(6) Move three-way valve 20 to position I and open the shut-off cocks.
6.4.4 Checking the free passage of air in the interstitial space
(1) Connect the measuring gauge to three-way valve 21, then position III.
(2) Three-way valve 20 to position IV, thus aeration of the interstitial space.
(3) Determine the drop in pressure on the measuring gauge. If there is no drop in pressure,
establish the cause and eliminate it.
(4) Three-way valve 20 and 21 to position I.
(5) Remove measuring gauge.
Содержание VL 230
Страница 21: ...I I II II III III IV IV 21 21 21 21 20 20 20 20 27 11 2002 P 060 000...
Страница 22: ...Ex 73 73 73 101 101 101 68 03 43 27 97 17 12 2002 A 01 60 102 76 30 21 61 20 H max...
Страница 23: ...Ex 73 73 73 68 03 43 27 97 17 12 2002 B 01 H max H max 21 20 71 36 69 01 01 2 09 H max...
Страница 24: ...Ex 73 101 43 03 68 33 17 12 2002 D 01 H max 27 21 20 71 69 01 09 H max...
Страница 25: ...Ex 73 43 03 68 17 12 2002 E 01 H max 27 21 20 71 69 01 09 H max...
Страница 26: ...Ex 17 12 2002 H 01 27 43 03 68 93 89 101 73 27 27 27 21 20 71 69 01 09...
Страница 30: ...18 01 2002 L 01 27 02 82 101 73 33 68 43 03 Ex 21 20 71 69 01 09...
Страница 31: ...18 01 2002 M 01 73 Ex 21 20 71 69 01 09 95 96 74 02 43 03 68 27 27 L max max 1 m...
Страница 32: ...Ex 73 101 68 03 43 27 18 12 2002 O 01 21 20 71 36 69 01 01 2 09 27 33 44 p 10 bar...
Страница 33: ...21 02 2017 SL 853 600 2 6 4 5 3 11 12 1 AC DC 105 106 102 71 01 69 24 1 24 3 59 09 76 17 60 Rp...
Страница 35: ...22 84 85 85 22 52 98 98 0 Kl 1 0 17 12 2002 P 115 392 21 21 20 20 90 90...
Страница 43: ...15 07 2008 W 01 27 02 82 101 111 112 73 33 68 43 03 Ex 21 20 71 69 01 09 50 150 C...
Страница 44: ...Ex 73 101 112 68 43 97 15 07 2008 W 02 21 44 20 71 36 69 01 01 2 09 50 150 C...
Страница 48: ...8 200 260 300 T 140 220 28 06 2005 Dimension Drilling...