Applicable documents Applicable documents All available documents for the product è www.festo.com/pk. Specified standards Version 2006/42/EG EN 1037 + A1:2008-04 EN ISO 4414:2010-11 EN ISO 13849-1:2015-12 EN ISO 13849-2:2012-10 Tab. 1 Standards/directives specified in the document Safety Safety instructions – Only use the product in original status without unauthorised modifications.
The skilled personnel must be familiar with the installation of electrical and pneumatic control sys- tems. Additional information – Accessories è www.festo.com/catalogue. – Spare parts èwww.festo.com/spareparts. Service Contact your regional Festo contact person if you have technical questions è www.festo.com. Festo — MS6-SV-...-D-10V24 — 2019-05b...
The product has queries from proximity sensors, which are intended for diagnostics of the internal valves. Performance level d/e in category 3 can be achieved by using proximity sensors S1 and S2. Performance level e in category 4 can be achieved by using an additional proximity sensor S3. Festo — MS6-SV-...-D-10V24 — 2019-05b...
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In the normal position (completely exhausted product), the pilot valves V1 and V2 are not actuated. If both pilot valves are actuated, the product switches first to the switching position 1 and then, when the switch-through pressure is reached, automatically into switching position 2 è Fig.3. Festo — MS6-SV-...-D-10V24 — 2019-05b...
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Soft-start/quick exhaust valve, electrically actu- ated. Tab. 4 Circuit symbol for the function Switching behaviour Switching behaviour of the product's internal valves. The normally exhausted position is sensed by the proximity sensors. Switching logic è Tab. 3 Switching logic. Festo — MS6-SV-...-D-10V24 — 2019-05b...
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The flow rate and thus the pressure rise can be adjusted by turning the flow control screw. When the output pressure p2 reaches about 50 % of the operating pressure p1, the maximum flow rate perform- ance is enabled. Festo — MS6-SV-...-D-10V24 — 2019-05b...
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Fig.3. è Diagnostics at each resetting to the normal position Switch off voltage to pilot valves V1 and V1 = 0; V2 = 0 Record edge change at proximity sensors S1 = 0 1; S2 = 0 1 è è S1 and S2. Festo — MS6-SV-...-D-10V24 — 2019-05b...
è Failures due to a common cause (Common Cause Failure – CCF). è 14.4 Safety engineering characteristics NOTICE! Failure of the safety function. Non-compliance with the technical data can lead to loss of the safety function. • Observe the technical data è 14 Technical data. Festo — MS6-SV-...-D-10V24 — 2019-05b...
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EN ISO 13849-2. value The PFH value depends on the model of the product and the annual actuation rate (n value MS6-SV-…-D 1 PFHd [10 2 Actuation rate (nop) [10 Fig. 5 PFHd value MS6-SV-…-D Festo — MS6-SV-...-D-10V24 — 2019-05b...
The free space ensures the exhaust can escape. Fig. 7 Installation • Observe the direction of flow from port 1 to port 2. Items 11 and 22 on the housing è Fig.8 are provided for orientation. Fig. 8 Flow direction Festo — MS6-SV-...-D-10V24 — 2019-05b...
If using screw connectors: – Note the screw-in depth of the connector thread: 10 mm. – Make sure that the compressed air lines are connected correctly. – Screw the connectors into the pneumatic ports using a suitable sealing material. Festo — MS6-SV-...-D-10V24 — 2019-05b...
Only use voltage sources that ensure a reliable electric separation from the mains network in accordance with IEC 60204-1/EN 60204-1. Connecting the product • Connect pilot valves and proximity switches. Example of circuits Fig. 10 Example of circuits Festo — MS6-SV-...-D-10V24 — 2019-05b...
Perform a forced switch-off at least once a month if the process-related switching frequency is lower. Maintenance 10.1 Maintenance work A dirty silencer can extend the time needed for exhausting the system and thus restrict the safety func- tion. • Check the silencer regularly and replace if necessary. Festo — MS6-SV-...-D-10V24 — 2019-05b...
Check installation of the signal lines – Start device è 8 Commissioning. – Implement possible remedies è Tab. 8 Fault clearance. – If the fault occurs again: contact Festo service è www.festo.com. Malfunction Possible cause Remedy Product does not Power supply is insufficient –...
Degree of protection Degree of protection IP65(fully mounted and connected) Protection class Materials Housing Die-cast aluminium Seal Tab. 9 Technical data, mechanical 14.2 Technical data, pneumatic MS6-SV-E ½ Pneumatic port 1, 2 Pneumatic port 3 Festo — MS6-SV-...-D-10V24 — 2019-05b...
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3 in the [l/min] 6000 (at p1 = 6 bar) ³ event of a critical fault Switch-through point Approx. 50% of p1 Filling flow Adjustable by flow control Minimum pause time after 1 ³ exhaust Tab. 10 Technical data, pneumatic Festo — MS6-SV-...-D-10V24 — 2019-05b...
Failures due to a common cause (Common Cause Failure è – CCF). Note on forced checking pro- Switching frequency at least 1/month cedure 1) Depending on the average number of actuations per year (nop). Tab. 12 Safety engineering characteristics Festo — MS6-SV-...-D-10V24 — 2019-05b...
Technical data 14.5 Filling flow Throttle flow rate qn, as a function of the number of rotations n of the flow control screw p1: 4 bar p1: 8 bar p1: 6 bar p1: 10 bar Fig. 11 Flow diagram Festo — MS6-SV-...-D-10V24 — 2019-05b...
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Copyright: Festo SE & Co. KG Ruiter Straße 82 73734 Esslingen Germany Reproduction, distribution or sale of this document or communic- Phone: ation of its contents to others without express authorization is +49 711 347-0 prohibited. Offenders will be liable for damages. All rights...
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