TÜV NORD CERT GmbH Hanover Office Am TÜV Hanover Germany. Testing Laboratory Explosion Protected Equipment and Monitoring Devices
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1 Page 1 of 5 Electrical data FMP B., FMP 40-1 K., FMP 40-2 B., FMP 40-2 K., FMP 40-4 B., FMP 40-4 K., FMP 40-5 B., FMP 40-5 K., FMP 40-6 B., FMP 40-6 K., FMP 40-8 B., FMP 40-8 K. FMP B.., FMP K.., FMP B.., FMP K.., FMP B.., FMP K.., FMP B.., FMP K.., FMP B.., FMP K.., FMP B.., FMP K.. housing F12 or F23 -OVP U i = 30 V U i = 30 V I i = 300 ma I i = 273 ma P i = 1 W P i = 1 W L i 0 L i 0 C i = 13 nf C i = 13 nf FMP 40-1 D., FMP 40-1 F., FMP 40-1 L., FMP 40-1 M., FMP 40-2 D., FMP 40-2 F., FMP 40-2 L., FMP 40-2 M., FMP 40-4 D., FMP 40-4 F., FMP 40-4 L., FMP 40-4 M., FMP 40-5 D., FMP 40-5 F., FMP 40-5 L., FMP 40-5 M., FMP 40-6 D., FMP 40-6 F., FMP 40-6 L., FMP 40-6 K., FMP 40-8 D., FMP 40-8 F., FMP 40-8 L., FMP 40-8 K. FMP D.., FMP F.., FMP L.., FMP M.., FMP D.., FMP F.., FMP L.., FMP M.., FMP D.., FMP F.., FMP L.., FMP M.., FMP D.., FMP F.., FMP L.., FMP M.., FMP D.., FMP F.., FMP L.., FMP K.., FMP D.., FMP F.., FMP L.., FMP K..
2 Page 2 of 5 only for the connection to a certified intrinsically safe circuit in accordance with the FISCO-Model (Profibus PA or Foundation Fieldbus). housing F12 or F23 -OVP U i = 17.5 V U i = 17.5 V I i = 300 ma I i = 273 ma P i = 5.5 W P i = 1.2 W L i 10 µh L i 10 µh C i = 5 nf C i = 5 nf or U i = 24 V I i = 250 ma P i = 1.2 W L i 10 µh C i = 5 nf FMP 40-3 B., FMP 40-3 D., FMP 40-3 F., FMP 40-3 K., FMP 40-3 L., FMP 40-3 M., FMP B.., FMP D.., FMP F.., FMP K.., FMP L.., FMP M.., Connection compartment in type of protection Increased safety.
3 Page 3 of 5 FMP 40-7 B., FMP 40-7 D., FMP 40-7 F., FMP 40-7 K., FMP 40-7 L., FMP 40-7 M. FMP B.., FMP D.., FMP F.., FMP K.., FMP L.., FMP M.. Connection compartment in type of protection Flameproof enclosures. FMP 40-2 B., FMP 40-2 D., FMP 40-2 F., FMP 40-2 K., FMP 40-2 L., FMP 40-2 M., FMP 40-4 B., FMP 40-4 D., FMP 40-4 F., FMP 40-4 K., FMP 40-4 L., FMP 40-4 M. FMP B.., FMP D.., FMP F.., FMP K.., FMP L.., FMP M.., FMP B.., FMP D.., FMP F.., FMP K.., FMP L.., FMP M.. Connection compartment and equipment in type of protection Protection by enclosures.
4 FMP 40-W G., FMP 40-W H., FMP 40-X G., FMP 40-X H. FMP 45-W..G.., FMP 45-W.. H.., FMP 45-X.. G.., FMP 45-X.. H.. Page 4 of 5 Power supply Equipment in type of protection Protection by enclosures. housing F12 G. H. U = 90 to 253 V a.c. U = 10.5 to 32 V d.c., P 3.5 VA P 1 W U m = 253 V U m = 60 V d.c. Signal output (Terminals 5 and 6) as a passive circuit U i = 30 V I i = 300 ma P i = 1.2 W L i 2 mh C i = 10 nf or as an active circuit in type of protection Intrinsic safety. U o = 21.4 V I o = 237 ma P o = 1.27 W Maximum external inductance: L o = 2.1 mh Maximum external capacitance: C o = 1.2 µf The (above) mentioned maximum values of the outer reactances apply only on the condition that the simultaneous appearance of outer inductances and capacitances does not need to be considered (e.g. in case of lines). In the case of simultaneous appearance of capacitance and inductance in concentrated forms the permissible maximum values have to be taken from the following table.
5 Page 5 of 5 IIB Maximum external inductance 2 mh 1 mh 0.1 mh Maximum external capacitance 540 nf 620 nf 1.0 µf The maximum values of the table are also allowed to be used up to the permissible limits as concentrated capacitances and as concentrated inductances. Optionally a remote display can be used for all. for remote display e.g. FHX40 according to IECEx TUN (Connector 1 to 4) in type of protection Intrinsic safety. U o = 4.2 V I o = 34 ma P o = 36 mw L o = 5 mh C o = 4 µf A service interface may be connected to the display output circuit. (Connector 1 to 4) in type of protection Intrinsic safety. U o = 3.8 V I o = 10 ma P o = 10 mw L i = 0 C i = 0
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