EGO single-phase thermostat 50–320°C – 5513669050

The EGO 5513669050 is a single-phase regulation thermostat designed for commercial catering appliances. It features a long 3190 mm capillary and selector switch, offering flexible installation and precise heat control.

Key features:

• part number: 5513669050

• alternative code: 5513669010

• temperature range: 50°C – 320°C

• max. temperature: 320°C

• bulb type: pen-shaped

• bulb dimensions: Ø 3 mm

• capillary length: 3190 mm

• contacts: 2

• phase: single-phase

• type: regulation thermostat

• sheath: no

• gland: no

• selector switch: yes

Compatible with limited models from:

• küppersbusch bain-marie electric: EEB230, EEB430, FEB430, FEB630, OEB230, OEB430, PEB438, PEB638

• küppersbusch bratt pan: EEP500, EGP500, FEP600, FEP900, FGP600, FGP900, LEP400, NEP060, NEP203, NEP303, NEP400, NEP600, NEP900, OEP500, OGP500, PEP608, PEP608 OLD, PEP908, PEP908 OLD, PGP608, PGP908

• küppersbusch fry top: LEB270, LEB430, LEG420, NEB430, NEB630, NEG420, SEB230, SEB430, SEB630, SEG220, SEG420, SEG620

• küppersbusch hot plate electric: OEH435, OEH633, OEH635

• küppersbusch kitchen electric: EEH413, EEH613, FEH413, FEH415, FEH613, FEH615, LEH405, LEH605, NEH413, NEH415, NEH613, NEH615, OEH413, OEH413 3x440V, OEH415, OEH415 3x440V, OEH423, OEH613, OEH613 3x400V, OEH615, OEH623

• küppersbusch kitchen gas: EGH413, EGH613, FGH413, FGH415, FGH613, FGH615, LGH405, LGH605, NGH403, NGH405, NGH413, NGH415, NGH503, NGH505, NGH603, NGH605, NGH613, NGH615, NGH723, NGH725, NGH733, OGH413, OGH613, OGH615

• küppersbusch kitchen glass-ceramics: EEH503, EEH703, FEH503, FEH505, FEH513, FEH515, FEH703, FEH705, FEH713, FEH715, LEH503, LEH505, LEH703, LEH705, NEH505, NEH515, NEH705, NEH715, OEH503, OEH505, OEH513, OEH515, OEH703, OEH705, OEH713, OEH715

• küppersbusch kitchen induction: FEH533, FEH563, FEH565, OEH533, OEH535, OEH565

• küppersbusch solid top range: FEH433, FEH435, FEH633, FEH635, OEH433

This thermostat is ideal for high-performance cooking equipment where extended reach and temperature precision are essential.