LR9D32 | TeSys LRD Electronic Thermal Overload Relay, 3P, 5A, IP20 | Square D by Schneider Electric

TeSys LRD Electronic Thermal Overload Relay, 3P, 5A, IP20

TeSys LRD Electronic Thermal Overload Relay

• Poles Description: 3-Poles
• Mounting Support: Plate and rail, with specific accessories, under contactor
• Rated Operational Voltage: 690V for Power Circuit, 660V for signaling circuit
• Rated Insulation Voltage: 1000V power circuit, 690V signaling circuit
• Control Type: Red push-button stop and manual reset, White 2 microswitches adjustable trip class, Red knob for automatic reset mode, Grey dial for full-load current adjustment mode
• Conventional Free Air Thermal Current: 5A
• Degree of Protection: IP20 front face conforming to IEC60529 and VDE 60255-8

LR9D32 is a TeSys LR9D electronic overload relay from Schneider Electric to be used with a TeSys D contactor. With a thermal range 6.4-32A, selectable tripping class 5-10-20-30 and phase unbalance protection, it protects motors 3 to 11kW@400V. LR9D32 is a TeSys LR9D electronic overload relay from Schneider Electric for direct mounting on TeSys D contactors. With a large thermal setting range 6.4-32A, a selectable tripping class 5-10-20-30 and phase unbalance detection, it protects motors 3 to 11kW@400V. It provides manual test & reset buttons, automatic reset, trip auxiliary contact and flag indicator. Available worldwide, it is multi-standards certified (IEC, UL, CSA, CCC, EAC, Marine) and Green Premium compliant (RoHs/Reach). Thermal overload protection, electronic type, with phase unbalance protection (differential), self powered (no external power supply needed). Direct mounting on the bottom terminals of a Tesys LC1D09-D38 to form a compact starter contactor. Light and compact, 45mm wide. Manual control with test & reset buttons, manual / automatic reset selector. High accuracy, temperature compensated to keep a precise tripping over the ambient temperature range. Wide protection adjustment range 6.4-32A and selectable tripping class 5-10-20 -30. Trip signaling with 1NO+1NC auxiliary contacts and trip flag indicator. 90% reduction in energy dissipation compared to a thermal overload relay. Can be completed with terminal blocks and separate mounting accessories (LAD7B).