Limitor Thermal Fuse +94°C 10 A , 277V ac

RS Stock No.: 176-9233Brand: LimitorManufacturers Part No.: SF91E
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Technical Document

Specifications

Brand

Limitor

Functioning Temperature

+94°C

Holding Temperature

+79°C

Maximum Current

10 A

Voltage Rating

277V ac

Lead Orientation

Axial

Body Diameter

4.2mm

Body Height

11mm

Wire Diameter

1mm

Wire Length

55mm

Country of Origin

Japan

Product details

SF Series Thermal Fuse

From Limitor, the SF Series of thermal cutoff limiters have a metallic body and feature a high Tm rating and quick responsiveness. These PCB non-resettable thermal fuses are suitable for use with standard single phase power supplies 250V (230V typical).

Approvals

VDE, SEV, UL

PCB Wire Ended

Thermal fuses protect equipment against fire or thermal damage due to overload or overcharge. Suitable for use with standard single phase supplies up to 250V (230V typical). Temperature gradient: 1°C per minute.

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P.O.A.

Limitor Thermal Fuse +94°C 10 A , 277V ac
Imported by:

RS Components & Controls (I) Ltd

Distribution hub - B-89, Sector 67, Noida, Gautam Budh Nagar, (Uttar Pradesh), 201 301

P.O.A.

Limitor Thermal Fuse +94°C 10 A , 277V ac
Stock information temporarily unavailable.

Technical Document

Specifications

Brand

Limitor

Functioning Temperature

+94°C

Holding Temperature

+79°C

Maximum Current

10 A

Voltage Rating

277V ac

Lead Orientation

Axial

Body Diameter

4.2mm

Body Height

11mm

Wire Diameter

1mm

Wire Length

55mm

Country of Origin

Japan

Product details

SF Series Thermal Fuse

From Limitor, the SF Series of thermal cutoff limiters have a metallic body and feature a high Tm rating and quick responsiveness. These PCB non-resettable thermal fuses are suitable for use with standard single phase power supplies 250V (230V typical).

Approvals

VDE, SEV, UL

PCB Wire Ended

Thermal fuses protect equipment against fire or thermal damage due to overload or overcharge. Suitable for use with standard single phase supplies up to 250V (230V typical). Temperature gradient: 1°C per minute.