Eloma E190756 Fine Fuse 2A Delay 5MM X 20MM

Product Description

The ELOMA E190756 is a 2-amp slow-blow (delay) fine fuse sized at 5MM x 20MM, designed as a spare part for ELOMA commercial combi oven equipment. This fuse provides overcurrent protection within the electrical circuits of the unit, interrupting the circuit when current exceeds the 2A rated threshold. The delay characteristic allows brief inrush currents during startup without nuisance tripping, making it suited for motor or transformer protection circuits. It is installed by qualified commercial kitchen equipment technicians during routine service or after an electrical fault event.

This fuse is intended for use in ELOMA combi oven and baking equipment where a 5MM x 20MM form factor slow-blow fuse is specified. It serves as a direct OEM spare part replacement within the control or power circuit board assembly of applicable ELOMA units. Technicians typically encounter this fuse during fault diagnosis following an overcurrent event or when troubleshooting a non-responsive unit.

Key Features

• 2-amp rated current with delay (slow-blow) characteristic for inrush tolerance
• Standard 5MM x 20MM form factor for broad panel and holder compatibility
• OEM spare part sourced directly for ELOMA equipment serviceability
• Compact and lightweight at 0.01 pounds for easy stocking

Compatibility

Designed as an OEM spare part replacement for ELOMA commercial combi oven and baking equipment requiring a 5MM x 20MM 2A delay fuse. Consult your unit service manual to confirm fuse specification before installation.

Installation Notes

Installation should be performed by a qualified commercial kitchen equipment technician. Always disconnect and lock out power to the unit before accessing the fuse holder or control board. Verify the replacement fuse matches the exact amperage and delay rating specified in the equipment service documentation. Never substitute a fuse with a higher amperage rating, as this can result in damage to downstream components or create a fire hazard.