BLX-A Fuse Holder PCB Mount 5mm x 20mm fuse PTF-15 with Transparent Cover

Fuse Holder PCB Mount BLX-A Type 5mm x 20mm 15A/125v 10A/250VSolder Holder for car, bike etc. 125v Solder Holder PCB Mount 5mm X 20mm Fuse Block BLX-A Fuse Holder 10A/250V Voltage Rating: 125v-250v;
Fuse holder socket pcb mount 5mm X 20mm; Valutazione attuale: 5-15 Ampere; Misurare: 5mm X 20mm; Temperatura operativa: -10°C~+70°C

UL VDE Yellow 5×20 Fuse Holder Block PCB Mount PTF-15 5-20mm Fuse Base with Transparent Cover

Fuse Holder PCB Mount BLX-A Type 5mm x 20mm 15A / 125v Solder Holder

5x20 mm 2 Pins Glass Fuse Clip PTF-15 10A 250V BFH-15 With 22mm Pitch And PCB Fuse Holder Cover

Nome dell'articolo:	PTF-15 Fuse Holder	Tipo di montaggio:	PCB Mount
Valutazione della tensione:	250 Volts	Valutazione attuale:	6.3 Amp
Dimensione:	27×9.2 Mm	Pin Distance:	22.6 Mm
Applicato a:	5.2×20 Mm Fuse	Conforme alla direttiva RoHS:	SÌ
Body Material:	PBT	Terminal Material:	Nickel Plated Brass
Evidenziare:	9.2mm Yellow Fuse Holder, PCB 9.2mm Yellow Fuse Holder, PTF 9.2mm Yellow Fuse Holder

Descrizione del prodotto

250V 6.3A UL VDE Fuse Holder 22.6mm Pins 5×20 PCB Mount PTF-15 Fuse Block Yellow Body Transparent Cover

Descrizione del prodotto

Fuses are available

Articolo	PTF-15 Fuse Holder PCB mount
Rating	6.3Amp 250Volts
Colore	giallo
Body	PBT
terminale	nickel plated brass
Lunghezza	27mm
Width	9.2mm
Height	20mm

Fuse Block for 5x20mm Fuses

Electrical Characteristics:

Transparent Cover

Nominal Current & Voltaggio:6.3A 250V

Operating Power:1.6W

Contact Resistance: Max 5mΩ

lnsulation Resistance: Min100mΩ

Dielectric Strength: Min 3000Vac/60sec.

This 5×20 pcb mount fuse holders are compatible 5x20mm glass and ceramic fuses for overcurrent protection in electronics equipment, appliances, and lighting circuits. They’re used with glass fuses for protecting low-current circuits or ceramic fuses for protecting high-current circuits. They are easy to install on the printed circuit boards.

Drawing of the PTF-15 fuse holder

Please allow 1-3mm tolerance due to manual measurement.