48 Alloy

For Special Transformers & Transducers

48 Alloy, a 50% nickel-iron alloy, has a round B-H loop and exhibits lower saturation flux density, squareness, coercive force, and core gain than the Orthonol types. It is useful in devices requiring lower coercive force such as special transformers, saturable reactors, and proportioning magnetic amplifiers. AC core losses are typically lower than with Orthonol.

48 Alloy is a replacement for VAC discontinued PERMAX M^®
VAC and PERMAX Mare trademarks of VACUUMSCHMELZE GmbH & Co. KG

Key Characteristics

Composition: Ni • Fe
Shapes: Toroid
Sizes: 7 mm to 250 mm
Flux Density (T): 1.10 to 1.40
Coating Color: Red

View 48 Alloy Material Property Curves including Core Loss vs. Induction Level Curves and Typical Hysteresis Loops.

Tape Wound Core Part Number Identification

How To Order: Magnetics Tape Wound Cores
48 Alloy Material Code: H

Tape Core H Material

Part Number	Description	Core Area cm²	L_e Path Length cm	Wa Window Area cm²	WaAc cm⁴	Bare ID mm	Bare OD mm	Bare HT mm	Boxed ID min mm	Boxed OD max mm	Boxed HT max mm
01504022H	2 ALLOY 48 NONMETALLIC	0.022	3.25	0.456	0.01	9.53	11.13	3.18	7.77	12.93	5.05
01514022H	2 ALLOY 48 ALUMINUM	0.022	3.25	0.456	0.01	9.53	11.13	3.18
01511532H	2 ALLOY 48 ALUMINUM	0.043	3.49	0.456	0.02	9.53	12.70	3.18
01521532H	2 ALLOY 48 GVB ALUMINUM	0.043	3.49	0.456	0.02	9.53	12.70	3.18
01520562H	2 48 ALLOY GVB.ALUM	0.043	4.49	0.916	0.041	12.70	15.88	3.18
01500002H	2 48 ALLOY NONMETALIC	0.086	4.99	0.916	0.081	12.70	19.05	3.18	10.95	20.80	5.05
01549562H	2 48 ALLOY ENCAPSULD	0.119	3.31	-	-	7.62	13.46	4.78
01549552H	2 ALLOY 48 ENCAPSULD	0.158	3.31	-	-	7.62	13.46	6.35
01501762H	2 48 ALLOY NONMETALIC	0.171	4.99	0.916	0.157	12.70	19.05	6.35	10.95	20.80	8.23
01521762H	2 48 ALLOY GVB ALUM	0.171	4.99	0.916	0.157	12.70	19.05	6.35
01500042H	2 ALLOY 48 NONMETALC	0.171	8.97	4.238	0.724	25.40	31.75	6.35	23.39	33.76	8.48
01532624H	4 48 ALLOY UNCASED	0.175	9.8	-	-	28.83	33.60	8.13
01520614H	4 48 ALLOY GVB.ALUM	0.182	6.98	2.273	0.39	19.05	25.40	6.35
0154B582H	2 48 ALLOY ENCAPSULD	0.193	4.49	-	-	9.53	19.05	4.78
01547422H	2 48 ALLOY ENCAPSULD	0.193	5.48	-	-	12.70	22.23	4.78
01548732H	2 48 ALLOY ENCAPSULD	0.201	3.93	-	-	9.53	15.49	7.92
01547682H	2 48 ALLOY ENCAPSULD	0.257	4.99	-	-	12.70	19.05	9.53
01500292H	2 48 ALLOY NONMETALC	0.257	9.47	4.438	1.09	25.40	34.93	6.35	22.89	37.44	8.99
01520292H	2 48 ALLOY GVB.ALUM	0.257	9.47	4.438	1.09	25.40	34.93	6.35
01500074H	4 48 ALLOY NONMETALC	0.272	6.48	1.478	0.38	15.88	25.40	6.35	13.87	27.41	8.48
01520184H	4 48 ALLOY GVB ALUM	0.272	14.46	-	-	41.28	50.80	6.35
01503912H	2 ALLOY 48 NONMETALC	0.343	8.97	4.435	1.52	25.40	31.75	12.70	23.01	34.14	15.21
01500944H	4 48 ALLOY NONMETALC	0.408	6.48	1.534	0.592	15.88	25.40	9.53	13.87	27.41	11.66
01540944H	4 ALLOY 48 ENCAPSULATED	0.408	6.48	1.534	0.592	15.88	25.40	9.53
01500344H	4 48 ALLOY NONMETALC	0.408	7.48	2.273	0.876	19.05	28.58	9.53	17.04	30.58	11.66
01501882H	2 48 ALLOY NONMETALC	0.514	7.98	2.238	1.15	19.05	31.75	9.53	17.04	33.76	11.66
01510262H	2 48 ALLOY ALUMINUM	0.514	9.97	4.238	2.18	25.40	38.10	9.53
01510982H	2 ALLOY 48 ALUMIN	0.514	11.96	-	-	31.75	44.45	9.53
01501334H	4 48 ALLOY NONMETALC	0.545	7.18	1.676	0.861	16.51	29.21	9.53	14.50	31.22	11.66
01501884H	4 48 ALLOY NONMETALC	0.545	7.98	2.238	1.15	19.05	31.75	9.53	17.04	33.76	11.66
01510171H	1 ALLOY 48 ALUMINUM	0.605	17.95	18.182	12.5	50.80	63.50	12.70
01504812H	2 ALLOY 48 NONMETALIC	0.685	7.98	-	-	19.05	31.75	12.70
01510172H	2 ALLOY 48 ALUMINUM	0.689	17.95	18.182	12.5	50.80	63.50	12.70
01500354H	4 ALLOY 48 NON-METALLIC	0.726	11.96	6.815	4.67	31.75	44.45	12.70	29.18	47.02	15.42
01500554H	4 48 ALLOY NONMETALIC	0.726	13.96	9.924	6.81	38.10	50.80	12.70	35.59	53.31	15.34