250VAC 10A 57-280′c Axial Thermal Fuses Temperature Fuse

• Customization: Available
• Breaking Capacity: High
• Type: Temperature Fuse
• Model NO.: TMTF01
• Usage: Low Voltage
• Shape: Insert
• Fusing Speed: F
• Standard: CCC
• Current: 10A
• Transport Package: Carton
• Specification: 250V
• Trademark: TOPMAY&ETOPMAY
• Origin: China
• HS Code: 85361
• Production Capacity: 10000000

Product Description

1. Application scope

This product specification is applicable to thermal fuses that exceed thermal protection. When this product is used for other purposes, please contact us.
Hairdryer, soldering iron, dishwasher, rice cooker, water dispenser, heater, etc

1. Electrical characteristics:

2.1 Rated voltage: AC/DC 250V/125V
2.2 Rated current: AC/DC 10-20A
2.3 Disconnect temperature accuracy:+0 ° C, -5 ° C

1. 1. Temperature point production range: 70 ° C~280 ° C

 

1. 1. 1. To prevent damaging disconnection, thermal fuses should be used in environments (including the self-heating of the body) below the holding temperature Th ° C. (Th: Maintain at rated load for 168 hours, without body melting or temperature drift)
      2. In addition, after the body is disconnected in the application, the overload temperature should not exceed the maximum temperature (extreme speed H). Excessive overload temperature may cause the body to withstand voltage and break down, leading to re conductivity. For functional bodies, the correct overload temperature for operation should be determined through testing in the application.
      3. For progress information on the application and installation of this ontology, please contact our engineers.

 

1. 1. Temperature characteristic parameters:

Note: Maintain temperature (Th): The temperature at which the body can withstand the rated current and voltage of continuous connection without disconnection for 168 hours within (Th), exceeding the limit of service life or disconnection.

Maximum temperature (H): After disconnection, the body can maintain the maximum withstand temperature of the disconnected circuit.
 

1. Engineering drawing

3.1 Product temperature points

Type	Tf (° C)	Th(° C)	H(° C)
TF01-57	57+0 -5	20	100
TF01-60	60+0 -5	30	100
TF01-73	73+0 -5	45	150
TF01-75	75+0 -5	58	180
TF01-77	77+0 -5	58	180
TF01-84	84+0 -5	60	200
TF01-90	90+0 -5	65	200
TF01-94	94+0 -5	68	200
TF01-99	99+0 -5	70	215
TF01-105	105+0 -5	80	220
TF01-110	110+0 -5	80	220
TF01-113	113+0 -5	80	220
TF01-115	115+0 -5	82	220
TF01-121	121+0 -5	98	230
TF01-125	125+0 -5	105	230
TF01-128	128+0 -5	110	230
TF01-133	133+0 -5	110	230
TF01-135	135+0 -5	110	230
TF01-142	142+0 -5	125	240
TF01-150	150+0 -5	125	220
TF01-152	152+0 -5	135	240
TF01-152	152+0 -5	135	240
TF01-157	157+0 -5	135	240
TF01-167	168+0 -5	142	240
TF01-168	168+0 -5	142	240
TF01-172	172+0 -5	142	240
TF01-175	175+0 -5	142	240
TF01-180	184+0 -5	165	250
TF01-185	185+0 -5	165	250
TF01-192	192+0 -5	165	250
TF01-205	205+0 -5	175	255
TF01-216	216+0 -5	185	260
TF01-227	227+0 -5	188	260
TF01-230	230+0 -5	190	260
TF01-240	240+0 -5	200	260
TF01-250	240+0 -5	210	270
TF01-260	260+0 -5	220	280
TF01-280	280+0 -5	240	350

3.2 Temperature Characteristics Comparison Table Voltage/Current: 250V 10A 125V15A 250V 15A

3.3 Product Material Description
 

Item	Material	Surface coating material
Wire A	Red cooper	Silver plating
Wire B	Red cooper	Tin plating
Shell	Cooper	Silver plating
Sealing adhesive	Resin
Insulating sheath	Ceramic

4. Specifications and dimensions:
 

	Wire length	Dimension
A	17 x 24	Φ3.0/4.0/4.2
B	17 x 35	Φ3.0/4.0/4.2
C	35 x 35	Φ3.0/4.0/4.2
D	35 x 38	Φ3.0/4.0/4.2
E	17 x 40	Φ3.0/4.0/4.2