250V Bimetal Circuit Breaker
17AM-D is a thermally operated snap-action device which delivers the over heat protection with advanced structure, high contact capacity and long cycle life, widely used in motors, electric & thermal appliances, lightings, ballasts, transformers, automotive motors, integrated circuit, etc.
Specifications
Normally close, open on temperature rise, automatic reset | |
Contact capacity | 125Vac/16A, 250Vac/8A 600Vac/4A 24Vdc/20A |
Cycles life | 6,000-10,000cycles |
Open temperature | 50°C to 160°C in increments of 5°C |
Temperature Tolerance | ±5°C |
Differential Temperature | depending on open temperature |
Seal | High-seal and low-seal gasket material available |
Contact resistance | ≤100 mW |
Insulation resistance | The resistance between the leads and insulation sleeve is >100 M with 500 VDC at 25 °C. |
Type | Opening Temp. | Closing Temp.(only for reference) |
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17AM-D-Z 60 | 60±5℃ | 45±10℃ |
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17AM-D-Z 65 | 65±5℃ | 50±10℃ |
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17AM-D-Z 70 | 70±5℃ | 50±12℃ |
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17AM-D-Z 75 | 75±5℃ | 55±12℃ |
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17AM-D-Z 80 | 80±5℃ | 55±15℃ |
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17AM-D-Z 85 | 85±5℃ | 60±15℃ |
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17AM-D-Z 90 | 90±5℃ | 60±15℃ |
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17AM-D-Z 95 | 95±5℃ | 65±15℃ |
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17AM-D-Z 100 | 100±5℃ | 65±15℃ |
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17AM-D-Z 105 | 105±5℃ | 70±15℃ |
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17AM-D-Z 110 | 110±5℃ | 70±15℃ |
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17AM-D-Z 115 | 115±5℃ | 75±15℃ |
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17AM-D-Z 120 | 120±5℃ | 75±15℃ |
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17AM-D-Z 125 | 125±5℃ | 80±15℃ |
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17AM-D-Z 130 | 130±5℃ | 85±15℃ |
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17AM-D-Z 135 | 135±5℃ | 85±15℃ |
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17AM-D-Z 140 | 140±5℃ | 90±15℃ |
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17AM-D-Z 145 | 145±5℃ | 95±15℃ |
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17AM-D-Z 150 | 150±5℃ | 95±15℃ |
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17AM-D 155 | 155±5℃ | 100±15℃ |
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17AM-D-Z 160 | 160±5℃ | 105±15℃ |
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Applications:
Competitive Advantages
1. The strongest Chinese manufacturer, TS16949 and ISO14001 recognized. |
2. Compact, miniature size. |
3. UL,VDE,CE CQC Approved. |
4. Individually temperature checked on modern, custom-designed equipments from Japan. |
5. Snap–action disc |
6. Gasketed steel case suitable for most impregnation processes |
7. Professional solutions with wide selection of leads and insulating sleeves |
8. Bimetal discs carry circuit current, so it is current and temperature double sensitivity for maximum design flexibility and application
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