JP10-BB5D
Below is the operating temperature correspondence table for the given temperature switch parameters:
| Temperature Range | Rated Current | Supplier Name |
|---|---|---|
| -40 to 120°C | DC12V-12A | JP10 Series |
| 120 to 150°C | AC115V-15A | JP10 Series |
| 150 to 250°C | AC250V-10A | JP10 Series |
Please note that thesupplier name,JP10 Series, refers to the manufacturer or series of temperature switches. The different rated currents correspond to different temperature ranges, allowing the user to select the appropriate temperature switch for their specific application.
NO. | Part Name | Material name | NO. | Part Name | Material name |
1 | Shell | PBT / SPCC | 6 | Static contact sheet | AgNi10/Bzn |
2 | Moving contact | SPCC | 7 | Epoxy resin | 9002A XHR3152 |
3 | Bimetal | 30R | 8 | Wire | 20#3135 black |
4 | Moving contact | AgSnceLa/BZn | 9 | Insulating sleeve | Polyester |
5 | Fixed seat | PBT |
JP10 Series：DC12V-12A、AC115V-15A、AC250V-10A
Model Specifications：
10——Product number
BB5D——Plastic case normally closed 18 package
XX℃——Rated breaking temperature
JP——Supplier name
1. Printer
A temperature switch is installed in the printer to start the cooling fan when the printer head overheats.
Temperature switch connected to the fan circuit, when the print head temperature rises to a preset value, the temperature switch off, shut down the fan power.
This can avoid damage to the printer due to overheating, prolonging the service life.
2. Projector
Set up a temperature switch in the projector to monitor the temperature of the lamp.
When the temperature is too high, cut off the power supply to prevent the bulb burned.
Temperature switch parameters are set reasonably, both in time to cut off the power supply to avoid damage, but also will not frequently start off the impact of use.
3. Electric kettle
In the electric kettle in the use of temperature switches, water boiling automatically cut off the power supply.
When the water temperature rises to the boiling point, the temperature switch senses the temperature rise and disconnect the circuit.
This allows the water to boil automatically without supervision, and prevents wasted energy by continuing to heat the water..
| NO. | disconnect temperature | closing temperature | NO. | disconnect temperature | closing temperature |
| 30 | 30±3℃ | ≥20℃ | 95 | 95±5℃ | 70±15℃ |
| 35 | 35±3.5℃ | ≥25℃ | 100 | 100±5℃ | 70±15℃ |
| 40 | 40±4℃ | ≥30℃ | 105 | 105±5℃ | 75±15℃ |
| 45 | 45±4.5℃ | ≥33℃ | 110 | 110±5℃ | 75±15℃ |
| 50 | 50±5℃ | ≥35℃ | 115 | 115±5℃ | 80±15℃ |
| 55 | 55±5℃ | 42±6℃ | 120 | 120±5℃ | 85±15℃ |
| 60 | 60±5℃ | 45±8℃ | 125 | 125±5℃ | 85±15℃ |
| 65 | 65±5℃ | 48±10℃ | 130 | 130±5℃ | 90±15℃ |
| 70 | 70±5℃ | 50±12℃ | 135 | 135±5℃ | 95±15℃ |
| 75 | 75±5℃ | 53±14℃ | 140 | 140±5℃ | 100±15℃ |
| 80 | 80±5℃ | 55±15℃ | 145 | 145±5℃ | 100±15℃ |
| 85 | 85±5℃ | 60±15℃ | 150 | 150±5℃ | 105±15℃ |
| 90 | 90±5℃ | 65±15℃ | 155 | 155±5℃ | 110±15℃ |
Below is the operating temperature correspondence table for the given temperature switch parameters:
| Temperature Range | Rated Current | Supplier Name |
|---|---|---|
| -40 to 120°C | DC12V-12A | JP10 Series |
| 120 to 150°C | AC115V-15A | JP10 Series |
| 150 to 250°C | AC250V-10A | JP10 Series |
Please note that thesupplier name,JP10 Series, refers to the manufacturer or series of temperature switches. The different rated currents correspond to different temperature ranges, allowing the user to select the appropriate temperature switch for their specific application.
NO. | Part Name | Material name | NO. | Part Name | Material name |
1 | Shell | PBT / SPCC | 6 | Static contact sheet | AgNi10/Bzn |
2 | Moving contact | SPCC | 7 | Epoxy resin | 9002A XHR3152 |
3 | Bimetal | 30R | 8 | Wire | 20#3135 black |
4 | Moving contact | AgSnceLa/BZn | 9 | Insulating sleeve | Polyester |
5 | Fixed seat | PBT |
JP10 Series：DC12V-12A、AC115V-15A、AC250V-10A
Model Specifications：
10——Product number
BB5D——Plastic case normally closed 18 package
XX℃——Rated breaking temperature
JP——Supplier name
1. Printer
A temperature switch is installed in the printer to start the cooling fan when the printer head overheats.
Temperature switch connected to the fan circuit, when the print head temperature rises to a preset value, the temperature switch off, shut down the fan power.
This can avoid damage to the printer due to overheating, prolonging the service life.
2. Projector
Set up a temperature switch in the projector to monitor the temperature of the lamp.
When the temperature is too high, cut off the power supply to prevent the bulb burned.
Temperature switch parameters are set reasonably, both in time to cut off the power supply to avoid damage, but also will not frequently start off the impact of use.
3. Electric kettle
In the electric kettle in the use of temperature switches, water boiling automatically cut off the power supply.
When the water temperature rises to the boiling point, the temperature switch senses the temperature rise and disconnect the circuit.
This allows the water to boil automatically without supervision, and prevents wasted energy by continuing to heat the water..
| NO. | disconnect temperature | closing temperature | NO. | disconnect temperature | closing temperature |
| 30 | 30±3℃ | ≥20℃ | 95 | 95±5℃ | 70±15℃ |
| 35 | 35±3.5℃ | ≥25℃ | 100 | 100±5℃ | 70±15℃ |
| 40 | 40±4℃ | ≥30℃ | 105 | 105±5℃ | 75±15℃ |
| 45 | 45±4.5℃ | ≥33℃ | 110 | 110±5℃ | 75±15℃ |
| 50 | 50±5℃ | ≥35℃ | 115 | 115±5℃ | 80±15℃ |
| 55 | 55±5℃ | 42±6℃ | 120 | 120±5℃ | 85±15℃ |
| 60 | 60±5℃ | 45±8℃ | 125 | 125±5℃ | 85±15℃ |
| 65 | 65±5℃ | 48±10℃ | 130 | 130±5℃ | 90±15℃ |
| 70 | 70±5℃ | 50±12℃ | 135 | 135±5℃ | 95±15℃ |
| 75 | 75±5℃ | 53±14℃ | 140 | 140±5℃ | 100±15℃ |
| 80 | 80±5℃ | 55±15℃ | 145 | 145±5℃ | 100±15℃ |
| 85 | 85±5℃ | 60±15℃ | 150 | 150±5℃ | 105±15℃ |
| 90 | 90±5℃ | 65±15℃ | 155 | 155±5℃ | 110±15℃ |
