Panel Switches IPR1SAD2101
The APEM Panel Switches IPR1SAD2101 is a Switches and Pushbutton with documented product-specific characteristics including sealing: IP67 according to IEC 60529, IP69K according to DIN 40050-9 (non-illuminated) with cap U5125 Shock resistance : 100 g according to IEC 512-4, test 6c Vibration resistance : 10-500Hz - 10 g according to IEC 512-4, test 6d; Torque: 1,5 Nm max. applied to nut Soldering : 320°C max. for 3 sec. Soldering : 320°C max. for 3 sec. Latching action Illuminated or non-illuminated Compact Flat round actuator for optional marking Sealed to IP67 Illuminated or; Dielectric strength: 1.500 Vrms Contact bounce : 10 ms Contact bounce : 10 ms Front panel.
Key Features
- sealing: IP67 according to IEC 60529, IP69K according to DIN 40050-9 (non-illuminated) with cap U5125 Shock resistance : 100 g according to IEC 512-4, test 6c Vibration resistance : 10-500Hz - 10 g according to IEC 512-4, test 6d
- Torque: 1,5 Nm max. applied to nut Soldering : 320°C max. for 3 sec. Soldering : 320°C max. for 3 sec. Latching action Illuminated or non-illuminated Compact Flat round actuator for optional marking Sealed to IP67 Illuminated or
- Dielectric strength: 1.500 Vrms Contact bounce : 10 ms Contact bounce : 10 ms Front panel
- operating force: 6N +/- 2N Low level/mech. life : 1.000.000 cycles
- Latching action Illuminated or non-illuminated Compact Flat round actuator for optional marking Sealed to IP67
- Illuminated or non-illuminated Compact Flat round actuator for optional marking Sealed to IP67
- Compact Flat round actuator for optional marking Sealed to IP67
- Flat round actuator for optional marking Sealed to IP67
- Sealed to IP67
- Options: Bright Chrome Bezel Round Only
- Electrical Functions: ON OFF
Technical Specifications
| Feature | Specification |
|---|
| Operating temperature | -40°C to +85°C |
| Panel thickness | 1,5 mm (.059) min. , 4 mm (.157 max.) |
| Total travel | Funct. 3 : 1,7 mm (.067) +/- 0,3 mmFunct. 5 : 1,3 mm (.051) +/- 0,3 mm Typical |
| Initial contact resistance | 100 mΩ max. |
| Insulation resistance | 1 GΩ min. at 500VDC |