DeclarationThrough Hole Reflow
P36THR
- Solid PCB pins
- Central C-contact
- Contacts with abrasion resistant hard gold plating
- Extra sealed design with high temperature resistance
- Switches are solder and flux sealed and washable
- 100 % electronic inspection and testing
- 90° turned zero position available
Solid PCB pins ensure trouble-free assembly and safe connection. Contacts with abrasion resistant hard gold plating have low and stable contact resistance. ISO 9001 approved production together with 100% electronic final inspection and testing guarantee reliable operation. Figures are clearly visible and detention mechanism is precise for fast and easy operation. Many special designs are available on request or can be built according to customer's specification.
| Type | horizontal |
| Fixation mode | THR |
| Height | 3.65 mm |
| Length | 7.4 mm |
| Width | 7.4 mm |
| Pin connection | 3+3 |
| Torque | 1.2 ± 0.2 Ncm |
| Mechanical lifetime | 25.000 steps |
| Positions per rotation | 10 | 16 - more versions on request |
| Perm. ambient temperature | -50 °C ... +125 °C |
| Perm. storage temperature | -55 °C ... +135 °C |
| Degree of protection | comparable IP67 |
| Sealing | O-Ring |
| Humidity | 21 days at 40 °C, 93 %RH |
| THR through holes | plated through |
| THR PCB hole diameter | 0.8 mm |
| Outside diameter plated land | 1.8 mm |
| Sinus-vibration testing | acc. IEC 68-2-6 |
| Frequency range | 10 Hz ... 500 Hz ... 10 Hz, sliding |
| Amplitude | 6.0 mm |
| Acceleration | 10.0 g |
| Shock testing | acc. IEC 68-2-27 |
| Shock acceleration amplitude | 50.0 g |
| Duration of nominal shock | 11.0 ms |
| Directions | 6 (±x, ±y, ±z) 3 times each |
| Reflow soldering | JEDEC J-STD-020 E |
| Wave soldering | Double Wave acc. DIN EN 61760-1:2006 |
| Iron soldering | 4 s / 350 °C |
| Operating voltage | ≤ 42.0 V |
| Standby current | ≤ 0.4 A |
| Contact load, dynamic | ≤ 0.1 A |
| Minimum load | 1.0 µA 20.0 mVDC |
| Test voltage | 250.0 V 50 Hz / 1.0 min |
| Contact resistance | < 80.0 mΩ |
| Insulation resistance | > 100.0 MΩ |