L01 |
N01 |
 |
 |
| Switching type | NC contact L01 resetting | NC contact N01 resetting | |
| fully insulated | partially insulated | ||
| Temperature | |||
| * Nominal switching temperature (NST), in 5 K steps | [°C] | 60 -200 | |
| * Tolerance range -Standard- | Tol [ [K] | ± 5 | ± 2,5 / ± 5 |
| Switch-back temperature (RST below NST) | UL [K]
VDE [°C] |
-35 ± 15
≥35 |
|
| Tension | |||
| max. Operating voltage range AC to … | [VAC] | 500 V AC / 14 V DC | |
| Rated voltage AC | [VAC] | 250 ( VDE), 277 (UL) | |
| Current/switching cycles | |||
| Rated current AC – cos j = 1.0 | [A] / [n] | 2,5 / 10’000 | |
| Rated current AC – cos j = 0.6 | [A] / [n] | 1,6 / 10’000 | |
| Max. Switching current AC- cos j = 1.0 | [A] / [n] | 6.3 / 3,000
7.5 / 300 |
|
| Rated current AC – cos j = 0.4 | [A] / [n] | 1,8 / 10’000 | |
| Max. Switching current AC – cos j = 0.4 | [A] / [n] | 7,2 / 1‘000 | |
| Rated voltage DC | [V] | 12 | |
| Max. Switching current DC | [A] / [n] | 40,0 / 10‘000 | |
| Other data | |||
| High-voltage resistance | [kV] | 2 | — |
| Total bounce time | [ms] | < 1 | |
| Contact resistance (according to MIL-STD R5757) | [mΩ] | £ 50 | |
| Vibration resistance 10 … 60 Hz | [m/s2] | 100 | |
| Compressive strength of the switch housing | [N] | 450 | |
| Suitable for installation in protection class | I + II | I | |
| Impregnation resistance | suitable | ||
| Available licences | |||
| please specify | IEC, ENEC, VDE, UL, CSA, CQC | ||
| Dimensions (standard) | |||
 |
 |
||
| diameter | Ø d [mm] | 10,0 | 10,0 |
| Overall height | h [mm] | from 7.0 | from 3.4 |
| Length of the connection pins | l [mm] | — | 14,0 / 20,0 |
| Thread (size x length ) | [M x mm] | M4 x 5.0 | — |
| Width across flats / max. Torque | [mm / Nm] | 10,0 / 2 | — |
| Standard connection | Stranded wire: 0.25 mm2/AWG 22 | Connection wire d = 0.5 mm | |
| Current dependency charateristics | |||
| The special feature of the 01 and 02 series is that they are temperature-sensitive switches. In their rated operation (rated current), they exhibit very low self-heating due to the current. Therefore, a switching point reduction takes place at most within the nominal switching temperature tolerance. | |||
Hint
The data and information provided are based on tests and test series. They are intended as a guide, which is why there may be deviations for individual applications and uses. The suitability for a specific application must be checked by the user in each individual case. We will of course be happy to advise you.
