SICK AG GTE6L-E2211
Фотоэлектрические датчики GTE6L-E2211
Категории:
Технические характеристики
| Features (Functional principle) | Photoelectric proximity sensor |
|---|---|
| Features (Functional principle detail) | Energetic |
| Features (Sensing range Sensing range min. 0 mm Sensing range max. 450 mm Reference object Object with 90% remission factor (complies with standard white according to DIN 5033) Recommended sensing range for the best performance 5 mm ... 400 mm) | Sensing range |
| Features (Sensing range min.) | 0 mm |
| Features (Sensing range max.) | 450 mm |
| Features (Reference object) | Object with 90% remission factor (complies with standard white according to DIN 5033) |
| Features (Recommended sensing range for the best performance) | 5 mm ... 400 mm |
| Features (Emitted beam Light source Laser Type of light Visible red light Shape of light spot Point-shaped Light spot size (distance) Ø 0.4 mm (150 mm) Maximum dispersion of the emitted beam around the standardized transmission axis (squint angle) < +/- 1.5° (at T U = +23 °C)) | Emitted beam |
| Features (Light source) | Laser |
| Features (Type of light) | Visible red light |
| Features (Shape of light spot) | Point-shaped |
| Features (Light spot size (distance)) | Ø 0.4 mm (150 mm) |
| Features (Maximum dispersion of the emitted beam around the standardized transmission axis (squint angle)) | < +/- 1.5° (at T U = +23 °C) |
| Features (Key laser figures Normative reference IEC 60825-1 / CDRH 21 CFR 1040.10 & 1040.11 Laser class 1 1) Wave length 680 nm Pulse duration 2 µs Maximum pulse power ≤ 11.9 mW Average service life 100,000 h at T a = +25 °C) | Key laser figures |
| Features (Normative reference) | IEC 60825-1 / CDRH 21 CFR 1040.10 & 1040.11 |
| Features (Laser class) | 1 1) |
| Features (Wave length) | 680 nm |
| Features (Pulse duration) | 2 µs |
| Features (Maximum pulse power) | ≤ 11.9 mW |
| Features (Average service life) | 100,000 h at T a = +25 °C |
| Features (Smallest detectable object (MDO) typ. 0.4 mm, at 150 mm distance (object with 90% remission factor (corresponds to standard white according to DIN 5033))) | Smallest detectable object (MDO) typ. |
| Features (Adjustment Potentiometer For setting the sensing range, 5 rotations Operating mode switch For inverting the switching function (light/dark switching)) | Adjustment |
| Features (Potentiometer) | For setting the sensing range, 5 rotations |
| Features (Operating mode switch) | For inverting the switching function (light/dark switching) |
| Features (Display LED green Operating indicator Static on: power on LED yellow Status of received light beam Static on: object present Static off: object not present) | Display |
| Features (LED green) | Operating indicator Static on: power on |
| Features (LED yellow) | Status of received light beam Static on: object present Static off: object not present |
| Safety-related parameters (MTTF D) | 662 years |
| Safety-related parameters (DC avg) | 0 % |
| Safety-related parameters (T M (mission time)) | 10 years |
| Напряжение питания | 10 V DC ... 30 V DC 1) |
| Electronics (Ripple) | < 5 V pp |
| Electronics (Usage category) | DC-13 (According to EN 60947-5-2) |
| Electronics (Current consumption) | ≤ 20 mA, without load. At U B = 24 V |
| Electronics (Protection class) | III |
| Напряжение питания | Digital output |
| Electronics (Number) | 2 (Complementary) |
| Electronics (Type) | NPN |
| Electronics (Switching mode) | Light/dark switching |
| Напряжение питания | Approx. U B / ≤ 3 V |
| Electronics (Output current I max.) | ≤ 100 mA 2) |
| Electronics (Circuit protection outputs) | Reverse polarity protected |
| Время отклика | ≤ 625 µs |
| Electronics (Switching frequency) | 1,000 Hz 3) |
| Electronics (Pin/Wire assignment Function of pin 4/black (BK) Digital output, light switching, object present → output Q LOW Function of pin 4/black (BK) – detail The pin 4 function of the sensor can be switched Additional possible settings via operating mode switch Function of pin 2/white (WH) Digital output, dark switching, object present → output Ǭ HIGH Function of pin 2/white (WH) – detail The pin 2 function of the sensor can be switched Additional possible settings via operating mode switch) | Pin/Wire assignment |
| Electronics (Function of pin 4/black (BK)) | Digital output, light switching, object present → output Q LOW |
| Electronics (Function of pin 4/black (BK) – detail) | The pin 4 function of the sensor can be switched |
| Electronics (Function of pin 2/white (WH)) | Digital output, dark switching, object present → output Ǭ HIGH |
| Electronics (Function of pin 2/white (WH) – detail) | The pin 2 function of the sensor can be switched |
| Mechanics (Housing) | Rectangular |
| Mechanics (Dimensions (W x H x D)) | 12 mm x 31.5 mm x 21 mm |
| Mechanics (Connection) | Cable, 4-wire, 2 m |
| Mechanics (Connection detail Deep-freeze property Do not bend below 0 °C Conductor size 0.14 mm² Cable diameter Ø 8 mm Length of cable (L) 2 m) | Connection detail |
| Mechanics (Deep-freeze property) | Do not bend below 0 °C |
| Mechanics (Conductor size) | 0.14 mm² |
| Mechanics (Cable diameter) | Ø 8 mm |
| Mechanics (Length of cable (L)) | 2 m |
| Материал | Material |
| Mechanics (Front screen) | Plastic, PMMA |
| Mechanics (Cable) | Plastic, PVC |
| Масса | Approx. 60 g |
| Степень защиты (IP) | IP67 (EN 60529) |
| Ambient data (Ambient operating temperature) | –20 °C ... +50 °C 1) 2) |
| Ambient data (Ambient temperature, storage) | –40 °C ... +70 °C |
| Ambient data (Typ. Ambient light immunity) | Sunlight: ≤ 13,000 lx |
| Ambient data (Shock resistance) | 30 g, 11 ms (3 positive and 3 negative shocks along X, Y, Z axes, 18 total shocks (EN60068-2-27)) |
| Ambient data (Vibration resistance) | 10 Hz ... 55 Hz (Amplitude 0.5 mm, 3 x 30 min (EN60068-2-6)) |
| Ambient data (Air humidity) | 35 % ... 95 %, relative humidity (no condensation) |
| Ambient data (Electromagnetic compatibility (EMC)) | EN 60947-5-2 |
| Ambient data (UL File No.) | NRKH.E348498 & NRKH7.E348498 |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Classifications (ECLASS 5.1.4) | 27270903 |
| Classifications (ECLASS 6.0) | 27270903 |
| Classifications (ECLASS 7.0) | 27270903 |
| Classifications (ECLASS 8.0) | 27270903 |
| Classifications (ECLASS 9.0) | 27270903 |
| Classifications (ECLASS 10.0) | 27270903 |
| Classifications (ECLASS 11.0) | 27270903 |
| Classifications (ECLASS 12.0) | 27270903 |
| Classifications (ECLASS 13.0) | 27270903 |
| Classifications (ECLASS 14.0) | 27270903 |
| Classifications (ECLASS 15.0) | 27270903 |
| Classifications (ETIM 6.0) | EC002719 |
| Classifications (ETIM 7.0) | EC002719 |
| Classifications (ETIM 8.0) | EC002719 |
| Classifications (ETIM 9.0) | EC002719 |
| Classifications (ETIM 10.0) | EC002719 |
| Classifications (UNSPSC 091201.0) | 32151804 |
| Classifications (UNSPSC 100501.0) | 32151804 |
| Classifications (UNSPSC 111201.0) | 32151804 |
| Classifications (UNSPSC 120901.0) | 32151804 |
| Classifications (UNSPSC 131201.0) | 32151804 |
| Classifications (UNSPSC 140801.0) | 32151804 |
| Classifications (UNSPSC 151101.0) | 32151804 |
| Classifications (UNSPSC 160901.0) | 32151804 |
| Classifications (UNSPSC 171001.0) | 32151804 |
| Classifications (UNSPSC 180801.0) | 32151804 |
| Classifications (UNSPSC 190501.0) | 32151804 |
| Classifications (UNSPSC 200601.0) | 32151804 |
| Classifications (UNSPSC 210901.0) | 32151804 |
| Classifications (UNSPSC 220601.0) | 32151804 |
| Classifications (UNSPSC 230701.0) | 32151804 |
| Classifications (UNSPSC 240301.0) | 32151804 |
| Classifications (UNSPSC 250901.0) | 32151804 |
| Classifications (UNSPSC 260801.0) | 32151804 |