DIN867
Abstract: radox 9 501-2132 EN 50155
Text: Magnetic sensors MTRM 16G2524/M100 Hall sensors 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 29 10 39 33 93 general data photo version Full metal sensor type Differential Hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M100
DIN867)
DIN867
radox 9
501-2132
EN 50155
|
Untitled
Abstract: No abstract text available
Text: Magnetic sensors MTRM 16G2524/M250 Hall sensors 3,3 -0,1 +0,15 ø 15,9 ø 9 60 42 7,3 5,5 ø 26 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 29 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M250
DIN867)
|
Untitled
Abstract: No abstract text available
Text: Magnetic sensors MTRM 16G2524/M200 Hall sensors 3,3 -0,1 +0,15 ø 15,9 ø 9 60 42 7,3 5,5 ø 26 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 29 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M200
DIN867)
|
Untitled
Abstract: No abstract text available
Text: 磁式传感器 紧凑快速、非接触式 每秒20,000次的动作频率 —— 非接触式，绝对无磨损！ 性能卓越：堡盟传感器 堡盟集团在传感器、编码器、过程仪表和视觉技术的开发和生产领 域居世界领导地位。作为一家由所有者经营管理的家族企业，我们
|
Original
|
PDF
|
0x/12
11xxxxxx
|
WORKING PRINCIPLE OF proximity sensor
Abstract: No abstract text available
Text: Compact, fast, non-contact. Magnetic sensors. Edition 2012 Magnetic sensors are proven in the field and are constantly further developed and refined. Thanks to their substantial benefits like high detection speed or extreme dirt resistance and by utilizing a non-contact and wear free sensing
|
Original
|
PDF
|
VE-1070
CN-201612
CH-8501
WORKING PRINCIPLE OF proximity sensor
|
Untitled
Abstract: No abstract text available
Text: Compacts, rapides, sans contact. Détecteurs magnétiques. Edition 2012 Les détecteurs magnétiques sont utilisés avec succès depuis de nombreuses années et ont été continuellement développés. Grâce à leurs multiples avantages comme une vitesse de détection extrêmement rapide ou une insensibilité
|
Original
|
PDF
|
ro-001
CN-201612
VE-1070
CH-8501
|
metal sensor diagram
Abstract: EN 61373 EN 50155
Text: Magnetic sensors MTRM 16G2524/M100 Hall sensors 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 29 10 39 33 93 general data photo version Full metal sensor type Differential Hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M100
DIN867)
metal sensor diagram
EN 61373
EN 50155
|
Untitled
Abstract: No abstract text available
Text: Magnetic sensors MTRM 16G2524/M250 Hall sensors 29 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M250
DIN867)
|
DIN867
Abstract: EN 61373 fire sensor
Text: Magnetic sensors MTRM 16G2524/M300 Hall sensors 29 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M300
DIN867)
DIN867
EN 61373
fire sensor
|
fire sensor
Abstract: EN 61373
Text: Magnetic sensors MTRM 16G2524/M150 Hall sensors 29 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M150
DIN867)
fire sensor
EN 61373
|
DIN867
Abstract: No abstract text available
Text: Magnetic sensors MTRM 16G2524/M100 Hall sensors 29 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M100
DIN867)
DIN867
|
EN 50155
Abstract: EN 61373
Text: Magnetic sensors MTRM 16G2524/M200 Hall sensors 29 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M200
DIN867)
EN 50155
EN 61373
|
DIN867
Abstract: Optolab OL8800 MPE GARRY MU14SS
Text: MU14SS / MU14HS 14/12Bit Multiturn-Unit / Voll- und Hohlwellenversion Features 14Bit =16384 Umdrehungen max. Auflösung Optisches-Absolut-Multiturn-Getriebe mit max. Ø55mm und Bauhöhe 11,2/8,0mm 7 Coderäder aus hochwertigem POM Betriebstemperatur standardmässig -40°C . +85°C
|
Original
|
PDF
|
MU14SS
MU14HS
14/12Bit
14Bit
4xM3/90°
3xM3/120°
DIN867
12000min-1
Optolab
OL8800
MPE GARRY
|
DIN867
Abstract: No abstract text available
Text: Magnetic sensors MTRM 16 Hall sensors 3,3 -0,1 +0,15 ø 26 ø 9 60 42 7,3 5,5 ø 15,9 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 sample drawing 29 10 39 33 93 general data sample picture version Full metal sensor type Differential Hall sensor gear width > 10 mm gear material
|
Original
|
PDF
|
DIN867)
93ront
16G2524/M100
16G2524/M150
16G2524/M200
16G2524/M250
16G2524/M300
DIN867
|
|
|
Untitled
Abstract: No abstract text available
Text: Magnetic sensors MTRM 16G2524/M150 Hall sensors 3,3 -0,1 +0,15 ø 15,9 ø 9 60 42 7,3 5,5 ø 26 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 29 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M150
DIN867)
|
Untitled
Abstract: No abstract text available
Text: Magnetic sensors MTRM 16G2524/M100 Hall sensors 3,3 -0,1 +0,15 ø 15,9 ø 9 60 42 7,3 5,5 ø 26 x5 16 3 2 H1 ø 20 7 ø 22 ±0,1 dimension drawing 33 29 10 29 -0,1 93 general data photo version full metal sensor type differential hall sensor working distance max.
|
Original
|
PDF
|
16G2524/M100
DIN867)
|