SMB18S Search Results

BRT35X35BM

Abstract: QS18VP6LLP BRT51X51BM qs18vn6llpq5 BRT-35X35BM QS18VN6LLP
Contextual Info: WORLD BEAM QS18LLP Series Minature Polarized Retroreflective Laser Sensors Features • • • • • • • • • Visible Class 1 laser Narrow effective beam provides small-object detection and precise position control Crosstalk rejection algorithm protects against optical disturbance from adjacent sensors

SMA31EQD

Abstract: SMA31E 24-240V SMA31EL SMA31ELQD RAR300FM AP312 RAR-300SM
Contextual Info: MINI-BEAM SMA31E/SM2A31R and SMA31EL/SM2A31RL Self-contained AC-operated Opposed Mode Sensors • Compact, self-contained opposed mode modulated infrared sensor pairs for 24-240V ac operation • Standard sensor pairs have 3 m 10 ft range • Long range sensor pairs have 30 m (100 ft) range

PVD100

Abstract: MINI-BEAM SM 312 F MQDC-815 FIC-M12F4A BRT-25 0608 SMB18A SMB31 t18gyx7pq APVS4-0206
Contextual Info: Accessories iKnow Sensing Accessories Mounting Brackets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .page 350 • Using the right bracket ensures optimum performance from your Banner sensors. • Stainless steel and reinforced thermoplastic polyester mounts reduce installation time and lower total installed

SME312CVG

Abstract: SME312CVW IT13S BRT2X2 SME312CV SME312LVQD SMBAMS18RA PIT46U SME312FP BRT-77X77
Contextual Info: MINI-BEAM Expert Series Microprocessor-Based TEACH-Mode Photoelectric Sensors† Features • TEACH-mode sensors in the popular MINI-BEAM package • Easy push-button programming automatically adjusts sensitivity to optimal setting • Multiple sensing modes include: retroreflective, polarized retro, clear object detection,

AP31-100

Abstract: AP3104 SMU315D SMU315LP SMU315LV SMU315W SMU31E AP312 SMU31RL UC300
Contextual Info: MINI-BEAM Universal Voltage Series Universal voltage photoelectric sensors with electromechanical relay output MINI-BEAM Universal Voltage Series Features *U.S. Patent no. 4356393 • Popular, compact MINI-BEAM package • Universal supply voltage: 24 to 240V ac, 50/60 Hz; 24 to 240V dc 1.5 watts or

SM312LV

Abstract: SM312LP SM312LPQD "Banner Engineering"
Contextual Info: MANUFACTURER DATA SHEET Sensor Manufacturer: Banner Model Number: SM312 PDF File: Doc_000006.pdf Covers: Doc_000041_Covers.mdb This page is intentionally left blank MINI-BEAM SM312LV, SM312LVAG and SM312LP Self-contained DC-operated Retroreflective Mode Sensors

Contextual Info: ultrasonic sensor diffuse mode sensor S18UUARQ • compact housing style ■ connection via M12 x 1 connector ■ temperature compensation ■ very small blind zone ■ Measuring range adjustable via teach-in Wiring diagram S18UUARQ 3002706 Design Dimensions

SME312F

Abstract: push button switch 2 pin
Contextual Info: MINI-BEAM Expert Series Microprocessor-based TEACH-mode photoelectric sensors MINI-BEAM Expert Series Features * U.S. Patent no. 5808296 * U.S. Patent no. 4356393 • TEACH-mode sensors in the popular MINI-BEAM package • Easy push-button programming automatically adjusts sensitivity to optimal setting*

Contextual Info: ultrasonic sensor diffuse mode sensor S18UUA • compact housing style ■ cable, 2m ■ temperature compensation ■ very small blind zone ■ measuring range adjustable via teach-in Wiring diagram S18UUA 3002699 Design Dimensions Housing material Connection

M18SP6FF100Q

Abstract: M186EQ retro reflective switch mqdc 406 M18SP6FF25 M18SP6LQ M186E M18SN6R M18SN6RQ M18SP6R
Contextual Info: EZ-BEAM M18 Series Sensors Stainless Steel 18 mm Barrel-style DC Photoelectric Sensors EZ-BEAM M18 Series Features • 18 mm threaded-barrel sensor • 10 to 30V dc; choose SPDT complementary NPN or PNP outputs (150 mA max. ea.) • Easy to use; no adjustments are necessary

APQS18-020

Abstract: m3 x 10 Hex Bolts thread data
Contextual Info: QS18 Universal Voltage Sensors Self-contained AC/DC-powered photoelectric sensors in a right-angle housing Features • Easily fits or retrofits almost any mounting configuration • Exceptional optical performance in a compact right-angle housing • 20 to 140V ac/dc or 20 to 270V ac/dc operation with P-MOSFET† or N-MOSFET†

Contextual Info: ultrasonic sensor diffuse mode sensor S18UIARQ • compact housing style ■ connection via M12 x 1 connector ■ temperature compensation ■ very small blind zone ■ measuring range adjustable via teach-in Wiring diagram S18UIARQ 3002709 Design Dimensions

QS18UPAQ

Contextual Info: ultrasonic sensor diffuse mode sensor QS18UPAQ8 • Operating voltage 12…30 VDC ■ compact housing style ■ connector, M12 x 1 ■ switching range adjustable via teach-in ■ adjustable retro-reflective mode Wiring diagram QS18UPAQ8 3073156 Design Housing material

Contextual Info: ultrasonic sensor diffuse mode sensor S18UUAR • compact housing style ■ cable, 2m ■ temperature compensation ■ very small blind zone ■ measuring range adjustable via teach-in Wiring diagram S18UUAR 3002705 Design Dimensions Housing material Connection

SM2A312dqd

Abstract: SM2A312D 24-240V SM2A312
Contextual Info: MINI-BEAM SM2A312D Self-contained AC-operated Diffuse Mode Sensors • Compact, modulated, self-contained diffuse proximity mode sensors for 24-240V ac operation • 2-wire hookup for convenient installation • Range to 380 mm 15 in (referenced to 90% reflectance

SM312LV

Abstract: SM312LPQD SM312LP
Contextual Info: MINI-BEAM SM312LV, SM312LVAG and SM312LP Self-contained DC-operated Retroreflective Mode Sensors • Compact, modulated, self-contained retroreflective sensors for 10-30V dc operation • Choose standard visible model for highest excess gain and greatest range,

Contextual Info: ultrasonic sensor diffuse mode sensor S18UBAQ • compact housing style ■ connection via M12 x 1 connector ■ temperature compensation ■ very small blind zone ■ switching range adjustable via teach-in ■ adjustable retro-reflective mode Wiring diagram

Contextual Info: ultrasonic sensor diffuse mode sensor S18UBARQ • compact housing style ■ connection via M12 x 1 connector ■ temperature compensation ■ very small blind zone ■ switching range adjustable via teach-in ■ adjustable retro-reflective mode Wiring diagram

APQS18-020

Abstract: APQS18-040H QS18APWLV p-mosfet catalog APQS18-100V 8N35
Contextual Info: QS18 Universal Voltage Sensors Self-contained AC/DC-powered photoelectric sensors in a right-angle housing Features • Easily fits or retrofits almost any mounting configuration • Exceptional optical performance in a compact right-angle housing • 20 to 140V ac/dc or 20 to 270V ac/dc operation with P-MOSFET† or N-MOSFET†

SM312LV

Abstract: SM312LVAG SM312LP SM312LPQD SMB12
Contextual Info: MINI-BEAM SM312LV, SM312LVAG and SM312LP Self-contained DC-operated Retroreflective Mode Sensors • Compact, modulated, self-contained retroreflective sensors for 10-30V dc operation • Choose standard visible model for highest excess gain and greatest range,

MQDEC-406SS

Abstract: MBCC-412 MQDC1-530 MBCC-406 MQDC1-506RA SMBQS30L MQDC1-506 BRT-77X77C T30UX micro 5pin
Contextual Info: 1512-2012:QuarkCatalogTempNew 9/10/12 5:54 PM Page 1512 POWER ENCLOSURES INTERCONNECT TEST & MEASUREMENT 17 Accessories Quick-Disconnect Cordsets MQDC1-530 MQDC1-506RA PKG3M-9 MQDEC2-506RA MBCC-506 MQAC-406RA ᭤ More Cordsets @www.alliedelec.com Stock No.

SMB18A

Abstract: SMBAMSQ60P SMBAMS30RA SMBLT32 SMBP-4R SMBQ12S
Contextual Info: s iouon v e i Pr ect S BRACKETS – ACCESSORIES Sensing Accessories Mounting Brackets page 370 • Using the right bracket ensures optimum performance from your Banner sensors. • Stainless steel and reinforced thermoplastic polyester mounts reduce installation time

OPEN PUSH BUTTON SWITCH 6 pin

Abstract: QS18U PUSH BUTTON on off 6 pin QS18UPA QS18UNAQ QS18UNAQ5 MQDEC2-430 push button switch 4 pin ultrasonic 200 meters ultrasonic distance circuit design
Contextual Info: WORLD BEAM QS18U Series Ultrasonic Sensors Miniature Ultrasonic Sensors with TEACH-Mode Programming Features • Fast, easy-to-use TEACH-Mode programming; no potentiometer adjustments • Ultra-compact housing • One discrete output: NPN or PNP, depending on model

EZBEA

Abstract: Q406EQ T186EQ SMB30S Q256EQ S186EQ S306EQ S306E Q406E T30S2P6FF200Q
Contextual Info: EZ-BEAM "S2" Series Sensors Designed for use on Sensor BUS Networks Description Features • Low cost and easy to use; no adjustments are necessary • Sensor selection is simply a matter of choosing a housing style and sensing mode • Models available for opposed