制御機器 ：「Serial ATA」の検索結果

。Description。The GD25Q40C(4M-bit)Serial flash supports the standard Serial Peripheral Interface(SPI)， and supports theDual/Quad SPI：Serial Clock， Chip Select， Serial Data I/O0(SI)， I/O1(SO)， I/O2(WP#)， and I/O3(HOLD#). The Dual I/O data is transferred with speed of 240Mbits/s and the Quad I/O & Quad output data is transferred with speed of 480Mbits/s.。Features。4M-bit Serial Flash。512K-byte。256 bytes per programmable page。Standard， Dual， Quad SPI。High Speed Clock Frequency。120MHz for fast read with 30PF load。Dual I/O Data transfer up to 240Mbits/s。Quad I/O Data transfer up to 480Mbits/s。Software/Hardware Write Protection。Minimum 100，000 Program/Erase Cycles。Data Retention。20-year data retention typical。Single Power Supply Voltage。Full voltage range：2.7～3.6V。Low Power Consumption。1μA typical deep power down current。1μA typical standby current

The Omron incremental encoder input units are more precise timing control by synchronizing the position data with the EtherCAT Distributed Clock。They have Synchronous Serial Interface (SSI) to connect external axes to the Sysmac system.I/O system are NX I/O Bus based Type of module is Encoder input Free running， Synchronous， Task period prioritized

PIC16C63A/65B/73B/74B 8-Bit Microcontrollers. The PIC16C range of Microcontrollers from Microchip are 8-bit CMOS MCUs that incorporate Microchip ’s PICR architecture into variety of pin and package options， from space efficient 14-pin devices to feature-rich 64-pin devices. Now supplanted by Flash based variants these devices are still popular in legacy designs. For new applications PIC16F variants should be considered. The PIC16C63A/65B/73B/74B family of microcontrollers is based upon Microchip ’s mid-range architecture with an level hardware stack and 35 14-bit instructions. These MCUs provide up to MIPS， Kbytes program memory with data memory of 192 bytes RAM. On board is RC oscillator with ±1% accuracy. Features. 35 Instructions Level Hardware Stack 22 I/O Pins PIC16C63A/73B 33 I/O Pins PIC16C65B/74B Capture， Compare， PWM (CCP) Module Channel 8-bit Analogue-to-Digital Converter (ADC) PIC16C73B only Channel 8-bit Analogue-to-Digital Converter (ADC) PIC16C74B only Two 8-bit Timers One 16-bit Timer Synchronous Serial Port (SSP) with SPI and I2C Universal Synchronous Asynchronous Receiver Transmitter (USART/SCI) Parallel Slave Port PIC16C65B/74B only Watchdog Timer (WDT) Power-on Reset (POR) Power-up Timer (PWRT) Oscillator Start-up Timer (OST) Brown-out Reset (BOR) In-Circuit Serial Programming (ICSP)

PIC16C505 8-Bit Microcontrollers. The PIC16C range of Microcontrollers from Microchip are 8-bit CMOS MCUs that incorporate Microchip ’s PICR architecture into a variety of pin and package options， from space efficient 14-pin devices to feature-rich 64-pin devices. Now supplanted by Flash based variants these CMOS devices are still popular in legacy designs. For new applications PIC16F variants should be considered. The PIC16C505 family of microcontrollers is based upon Microchip ’s baseline architecture with a 2 level hardware stack and 33 12-bit instructions. These MCUs provide up to 5 MIPS， 1.5 Kbytes program memory with data memory of 72 bytes RAM. On board is a RC oscillator with ±1% accuracy. Features. 33 Instructions 2 Level Hardware Stack 4 MHz Internal Oscillator 11 I/O Pins One 8-bit Timer Watchdog Timer (WDT) Power-on Reset (POR) Device Reset Timer (DRT) In-Circuit Serial Programming (ICSP)

PIC16F913/914/916/917/946 8-Bit Flash Microcontrollers. The PIC16F range of microcontrollers from Microchip are 8-bit MCUs that incorporate Microchip ’s PICR architecture into variety of pin and package options， from space efficient 14-pin devices to feature-rich 64-pin devices. Devices with Baseline， Mid-Range or Enhanced Mid-Range architecture are available with numerous different peripheral combinations， giving designers flexibility and choice for their applications. The PIC16F913/914/916/917/946 family of microcontrollers is based upon Microchip ’s Mid-Range core with an level deep hardware stack and 35 instructions. These MCUs provide up to MIPS， up to 14 Kbytes program memory， up to 352 bytes RAM and EEPROM of 256 bytes. On board is configurable oscillator factory calibrated to ±1% accuracy. Microcontroller Features. 20 MHz Max. CPU Speed 35 Instructions Level Hardware Stack MHz Internal Oscillator Selectable Output Range from MHz to 31 kHz 24 I/O Pins PIC16F913/916 Models 35 I/O Pins PIC16F914/917 Models 53 I/O Pins PIC16F946 Model Only Power-On Reset (POR) Brown-Out Reset (BOR) Power-Up Timer (PWRT) Oscillator Start-Up Timer (OST) Watchdog Timer (WDT) Programmable Low-Voltage Detect (PLVD) In-Circuit Serial Programming (ICSP) In-Circuit Debug (ICD). Peripherals. Liquid Crystal Display (LCD) Module PIC16F913/916 60 Segments， PIC16F914/917 96 Segments， PIC16F946 168 Segments 10-bit Analogue-to-Digital Converter (ADC) PIC16F913/916 Channels， PIC16F914/917/946 Channels Capture， Compare， PWM (CCP) Module PIC16F913/916 1 Module， PIC16F914/917/946 2 Modules Two Comparators Two 8-bit Timers One 16-bit Timer Synchronous Serial Port (SSP) with I2C Addressable Universal Synchronous Asynchronous Receiver Transmitter (AUSART)

CP-134U V2 4ポートRS-422/485ユニバーサル・シリアルPCIボートは、長距離、マルチポイントPCベースのデータ収集に最適な工業自動化システムのアプリケーションとして開発しました。 適切なRS-485通信を実行するためのオンチップADDC(Automatic Data Direction Control) RS-485通信は、ラインドライバのイネーブルおよびディセーブルの正確な制御を要求します。MoxaのTurbo Serial Engineチップに搭載されたADDCチップにより、あたかもRS-232CのようにCP-134U V2上にRS-485パケットを送ることができます。 RS-485マルチドロップは、1.2Km以内に31台のデバイスを接続可能 CP-134U V2ユニバーサル・マルチポートシリアルボードは、4ポートのRS-422/485シリアルポートを装備し、各ポートのデータレートは、最大 921.6Kbpsが確保できます。RS-485モードでは、1.2Km以内の距離で最大31台のRS-485デバイスをデイジーチェーン接続が可能で す。RS-485による長距離接続には、デバイスの損傷を守るためにオプションとして2KVのアイソレーション・プロテクション(CP-134U I V2)が用意されています。

PIC16F870 871 8ビットマイクロコントローラ. The PIC16F range of microcontrollers from Microchip are 8-bit MCUs that incorporate Microchip ’s PICR architecture into variety of pin and package options， from space efficient 14-pin devices to feature-rich 64-pin devices. Devices with Baseline， Mid-Range or Enhanced Mid-Range architecture are available with numerous different peripheral combinations， giving designers flexibility and choice for their applications. The PIC16F870/871 family of microcontrollers is based upon Microchip ’s Mid-Range core with an level deep hardware stack and 35 instructions. These MCUs provide up to MIPS， 3.5 Kbytes program memory， 128 bytes RAM and EEPROM of 64 bytes. マイクロコントローラの機能. 20 MHz Max. CPU Speed 35 Instructions Level Hardware Stack 22 I/O Pins PIC16F870 Model 33 I/O Pins PIC16F871 Model Power-On Reset (POR) Brown-Out Reset (BOR) Power-Up Timer (PWRT) Oscillator Start-Up Timer (OST) Watchdog Timer (WDT) In-Circuit Serial Programming (ICSP) In-Circuit Debug (ICD). 周辺機器. 10-bit Analogue-to-Digital Converter (ADC) PIC16F870 Channels， PIC16F871 Channels Capture， Compare， PWM (CCP) Module Two 8-bit Timers One 16-bit Timer Universal Synchronous Asynchronous Receiver Transmitter (USART) Parallel Slave Port (PSP) PIC16F871 Model Only

PIC16F870 871 8ビットマイクロコントローラ. The PIC16F range of microcontrollers from Microchip are 8-bit MCUs that incorporate Microchip ’s PICR architecture into variety of pin and package options， from space efficient 14-pin devices to feature-rich 64-pin devices. Devices with Baseline， Mid-Range or Enhanced Mid-Range architecture are available with numerous different peripheral combinations， giving designers flexibility and choice for their applications. The PIC16F870/871 family of microcontrollers is based upon Microchip ’s Mid-Range core with an level deep hardware stack and 35 instructions. These MCUs provide up to MIPS， 3.5 Kbytes program memory， 128 bytes RAM and EEPROM of 64 bytes. マイクロコントローラの機能. 20 MHz Max. CPU Speed 35 Instructions Level Hardware Stack 22 I/O Pins PIC16F870 Model 33 I/O Pins PIC16F871 Model Power-On Reset (POR) Brown-Out Reset (BOR) Power-Up Timer (PWRT) Oscillator Start-Up Timer (OST) Watchdog Timer (WDT) In-Circuit Serial Programming (ICSP) In-Circuit Debug (ICD). 周辺機器. 10-bit Analogue-to-Digital Converter (ADC) PIC16F870 Channels， PIC16F871 Channels Capture， Compare， PWM (CCP) Module Two 8-bit Timers One 16-bit Timer Universal Synchronous Asynchronous Receiver Transmitter (USART) Parallel Slave Port (PSP) PIC16F871 Model Only

PIC16F870 871 8ビットマイクロコントローラ. The PIC16F range of microcontrollers from Microchip are 8-bit MCUs that incorporate Microchip ’s PICR architecture into variety of pin and package options， from space efficient 14-pin devices to feature-rich 64-pin devices. Devices with Baseline， Mid-Range or Enhanced Mid-Range architecture are available with numerous different peripheral combinations， giving designers flexibility and choice for their applications. The PIC16F870/871 family of microcontrollers is based upon Microchip ’s Mid-Range core with an level deep hardware stack and 35 instructions. These MCUs provide up to MIPS， 3.5 Kbytes program memory， 128 bytes RAM and EEPROM of 64 bytes. マイクロコントローラの機能. 20 MHz Max. CPU Speed 35 Instructions Level Hardware Stack 22 I/O Pins PIC16F870 Model 33 I/O Pins PIC16F871 Model Power-On Reset (POR) Brown-Out Reset (BOR) Power-Up Timer (PWRT) Oscillator Start-Up Timer (OST) Watchdog Timer (WDT) In-Circuit Serial Programming (ICSP) In-Circuit Debug (ICD). 周辺機器. 10-bit Analogue-to-Digital Converter (ADC) PIC16F870 Channels， PIC16F871 Channels Capture， Compare， PWM (CCP) Module Two 8-bit Timers One 16-bit Timer Universal Synchronous Asynchronous Receiver Transmitter (USART) Parallel Slave Port (PSP) PIC16F871 Model Only

ファミリー名 = STM32L0。パッケージタイプ = LQFP。実装タイプ = 表面実装。ピン数 = 64。デバイスコア = ARM Cortex M0+。データバス幅 = 32bit。プログラムメモリサイズ = 32 kB。最大周波数 = 32MHz。RAMサイズ = 8 kB。SPIチャンネル数 = 4。I2Cチャンネル数 = 2。幅 = 10mm。Ultra-low-power platform 1.65 V to 3.6 V power supply -40 to 125 ℃ temperature range 0.27 μA Standby mode (2 wakeup pins) 0.4 μA Stop mode (16 wakeup lines) 0.8 μA Stop mode + RTC + 8 KB RAM retention 88 μA/MHz in Run mode 3.5 μs wakeup time (from RAM) 5 μs wakeup time (from Flash memory) Core: ArmR 32-bit CortexR-M0+ with MPU From 32 kHz up to 32 MHz max. 0.95 DMIPS/MHz Memories Up to 64 KB Flash memory with ECC 8KB RAM 2 KB of data EEPROM with ECC 20-byte backup register Sector protection against R/W operation Up to 51 fast I/Os (45 I/Os 5V tolerant) Reset and supply management Ultra-safe， low-power BOR (brownout reset) with 5 selectable thresholds Ultra-low-power POR/PDR Programmable voltage detector (PVD) Clock sources 1 to 25 MHz crystal oscillator 32 kHz oscillator for RTC with calibration High speed internal 16 MHz factory-trimmed RC (+/- 1%) Internal low-power 37 kHz RC Internal multispeed low-power 65 kHz to 4.2 MHz RC PLL for CPU clock Pre-programmed bootloader USART， SPI supported Development support Serial wire debug supported Rich Analogue peripherals 12-bit ADC 1.14 Msps up to 16 channels (down to 1.65 V) 2x ultra-low-power comparators (window mode and wake up capability， down to 1.65 V) 7-channel DMA controller， supporting ADC， SPI， I2C， USART， Timers 7x peripheral communication interfaces 2x USART (IrDA)， 1x UART (low power) Up to 4x SPI 16 Mbits/s 2x I2C (SMBus/PMBus) 9x timers: 1x 16-bit with up to 4 channels， 2x 16-bit with up to 2 channels， 1x 16-bit ultra-low-power timer， 1x SysTick， 1x RTC， 1x 16-bit basic， and 2x watchdogs (independent/window) CRC calculation unit， 96-bit unique ID

ENEC， UL， CQC。For waterproof Micro Switches in Honeywell's V15 series see stock number ； 749-6509 749-6509 typically。Honeywell 16A V3 style V15 series。Designed for enhanced reliability at great value Suitable for applications requiring an operat

。The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

This float switch is designed for fitting through a tank wall from the outside where access to the internal fitting is not possible. The float switch is fitted in a 23 mm dia. hole in the tank from the outside and secured by a compression seal with a backnut.Nylon material External mounting Compression seal 100cm PVC flying lead WRAS approvedProduct Application InformationThis nylon float switch is most suitable for use in some organic and inorganic chemicals and many oils. Typical applications include vending machines， commercial dishwashers and auxiliary tanks on vehicles

Cynergy3 Float SwitchThe Cynergy3 SSF24 series float switch is a vertical mount type and has NO/NC output This float switch has a stainless steel 316 body. It has a maximum operating pressure of 10bar. The switch is mounting on the top or the bottom of the tank from the inside. Hence， it requires access to the inside of the tank. The switch action may be reversed by removing the float， inverting it and then refitting it to the stem. What is a float switch? An SSF24X100 switch is the type of level sensor， a gadget to recognize the level of fluid inside a tank. The switch might be utilized to control a pump， as a pointer， a caution， or to control different gadgets. It consists of a reed switch and a pivoted magnet and can be used for normally open (N/O) or normally closed (N/C) operation. The switch action can be reversed rotating the switch through 180°. Guide how to choose the correct float switch One of the most reliable， well-demonstrated technologies for fluid level detecting is float switch. This sort of switch involves a magnet contained inside the float and also an attractive reed switch contained inside a settled housing. The movement of the float， due to changing fluid level， will cause the reed change to work (for instance close or open) at a specific level. This trusted and tried technology depends on a generally straightforward plan that offers long haul quality without the requirement for the client to calibrate a switch. There are different methods available on how to choose a float switch for a particular application， here are the main factors to consider: Physical arrangement and style The choice of styles depends on the physical arrangement of the tank， availability of mounting positions and whether there is access inside of the tank. Fundamental styles are horizontal / side mounting and vertical mounting. Horizontal / side mounting has a fixed housing， which you can find on the wall of a tank and it has got a hinged float attached to the fixed housing. Vertical usually have a fixed vertical stem and that is installed at the top or bottom of the tank. Material selection It is very important to choose a float switch that is made from the right materials， which are compatible with the liquids and temperatures of the chosen application. While using incorrect material it can resolve in damaging the component as well as the failure of a float switch. Material types: Nylon ? used for oils， diesel， organic chemicals and MEK (methylethylketon) based printing inks Polypropylene (PP) ? acids and alkali， detergents， oils， water， organic chemicals Polyphenylene sulphide (PPS) ? used for more aggressive chemicals and higher temperatures， up to 120℃ Stainless steel ? medical and food industries， hydraulic fluids， chemicals and environments with high-temperatures up to 135℃ Buna/Nitrophyl ? diesel， oil， petrol and water (stationary applications) D300 foam (PVC) ? mostly for hydraulic oils and chemical solutions Electrical You need to fully understand what is the nature of the load that requires to be switched and make sure that the float switch is adequate for holding your load. The electrical ratings， which we provide in specifications are resistive loads. Cables In areas where harsh liquids may spill onto external wiring， it is important to underline particular materials for the cables in connection to the float switches. You can either use standard， UL-approved cable types for the range of float switches， as well as high-temperature， low smoke zero halogen (LSZL) and other specialised materials.Features and BenefitsMinimum fluid SG is 0.8 Maximum switching power 50VA Cable length is standard 100cm Mounting thread is 1/8in BSP Cable size is 17/0.10 - AWG22 Maximum operating temperature is 120℃ Float SG 0.7 Lead outs are 100cm XLPE 17/0.1CertificationsISO9001

This float switch is designed for internal fitting inside a tank. The float switch is fitted in a 16.5 mm dia. hole in the tank from the inside and secured by a nylon nut on the outsidePP material Internal mounting 100cm PVC flying leads WRAS approvedProduct Application InformationThis PP float switch is most suitable for use in water， detergents， vegetable oils， some organic and inorganic chemicals. Typical applications include vending machines， commercial washing machines and evaporator units.

The RS ProSolid State Relay family designed to switch various loads such as heating elements， motors and transformers. The relay is capable of switching high voltages up to 600 VACrms. The built-in varistor secures transient protection for heavy industrial applications.3 phase 55A per phase solid state relay Control voltage: 24-275 VAC24-50 VDC Zero Switching Rated operational voltage: 42-530VACrms Blocking Voltage 1200Vp Non rep surge current t=10ms 600Ap Drop out voltage 1.2VDC Input current <23mA On-state Voltage drop1.6Vrms Industrial housing Built in LED Built in varistor， suitable for heavy applications Response time pickup @50Hz= 10ms Operating temp: -300℃ to 800℃ (-220°F to 176°F)

TEConnectivityisproudtointroducethisautomotivegradethinfilmprecisionchipresistor，asistertoourhighlysuccessfulRN73range。Theresistorsareconstructedinahighgraderawmaterialsandlasertrimmedtogiveprecisetolerancefigures。This，coupledwiththetightTCRandanti-corrosiveprotectionlayergivesusarangeofresistorswhichareidealnotjustforautomotiveapplications，butalsoformedicalequipment，measuringinstrumentsandindustrialapplications.SMDTaNThinfilmresistorSpecialpassivationlayeronresistiveelementSulfurresistant

The KOA metal plate current sense resistor has a super corrosive and heat resistance metal alloy material。Its applications includes current sensing， voltage division and pulse applications。It is suitable for reflow soldering and not for flow soldering.Ultra-low TCR (+50ppm/℃) available Ultra low resistance (0.5m - 20m) Suita

The KOA metal plate current sense resistor has a super corrosive and heat resistance metal alloy material。Its applications includes current sensing， voltage division and pulse applications。It is suitable for reflow soldering and not for flow soldering.Ultra-low TCR (+50ppm/℃) available Ultra low resistance (0.5m - 20m) Suita

The KOA metal plate current sense resistor has a super corrosive and heat resistance metal alloy material。Its applications includes current sensing， voltage division and pulse applications。It is suitable for reflow soldering and not for flow soldering.Ultra-low TCR (+50ppm/℃) available Ultra low resistance (0.5m - 20m) Suita

The KOA metal plate current sense resistor has a super corrosive and heat resistance metal alloy material。Its applications includes current sensing， voltage division and pulse applications。It is suitable for reflow soldering and not for flow soldering.Ultra-low TCR (+50ppm/℃) available Ultra low resistance (0.5m - 20m) Suita

The KOA metal plate current sense resistor has a super corrosive and heat resistance metal alloy material。Its applications includes current sensing， voltage division and pulse applications。It is suitable for reflow soldering and not for flow soldering.Ultra-low TCR (+50ppm/℃) available Ultra low resistance (0.5m - 20m) Suita

The KOA metal plate current sense resistor has a super corrosive and heat resistance metal alloy material。Its applications includes current sensing， voltage division and pulse applications。It is suitable for reflow soldering and not for flow soldering.Ultra-low TCR (+50ppm/℃) available Ultra low resistance (0.5m - 20m) Suita

The KOA metal plate current sense resistor has a super corrosive and heat resistance metal alloy material。Its applications includes current sensing， voltage division and pulse applications。It is suitable for reflow soldering and not for flow soldering.Ultra-low TCR (+50ppm/℃) available Ultra low resistance (0.5m - 20m) Suita

RS PRO 10 Pole Jumper LinkFrom RS PRO a high-quality jumper link designed for use with Optocouplers. This jumper link is male with a straight orientation， has 10 contact poles， 6.1mm pitch and a voltage rating of 630V.Also known as；. Side insert bridge . Short circuit platesFeatures and Benefits. 10 Poles . Operating Temperature -40℃ to 105℃ . Insulating material: PA66 . Insert Material: Copper alloy/ Tin platedSpecification. Approvals: UL IEC . Dimension A: 54.9 mm . Dimension B: 60.4 mm . Insulation withstands voltage 2000 Vac/1 min . Voltage: 630 V . Colour: Grey . Amperage: 32 ampsCompatible Optocouplers. RE-0014， RE-0504， RE-0514， RE-0554， RE-0564， RE-2604， RE-2614 and RE-2674ApplicationsRS PRO jumper links are used with Optocouplers in a wide range of applications such as；. Communications equipment . Process automation . Machine controlsWhy would you choose RS PRO .RS PRO is our own brand range and brings you a wide range of high-quality， great value products offering you more choice. Trusted by engineers all over the world， every part of every RS PRO product has been rigorously tested against demanding industry standards and only given the RS PRO Seal of Approval if we’re confident of their exceptional quality， which means you can be confident too.

Electrodynamic Exciter Drivers Visaton Exciters are designed to convert a flat panel into a loudspeaker instead of fitting a conventional loudspeaker Panels of many different materials and sizes can be used such as plywood， polystyrene ceiling tiles and plexiglass Exciters provide an invisible sound source which is also proof against external influences (water， dust， sharp objects) Sound quality can be very good and their non directional sound production means that positioning in a room is not so important as with conventional speakers Exciters are easy to install and do not require holes cutting to accommodate them Exciters are a new and innovative type of speaker They are electromagnetic devices which connect to an ordinary audio amplifier in the conventional way by means of loudspeaker cable Once fixed in place to the rear of a panel， the audio signal causes the exciter unit to vibrate which in turn makes the panel to which it is fixed vibrate and create sound The quality of the reproduced sound is very much dependent on the type of surface the exciter is attached to The sound will generally be better with larger panels which are light and rigid Measurements such as frequency response and sound pressure level will depend on the surface material Ideally the exciter should be fitted slightly off centre on the panel and should be firmly attached by means of gluing and/or screwing.

OverviewVery high strength and long life for heavy industrial use characterize the W24-2 product family in a metal housing。The ″optical″ robustness is guaranteed by a high insensitivity to stray light and by large functional reserves。The high degree of protection IP69K complements the mechanical robustness， even in a humid industrial environment。These sensors can thus be used with the standard or powerful front window heater， such as a rear window heater in a car， even outdoors with protective boxes。The various diagnostic functions make it possible to maintain the availability of the installation and to detect any operational interruptions in advance。The sensors are equipped with a minimum of different functions in order to reduce the diversity of the devices and， thus， their storage。In addition， both DC and DC / AC devices are offered in this form.At a glanceRobust die-cast zinc housing with protection class IP69K Control elements protected by a cover High insensitivity to stray light from photoelectric detectors Switchable: PNP / NPN and light / dark DC or DC / AC version with UL approval Optional: test input， time scales， contamination message on the alarm output， front window heating， even in powerful models M12 connector or M16 screw connection: rotatable by 90 °Your BenefitVery high resistance and long service life thanks to the metal housing and the IP69K degree of protection Very high ″optical″ robustness in the event of parasitic light and mounting devices facing each other High availability thanks to the very large functional reserve for reflex and single-beam barriers。Prevents or reduces the formation of condensation water on the front window during temperature variations thanks to standard or powerful front window heating Mounting compatibility due to identical shape of DC and DC / AC devicesApplicationsPositioning of the reels before and after the winder Product detection on processing machines and moving beds during post-production logistics Correct alignment of materials on conveyors during post-production logisticsNote

ENEC， UL， CQC。For waterproof Micro Switches in Honeywell's V15 series see stock number ； 749-6509 749-6509 typically。Honeywell 16A V3 style V15 series。Designed for enhanced reliability at great value Suitable for applications requiring an operati

ENEC， UL， CQC。For waterproof Micro Switches in Honeywell's V15 series see stock number ； 749-6509 749-6509 typically。Honeywell 16A V3 style V15 series。Designed for enhanced reliability at great value Suitable for applications requiring an operati

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The material’s magnetic flux density decreases as the te