Switches
Products (8)
6AV2123-2DB03-0AX0 - KTP400 Basic 4" HMI Panel | Siemens
The Siemens 6AV2123-2DB03-0AX0 is a SIMATIC HMI KTP400 Basic operator panel with a 4-inch (4.3-inch widescreen) TFT color display, 480 x 272 pixel resolution, 65,536 colors, combined key-and-touch operation, and an integrated PROFINET interface, configurable from WinCC Basic V13 / STEP 7 Basic V13. An HMI (Human Machine Interface) panel is an industrial operator terminal that sits between the human operator and the PLC (programmable logic controller) within the automation hierarchy. It visualizes machine states, alarms, and process values, and accepts operator commands via touch and mechanical keys. The KTP400 Basic belongs to Siemens' SIMATIC Basic Panels family, the entry tier of the SIMATIC HMI range designed for small machines and local operator stations. Key features include the 4-inch TFT widescreen with 65,536-color rendering, combined 4-key membrane keypad plus resistive touch operation, and a single industrial Ethernet (PROFINET) interface for PLC communication. Active power input is typically 3 W with an inrush I2t of 0.2 A2s. The panel provides Flash storage and 10 Mbyte of memory available for user data, plus a hardware real-time clock with retentive behavior and approximately 6 weeks of backup, synchronizable over the network. An acoustic buzzer output is integrated; no speaker is fitted. Technically, the KTP400 Basic is built around an ARM processor and runs runtime visualization projects created in WinCC Basic V13 or newer (within TIA Portal). The front face is rated IP65 (NEMA Type 4 / 4x) for washdown and dust-exposed mounting, while the rear housing is IP20 for control-cabinet installation. Typical applications include small machine operator stations, pump and fan skids, conveyor controls, and building or utility automation where a compact, low-power visualization terminal is required. Its PROFINET interface connects directly to S7-1200 and S7-1500 PLC families. Design consideration: verify panel cutout dimensions and front IP65 sealing with the supplied gasket, and confirm TIA Portal version compatibility before project download. This page synthesizes distributor availability, same-family alternatives, and practical integration notes not found in the manufacturer datasheet.
B3SN-3012P - Sealed SMT Tactile Switch, 160gf, IP67 | Omron
The Omron B3SN-3012P is a sealed surface-mount tactile switch in a top-actuated SPST-NO configuration with 6.50 mm x 6.00 mm outline, delivering an operating force of 160 gf (1.57 N), 0.05 A contact rating at 24 VDC, and IP67 (IEC-60529) sealing that protects against dust and water ingress on the actuation side. A tactile switch is a momentary electromechanical user-input component that completes a circuit only while the user presses the actuator; within the electromechanical hierarchy it belongs to the user-interface switch family alongside pushbuttons, slide switches, and rotary encoders. Tactile switches are defined by their operating force (gf or N), travel distance (mm), contact bounce (ms), and life rating (cycles), and they are used wherever a human must send a discrete logic signal to a microcontroller. Compared with panel-mount pushbuttons, SMT tactiles such as the B3SN series integrate directly into PCB reflow assembly, eliminating hand-soldering and shortening the bill of materials. The B3SN-3012P key features include a sealed IP67 construction (excluding the terminal section) that protects the dome from flux ingress and environmental contamination during PCB assembly and field operation, a 50,000-cycle mechanical life rating that suits consumer and industrial human-machine interfaces, and 160 gf operating force that gives users a clearly perceptible click. It is supplied on embossed tape (J-bend gull-wing terminals) compatible with standard pick-and-place equipment. Architecturally, the switch uses a metal dome over a silver-plated copper-beryllium contact system that snaps when the actuator is depressed, producing the tactile event. The dome geometry, contact plating, and base resin compound combine to give a stable contact resistance of 100 mOhm max while keeping contact bounce inside 5 ms typical, which is short enough for direct GPIO capture without software debounce in many applications. Typical applications include consumer-electronics menu and reset keys, IoT device user buttons, industrial control-panel keypads, test-and-measurement instrument front panels, and medical-device user interfaces where sealed construction prevents fluid intrusion. The IP67 rating also makes it suitable for outdoor or kitchen-appliance front panels. When designing with the B3SN-3012P, plan a 5 mm clearance around the actuator for finger access and provide a solder paste stencil aperture matched to the gull-wing pad geometry to avoid solder wicking up the terminal. The sealed construction means flux cannot be washed from the dome side, so no-clean flux or post-assembly sealing of the terminal side is recommended. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found on the manufacturer datasheet alone, giving engineers a single reference for part selection, sourcing, and PCB integration.
DOP-103BQ - 4.3in 480x272 HMI Touchscreen | Delta Electronics
The Delta Electronics DOP-103BQ is a 4.3-inch human machine interface (HMI) touchscreen with a 480x272 resolution TFT LCD displaying 65,536 colors, driven by an ARM Cortex-A8 high-speed processor and powered from 24 VDC, in a compact black panel-mount housing with an IP65 front panel. An HMI (human machine interface) is an operator terminal that provides a graphical window into industrial automation systems. Sitting between the machine and the operator in the control hierarchy, an HMI replaces physical buttons, switches, and indicators with a programmable touch display that visualizes PLC data, alarms, trends, and recipes. HMIs communicate with PLCs, inverters, and servo drives over serial and Ethernet industrial protocols. The DOP-103BQ belongs to Delta's DOP-100 series, which employs 16-bit or 24-bit color LCD panels with high brightness and contrast. Its narrow-frame, wide-screen mini form factor suits control panels where mounting space is limited. It uses a resistive touch screen, which works reliably with gloved hands, and its front bezel meets IP65 / NEMA 4 for protection against dust and water spray in industrial environments. The integrated Cortex-A8 processor delivers responsive screen updates and fast communication scanning with connected Delta PLCs and drives via Delta's DOPSoft configuration software. Projects created for the older DOP-B series can be migrated, and Delta documents that DOP-100 series models support conversion from DOP-B series projects, simplifying upgrades. Typical applications include machine control panels for packaging machinery, small OEM equipment, HVAC and water-treatment skids, and retrofit projects replacing the DOP-B03S210, DOP-B03S211, or DOP-B03E211 4.3-inch terminals. For installation, tighten the mounting screws to less than 0.5 N-m (4.41 lb-inch) to avoid damaging the plastic case, and keep at least 60 mm of clearance behind the panel for heat dissipation, per the Delta instruction sheet. This page synthesizes distributor pricing, drop-in alternatives, practical installation notes, and FAQs not consolidated in the manufacturer datasheet.
DOP-107EV - 7in 800x480 TFT HMI Touch Panel | Delta Electronics
The Delta Electronics DOP-107EV is a 7-inch widescreen Human Machine Interface (HMI) touch panel from the DOP-100 Series, featuring an 800 x 480 pixel TFT LCD with 65,536-color display, driven by a Cortex-A8 processor running at 800 MHz. It belongs to the Standard category of the DOP-100 Series and provides multiple COM ports plus Ethernet for industrial automation connectivity. An HMI (Human Machine Interface) is an operator terminal that permits interaction between users and automation equipment such as PLCs, inverters, and servo drives. Within the industrial control hierarchy, it sits at the operator layer above field devices, providing visualization, alarm management, recipe handling, and machine control through a graphical touchscreen. HMIs are a core element of supervisory control in factory automation systems. Key features of the DOP-107EV include a 7-inch TFT widescreen LCD with high brightness and contrast, a high-speed Cortex-A8 (800 MHz) processor for fast screen switching and recipe execution, 65,536-color display depth for detailed graphics, an Ethernet port for networked supervisory control, and multiple serial COM ports for connecting PLCs and drives. The wide-screen, narrow-bezel industrial design maximizes display area in a standard panel-cutout form factor. Technically, the DOP-100 Series employs 16-bit or 24-bit color LCD panels. The DOP-107EV targets the Standard class, which balances cost and performance for machine-level visualization. Its Cortex-A8 architecture delivers responsive touch performance, and Delta's DOPSoft programming software supports macro functions, recipe databases, and a large driver library covering major PLC brands. Typical applications include machine-level operator panels for packaging machinery, textile equipment, HVAC skids, and small production lines where an Ethernet-connected 7-inch HMI provides real-time monitoring and control of Delta or third-party PLCs and AC motor drives. A key design consideration: panel installation requires tightening the mounting screws to less than 0.5 N-m (0.7 N-m max per the instruction sheet) to avoid damaging the plastic case, and adequate ventilation clearance around the HMI must be maintained inside the enclosure. This page synthesizes distributor pricing, drop-in alternatives within the Delta DOP-107 family, and practical installation design notes not found in the manufacturer datasheet alone.
E22B11 - 10A 600V 1NO-1NC Pushbutton Contact Block | Eaton
The Eaton E22B11 is a 22.5 mm non-metallic heavy-duty pushbutton contact block providing one normally-open (1NO) and one normally-closed (1NC) contact in a single screw-terminal module rated 10 A at 600 V. It is engineered as the standard auxiliary contact element for the Eaton E22 series of 22 mm industrial pushbuttons, selector switches, indicating lights, and stacklights, and it shares the same mounting interface as the rest of the E22 pushbutton accessory family. Mechanically, the block snaps onto the rear of an E22 operator and is held captive by a single captive screw per terminal, allowing tool-free servicing in the field. A contact block is the electromechanical switching module that converts the mechanical motion of an industrial pushbutton operator into electrical make/break action. As part of the broader hierarchy of electromechanical switches (contact block -> limit switch -> pushbutton switch -> industrial control switch), it sits at the most granular level - it does not include an operator button, indicator, or sealing gasket, only the moving contacts, terminals, and captive mounting hardware. The E22B11 therefore exists to be combined with an E22-series operator (such as a flush pushbutton, mushroom button, or selector switch) to assemble a complete control station. Key features include a 10 A current rating at 600 VAC, a 600 VDC rating, IEC/NEMA compliance, screw push-on terminals that accept ring or fork lugs, and compatibility with Eaton E22 metal and nylon-bezel operator heads. The block carries a NEMA 4 (IP66-equivalent) environmental rating when installed in a complete E22 assembly, and it is RoHS-compliant per the current Eaton product declaration. Typical applications include motor start/stop stations, panel-mounted machine controls, conveyor start/e-stop pushbuttons, hoist and crane cabin controls, and assembly-line status indicators. The 1NO/1NC combination is the canonical dual-contact configuration for industrial control, providing both a start (NO) and stop (NC) function or a status feedback plus drive signal pair. When designing with the E22B11, always verify the complete NEMA/IP rating of the final assembled operator + contact block + lens combination, as the block alone does not establish the enclosure seal. The E22B11 is sold as Eaton part E22B11 and is also orderable under Cutler-Hammer branding for legacy installations.
KSC422G 70SH LFS - Sealed SMT Tactile Switch, 1.7N, IP67 | C&K
The C&K KSC422G 70SH LFS is a sealed top-actuated tactile switch in the KSC4 family, offered in a 6.2 x 6.2 mm surface-mount gull-wing (G) package with an actuator height of 5.1 mm and an operating force of 1.7 N (170 gf). The part is rated for 50 mA at 32 VDC, 1,000,000 mechanical cycles, and IP67 sealing, with a potting-friendly actuator option (PF suffix) that allows the part to survive encapsulation in protective potting compound. A tactile switch is an electromechanical component that completes a circuit only while a user is actively pressing the actuator; once released, an internal spring returns the dome and re-opens the contacts. Within the broader electromechanical hierarchy, tactile switches sit alongside pushbuttons, detect switches, and DIP switches as user-input devices, and the IP-rated sealed variants extend the family into industrial, automotive, and outdoor applications where dust and moisture would defeat a non-sealed part. Key features include a positive tactile feel with a defined click, six available actuation forces (130 gf to 750 gf) across the KSC4 series, gull-wing or J-bend termination options, IP67 sealing, and a soft actuator compatible with potting. The switch is single-pole single-throw normally open (SPST-NO) and rated for 1 million operations, making it suitable for high-life user-interface designs. The KSC422G uses a stainless-steel dome contact mechanism over a gold- or silver-plated copper alloy terminal system, with a thermoplastic housing that is UL94 V-0 rated. The sealed construction and top-actuation geometry let engineers place the part on a top panel or board edge while keeping the solder joints protected beneath the housing. Typical applications include industrial control panel buttons, outdoor remote-control keypads, automotive center-stack switches, medical device user interfaces, and any sealed human-machine interface exposed to water spray or dust. The 1.7 N operating force gives a deliberate click that resists accidental activation in high-vibration environments. When designing with the KSC422G, observe the recommended 6.2 x 6.2 mm land pattern and place the part on a board edge or recessed opening so the actuator can travel without obstruction. For potting-friendly parts, leave at least 0.5 mm of clearance around the actuator cap so the soft actuator is not preloaded by the encapsulant. This page synthesizes distributor pricing, same-family drop-in alternatives, and practical design notes for the KSC422G 70SH LFS that are not aggregated in a single manufacturer document.
LM514-N3 - SPDT Foot Switch | Honeywell Sensing
The Honeywell LM514-N3 is a heavy-duty industrial foot switch featuring a Single Pole Double Throw (SPDT) contact configuration, engineered for hands-free machine actuation in factory and shop environments. The LM514-N3 is part of the Honeywell MICRO SWITCH™ family of precision-engineered electromechanical switches, offering a robust mechanical life rated for millions of cycles. As a foot-operated switch, it converts mechanical pedal actuation into an electrical switching signal, allowing operators to keep both hands free while controlling equipment. A foot switch is a ruggedized electromechanical switch activated by foot pressure on a pedal mechanism. It belongs to the broader category of limit switches and snap-action switches within industrial controls. The typical signal chain involves the pedal mechanism transferring force to an internal snap-action mechanism that rapidly opens or closes the electrical contacts, providing a debounced, reliable switching signal. Foot switches are widely used in industrial automation, medical equipment, and welding applications where hands-free operation enhances safety and ergonomics. Key features of the LM514-N3 include its SPDT (Single Pole Double Throw) contact arrangement, allowing wiring flexibility for either normally-open or normally-closed operation. The switch is housed in a heavy-duty cast metal enclosure designed to withstand industrial floor environments, with a non-slip pedal surface for operator safety. The internal snap-action mechanism provides reliable switching with positive tactile feedback, ensuring consistent actuation across the rated mechanical life. From a technical perspective, the LM514-N3 utilizes a snap-action mechanism with self-cleaning silver or gold alloy contacts to ensure low-resistance switching over millions of cycles. The robust mechanical construction includes a die-cast housing, a return spring calibrated for predictable actuation force, and a sealed switch cavity that resists ingress of dust and industrial contaminants commonly found on shop floors. Typical applications include industrial machine tools (lathes, milling machines, drill presses), welding equipment foot controls, medical device activation, stamping and forming presses, woodworking machinery, and any application where the operator needs to maintain hand control of the workpiece while activating machine functions. Designers commonly pair the LM514-N3 with motor contactors, solenoid valves, and PLC discrete input modules. When designing with the LM514-N3, ensure the actuation force and pedal travel are compatible with operator ergonomics and any existing safety requirements (such as EN 60204-1 or ANSI/NFPA 79 for industrial machinery). Consider installing a protective guard to prevent inadvertent actuation and verify the electrical ratings match the load type (resistive, motor, or lamp) to ensure contact longevity. This page synthesizes distributor pricing, drop-in compatible alternatives, and practical integration notes that go beyond the manufacturer datasheet to help engineers select, source, and integrate the LM514-N3 foot switch into industrial control systems.
MS32021 Shock Absorber Mounting | WINPOWER | BMW
WINPOWER MS32021 is a shock absorber mounting identified for BMW applications, including part number 0447 49, rather than an electronic component. The verified product listing describes it as a precision-made mounting for a vehicle shock absorber system and emphasizes durability and reliability. No verified manufacturer datasheet, package drawing, pinout, electrical rating, environmental qualification, or production lifecycle statement was supplied for this exact MPN. Accordingly, those details remain unresolved rather than being inferred from similarly named MS3021 and MS3121 products found during the search. A shock absorber mounting is a mechanical chassis component that locates and supports the damper assembly while transferring forces between the damper, suspension structure, and body. Its compatibility depends on the exact vehicle platform, original equipment part number, fastener pattern, dimensions, material, and installation position. The verified listing specifically associates MS32021 with WINPOWER and BMW 0447 49, but it does not provide enough dimensional or engineering data to certify installation on an unspecified BMW model. The available evidence emphasizes replacement-system compatibility rather than numerical performance. The listing states that the component is intended to upgrade a BMW shock absorber system and is crafted with precision and durability. No measured damping force, corrosion rating, load rating, fatigue life, material composition, or dimensional tolerances are present in the supplied data. Those omissions are material for suspension engineering and must be resolved through direct compatibility checking or manufacturer documentation before installation. This page separates MS32021 from false-positive search results. Search results for MS3021 concern an RF transistor or an industrial PT transmitter, while MS3121 results concern circular connectors. Those products are unrelated to the verified MS32021 BMW shock absorber mounting and must not be treated as specifications, accessories, or substitutes. For procurement, match the mounting against BMW 0447 49 and the vehicle identification details before purchase. Confirm dimensional fit, fastener locations, clearance, and suspension load requirements with the vehicle service documentation or WINPOWER. Because the supplied evidence does not establish stock or price, commercial availability requires a current quotation. This page provides verified search evidence while clearly flagging all technical fields that remain unconfirmed.