Produktai skirti esp32 c3 (11)

For discrete dosage and continuous delivery The controller S-BL is recommended for high requirements in control of discrete and continuous delivery tasks in combination with a mzr-pump with special brushless motor. The 16-bit microcontroller allows speed and position control for highly accurate dosage. The compact design on a PCB offers flexible installation. Process control link can be established via a RS-232 interface. Motor speed or flow rate can be set either by an analog input (0-10 V) or a potentiometer mounted on the PCB. Programs for dosage can be saved in the memory. Advantages High quality pump controller for continuous delivery and discrete dosage For mzr-pumps with special brushless motor Programming of controller with Windows® software »Motion Manager« Potentiometer for speed set Analog input 0-10 V 1 digital input, input is equipped with a switch 1 digital output, optionally programmable as input Two colored LED status indicator EEPROM memory RS-232 interface Controller:PI-controller, speed and position control Supply voltage:24 V DC (12 – 30 V) Velocity range:1 - 6.000 rpm Voltage:DIN 45323 socket, screw terminal Pump connector:DIN 45323 socket, screw terminal Serial interface:RS-232, SUB-D plug, 9-pole Input # 1 (speed):0 - 10 V Error output (input # 2):connected to GND; as input: low 0...0.5 V / high 4 V...UB Digital inputs # 3:low 0...0.5 V / high 4...30 V; input # 3 with switch Program memory:6,600bytes Protection class:IP 20 Dimensions (L x W x H):approx. 112 x 85 x 36 mm Weight:approx. 170 g Remarks:Subject to technical changes.

mit 16 zusätzlichen Ausgänge, acht Eingänge und ModBus-Schnittstelle.

Die ESX-3CS ist eine kompakte, robuste und leistungsfähige Steuerung. Neben der ESX-3CM rundet die ESX-3CS (C = Compact, S = Small) die dritte Generation der ESX-Steuergeräte ab. Das „C“ steht für Kompakt (compact) und weist darauf hin, dass bereits alle Pins per Hardwaredefinition fix vergeben sind. Die Funktionen dieser Pins können per Software noch genauer definiert werden. Beide Steuergeräte sind auch für sicherheitsgerichtete Anwendungen bis Performance Level PL d bzw. Safety Integrity Level SIL 2 geeignet und bauen auf ein gemeinsames Architektur-Konzept: Im robusten Alu-Druckguss-Gehäuse mit Automotive-Steckverbindern arbeitet ein schneller 32-Bit-Microcontroller mit vier MB Flash und acht MB SRAM, bis zu zwei CAN-Schnittstellen, einer seriellen Schnittstelle, Ethernet, LIN und zwei LEDs. Anwendung:Mobile Arbeitsmaschinen Gehäuse:Alu-Druckguss Schutzklasse:IP6k9k (ohne Ethernet-Anschluss) Schutzklasse:IP6k7 (mit Ethernet-Anschluss) SRAM:288 kB internal SDRAM:8 MB external Flash:4 MB internal EEPROM:32 kB CAN-Schnittstellen:2 RS232-Schnittstellen:optional Ethernet-Schnittstellen:optional LIN-Schnittstellen:optional Eingänge:16 Ausgänge:15 Programmiersprache:C Programmiersprache:CODESYS V3.5 IEC61131-3

XMC/PMC 64-Bit PowerPC™ T1022 Prozessor-Board mit FPGA

Steuerung für Rohrmotore und 230V Antriebe mit jeglichen internen Endschaltern Abmessungen 180 x 180 x 60 mm • Versorgungsspannung 230/N/PE • Steuerspannung Befehlsgeber 24V DC Funktionen Klartext Displayanzeige Impulsbetrieb AUF/STOP/ZU automatische Schließung einstellbar Rotampel mit Vorwarnung Offenzeit und Räumzeit frei einstellbar Schließkantensicherung OSE oder 8K2 Zyklen- und Wartungszähler Lichtschrankenauswertung mit Testung Auswertung Einzugssicherung Steckplatz Funkempfänger Ausgang Lichtimpuls oder Hoftlichtansteuerung Optionales Zubehör Ampel Einzugssicherung Lichtschranke Funk Befehlsgeber Schaltleiste Folientaster im Deckel

Poiwer over Ethernet-Modul, soliert über Flyback-Transformer, max. 30 Watt, 12 Volt Ausgangs-Spannung • Power over Ethernet Modul • isoliert über Flyback-Transformer • max 30 Watt • 12 Volt Ausgangs-Spannung

For ECD "Tiras 1X" or M-OUT8R module connection to addressable loop of Tiras PRIME AAM-Converter - addressable module, used to connect the ECD "Tiras 1X" or the M-OUT8R relay expansion module to the Tiras PRIME A system. SUPPLY VOLTAGE:24 V CURRENT CONSUMPTION:0.38 mA

- Geringer Energieverbrauch von 5 bis 10 Watt - Intel® HD-Grafik der Generation 7 - Industrie-Temperaturbereich - 3. Generation Intel® Atom™ / Celeron®

You need software for your embedded device, IoT device or a device driver? Windows, Linux or cloud services? Our focus is on the development of embedded and real-time applications and the associated GUI or backend software in the cloud. Our references in software development and electronics development speak for themselves. We have the ability to manufacture small and medium product quantities.

The ecoHarmony EPC 2.0 Lite is an entry level option in the EPC 2.0 family of EVSE controllers. It is the same form-factor DIN rail mounted module designed for IEC 61851 compliant EV charge points, but simplified for certain applications. The 35mm wide module can support 1 charging outlet; either a socket outlet or a tethered cable, and has an option for 6mA DC leakage detection that help charge point manufacturers and installers meet regulations in a cost-effective way. The IC input allows for configurable charging current as well as enabling access control expansion options with other hardware, including impulse signals to enable charging. It has an internal status indicator LED and support for an external LED.

The SenseCeiver Wireless Sensor Gateway has been developed specifically for industrial 4-20mA sensors and by using energy-saving components excellent energy efficiency was achieved. It has thanks to its optimized hardware and software a particularly long battery life and also enables a solar operation. Measure and monitor via the galvanic isolated electrically input for sensors everything you need for your IoT applications. Wireless Sensor Gateway has an additional 12V battery connector to also be able to supply the industrial sensor with voltage. Data can be sent by SMS or GPRS to a device of your choice or to a cloud. It uses a dual-band GPRS modem. The Wireless Sensor Gateway can reach up to 6 months continuous operation on battery power with a 1.35AH battery under optimum working conditions. The Wireless Sensor Gateway switches to sleep mode after sending data which is controlled by a Microchip PIC. The data are sent at preset intervals via HTTP or SMS. The Wireless Sensor...