Diagram Examples from Real Visitor Prompts

quero um diagrama de CLP com partida com reversão e um temporizador controlando quando o motor vai ser ativado

Faça um diagrama em ladder com botao de liga, e desliga. Ele aciona uma bomba de água que permanece ligada por 3 minutos e depois desliga sozinha.

crie um diagrama que trabalhe ao mesmo tempo que o ultimo, ele ativa uma bomba de água que fica ativa por 3 minutos e desativa após o tempo determinado

faça uma programação em ladder utilizando botao de ligar, desligar e de emergência. Uma partida direta com reversão, utilizando temporizador de 4 segundos de partida e 4 segundos na reversão e que essa acão se repita por 3 minutos

Create a professional industrial manufacturing process flowchart for an environmental impact assessment report. Use a clean horizontal layout, modern engineering style, white background, dark blue and gray accents, professional industrial icons, rounded process boxes and clear arrows. Title: "مصنع تصنيع وتشغيل المنتجات المعدنية حسب الطلب". Process sequence: Receiving metal raw materials → Measurement and marking → Laser cutting / wire cutting → CNC machining and turning → Drilling → Forming and bending → Metal rolling when required → Assembly and finishing → Final product inspection → Customer delivery. Add appropriate industrial icons for each stage. At the bottom show: Main products: metal tables, cabinets, shafts, flanges, and customized metal components. Make the diagram suitable for a formal Saudi environmental study.

I need a phylogenetic tree with traits such as notochord, vertebral column, jaws, limbs, amniotic egg, feathers, and fur. And i need the species tunicate, lamprey, shark, amphibian, reptile,bird, and mammal on it

ozone boble generator

Water treatment loop with pH control and dosing pump

A phylogenetic tree of the eucheumatoids : Eucheuma denticulatum Kappaphycus alvarezii Kappaphycus malesianus Kappaphycus striatus Betaphycus

A department org chart for an HR team with a Director, two managers, and specialists

Draw an electrical schematic of a ternary negative inverter (NTI). Do not change the topology. Use exactly the specified MOSFETs and show every source, drain, gate and bulk connection. Label every transistor. Do not omit or assume any terminal connection.

UPS System| Monoblock

Create a technical engineering diagram of a Monoblock UPS system. Show one complete UPS cabinet containing rectifier, DC link, inverter, static bypass, battery connection, AC input and AC output. Clearly distinguish it from a modular UPS. Professional electrical engineering style, clean white background, realistic technical symbols, no decorative elements.

3 Phase Supply -> 3 Phase Line reactor -> Dyn11 Transformer (primary 415V secondary 400V) -> Load. Timer with breaker to bypass 3 Phase Line reactor between 3 Phase Supply and Transformer primary

A timeline of the deadlines from the JCA and EMA for HTA approval

Дәрілік заттар Агрегаттық күйі бойынша Шығарылым түрі бойынша Қолдану әдісі бойынша Шығу тегі бойынша Токсикологиялық топтар Дисперсті жүйенің түрі бойынша бөлінеді, және осылардың әрқайсысы нешеге бөлінеді олардың анықтамалары оларға нелер жататыны туралы кескін түрде диаграммалармен жасап бер

A flowchart for handling a customer refund request, with approve and deny paths

A timeline of the Monument Mythos from 1900 to 2022

A timeline of the Monument Mythos from 0 to 2022

A timeline of the Monument Mythos from 6,000 B.C. to 2022

A timeline of the Apollo program's major milestones from 1961 to 1972, including key missions and the first moon landing

electrical layout for electronic components based on this information. ESP32 3.3V to Sensor VCC ESP32 GND to Sensor GND Sensor OUT to ESP32 GPIO/ADC

electrical layout for electronic components based on this information. 1. ESP32 → soil moisture sensor The moisture sensor needs two types of connections: ESP32 3.3V ─────────► Sensor VCC ESP32 GND ──────────► Sensor GND Sensor OUT ─────────► ESP32 GPIO/ADC

a circuit design based on this information. ESP32 to soil moisture sensor Connect ESP32 3.3V to the sensor VCC. Connect ESP32 GND to the sensor GND. Connect the sensor OUT pin to an ESP32 GPIO/ADC input. The ESP32 continuously reads the soil moisture level from the sensor. ESP32 to MOSFET Gate Connect an ESP32 GPIO output to a 220 Ω resistor. Connect the other side of the 220 Ω resistor to the Gate of the AO3400A MOSFET. The GPIO sends a control signal to switch the pump on or off. 10 kΩ pull-down resistor Connect a 10 kΩ resistor between the MOSFET Gate and GND. This keeps the MOSFET turned off when the ESP32 is not actively sending a HIGH signal. GPIO HIGH → MOSFET ON → Pump ON. GPIO LOW → MOSFET OFF → Pump OFF. MOSFET Source Connect the AO3400A Source directly to GND. The MOSFET is used as a low-side switch. Water pump and MOSFET Drain Connect the positive terminal of the separate pump power supply to the positive terminal of the water pump. Connect the negative terminal of the pump to the MOSFET Drain. Connect the MOSFET Source to GND. When the MOSFET turns on, current flows through the pump and the pump runs. Separate pump power supply The ESP32 should not power the pump directly. The pump receives power from a separate power supply suitable for the pump. Connect the pump supply GND to the ESP32/MOSFET common GND so the control signal has the same electrical reference. 1N4007 protection diode Connect a 1N4007 diode across the pump terminals as a flyback protection diode. Connect the diode's cathode to the pump positive supply and its anode to the MOSFET Drain/pump negative side. The diode protects the MOSFET from voltage spikes generated when the pump motor is switched off.