Encoder Etonix E50S8-2000-6-L-5

Warehouse temperature control is a means to maintain the conditions of warehouses and cold storages with the best product quality and reduce losses related to material spoilage. Storage warehouses for food-dairy-sanitary-medical-paper-clothing-rubber and... all should be within a certain range of temperature and humidity so that their quality does not change during the storage period. In order to store these materials in roofed warehouses, cooling and heating systems are generally used to keep the temperature within the permitted range of the product, but sometimes the failure of the heating and cooling systems or their failure will cause the temperature or humidity to go out of the standard range. If the warehouse situation remains the same, in the case of food products, a delay of more than 1 day may cause them to spoil, and in the case of warehouses that store sanitary goods, the sensitivity of the matter is the same, but the existence of such problems should not cause spoilage. What is the solution if the goods are delivered prematurely or their quality is reduced? The solution is to use warning systems that can measure the temperature and humidity of the warehouse at any moment and give a warning to the employer and the system maintainer if the acceptable range is exceeded. Warnings in I-systems can be in the following forms 1-Warning in the form of a siren 2-Warning in the form of an optical flasher 3- SMS alert 4-Warning in the form of a voice message Each of the above methods alone and together can inform the employer of the existence of a warning so that a solution can be thought of Work resume Photos of projects

Smart server room and intelligence server room is a topic that these days is a lot of noise these days, the smart server room refers to places that, using electronic welfare systems, provide more safety to its managers and ultimately create a good sense of server room maintenance \r\n\r\n\r\nOf course, two groups of individuals are intelligent to control the server room environment, which is the first category of managers who have recently encountered a crisis in the server room where the lack of intelligent server room system has caused a crisis and damages in hardware and data, and the second category are managers who have received non -Certificate or Certificate of Certificates.\r\n\r\n\r\nEquipping the server room intelligent control can happen with any brand, but the service by all brands is not the same and reliable. It is necessary for the IT manager to have an obsessive -compulsive intelligent system in order not to regret the wrong choice in the future.\r\nSee the project photos here\r\nhttps://pishransa.com/pictures/\r\n\r\nIn the SRC2.2 system, a powerful industrial controller is used as a systemic brain, which is the world's most prestigious industrial processor. This processor does not even use 10 % of its capabilities in the most sophisticated server room in the server room.\r\nIn several glances, the intelligent server room can raise the opinion of users to encourage it to be implemented.\r\n\r\nSee our resume here\r\nhttps://pishransa.com/projects/\r\n\r\n1) With the Smart Server Room we can say the server room will move toward integration\r\n\r\nFor example, control of all areas in the server room, including racks and UPSs and electrical and physical parameters by the central panel and the organization's software console in each of the rooms of the organization will be.\r\n\r\n\r\n2) The smart server room has the ability to create more prosperity for the user\r\n\r\nControlling every single parameter that can be traumatic in some situations and the room is in crisis will eliminate the sense of confusion.\r\n\r\n\r\n\r\n3) The smart server room provides more safety for users in equal conditions\r\n\r\nThe existence of gas leak control systems, water control and warning, smoke and fire alert with temperature and humidity gives the manager a good sense of control and safety, even smart systems at the time of the user's departure from the server room, and the power of the electrical equipment and the potential defects, as well.\r\n\r\n\r\n4) The Smart Server Room will have security against theft and unauthorized entry\r\n\r\nIntelligent systems in addition to temperature monitoring use Access to Exit and Exit This System.

FNIRSI Function Generator Model SG-004A; Multifunction Calibrator 0–24mA/0–24V with Frequency Output up to 10kHz for PLC and DCS For engineers who need a truly versatile tool If you constantly switch between multiple devices for debugging PLCs, simulating DCS, adjusting valve positioners, or testing inverters, the SG-004A shines exactly where ordinary tools fall short. This multifunction signal generator/calibrator from FNIRSI provides 0–24mA current, 0–24V voltage, frequency up to 10kHz, and mV input/output (for thermocouple simulation) in a compact, battery-powered unit; along with real-time waveform display, input-to-output signal conversion, and history recording—everything needed for fieldwork and quick commissioning. Why is the SG-004A the first choice for fieldwork and commissioning? Multiple vital signals in one device: current source, voltage source, frequency/pulse, and mV for thermocouples—instead of carrying several separate calibrators. Industrial-level sourcing and sinking: 0–24mA and 0–24V cover the 4–20mA and 0–10V standards in PLC/DCS and drive inputs/outputs. Frequency up to 10kHz: suitable for testing high-speed pulse/counter inputs of PLCs and simulating common frequency signals. Suitable accuracy and resolution for instrumentation: 0.001mA and 0.001V resolution; industrial-class accuracy (about 0.2% depending on mode). Live display and data logging: view signal curve in real-time and review history for evidence-based troubleshooting. 3000mAh battery with Type-C charging: approximately 10 hours of operational use and long standby; perfectly suited for field projects. 2.4-inch color display: high readability in varying industrial lighting conditions. Pocket-sized: 112×77×21 mm and only 167 grams—always handy without hassle. Deeper engineering; what makes a practical difference 0–24mA current source with precise control: simulate 4–20mA for calibrating PLC analog inputs, testing valve positioners, and checking current loop behavior. 0.001mA resolution lets you make fine step adjustments and measure hysteresis. 0–24V voltage source with 1mV steps: calibrate 0–5V and 0–10V inputs/outputs on analog cards, drives (VFD/inverters), and controllers. Frequency output up to 10kHz: stimulate high-speed digital inputs (HSC/Counter), simulate speed sensors, or test pulse counting paths in PLCs. mV input/output for thermocouples: simulate and receive mV thermocouple signals for testing and matching temperature channels. Ideal for calibrating measurement chains without heat sources. Input-to-output signal conversion: map one input simultaneously to a desired output signal (e.g., convert 4–20mA to 0–10V) and instantly see loop response—ideal for testing transmitters and I/O cards. Auto Lift (Ramp) output program: generate controlled ramps (step or continuous) for process testing—check valve start points, dead zones, response speed, and stability. Real-time curve and history: observe system behavior live and keep history for later analysis—data-driven troubleshooting instead of guesswork. MODBUS communication support: integrate into industrial control environments and digital workflows. Use cases that shorten project delivery time PLC debugging and I/O commissioning: inject 4–20mA to AI input, 0–10V to AO, and pulses up to 10kHz to high-speed DI—match control software to field reality before process commissioning. DCS simulation in commissioning: test instrumentation loops, signal mapping, and alarm/interlock checks with programmed ramps. Valve positioner adjustment: 4–20mA current ramp to check hysteresis, repeatability, and zero/span points; observe response on the live curve. Instrument testing and calibration: verify and adjust pressure/temperature/flow transmitters with stable reference signals—no bulky lab equipment needed. Inverter (VFD) testing: verify 0–10V/4–20mA analog inputs and frequency inputs; simulate speed commands and observe drive behavior. Key technical specifications Feature Value Description Current mode 0 to 24 mA 0.001 mA resolution; suitable for 4–20 mA simulation Voltage mode 0 to 24 V 0.001 V resolution; covers 0–5V and 0–10V Frequency/Pulse mode Up to 9,999 Hz (~10 kHz) Suitable for HSC/Counter in PLC mV Input/Output (Thermocouple) Yes Simulate/measure mV for temperature channels Measurement/Output Accuracy About 0.2% (depends on mode) Industrial class, suitable for field calibration Display 2.4-inch color TFT High readability with backlight Data Logging History + real-time graph Monitor behavior and document tests Features I/O conversion, auto ramp Signal mapping and dynamic loop testing Battery 3000 mAh lithium About 10 hours operation; Type-C charging Dimensions/Weight 112×77×21 mm / 167 g Easy to carry, field-friendly What sets this model apart from ordinary tools? Signal integration: current, voltage, frequency, and mV in one device—faster setup and reduced wiring errors. Data-driven troubleshooting: real-time and historical curves beyond simple numeric display. Field efficiency: high-capacity battery, Type-C charging, pocket size, and clear color display. Ready for industrial control: input-to-output conversion, pre-programmed ramps, and MODBUS support for existing infrastructure integration. Frequently Asked Questions Can the SG-004A fully simulate 4–20mA loops? Yes; it can output 0–24mA with 0.001mA resolution and is ideal for simulating 4–20mA on PLC/DCS analog inputs and current-driven actuators. For powering two-wire transmitters, ensure an appropriate loop power supply exists. Is the frequency output suitable for high-speed PLC inputs? Yes; up to about 10kHz output is suitable for testing counters/HSC, and pulse inputs can be simulated without real sensors. Does it support history recording and review? Yes; in addition to real-time curve display, it saves test history for later system behavior review. What is the battery capacity and charging method? 3000mAh battery with USB Type-C charging; designed for long field use and lasts about 10 hours under normal conditions. How does it assist with temperature calibration? With mV input/output, you can simulate or test thermocouple-based channels; ideal for quick matching and calibration of temperature measurement paths. In summary, if you want a compact, precise, field-oriented tool that covers current, voltage, frequency, and mV signals simultaneously and elevates troubleshooting with curves and history, the FNIRSI Function Generator Model SG-004A is a choice that quickly proves itself on every project.

Key Features of the FNIRSI 2D15P Tri-Function Oscilloscope 3-in-1 Device: Combines digital oscilloscope, True RMS multimeter, and DDS signal generator Dual User Interface: Equipped with a 4.3-inch IPS touchscreen along with physical buttons Powerful Performance: 100 MHz analog bandwidth and 500 MSa/s sampling rate Advanced Display: Supports 128 grayscale levels and Color Temperature for precise waveform analysis High Accuracy: Multimeter with 19999 count resolution and full component testing capability Portable and Durable: Built-in 5000 mAh battery with Type-C charger and lightweight design Brief Introduction to the FNIRSI 2D15P Tri-Function Oscilloscope The FNIRSI 2D15P oscilloscope is a comprehensive test and measurement tool designed to meet the needs of professional engineers and technicians. This device integrates three essential tools (oscilloscope, multimeter, and function generator) into a single unit, eliminating the need to carry multiple devices. The hardware architecture based on FPGA+MCU+ADC ensures fast signal processing and stable performance. This model utilizes a capacitive touchscreen alongside durable silicone buttons, providing a smooth user experience. Features such as 100 MHz bandwidth, memory depth up to 1 MB, and a 5000 mAh lithium battery make the 2D15P an ideal choice for field diagnostics, laboratory repairs, and research and development projects. FNIRSI 2D15P Technical Specifications Table Parameter (Oscilloscope Section) Specifications Number of Channels 2 channels Sampling Rate 500MSa/s Analog Bandwidth 100 MHz (single channel) / 50 MHz (dual channel) Memory Depth Selectable: 10K / 100K / 1M Input Impedance 1 MΩ Time Base Range 5ns to 50s Vertical Sensitivity 10mV to 10V/div Maximum Input Voltage 400V (with x1 probe) / 800V (with x10 probe and special standards) Trigger Modes Auto, Normal, Single Trigger Types Rising, Falling, Both Edges Display Modes Dot, Vector, Color Temp, Grayscale Coupling AC / DC Waveform Storage and Output Available (Waveform Export) Parameter (Multimeter Section) Specifications Type True RMS with 19999 count DC Voltage Up to 1000 volts AC Voltage Up to 750 volts DC / AC Current Up to 9.999 amps Resistance Up to 19.999 MΩ Capacitance Up to 99.99 millifarads (mF) Diode and Continuity Test Available Parameter (Signal Generator Section) Specifications Number of Channels 1 channel Output Frequency 0 to 10 MHz Amplitude 0.1 to 3.0 volts (Vpp) Duty Cycle 0 to 100 percent Included Items Package Contents Contents Device 2D15P, two P6100 probes, multimeter probe, crocodile clip probe, USB-C cable, user manual Professional Review of the FNIRSI 2D15P Oscilloscope and Multimeter This section provides a detailed analysis of the device’s capabilities. The 2D15P model represents a new generation of measuring instruments focused on “efficiency in compact dimensions.” Oscilloscope Section Analysis: Beyond a Typical Portable Tool The oscilloscope section features a 500MSa/s sampling rate and 100MHz bandwidth (single channel mode), capable of accurately displaying fast signal details. A key strength of this model is the support for 128 grayscale levels and Color Temperature display. This feature, typically found in expensive benchtop oscilloscopes, allows users to observe the likelihood of transient signals and noise by varying color intensity. Additionally, a 20 MHz bandwidth limiter is highly effective for filtering high-frequency noise during precise tests. Professional High-Precision Multimeter Unlike many handheld oscilloscopes whose multimeters serve as just a weak auxiliary feature, the 2D15P’s multimeter is a complete tool. With 19999 counts and True RMS capability, it provides high accuracy in measuring AC/DC voltage and current. The ability to measure high-capacitance capacitors (up to approximately 100 millifarads) and perform diode tests makes it an independent tool for technicians. All data is shown on the device’s large, highly readable screen. DDS Signal Generator (Function Generator) An internal signal generator capable of producing waveforms up to 10 MHz eliminates the need for separate waveform generators. This section can produce 11 standard waveform types (sine, square, sawtooth, etc.) with adjustable amplitude and duty cycle. This feature is critical for testing amplifiers, filters, and simulating sensors in ECU repairs and analog circuits. Buying Value and Price Considerations for the FNIRSI 2D15P Oscilloscope When purchasing the FNIRSI 2D15P oscilloscope, keep in mind that you pay for one device but receive three. Ergonomic design, lightweight (30% lighter than previous generations), and a 5000 mAh battery make this product a smart investment for those frequently on the move. Waveform storage and transfer to a computer for secondary analysis add value for design engineers. Target Customers for the FNIRSI 2D15P Tri-Function Oscilloscope This device is designed for a wide range of professionals and technical applications: Board and Electronics Technicians: Especially mobile phone, laptop, and household appliance repairers who need precise multimeter and oscilloscope signal analysis simultaneously. Automotive and ECU Electrical Specialists: For sensor diagnostics, CAN network troubleshooting, and signal simulation using the function generator. Field Service and Maintenance Engineers: Who require a lightweight, portable tool for off-site tasks. Electrical and Electronics Students and Professors: An excellent choice for educational labs and student projects due to tool integration. Research and Development (R&D) Units: For quick initial testing and circuit prototyping. Things to Know Before Buying Is the 100 MHz bandwidth available simultaneously on both channels? No, the FNIRSI 2D15P oscilloscope offers a 100 MHz bandwidth in single-channel mode. When using two channels simultaneously, the bandwidth per channel is reduced to 50 MHz. Can images and waveform data be stored on this device? Yes, the device supports waveform saving and allows transferring data to a computer via USB Type-C for further analysis. What parameters does the multimeter measure? The multimeter is a True RMS type with 19999 counts measuring AC/DC voltage and current, resistance, capacitance, diode, and continuity testing. What is the device's power source and battery life? The device is equipped with an internal 5000 mAh lithium battery designed for long usage and charges via a standard Type-C port. Is the device’s screen touchscreen? Yes, the FNIRSI 2D15P features a 4.3-inch color IPS display controllable both via touchscreen and side physical buttons.

Micro Detector Tile Line Sensor

Technical code: E50S8-1024-3-T-1\r\n Encoder diameter: 50 mm\r\n Channel type: 3 channels\r\n Axis type: shaft\r\n Shaft diameter: 8\r\n RPM: 1024rpm

Incremental fertilizer\r\n 24 volt power supply\r\n 100 pulses per round\r\n Suitable for measuring angle, position, speed, acceleration and distance\r\n Time response of up to 1 microsecond with a cable length of 2 meters\r\n Shaft diameter 8 mm\r\n Degree of protection IP50\r\n Made by Autonics South Korea\r\n\r\nE50S8-100-3-T-24

8.5000.8351.1024 Incremental optical encoder with shaft 1024 pulses, shaft dimensions ø10 mm, clamp flange with silver plated output, supply voltage 10 to 30 V, 1 meter PVC axial cable and IP65 protection against liquid and dust penetration\r\nAn encoder is an electronic device used to convert mechanical motion (such as rotation or displacement) into digital or analog signals. These devices are used in systems that require accurate measurement of position, speed or direction of movement.\r\n\r\nTypes of encoders\r\n\r\nEncoders are divided into two main categories:\r\n\r\n Incremental Encoders:\r\n This type of encoder only measures changes in position relative to the initial position.\r\n They usually have two output signals (A and B) which are respectively square and angular signals with specific time delay. These signals are used to determine the direction and speed of movement.\r\n The main advantage of this type of encoder is their simplicity and high speed.\r\n The disadvantage of this type of encoders is that to know the exact position, it is necessary to count the initial steps.\r\n Absolute Encoders:\r\n These encoders are capable of absolutely accurate positioning, even if the power is interrupted or the system is restarted.\r\n Each position on the shaft has a unique code that precisely identifies the position of the shaft.\r\n They are usually more expensive than incremental encoders and are used for applications that require precision and constant position information.\r\n\r\nThe main components of the encoder:\r\n\r\n Gear or shaft: A gear or shaft that is connected to a rotating mechanism and receives mechanical motion.\r\n Sensor: A sensor that detects movement and converts it into digital or analog signals.\r\n Output system: This part transmits digital or analog signals to the control or processing system.\r\n\r\nEncoder applications:\r\n\r\n Industrial machinery: to control the position, speed and direction of movement in robots, CNC machines, conveyor systems, etc.\r\n Motors: Encoders are used to control the speed and position of motor shafts.\r\n Automation systems: in automated production systems and assembly lines to improve accuracy and process control.\r\n Motion and robotic cameras: to determine the exact direction and position of the movement of robots and cameras.\r\n\r\nIn general, encoders are key components in control and automation systems that enable precise motion control.\r\n\r\n \r\n\r\n \r\n\r\nThe encoders of the 8.5000 family are of the shaft type, which are designed and produced to measure the position and speed of motors and rotating equipment with a shaft diameter range from 6 inches to 12 mm and an output range of 1 to 5000 pulses and different supply voltages such as 5 to 30 volts.\r\n\r\n \r\n\r\nKubler Co\r\n\r\nSince 1960, KUBLER started its activity in Germany with an emphasis on innovation, quality and reliability in the field of development and production of products and solutions for measuring, transferring and recording information for industrial applications. \r\n\r\nproduction