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• Product Name: 0-5V 10V 24V to 4-20mA Range Adjustable Voltage to Current Transmitter Linear V/I Converter Module Packing list: 1PCS / 2PCS 0-5V/10V/24V to 4-20mA V/I Converter Module (Specific in keeping with the version and quantity you choose) Description: 1 Working voltage: DC 7-30V (the energy supply voltage needs to be more than the input voltage by means of more than 2V) 2 Working current: 10-30MA (related to the output current) three Voltage signal input range: 0-5V/0-10V/0-24V four current sign output range: 4-20MA five Accuracy: 1% 6 Size: 42*21*14mm 7 Weight: eight grams This voltage-to-current module can convert 0-5V/0-10V/0-24V voltage into 4-20MA output It can also be adjusted to any fluctuate within 24V through adjusting the potentiometer on the board, such as: 0-2 0-3 0-4 0-5V 0-10V 0-15V 0-20V 0-24V Notice: 1 In order to adjust the parameters more accurately, please let the board output 20MA recent for 3 minutes earlier than calibration 2 The energy delivery voltage needs to be greater than the enter voltage through 2V or more 3 recent output cannot be greater than 30MA, otherwise it is simple to burn the chip four Potentiometer adjustment method: LOW: clockwise turns into smaller, counterclockwise turns into larger; HIGH: clockwise becomes larger, counterclockwise becomes smaller Onboard resources: Wiring Diagram: Demo : If the output recent isn't always accurate, it can be calibrated: 1 Wire in step with the above diagram VCC/GND is hooked up to energy supply; OUT/GND is attached to 4-20MA ammeter; Vi+/Vi- is hooked up to voltage sign supply 2 Input 0V voltage signal, regulate the LOW potentiometer, let the current output 4 3 Adjust the voltage signal to the very best level (5V/10V/24V), modify the HIGH potentiometer, and let the present output 20 Demo : We solely provide 0-5V/0-10V/0-24V version, but you could regulate the range you wish via adjusting the potentiometer For example: You obtained a 0-5V edition and also you want to replace it to a 0-10V version: 1 Wire in step with the above diagram VCC/GND is connected to power supply; OUT/GND is connected to 4-20MA ammeter; Vi+/Vi- is connected to voltage signal source 2 Input 0V voltage signal, regulate the LOW potentiometer, let the current output four three Input 5V voltage signal, modify the HIGH potentiometer, let the current output 10 4 Input 10V voltage signal, alter the HIGH potentiometer, let the current output 20

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