0-10V Signal Isolation Module For PLC And MCU, Dual DC12-32V Power, Input 0-10V Analog Signal, Output 0-10V, Isolates High Voltage And Interference, Easy Install, Industrial Grade, Keeps Signals Clean In Harsh Environments
✔️ Input 0-10V, output 0-10V, dual 12-32V supply, accuracy 3%
This isolation module passes a 0-10V analog signal through a galvanic isolation barrier to keep measurement paths free from high voltage and interference. It’s ideal for PLCs and MCUs in industrial environments, especially where noise and surges are common.
✅ Power supply: 12V-32V DC per side; two independent supplies required✅ Input: 0-10V analog signal
✅ Output: 0-10V analog signal
✅ Isolation: galvanic isolation between input and output to protect controllers
✅ Conversion accuracy: 3%
✅ Conversion rate: 200 ms
✅ Size: 3.3 x 1.4 x 1.1 in (8.5 x 3.5 x 2.8 cm)
✅ Weight: approx 39 g
✅ Model: S-10V10V (single-channel input)
✅ Wiring: HVIN, HGND, AI1; VIN, GND, A1O
💡 What is a 0-10V signal isolation module used for in industrial control systems and why is isolation important? It protects control electronics and keeps signals clean in harsh environments. - Handy for PLCs and MCUs in noisy industrial settings. - Reduces ground loops and voltage spikes affecting readings. - Maintains accurate signal transfer across voltage barriers.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
0-10V Signal Isolation Module For PLC And MCU, Dual DC12-32V Power, Input 0-10V Analog Signal, Output 0-10V, Isolates High Voltage And Interference, Easy Install, Industrial Grade, Keeps Signals Clean In Harsh Environments
0-10V Signal Isolation Module For PLC And MCU, Dual DC12-32V Power, Input 0-10V Analog Signal, Output 0-10V, Isolates High Voltage And Interference, Easy Install, Industrial Grade, Keeps Signals Clean In Harsh Environments
✔️ Input 0-10V, output 0-10V, dual 12-32V supply, accuracy 3%
This isolation module passes a 0-10V analog signal through a galvanic isolation barrier to keep measurement paths free from high voltage and interference. It’s ideal for PLCs and MCUs in industrial environments, especially where noise and surges are common.
✅ Power supply: 12V-32V DC per side; two independent supplies required✅ Input: 0-10V analog signal
✅ Output: 0-10V analog signal
✅ Isolation: galvanic isolation between input and output to protect controllers
✅ Conversion accuracy: 3%
✅ Conversion rate: 200 ms
✅ Size: 3.3 x 1.4 x 1.1 in (8.5 x 3.5 x 2.8 cm)
✅ Weight: approx 39 g
✅ Model: S-10V10V (single-channel input)
✅ Wiring: HVIN, HGND, AI1; VIN, GND, A1O
💡 What is a 0-10V signal isolation module used for in industrial control systems and why is isolation important? It protects control electronics and keeps signals clean in harsh environments. - Handy for PLCs and MCUs in noisy industrial settings. - Reduces ground loops and voltage spikes affecting readings. - Maintains accurate signal transfer across voltage barriers.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ Input 0-10V, output 0-10V, dual 12-32V supply, accuracy 3%
This isolation module passes a 0-10V analog signal through a galvanic isolation barrier to keep measurement paths free from high voltage and interference. It’s ideal for PLCs and MCUs in industrial environments, especially where noise and surges are common.
✅ Power supply: 12V-32V DC per side; two independent supplies required✅ Input: 0-10V analog signal
✅ Output: 0-10V analog signal
✅ Isolation: galvanic isolation between input and output to protect controllers
✅ Conversion accuracy: 3%
✅ Conversion rate: 200 ms
✅ Size: 3.3 x 1.4 x 1.1 in (8.5 x 3.5 x 2.8 cm)
✅ Weight: approx 39 g
✅ Model: S-10V10V (single-channel input)
✅ Wiring: HVIN, HGND, AI1; VIN, GND, A1O
💡 What is a 0-10V signal isolation module used for in industrial control systems and why is isolation important? It protects control electronics and keeps signals clean in harsh environments. - Handy for PLCs and MCUs in noisy industrial settings. - Reduces ground loops and voltage spikes affecting readings. - Maintains accurate signal transfer across voltage barriers.
