WCS1800 Hall Current Sensor Detector 35A Current Sensor Module Board Short Circuit Overcurrent Protection Module Sensor with Overcurrent Lamp
Details
- BrandJESSINIE
- Model NameWCS1800
- Connectivity TechnologyGPIO
- Included ComponentsCurrent Sensor
- Operating SystemLinux
Description
⚡ Stay ahead of overloads with smart current sensing!
- DUAL OUTPUT SIGNALS - Provides both analog voltage and TTL switching signals for versatile integration
- MICROCONTROLLER READY - Compatible with ADC and IO ports for seamless smart device control
- EFFORTLESS INSTALLATION - Pre-drilled mounting holes ensure quick and secure firmware setup
- INSTANT OVERCURRENT ALERT - Built-in indicator lamp signals overcurrent events to prevent damage
- PRECISION CURRENT SENSING - Detects up to 35A DC with 60mV/A linearity for accurate monitoring
The WCS1800 Hall Current Sensor Module offers precise current detection up to 35A DC and 25A AC, featuring dual analog and TTL outputs for flexible connectivity. Equipped with an overcurrent indicator lamp and mounting holes, it ensures easy installation and real-time protection against electrical faults, making it ideal for advanced microcontroller projects and professional monitoring systems.
Specifications
| RAM | DDR3 |
| Wireless Type | Infrared |
| Brand | JESSINIE |
| Series | WCS1800 |
| Operating System | Linux |
| Item Weight | 0.317 ounces |
| Package Dimensions | 6.77 x 4.61 x 1.06 inches |
| Processor Brand | ARM |
| Number of Processors | 1 |
| Manufacturer | JESSINIE |
| ASIN | B0BG2D1TKD |
| Country of Origin | China |
| Date First Available | September 21, 2022 |
Reviews
R**A
This works well.
This module worked well compared to another I purchased from Adafruit. The Adafruit module was DOA and I ended up throwing away 3 units. I couldn't get customer support because no one at the company knew anything.
T**V
Can detect current
I use it to detect when the sump pump switches on and off - draws current or not. Works with both 3.3 and 5 volt supply - the data sheets confirm this. Took me some time fiddling with the potentiometer to get it how I wanted it. And still I couldn't get the digital output to a proper "1" level. So I wired it to the analog input of my ESP8266, and was able to detect current reliably that way. Didn't bother with the analog output of the device (AOUT) at all.
W**L
Really noisy current sensor.
Cheap? You bet. Will it take a LOT of averaging to get a good signal? You bet.
Common Questions
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