MONNIT 0-5 A Wireless Dry Contact Current Sensor with Remote Monitoring
MONNIT 0-5 A Wireless Dry Contact Current Sensor with Remote Monitoring is designed to monitor up to five wired contact points from a single wireless device. It can be used with mechanical switches, relays, transistor switches and contact plates where multiple status points need to be monitored remotely. The sensor uses five independent wired inputs and a ground connection, making it a practical choice for equipment, access points and other systems that rely on contact-based status monitoring.
The MONNIT 0-5 A Wireless Dry Contact Current Sensor with Remote Monitoring provides a way to monitor multiple contact-based signals using one wireless sensor. This model includes five wired inputs and a ground wire, allowing it to monitor up to five separate contact points.
This makes it suitable for applications where mechanical switches, relays, transistor switches or contact plates are already used to indicate equipment or system status. Rather than installing a separate sensor for every point, the five independent inputs can be used to bring several signals into one monitoring device.
How it works
- Five wired inputs connect to separate contact points.
- A ground connection is used with the input wiring.
- Each input independently detects the contact condition at its connected point.
- The sensor wirelessly transmits the monitored data to a compatible Monnit wireless gateway and monitoring system.
Why choose this product
- Monitors up to five contact points from one sensor.
- Suitable for integrating with existing switches and relay contacts.
- Uses independent inputs for monitoring multiple locations or conditions.
- The supplied model is the 433 MHz version with an AA battery enclosure and 3-foot lead.
Benefits
Using one multi-input sensor can simplify the monitoring of several contact-based signals in the same area. It is particularly useful where multiple switches or relays need to be monitored without assigning a separate wireless sensor to each individual contact point.
The product is intended for status monitoring applications where the condition of a contact can provide useful information about equipment, access or other connected systems.