| Switch Type | Input Voltage | Contact Configuration | Contact Rating | Operating Temp. | Connection | Price |
|---|---|---|---|---|---|---|
| Current Switch | 24V AC/DC | Isolated Solid State Relay | 5.0A at 240V AC, 30V DC | -4°F to +122°F | Screw Terminal | £393.83 |
| Current Switch | - | Isolated Solid State Relay | 0.15A at 240V AC/DC | -4°F to +122°F | Screw Terminal | £319.05 |
| Current Switch | 24V AC/DC | Isolated Solid State Relay | 0.15A at 240V AC/DC | -4°F to +122°F | Screw Terminal | £336.98 |
| Current Switch | 12V AC/DC | Isolated Solid State Relay | 5.0A at 240V AC, 30V DC | -4°F to +122°F | Screw Terminal | £408.70 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £583.68 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £1,071.17 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £583.63 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £536.76 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £683.70 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £963.38 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £666.57 |
| Current Sensor | 22-38V DC | - | - | -4°F to +122°F | Screw Terminal | £799.31 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £536.76 |
| Current Sensor | 22-38V DC | - | - | -4°F to +122°F | Screw Terminal | £863.27 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £725.54 |
| Current Sensor | 24V AC/DC | - | - | -4°F to +122°F | Screw Terminal | £583.68 |
| Current Sensor | 22-38V DC | - | - | -4°F to +122°F | Screw Terminal | £725.54 |
| - | 24V AC/DC | 4-20mA Analog Output | - | -4°F to +122°F | Screw Terminal | £1,071.17 |
Working Mechanism
- As the current flows through the conductor, it generates a magnetic field around it.
- The hall effect sensor detects this magnetic field and converts it into a proportional voltage signal.
- This voltage signal is then processed by the sensor's internal electronics to produce an output signal proportional to the DC flowing through the conductor.
Features
- Eaton EDC Series CurrentWatch DC sensors can be adjusted to three different set points (5, 10 or 30 mA).
- They protect personnel and equipment from ground faults.
- These EDC Series CurrentWatch current sensors have a split-core design that accounts for quick and easy installation.
Frequently Asked Questions
Q. What is the response time of these sensors?
A. Eaton EDC Series CurrentWatch DC sensors have a response time of 160 milliseconds.
Q. How to wire these switches?
A. Users can connect, control or monitor the sensor by using up to 14 AWG copper wires.
Q. Can these switches withstand fire outbreaks?
A. They have UL 94 V0 flammability-rated housing to deal with fire outbreaks.
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