EACR1420SP Current Watch EAC Loop Powered Split Core Housing Current Sensor, 100 ms Response, 24 V DC
- MFR:
- Eaton
- MFR #:
- EACR1420SP
- UPC:
- 786685120713
- Item #:
- 3107
EACR1420SP Current Watch EAC Loop Powered Split Core Housing Current Sensor, 100 ms Response, 24 V DC
- MFR #:
- EACR1420SP
- UPC:
- 786685120713
- Item #:
- 3107
Availability
| Location | Available Qty |
|---|---|
| Available | Available to Order |
$934.59
each
The EACR Series provides true rms output on distorted waveforms found on variable frequency drives or silicon-controlled rectifier outputs, and on linear loads in “noisy” power environments. Available in solid- or split-core housings. The CurrentWatch EACR Series current sensor family combines a current sensor and a “true rms” signal into a single package.
Manuals and Documentation
Features
- Highly accurate factory matched and calibrated one-piece sensor is more accurate than traditional two-piece, field installed solutions
- Average responding average responding algorithm gives an RMS output on pure sine waves, perfect for constant speed (linear) loads
- Jumper selectable ranges the ability to change input ranges reduces inventory and eliminates zero and span
- Isolation output is magnetically isolated from the input for safety and elimination of insertion loss (voltage drop)
| Manufacturer Part Number | EACR1420SP |
| Brand | EATON |
| Manufacturer | Eaton |
| UPC | 786685120713 |
| Country Of Origin | US |
| Amperage Rating | 50 A |
| Series | Current Watch EAC |
| Type | Loop Powered Split Core Housing |
| Voltage Rating | 24 V DC |
| Size | 3.53 in W x 1.19 in D x 2.25 in H |
| Alternative Part Number | 20883207 |
| Manufacturer Item Status | Active |
| Country | USA |
| Warranty | 1 year |
| Standards Approvals | UL/CUL listed |
| Application | Automation Equipment, Data Loggers and Panel Meters, Electrical Assemblies, Panels and EOEM Applications |
| Connection Type | Screw Terminal |
| Frequency Rating | 20 to 100 Hz |
| Operating Temperature | -4 to 122 deg F |
| Response Time | 100 ms |