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i-Snail-V: Current
Transducer with 0-5VDC Output
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0-5V DC Output
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Self powered
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Robust construction (potted box)
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Compact size and easy wiring
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10, 25, 50 and 100A ratings
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The i-Snail-V offers an inexpensive means to monitor any electrical load.
This product is ideal as an AC load transducer for Control and Energy Management applications.
The built-in CT and self powered feature combine to make an easy to install, robust
solution.
The i-Snail-V is a simple self power AC current transducer that provides a 0-5V analog signal proportional to the AC current flowing through the CT. Available in three ranges, the
i-Snail-V is calibrated to AC sine wave. There is no need for input current configuration nor trimming, saving time and confusion in the field.
The transducer is enclosed in a fire retardant ABS box and encased in potting epoxy to withstand moisture, dust and vibration. The integrated mounting tabs provide an easy means to install the unit on a wall or within a control panel.
The i-Snail-V is ideal for load monitoring without the need for an external power supply. Two signal wires are all that are needed to obtain a linear, 0 to 5 V DC output voltage that may be easily interfacing with PLCs and DDC SCADA systems.
The i-Snail-V includes an on-board CT with a 14.5mm (0.570") wire window that can accommodate up to AWG #2. The available input ranges are 0-10A, 0-25A,
0-50A and 0-100A. Multiple turns of the primary wire may be used to alter the input range.
| Power: |
Self powered by line current |
| Input: |
Wire current input through CT up to calibrated range:
0-10A AC (i-Snail-V-10)
0-25A AC (i-Snail-V-25)
0-50A AC (i-Snail-V-50)
0-100A AC
(i-Snail-V-100)
CT Wire Window: 14.5mm (0.570")
Frequency: 50 or 60 Hz |
| Output: |
0-5 VDC, proportional to RMS input current (sine wave). |
| Accuracy: |
1% of full
scale |
| Enclosure: |
Potted plastic box L=3", W=1.1", H=0.4" + CT height, Panel mount ready. Interfacing CT permanently attached Dielectric test (input/output) - 4 kVRMS |

Datasheet |
PDF |

Wiring Diagram |
PDF |
copyright (c) Elkor Technologies Inc.
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