[TEM-P1] Spark Discharge Detection Device Plug Type 1Ø2W, AC100V (for Use in Japan Only)
Spark Discharge Detection Device contributes to prevention of electrical fires by detecting spark discharge occurrences and raising the alarm.
- No electrical work is required for use.
- It detects spark discharges occurring not only at places in sight but also at electrical circuits in hidden places.
- It notifies occurrence of spark discharges by alarm sound, LED lighting and contact output.
Rated voltage |
1Ø2W, AC100V, 50/60Hz |
|---|---|
Detection distance |
30 meters maximum in wire length per phase (*1) |
LED indicator |
Normal: Green, Detection: Red, History: Red (blinking), Abnormal: Amber, Voltage drop: Green (blinking) |
Alarm sound |
Alarm sound goes off at spark discharge detection, device failure or abnormal voltage drop. |
LED lighting |
Solid Green: Normal state (powered) |
Contact output |
Dry arbeit contact, DC30V, 0.1A |
Environment |
Ambient temperature: Between -5 and +40℃, no freezing (Average in 24 hours shall not exceed 35℃.) |
Outer dimension |
50 mm (W) x 95 mm (L) x 44 mm (D) |
Weight |
0.15kg |
Power consumption |
1W (3W when the alarm is raised with the sound unmuted) |
Recommended replacement |
Every 10 to 13 years |
| Drawing | Part number |
|---|---|
| Drawing | TEM-P1 |
*1 In case of tracking occurring in a single circuit without branches and loads.
*2 Detection happening within 30 minutes after the previous event will not be added to the count.
Cautionary note
- The device is intended for the purpose of detecting spark discharge occurrence. It does not prevent spark discharges from occurring or does not ensure fires are prevented beforehand.
- The device is applicable to A-type wall outlets only.
- The device is designed for 100V and is not applicable to other voltage systems.
- The device does not detect fires due to contact between electrical appliances and combustibles.
- The device does not detect heat caused by faulty electrical work (e.g. loose terminal connection) and/or overload.
- Detection distance may be reduced because spark discharge noise level may attenuates depending on the circuit conditions (e.g. the number of branches and loads).
- Detection distance may be reduced when SPDs and/or noise filters exist in the circuits.
- The device is designed for detecting the electrical noise accompanying spark discharge occurrence. It may detect other high-frequency noises that are similar to spark discharge noise and raise false alarm.
- The device detects spark discharges only occurring at the branch it is connected to.
Case Studies
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