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- Schneider Electric RM10TG00N Harmony 208-480V AC Phase Sequence Failure 1 CO 3-Phase Control Relay Schneider Electric RM10TG00N Harmony 208-480V AC Phase Sequence Failure 1 CO 3-Phase Control Relay
Schneider Electric RM10TG00N Harmony 208-480V AC Phase Sequence Failure 1 CO 3-Phase Control Relay
Schneider Electric RM10TG00N Harmony 208-480V AC Phase Sequence Failure 1 CO 3-Phase Control Relay
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- Description
The Schneider Electric RM10TG00N is the basic Harmony 3-phase control relay, monitoring a 208-480 V AC supply for phase loss and incorrect phase sequence only. It switches one 5 A changeover contact with a sub-200 ms response time and de-energises the output the moment a fault is detected, in a 17.5 mm DIN rail housing.
Technical Specifications
| Reference | RM10TG00N |
| Brand | Schneider Electric |
| GTIN | 3606487344674 |
| Range of Product | Harmony Control Relays |
| Relay Name | RM10TG |
| Relay Type | 3-phase control relay |
| Relay Monitored Parameters | Phase sequence, phase failure |
| Supply Voltage Limits | 183-528 V AC, 3-phase |
| Measurement Range | 208-480 V AC |
| Voltage Detection Threshold | < 138 V AC |
| Time Delay Type | Without (instantaneous) |
| Output Contacts | 1 C/O |
| Nominal Output Current | 5 A |
| Switching Capacity | 1250 VA |
| Response Time | < 200 ms |
| [Ui] Rated Insulation Voltage | 400 V |
| Mounting Support | 35 mm symmetrical DIN rail |
| Width | 0.7 in (17.5 mm) |
| Net Weight | 0.165 lb(US) (0.075 kg) |
| IP Degree of Protection | IP20 terminals, IP40 casing |
Certifications & Standards
- cULus
- CE
- UKCA
- CCC
- IEC 60255-1
Selection Notes
RM10TG00N has no time delay stage and no asymmetry monitoring, trading away the adjustable 0-15/0-100 s delay of its RM10TA00N and RM10TE00N siblings for a faster sub-200 ms trip response - suited to simple reverse-rotation protection on fixed loads where nuisance tripping from momentary dips is not a concern. Specify the RM10TA00N instead where an adjustable delay is needed to ride through brief supply disturbances, or the RM10TE00N where over/undervoltage protection must be added to the same housing.