SR469-P5-HI-A20 GE Control Power Motor

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Product Details

By enabling the resistance temperature detector biasing, the temperature of the stator sensors will be enabled and included in the calculations for the thermal capacity. The loss of data for cooling and high temperatures that are unusual can happen because the resistance temperature detector biasing is an element that protects and backs up the relay. These measures of temperatures are used in bias and can be changed for the thermal capacity value that is stored in this relay.

For the mid point of the resistance temperature detector bias, there is a 10 percent hot spot that is allowed to obtain the data sheets, plus the stator at 80 degrees celcius, which is a class F rise. An ambient temperature plus a temperature rise stator is a good mid point for the temperature to be set at, and the motors hot temperature is calculated the same way as the mid point temperature.

Our advantages

1) TRICONEX(3008,3625,3805E.3721,3700A 4351B...)
2) BENTLY NEVADA(3500/42M ,3500/22M,3500/95.3500/05...)
3) HIMA(F3330,F3236 ,F6217,F7126,F8621A....)
4) FOXBORO(FBM203,FBM204,FBM217,FMB231...)
5) Allan-Bradley (1756,1785,1771,1746,1769..)
6) ABB (DSQC .....)
7) GE(IC693,IC697,IC695,IS200,DS200)
8) BACHMANN(CM202,DI232,MPC240,NT255,AIO288...)
9) ICS (T8403,T8431...)

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