TRICONEX 3351

Brand:TRICONEX

Type:3351

Origin: the United States

Warranty: 365 days

Colour: new/used

Shipping method: Courier delivery

Module of PLC, DCS, ESD system card, the card is a vibration monitoring system, steam turbine control system module, the advantages of the gas generator spare parts brand: Allen Bradley, BentlyNevada, ABB, Emerson Ovation, Honeywell DCS, Rockwell ICS Triplex, FOXBORO, Schneider PLC, GE Fanuc, Motorola, HIMA, TRICONEX, Prosoft etc. Various kinds of imported industrial parts

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MPU GEAR RATIO dflt= 1.0 (0.05, 100) Enter the speed sensor gear ratio followed by the ENTER key. This value is the ratio of the speed sensor gear to the turbine shaft. This gear ratio is the result of dividing the speed of the speed sensor gear by the speed of the turbine shaft. FAILED SPEED LEVEL (RPM) dflt= 250 (0.5, 1000) Enter the Failed Speed Level (in rpm) followed by the ENTER key to set the speed probe input failure level. If speed drops below this level, the control will determine the speed input device is failed and issue an alarm. If all speed inputs fail, the 505E will issue a trip on loss of speed inputs. (Must be greater than or equal to 0.0204 x Overspeed Test Limit setting) USE SPEED INPUT #2? dflt= NO (Yes/No) Select YES followed by ENTER if both speed inputs are to be used. FAILED SPEED LEVEL (RPM) dflt= 250 (0.5, 1000) Enter the failed speed level (in rpm) followed by the ENTER key to set the speed probe input failure level. If speed drops below this level, the control will determine the speed input device is failed and issue an alarm. If all speed inputs fail, the 505E will issue a trip on loss of speed inputs. (Must be greater than or equal to 0.0204 x Overspeed Test Limit setting) OFF-LINE PROPORTIONAL GAIN dflt= 5.0 (0.0, 100) Enter the off-line PID proportional gain, in repeats-per-second (rps) followed by ENTER. This value is used to set speed/load control response when the Generator or Utility Tie breaker contacts are open (if the unit is a generator) or if the turbine speed is below minimum governor speed (if the unit is not a generator) or when the Select Dynamics function is used and the contact is open. This value can be changed in the Run Mode while the turbine is operating. A recommended starting value is 5 rps. OFF-LINE INTEGRAL GAIN dflt= 0.5 (0.01, 50) Enter the off-line PID integral gain percentage followed by ENTER. This value is used to set speed/load control response when the Generator or Utility Tie breaker contacts are open (if the unit is a generator) or if the turbine speed is below minimum governor speed (if the unit is not a generator) or when the Select Dynamics function is used and the contact is open. This value can be changed in the Run Mode while the turbine is operating. A recommended starting value is 0.5%. OFF-LINE DERIVATIVE RATIO dflt= 5.0 (0.01, 100) Enter the off-line PID derivative ratio followed by ENTER. This value is used to set speed/load control response when the Generator or Utility Tie breaker contacts are open (if the unit is a generator) or if the turbine speed is below minimum governor speed (if the unit is not a generator) or when the Select Dynamics function is used and the contact is open. This value can be changed in the Service Mode while the turbine is operating. A recommended starting value is 5% (see Chapter 5—PID Dynamics Settings for more information). 

ON-LINE PROPORTIONAL GAIN dflt= 5.0 (0.0, 100) Enter the on-line PID proportional gain percentage followed by ENTER. This value is used to set speed/load control response when the Generator and Utility Tie breaker contacts are closed (if the unit is a generator) or if the turbine speed is above minimum governor speed (if the unit is not a generator) or when the Select Dynamics function is used and the contact is closed. This value can be changed in the Run Mode while the turbine is operating. A recommended starting value is 5%.